$Suite $SuiteId AF_TEST_0156_000 $SuiteOverviewPart $Begin_SuiteStructure $SuiteId AF_TEST_0156_000 $StandardsRef /* ATM Forum PNNI 1.0, af-pnni-0055.000 */ $PICSref /* af-pnni-0081.000 */ $PIXITref /* */ $TestMethods /* Remote-single layer */ $Comment /* $Id: PNNI_SIG.mp,v 1.12 2000/08/21 10:04:16 the Exp $ */ $Structure&Objectives $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/ $SelectExprId $Objective /* PNNI point-to-point call/connection control precedure behaviors testing. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/ $SelectExprId $Objective /* Verify that the IUT beahvior at the NN0/NNO combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN0/NN0 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $SelectExprId $Objective /* Invalid message handling behavior testing at NN0/NN0 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing at NN0/NN0 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/ $SelectExprId $Objective /* Verify that the IUT behavior at the NN3/NN6 combined state */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN3/NN6 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $SelectExprId $Objective /* Invalid message handling behavior testing at NN3/NN6 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing at NN3/NN6 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/ $SelectExprId $Objective /* Verify that the IUT behaviors at the NN3/NN9 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN3/NN9 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $SelectExprId $Objective /* Verify that the IUT behaviors at the NN3/NN9 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing at NN3/NN9 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/ $SelectExprId $Objective /* Verify that the IUT behaviors at the NN4/NN7 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN4/NN7 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $SelectExprId $Objective /* Invalid message handling behavior testing at NN4/NN7 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing NN4/NN7 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/ $SelectExprId $Objective /* Verify that the IUT behaviors at the NN10/NN10 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN10/NN10 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $SelectExprId $Objective /* Invalid message handling behavior testing at NN10/NN10 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing at NN10/NN10 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/ $SelectExprId $Objective /* Verify that the IUT behaviors at the NN0/NN10 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $SelectExprId $Objective /* Valid message handling behavior testing at NN0/NN11 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $SelectExprId $Objective /* Invalid message handling behavior testing at NN0/NN11 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $SelectExprId $Objective /* Inopportune message handling behavior testing at NN0/NN11 combined state. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/ $SelectExprId $Objective /* Crankback Test cases */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/ $SelectExprId $Objective /* Testing the format of the crankback elements */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $SelectExprId $Objective /* Testing Invalid CB IE values */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ $SelectExprId $Objective /* */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/ $SelectExprId $Objective /* */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_NODE/ $SelectExprId $Objective /* testing the generation of CB which is due to errors at the whole node */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_FOLLOWING_LINK/ $SelectExprId $Objective /* testing the generation of CB which is due to errors at the preceeding end of the following link */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $SelectExprId $Objective /* testing the generation of CB which is due to errors at the succeeding end of the previous link */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $SelectExprId $Objective /* IUT receives CB IE and issues clearing message with CB IE at preceeding side. */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $SelectExprId $Objective /* IUT receives CB IE, but there is no alternative routing possible */ $End_Structure&Objective $Structure&Objective $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $SelectExprId $Objective /* IUT receives CB IE and retries SETUP on new path */ $End_Structure&Objective $End_Structure&Objectives $Comment /* */ $End_SuiteStructure $Begin_TestCaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestCaseId TC_NN_0_0_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestCaseId TC_NN_0_0_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestCaseId TC_NN_0_0_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (cause=30, call state=NN0) message to preceding side and remains in the NUll state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestCaseId TC_NN_0_0_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE COMPLETE message from preceding side, the IUT does not respond to preceding side and succeeding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestCaseId TC_NN_0_0_V_005 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS message indicating null state (NN0) from preceding side, the IUT does not respond to preceding side and succeeding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_001 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with protocol discrimination error (a protocol discriminator coded other than 'PNNI signaling message') from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_002 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with that is too short to contain a complete Message length IE from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_003 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with Call Reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_004 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with Call Reference IE octet 1, bits 1 through 4 indicate a length other than 3 ('0011'B) from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_005 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with Call Reference flag incorrectly set to 1 from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_006 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with message length error (the indicated length is exceeding than the actual length of SETUP message) from preceding side, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the CallPresent state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_007 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag =0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_008 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag=1, IE_AI=discard message and ignore) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_009 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag=1, IE_AI=discard message and ignore) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT ignores the received SETUP message, and reamins in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_010 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_011 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_012 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE, proceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instruction (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_013 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE , proceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_014 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE , proceed, and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message without erroneous IE to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_015 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with mandatory information element missing (DTL IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause = #96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_016 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with mandatory information element content error (BRI IE and IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_017 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with mandatory information element content error (BRI IE and IE_flag=1, IE_AI=discard IE,preceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0)and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_018 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with mandatory IE content error (BRI IE, IE_flag=1, IE_AI=discard IE, proceed, and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message without erroneous IE to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_019 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_020 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=0) from preceding side and the IUT supports a reporting capability using STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#99 and diagnostic field, if present, shall contain the IE identifier of the unrecognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_021 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1 and IE_AI=discard message report status) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the CallPresent state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_022 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#99 and diagnostic field, if present, shall contain the IE identifier of the unrecognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_023 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN3, cause=#99) to preceding side and does not transfer the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_024 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_025 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_026 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capabillity using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_027 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds witha CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_028 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN0, cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and the IUT remains in the Null state (NN0) and the Null State (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_029 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_030 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#99 and diagnostic field, if present, shall contain the identifier of unexpected recognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_031 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_032 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#99 and diagnostic field, if present, shall contain the identifierof unexpected recognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestCaseId TC_NN_0_0_IV_033 $SelectExprId $Description /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN0, cause=#99 and diagnostic field, if present, shall contain the identifier of unexpected recognized IE) to preceding side and does not transfer the received SETUP message to succeeding side, and the IUT remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestCaseId TC_NN_0_0_IO_001 $SelectExprId $Description /* Verify that if the IUT receives an unexpected CALL PROCEEDING message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestCaseId TC_NN_0_0_IO_002 $SelectExprId $Description /* Verify that if the IUT receives an unexpected ALERTING message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestCaseId TC_NN_0_0_IO_003 $SelectExprId $Description /* Verify that if the IUT receives an unexpected CONNECT message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestCaseId TC_NN_0_0_IO_004 $SelectExprId $Description /* Verify that if the IUT receives an unexpected NOTIFY message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestCaseId TC_NN_0_0_IO_005 $SelectExprId $Description /* Verify that if the IUT receives an unexpected STATUS message indicating non-null state from preceding side the IUT responds with RELEASE COMPLETE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid CALL PROCEEDING message from succeeding side, the IUT does not respond to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE COMPLETE message from succeeding side, the IUT sends a RELEASE (cause =the same cause of received RELEASE COMPLETE message) preceding side and does not responds to succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (cs=NN3, cause=#30) to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Presentstate (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_005 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#30) to succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_006 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS message from preceding side, the IUT does not respond and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_007 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS message from succeeding side, the IUT does not respond and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_008 $SelectExprId $Description /* Verify that if the IUT sends again the same SETUP message after expiration of the T303 timer to succeeding side without reception of CALL PROCEEDING message from succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestCaseId TC_NN_3_6_V_009 $SelectExprId $Description /* Verify that the IUT after Max_Setup_Tx_val retransmissions of SETUP to succeeding side without reception of a CALL PROCEEDING message from succeeding side responses with the RELEASE COMPLETE (cause=#102, and diagnostic, if any, indicating timer no) on the succeeding and RELEASE (cause=#102, and diagnostic, if any, indicating timer no) preceeding side and goes to state Null state (NN0) and Release state (N11), respectivly. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_001 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#97, with diagnostic, if present, ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_002 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_003 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_004 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CALL PROCEEDING messageand remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_005 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_006 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_007 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_008 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with a message length error (the indicated length is exceeding the actual length of CALL PROCEEDING mesesage) from succeeding side, the IUT accepts the the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_009 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_010 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unrecognized IE) message to succeedig side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_011 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_012 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unrecognized IE) message to succeedig side.The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_013 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT sends RELEASE (cause=#99) to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_014 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_015 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic= ID of unexpected recognized IE) message to succeedig side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_016 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the CallProceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_017 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unexpected recognized IE) message to succeedig side.The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_018 $SelectExprId $Description /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT sends RELEASE (cause=#99) to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_019 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_020 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_021 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_022 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_023 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_024 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE message (cause=#100 and diagnostics, if present, indicating erronous IE) to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_025 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT respond with a RELEASE COMPLETE message (cause = #100) to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_026 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=1,IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_027 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96) message to preceding side and sends a RELEASE(cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_028 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_029 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_030 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_031 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_032 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_033 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_034 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of erroneous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_035 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_036 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_037 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_038 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state(NN3) and the Call Present state (NN6) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_039 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_040 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_041 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with message length error (the indicated length is exceeding than the actual length of RELEASE COMPLETE message) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_042 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE(mandatory IE), IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_043 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_044 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instruction(IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_045 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information elemment missing (cause IE) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_046 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information elemment content error (cause IE, IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE(cause=#31) message to preceding side.The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_047 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information element content error (cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_048 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information element content error (cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_049 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_050 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_051 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_052 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends STATUS (cs=NNO, cause=#100, diagnostic field=ID of erroneous IE) to succeeding side and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_053 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information elemment content error (2nd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction (IE_flag=1)' and does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_054 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=1) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends STATUS (cs=NNO, cause=#100, diagnostic field=ID of erroneous IE) to succeeding side and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_055 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports error handling procedure for 'follow explicit instruction (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_056 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_057 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_058 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction (IE_flag=1)' and does not support a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_059 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction(IE_flag=1)' and supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE messageand sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestCaseId TC_NN_3_6_IV_060 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports error handling procedure for 'follow explicit instruction(IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_002 $SelectExprId $Description /* Verify that if the IUT receives a valid ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_003 $SelectExprId $Description /* Verify that if the IUT receives a valid ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_004 $SelectExprId $Description /* Verify that if the IUT receives a valid ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_005 $SelectExprId $Description /* Verify that if the IUT receives a valid CONNECT(Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remanins in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_006 $SelectExprId $Description /* Verify that if the IUT receives a valid CONNECT(Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_007 $SelectExprId $Description /* Verify that if the IUT receives a valid CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_008 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE(Msg_flag=0) message from succeeding side, the IUT responds with a RELEASE COMPLETE message to succeeding side and sends RELEASE (cause= received cause or #31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_009 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE COMPLETE message to succeeding side and sends RELEASE (cause= received cause or #31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestCaseId TC_NN_3_6_IO_010 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE (Msg_flag=1, Msg_AI=discard, and report status) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (ca=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not send a RELEASE message to preceding side, and the IUT remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid ALERTING message from succeeding side, the IUT transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid CONNECT message from succeeding side, the IUT transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause Information element) message to succeeding side and transfers the received RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_005 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN3, cause=#30) to the preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_006 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN9, cause=#30) to the succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestCaseId TC_NN_3_9_V_007 $SelectExprId $Description /* Verify that the IUT sends a RELEASE (cause=#102) message to preceding side and succeeding side after expiration of T310 timer without reception of an ALERTING message, a CONNECT message, or a RELEASE message from succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the ReleaseRequest state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_001 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN9, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_002 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN9, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_003 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_004 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_005 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_006 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_007 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_008 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a message length error (the indicated length is exceeding the actual length of ALERTING mssage) from succeeding side, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_009 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received ALERTING message and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_010 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the thereceived ALERTING message and responds with a STATUS (cs=NN7, cause=#100, diagnostics,if any indicating erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_011 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_012 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100, diagnostics, if any, erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_013 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_014 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_015 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING messageand responds with a STATUS (cs=NN7, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the AlertingReceived state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_016 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_017 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_018 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_019 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_020 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_021 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_022 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_023 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_024 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_025 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_026 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_027 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_028 $SelectExprId $Description /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unexpected IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_029 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_030 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_031 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_032 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_033 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a message length error (the indicated length is exceeding the actual length of CONNECT mssage) from succeeding side, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_034 $SelectExprId $Description /* Verify that if the IUT receives an CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_035 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_036 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_037 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_038 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_039 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_040 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message andresponds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_041 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_042 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)'and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_043 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_044 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_045 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_046 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_047 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_048 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_049 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_050 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_051 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_052 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_053 $SelectExprId $Description /* Verify that if the IUT receives a CONN message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_054 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_055 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_056 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_057 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_058 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT respond with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_059 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause =#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_060 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=0)', the IUT respond with a RELEASE COMPLETE message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_061 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=0)', the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#100) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_062 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_063 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_064 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_065 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_066 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding sideand transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_067 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_068 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_069 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_070 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_071 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_072 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_073 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestCaseId TC_NN_3_9_IV_074 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_002 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN6), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_003 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_004 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) , respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_005 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT release all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_006 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_007 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_008 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (w cause) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_009 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause= #111) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestCaseId TC_NN_3_9_IO_010 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceding Received state (NN9), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid CONNECT message from succeeding side, the IUT transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause Information element) message to succeeding side and transfers the received RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN4, cause=#30) to the preceding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_005 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN7, cause=#30) to the succeeding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestCaseId TC_NN_4_7_V_006 $SelectExprId $Description /* Verify that the IUT sends a RELEASE (cause=#102, diagnostics, if any, indicating T301) message to succeeding side and a RELEASE (cause=#19) message to preceding side after the first expiration of T301 timer following no reception of a valid CONNECT message or RELEASE message from succeeding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_001 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Alerting Delivered Sent state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_002 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the iUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_003 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_004 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_005 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_006 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and theAlerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_007 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN7) and the Alerting Received state (NN9) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_008 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a message length error (the indicated length is exceeding the actual length of CONNECT mssage) from succeeding side, the IUT accepts the the received CONNECT message and transfers thereceived CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_009 $SelectExprId $Description /* Verify that if the IUT receives an CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the thereceived CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_010 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present)to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_011 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the thereceived CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_012 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_013 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100, diagnostics, if any, indicating erroneous IE) message to succeeding side and preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_014 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_015 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_016 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_017 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_018 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_019 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_020 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_021 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_022 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_023 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow expliciti nstructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100, diagnostics, if any, indicating erroneous IE) message to succeeding side and preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_024 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_025 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_026 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_027 $SelectExprId $Description /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction(IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT messageand responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_028 $SelectExprId $Description /* Verify that if the IUT receives a CONN message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unexpected IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_029 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivtered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_030 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_031 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_032 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_033 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT respond with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_034 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_035 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_036 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions(IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_037 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_038 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_039 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions(IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_040 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_041 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_042 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message topreceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_043 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_044 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (cause=#100 and, if present, diagnostic field=ID of errorneous IE) message and a STATUS (cs=NN0, cause=#100 and, if present, diagnostic field=ID of errorneous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_045 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_046 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explic itinstructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and, if present, diagnostic field=ID of errorneous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_047 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions(IE_flag=1)', the IUT responds with a RELEASE COMPLETE(cause=#100, diagnostic field=ID of erroneous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_048 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestCaseId TC_NN_4_7_IV_049 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_002 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_003 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_004 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the ReleaseRequest state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_005 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_006 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_007 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_008 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT release all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_009 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_010 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_011 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_012 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestCaseId TC_NN_4_7_IO_013 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestCaseId TC_NN_10_10_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestCaseId TC_NN_10_10_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to succeeding side and transfers the received RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestCaseId TC_NN_10_10_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN10, cause=#30) to the preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestCaseId TC_NN_10_10_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN10, cause=#30) to the succeeding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_001 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from preceding side, the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_002 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from Preceding side and the iUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_003 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_004 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#97) message to succeeding side and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_005 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#97) message to succeeding side and remains in the Active state (NN10) and the Active state(NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_006 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, diagnostics, if any, indicating message type) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_007 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_008 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_009 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_010 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_011 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The fianl state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_012 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_013 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_014 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE(mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_015 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_016 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_017 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_018 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_019 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_020 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_021 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers thereceived RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_022 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_023 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_024 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_025 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_026 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestCaseId TC_NN_10_10_IV_027 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_002 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_003 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101) message to succeeding side and does not transfer thereceived CALL PROCEEDING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_004 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_005 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_006 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_007 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_008 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_009 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_010 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_011 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The fianl state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_012 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicitinstructions (Mag_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_013 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_014 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_015 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestCaseId TC_NN_10_10_IO_016 $SelectExprId $Description /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestCaseId TC_NN_0_11_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid RELEASE COMPLETE message from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestCaseId TC_NN_0_11_V_002 $SelectExprId $Description /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#30) message to succeeding side and the IUT remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestCaseId TC_NN_0_11_V_003 $SelectExprId $Description /* Verify that the IUT sends RELEASE message again to succeeding side after the first expiration of T308 timer and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestCaseId TC_NN_0_11_V_004 $SelectExprId $Description /* Verify that the IUT releases all the resources at succeeding side after the second expiration of T308. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_001 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_002 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_003 $SelectExprId $Description /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_004 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received RELEASE COMPLETEmessage and remains in the Null state (NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_005 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message that is too short to contain the complete Message length IE from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state (NN0) and theRelease Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_006 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state(NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_007 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state(NN0) and the Release Request state (NN11) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_008 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from succeeding side, the IUT accepts the received RELEASE COMPLETEmessage and releases all the resources at the succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_009 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=0) from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeedingside.The inal state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0) respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestCaseId TC_NN_0_11_IV_010 $SelectExprId $Description /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=1, IE_AI_discard and report status) from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeeding side. The inal state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectivly. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_001 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_002 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions(Mag_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_003 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in theNull state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_004 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_005 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_006 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_007 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_008 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_009 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_010 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=0) message from succeeding side, the IUT releases all the resources and responds with a RELEASE COMPLETE message at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_011 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT releases all the resources and responds with a RELEASE COMPLETE message at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestCaseId TC_NN_0_11_IO_012 $SelectExprId $Description /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_001 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB level parameter (Octet 5 of CB IE) includes an invalid CB level value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_002 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB level parameter (Octet 5 of CB IE) includes an invalid CB level value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_003 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB blocked transit type parameter (Octet 6 of CB IE) is set to invalid value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_004 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB blocked transit type parameter (Octet 6 of CB IE) is set to invalid value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_005 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB cause parameter (Octet 7) includes an undefined CB cause value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_006 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB cause parameter (Octet 7) includes an undefined CB cause value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_007 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB diagnostics parameter (Octet 7.1) includes an undefined direction value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestCaseId TC_CB_FMT_I_008 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB diagnostics parameter (Octet 7.1) includes an undefined direction value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_NODE/ $TestCaseId TC_CB_PROC_V_001 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates a "DTL processing error" at the IUT (whole node). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_FOLLOWING_LINK/ $TestCaseId TC_CB_PROC_V_002 $SelectExprId SELECT_No_VPCI_VCI $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates a "VPCI/VCI allocation error" and "blocked link" (preceding side of the following link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_003 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported (but valid) bearer class" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_004 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported user cell rate" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_005 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported maximum cell transition delay" (CTD) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_006 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported peak-to-peak cell delay variation" (CDV) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_007 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported cell loss rate" (CLR) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_008 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported requested VPCI/VCI" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_009 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unreachable destination" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). (The IUT is the last node in the DTL stack and should find a path.) */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestCaseId TC_CB_PROC_V_010 $SelectExprId $Description /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unknown next node" (in the DTL stack) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_011 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_012 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_013 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (however the CB level is higher than level of generated DTL), then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_014 $SelectExprId $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (however the CB level is higher than level of generated DTL), then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_015 $SelectExprId SELECT_No_other_links_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - no other links, which satisfy the received DTL, are available, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestCaseId TC_CB_PROC_V_016 $SelectExprId SELECT_No_other_links_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - no other links, which satisfy the received DTL, are available, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_017 $SelectExprId SELECT_No_Alttrials_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_018 $SelectExprId SELECT_No_Alttrials_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_019 $SelectExprId SELECT_No_Alttrials_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_020 $SelectExprId SELECT_No_Alttrials_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_021 $SelectExprId SELECT_Alttrial_notpossible_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in RELCOM message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_022 $SelectExprId SELECT_Alttrial_notpossible_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in REL message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_023 $SelectExprId SELECT_Alttrial_notpossible_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in RELCOM message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestCaseId TC_CB_PROC_V_024 $SelectExprId SELECT_Alttrial_notpossible_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in REL message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_025 $SelectExprId SELECT_Alt_links_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - the IUT has not created any DTLs for that call, - another link satisfying received DTL is available, then the IUT tries another link. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_026 $SelectExprId SELECT_Alt_links_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - the IUT has not created any DTLs for that call, - another link satisfying received DTL is available, then the IUT tries another link. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_027 $SelectExprId SELECT_Alt_VC_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is 'requested VPCI/VCI not available', then the IUT retries SETUP with different VPCI/VCI values. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_028 $SelectExprId SELECT_Alt_VC_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is 'requested VPCI/VCI not available', then the IUT retries SETUP with different VPCI/VCI values. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_029 $SelectExprId SELECT_Alt_path_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in RELCOM), then the IUT retries SETUP on a new path. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_030 $SelectExprId SELECT_Alt_path_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in REL), then the IUT retries SETUP on a new path. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_031 $SelectExprId SELECT_Alt_path_s $Description /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in RELCOM), then the IUT retries SETUP on a new path. */ $End_CaseIndex $CaseIndex $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestCaseId TC_CB_PROC_V_032 $SelectExprId SELECT_Alt_path_s $Description /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in REL), then the IUT retries SETUP on a new path. */ $End_CaseIndex $Comment /* */ $End_TestCaseIndex $Begin_TestStepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_0_0_0_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_0_0_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_0_11_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_10_10_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_6_0_PREAMBLE_SU $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_6_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_6_PREAMBLE_SU $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_9_0_PREAMBLE_SU $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_9_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_3_9_PREAMBLE_SU $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/PREAMBLE/ $TestStepId PNNI_NN_4_7_PREAMBLE $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/VERIFICATION/ $TestStepId STATE_VERIFICATION $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_01 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_02 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_03 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_04 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_05 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $TestStepId PNNI_POSTAMBLE_P $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $TestStepId PNNI_UNEXPECTED $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $TestStepId PNNI_UNEXPECTED2 $Description /* */ $End_StepIndex $StepIndex $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $TestStepId PNNI_UNEXPECTED_P $Description /* */ $End_StepIndex $Comment /* */ $End_TestStepIndex $End_SuiteOverviewPart $DeclarationsPart $TS_TypeDefs $StructTypeDefs $Begin_StructTypeDef $StructId CRie $Comment /* Call Reference IE. */ $ElemDcls $ElemDcl $ElemId CR_1 $ElemType CR_1_OC $Comment /* Octet 1, bits 5 to 8 and CR length */ $End_ElemDcl $ElemDcl $ElemId CR_234 $ElemType CR_234_OC $Comment /* Octet 2, 3 and 4, CR_Flag and CR value */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CR_1_OC $Comment /* Call Reference Octet 1. */ $ElemDcls $ElemDcl $ElemId CR_1_85 $ElemType BITSTRING[4] $Comment /* Bits 5 to 8 */ $End_ElemDcl $ElemDcl $ElemId CR_1_41 $ElemType BITSTRING[4] $Comment /* CR length */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CR_234_OC $Comment /* Call Reference Octet 2,3 and 4. */ $ElemDcls $ElemDcl $ElemId CR_234_8 $ElemType BITSTRING[1] $Comment /* CR_Flag */ $End_ElemDcl $ElemDcl $ElemId CR_234_R $ElemType BITSTRING[23] $Comment /* CR value */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId MTie $Comment /* Message Type IE GROUP. */ $ElemDcls $ElemDcl $ElemId MT_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId MT_2 $ElemType MT_2_OC $Comment /* Octet 2, Flag and Action Indicator */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId MT_2_OC $Comment /* Message Type Octet 2. */ $ElemDcls $ElemDcl $ElemId MT_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId MT_2_76 $ElemType BITSTRING[2] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId MT_2_5 $ElemType BITSTRING[1] $Comment /* IE_Flag */ $End_ElemDcl $ElemDcl $ElemId MT_2_4 $ElemType BITSTRING[1] $Comment /* Pass Along Request */ $End_ElemDcl $ElemDcl $ElemId MT_2_3 $ElemType BITSTRING[1] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId MT_2_21 $ElemType BITSTRING[2] $Comment /* IE Action Indicator */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId MLie $Comment /* Message Length IE */ $ElemDcls $ElemDcl $ElemId ML_12 $ElemType HEXSTRING[4] $Comment /* Octet 1 and 2, length of the message */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ATDie $Comment /* ATM Traffic Descriptor IE. */ $ElemDcls $ElemDcl $ElemId ATD_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId ATD_2 $ElemType ATD_2_OC $Comment /* Octet 2, Coding Std. IE_flag, Pass along request and IE Action Ind. */ $End_ElemDcl $ElemDcl $ElemId ATD_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ATD IE */ $End_ElemDcl $ElemDcl $ElemId ATD_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Forward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_5_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 5.1, 5.2 and 5.3 , Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Backward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_6_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 6.1, 6.2 and 6.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, Forward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_7_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 7.1, 7.2 and 7.3, Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Backward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_8_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 8.1, 8.2 and 8.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_9 $ElemType OCTETSTRING[1] $Comment /* Octet 9, Forward Sustainable Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_9_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 9.1, 9.2 and 9.3, Forward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_10 $ElemType OCTETSTRING[1] $Comment /* Octet 10, Backward Sustainable Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_10_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 10.1, 10.2 and 10.3, Backward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_11 $ElemType OCTETSTRING[1] $Comment /* Octet 11, Forward Sustainable Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_11_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 11.1, 11.2 and 11.3, Forward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_12 $ElemType OCTETSTRING[1] $Comment /* Octet 12, Backward Sustainable Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_12_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 12.1, 12.2 and 12.3, Backward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ATD_13 $ElemType OCTETSTRING[1] $Comment /* Octet 13, Forward Maximum Burst Size Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_13_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 13.1, 13.2 and 13.3, Forward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId ATD_14 $ElemType OCTETSTRING[1] $Comment /* Octet 14, Backward Maximum Burst Size Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId ATD_14_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 14.1, 14.2 and 14.3, Backward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId ATD_15 $ElemType OCTETSTRING[1] $Comment /* Octet 15, Forward Maximum Burst Size Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_15_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 15.1, 15.2 and 15.3, Forward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId ATD_16 $ElemType OCTETSTRING[1] $Comment /* Octet 16, Backward Maximum Burst Size Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_16_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 16.1, 16.2 and 16.3, Backward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId ATD_17 $ElemType OCTETSTRING[1] $Comment /* Octet 17, Traffic Management Options Identifier */ $End_ElemDcl $ElemDcl $ElemId ATD_17_1 $ElemType ATD_17_1_OC $Comment /* Octet 17.1, Tagging(Discard) Backward and Tagging(Discard) Forward */ $End_ElemDcl $ElemDcl $ElemId ATD_18 $ElemType OCTETSTRING[1] $Comment /* Octet 18, Best Effort Indicator */ $End_ElemDcl $ElemDcl $ElemId ATD_19 $ElemType OCTETSTRING[1] $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_19_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemDcl $ElemDcl $ElemId ATD_20 $ElemType OCTETSTRING[1] $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId ATD_20_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemDcl $ElemDcl $ElemId ATD_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of ATD IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ATD_2_OC $Comment /* ATM Traffic Descriptor Octet 2. */ $ElemDcls $ElemDcl $ElemId ATD_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId ATD_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId ATD_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId ATD_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId ATD_2_31 $ElemType BITSTRING[3] $Comment /* IE Action Indicator */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ATD_17_1_OC $Comment /* ATM Traffic Descriptor Octet 17.1. */ $ElemDcls $ElemDcl $ElemId ATD_17_1_8 $ElemType BITSTRING[1] $Comment /* Forward Frame Discard */ $End_ElemDcl $ElemDcl $ElemId ATD_17_1_7 $ElemType BITSTRING[1] $Comment /* Backward Frame Discard */ $End_ElemDcl $ElemDcl $ElemId ATD_17_1_63 $ElemType BITSTRING[4] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId ATD_17_1_2 $ElemType BITSTRING[1] $Comment /* Tagging Backward (Tb) */ $End_ElemDcl $ElemDcl $ElemId ATD_17_1_1 $ElemType BITSTRING[1] $Comment /* Tagging Forward (Tf) */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AATDie $Comment /* Alternative ATM Traffic Descriptor IE. */ $ElemDcls $ElemDcl $ElemId AATD_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId AATD_2 $ElemType AATD_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId AATD_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ATD IE */ $End_ElemDcl $ElemDcl $ElemId AATD_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Forward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_5_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 5.1, 5.2 and 5.3 , Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Backward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_6_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 6.1, 6.2 and 6.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, Forward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_7_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 7.1, 7.2 and 7.3, Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Backward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_8_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 8.1, 8.2 and 8.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_9 $ElemType OCTETSTRING[1] $Comment /* Octet 9, Forward Sustainable Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_9_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 9.1, 9.2 and 9.3, Forward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_10 $ElemType OCTETSTRING[1] $Comment /* Octet 10, Backward Sustainable Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_10_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 10.1, 10.2 and 10.3, Backward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_11 $ElemType OCTETSTRING[1] $Comment /* Octet 11, Forward Sustainable Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_11_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 11.1, 11.2 and 11.3, Forward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_12 $ElemType OCTETSTRING[1] $Comment /* Octet 12, Backward Sustainable Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_12_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 12.1, 12.2 and 12.3, Backward Sustainable Cell Rate */ $End_ElemDcl $ElemDcl $ElemId AATD_13 $ElemType OCTETSTRING[1] $Comment /* Octet 13, Forward Maximum Burst Size Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_13_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 13.1, 13.2 and 13.3, Forward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId AATD_14 $ElemType OCTETSTRING[1] $Comment /* Octet 14, Backward Maximum Burst Size Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId AATD_14_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 14.1, 14.2 and 14.3, Backward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId AATD_15 $ElemType OCTETSTRING[1] $Comment /* Octet 15, Forward Maximum Burst Size Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_15_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 15.1, 15.2 and 15.3, Forward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId AATD_16 $ElemType OCTETSTRING[1] $Comment /* Octet 16, Backward Maximum Burst Size Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId AATD_16_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 16.1, 16.2 and 16.3, Backward Maximum Burst Size */ $End_ElemDcl $ElemDcl $ElemId AATD_17 $ElemType OCTETSTRING[1] $Comment /* Octet 17, Traffic Management Options Identifier */ $End_ElemDcl $ElemDcl $ElemId AATD_17_1 $ElemType AATD_17_1_OC $Comment /* Octet 17.1, Tagging(Discard) Backward and Tagging(Discard) Forward */ $End_ElemDcl $ElemDcl $ElemId AATD_18 $ElemType OCTETSTRING[1] $Comment /* Octet 18, Best Effort Indicator */ $End_ElemDcl $ElemDcl $ElemId AATD_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of AATD IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AATD_2_OC $Comment /* Alternative ATM Traffic Descriptor Octet 2. */ $ElemDcls $ElemDcl $ElemId AATD_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId AATD_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId AATD_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId AATD_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId AATD_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AATD_17_1_OC $Comment /* Alternative ATM Traffic Descriptor Octet 17.1. */ $ElemDcls $ElemDcl $ElemId AATD_17_1_8 $ElemType BITSTRING[1] $Comment /* Forward Frame Discard */ $End_ElemDcl $ElemDcl $ElemId AATD_17_1_7 $ElemType BITSTRING[1] $Comment /* Backward Frame Discard */ $End_ElemDcl $ElemDcl $ElemId AATD_17_1_63 $ElemType BITSTRING[4] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId AATD_17_1_2 $ElemType BITSTRING[1] $Comment /* Tagging Backward (Tb) */ $End_ElemDcl $ElemDcl $ElemId AATD_17_1_1 $ElemType BITSTRING[1] $Comment /* Tagging Forward (Tf) */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId MATDie $Comment /* Minimum Acceptable Traffic Descriptor IE Group. */ $ElemDcls $ElemDcl $ElemId MATD_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId MATD_2 $ElemType MATD_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId MATD_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of MATD IE */ $End_ElemDcl $ElemDcl $ElemId MATD_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Forward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId MATD_5_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 5.1, 5.2 and 5.3 , Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId MATD_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Backward Peak Cell Rate Identifier (CLP=0) */ $End_ElemDcl $ElemDcl $ElemId MATD_6_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 6.1, 6.2 and 6.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId MATD_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, Forward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId MATD_7_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 7.1, 7.2 and 7.3, Forward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId MATD_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Backward Peak Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId MATD_8_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 8.1, 8.2 and 8.3, Backward Peak Cell Rate */ $End_ElemDcl $ElemDcl $ElemId MATD_9 $ElemType OCTETSTRING[1] $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId MATD_9_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemDcl $ElemDcl $ElemId MATD_10 $ElemType OCTETSTRING[1] $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemDcl $ElemDcl $ElemId MATD_10_1_2_3 $ElemType HEXSTRING[6] $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemDcl $ElemDcl $ElemId MATD_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of MATD IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId MATD_2_OC $Comment /* Minimum ATM Traffic Descriptor Octet 2. */ $ElemDcls $ElemDcl $ElemId MATD_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId MATD_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId MATD_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId MATD_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId MATD_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId QOSie $Comment /* Quality of Service Parameter IE. */ $ElemDcls $ElemDcl $ElemId QOS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId QOS_2 $ElemType QOS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId QOS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of QOS IE */ $End_ElemDcl $ElemDcl $ElemId QOS_5 $ElemType BITSTRING[8] $Comment /* Octet 5, Qos Class Forward */ $End_ElemDcl $ElemDcl $ElemId QOS_6 $ElemType BITSTRING[8] $Comment /* Octet 6, Qos Class Backward */ $End_ElemDcl $ElemDcl $ElemId QOS_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of QOS IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId QOS_2_OC $Comment /* Quality of Service Parameter Octet 2. */ $ElemDcls $ElemDcl $ElemId QOS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId QOS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId QOS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId QOS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId QOS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BBCie $Comment /* Broadband Bearer Capability IE GROUP. */ $ElemDcls $ElemDcl $ElemId BBC_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId BBC_2 $ElemType BBC_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId BBC_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of BBC IE */ $End_ElemDcl $ElemDcl $ElemId BBC_5 $ElemType BBC_5_OC $Comment /* Octet 5, Bearer Class */ $End_ElemDcl $ElemDcl $ElemId BBC_5A $ElemType BBC_5A_OC $Comment /* Octet 5A, ATM Transfer Capability */ $End_ElemDcl $ElemDcl $ElemId BBC_6 $ElemType BBC_6_OC $Comment /* Octet 6, Susceptibility to clipping and User Plane connnection configuration */ $End_ElemDcl $ElemDcl $ElemId BBC_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of BBC IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BBC_2_OC $Comment /* Broadband Bearer Capability Octet 2. */ $ElemDcls $ElemDcl $ElemId BBC_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BBC_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId BBC_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId BBC_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId BBC_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BBC_5_OC $Comment /* Broadband Bearer Capability Octet 5. */ $ElemDcls $ElemDcl $ElemId BBC_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BBC_5_76 $ElemType BITSTRING[2] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId BBC_5_51 $ElemType BITSTRING[5] $Comment /* Bearer Class */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BBC_5A_OC $Comment /* Broadband Bearer Capability Octet 5A. */ $ElemDcls $ElemDcl $ElemId BBC_5A_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BBC_5A_71 $ElemType BITSTRING[7] $Comment /* ATM Transfer Capability */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BBC_6_OC $Comment /* Broadband Bearer Capability Octet 6. */ $ElemDcls $ElemDcl $ElemId BBC_6_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BBC_6_76 $ElemType BITSTRING[2] $Comment /* Susceptibility to Clipping */ $End_ElemDcl $ElemDcl $ElemId BBC_6_53 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId BBC_6_21 $ElemType BITSTRING[2] $Comment /* User Plane Connection Configuration */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDNie $Comment /* Called Party Number IE GROUP. */ $ElemDcls $ElemDcl $ElemId CDN_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CDN_2 $ElemType CDN_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CDN_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CDN IE */ $End_ElemDcl $ElemDcl $ElemId CDN_5 $ElemType CDN_5_OC $Comment /* Octet 5, Type of Number and Addressing/numbering Plan Identification */ $End_ElemDcl $ElemDcl $ElemId CDN_R $ElemType HEXSTRING $Comment /* Number Digits */ $End_ElemDcl $ElemDcl $ElemId CDN_RR $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of CDN IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDN_2_OC $Comment /* Called Party Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CDN_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CDN_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CDN_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CDN_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CDN_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDN_5_OC $Comment /* Called Party Number Octet 5. */ $ElemDcls $ElemDcl $ElemId CDN_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CDN_5_75 $ElemType BITSTRING[3] $Comment /* Type of Number */ $End_ElemDcl $ElemDcl $ElemId CDN_5_41 $ElemType BITSTRING[4] $Comment /* Numbering Plan Identification */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AALie $Comment /* ATM Adaptation Layer Parameters IE GROUP. */ $ElemDcls $ElemDcl $ElemId AAL_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId AAL_2 $ElemType AAL_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId AAL_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of AAL IE */ $End_ElemDcl $ElemDcl $ElemId AAL_5 $ElemType BITSTRING[8] $Comment /* Octet 5, AAL Type */ $End_ElemDcl $ElemDcl $ElemId AAL_R $ElemType HEXSTRING $Comment /* AAL parameters information */ $End_ElemDcl $ElemDcl $ElemId AAL_RR $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of AAL IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AAL_2_OC $Comment /* ATM Adaptation Layer Parameters Octet 2. */ $ElemDcls $ElemDcl $ElemId AAL_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId AAL_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId AAL_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId AAL_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId AAL_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BHLie $Comment /* Broadband High Layer Information IE GROUP. */ $ElemDcls $ElemDcl $ElemId BHL_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId BHL_2 $ElemType BHL_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId BHL_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of BHL IE */ $End_ElemDcl $ElemDcl $ElemId BHL_5 $ElemType BHL_5_OC $Comment /* Octet 5, High Layer information Type */ $End_ElemDcl $ElemDcl $ElemId BHL_R $ElemType HEXSTRING $Comment /* High Layer Information */ $End_ElemDcl $ElemDcl $ElemId BHL_RR $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of BHL IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BHL_2_OC $Comment /* Broadband High Layer Information Octet 2. */ $ElemDcls $ElemDcl $ElemId BHL_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BHL_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId BHL_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId BHL_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId BHL_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BHL_5_OC $Comment /* Broadband High Layer Information Octet 5. */ $ElemDcls $ElemDcl $ElemId BHL_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BHL_5_71 $ElemType BITSTRING[7] $Comment /* High Layer Information Type */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BLLie $Comment /* Broadband Low Layer Information IE GROUP. */ $ElemDcls $ElemDcl $ElemId BLL_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId BLL_2 $ElemType BLL_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId BLL_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of BLL IE */ $End_ElemDcl $ElemDcl $ElemId BLL_R $ElemType HEXSTRING $Comment /* Broadband Low Layer information */ $End_ElemDcl $ElemDcl $ElemId BLL_RR $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of BLL IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BLL_2_OC $Comment /* Broadband Low Layer Information Octet 2. */ $ElemDcls $ElemDcl $ElemId BLL_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BLL_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId BLL_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId BLL_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId BLL_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BRIie $Comment /* Broadband Repeat Indicator IE GROUP. */ $ElemDcls $ElemDcl $ElemId BRI_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId BRI_2 $ElemType BRI_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId BRI_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of BRI IE */ $End_ElemDcl $ElemDcl $ElemId BRI_5 $ElemType BRI_5_OC $Comment /* Octet 5, Broadband Repeat Indication */ $End_ElemDcl $ElemDcl $ElemId BRI_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of BRI IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BRI_2_OC $Comment /* Broadband Repeat Indicator Octet 2. */ $ElemDcls $ElemDcl $ElemId BRI_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BRI_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId BRI_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId BRI_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId BRI_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId BRI_5_OC $Comment /* Broadband Repeat Indicator Octet 5. */ $ElemDcls $ElemDcl $ElemId BRI_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId BRI_5_75 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId BRI_5_41 $ElemType BITSTRING[4] $Comment /* Broadband Repeat Indication */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDSie $Comment /* Called Party Subaddress IE GROUP. */ $ElemDcls $ElemDcl $ElemId CDS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CDS_2 $ElemType CDS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CDS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CDS IE */ $End_ElemDcl $ElemDcl $ElemId CDS_5 $ElemType CDS_5_OC $Comment /* Octet 5, Type of Subaddress */ $End_ElemDcl $ElemDcl $ElemId CDS_R $ElemType HEXSTRING $Comment /* Subaddress Information */ $End_ElemDcl $ElemDcl $ElemId CDS_RR $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of CDS IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDS_2_OC $Comment /* Called Party Subaddress Octet 2. */ $ElemDcls $ElemDcl $ElemId CDS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CDS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CDS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CDS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CDS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDS_5_OC $Comment /* Called Party Subaddress Octet 5. */ $ElemDcls $ElemDcl $ElemId CDS_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CDS_5_75 $ElemType BITSTRING[3] $Comment /* Type of Subaddress */ $End_ElemDcl $ElemDcl $ElemId CDS_5_4 $ElemType BITSTRING[1] $Comment /* Odd/Even Indicator */ $End_ElemDcl $ElemDcl $ElemId CDS_5_31 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGSie $Comment /* Calling Party Subaddress IE GROUP. */ $ElemDcls $ElemDcl $ElemId CGS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CGS_2 $ElemType CGS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CGS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CGS IE */ $End_ElemDcl $ElemDcl $ElemId CGS_5 $ElemType CGS_5_OC $Comment /* Octet 5, Type of Subaddress */ $End_ElemDcl $ElemDcl $ElemId CGS_R $ElemType HEXSTRING $Comment /* Subaddress Information */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGS_2_OC $Comment /* Calling Party Subaddress Octet 2. */ $ElemDcls $ElemDcl $ElemId CGS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CGS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CGS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CGS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGS_5_OC $Comment /* Calling Party Subaddress Octet 5. */ $ElemDcls $ElemDcl $ElemId CGS_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGS_5_75 $ElemType BITSTRING[3] $Comment /* Type of Subaddress */ $End_ElemDcl $ElemDcl $ElemId CGS_5_4 $ElemType BITSTRING[1] $Comment /* Odd/Even Indicator */ $End_ElemDcl $ElemDcl $ElemId CGS_5_31 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGNie $Comment /* Calling Party Number IE GROUP. */ $ElemDcls $ElemDcl $ElemId CGN_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CGN_2 $ElemType CGN_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CGN_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CGN IE */ $End_ElemDcl $ElemDcl $ElemId CGN_5 $ElemType CGN_5_OC $Comment /* Octet 5, Type of Number and Addressing/numbering Plan Identification */ $End_ElemDcl $ElemDcl $ElemId CGN_5A $ElemType CGN_5A_OC $Comment /* Octet 5A, Presentation Indicator and Screening Indicator */ $End_ElemDcl $ElemDcl $ElemId CGN_R $ElemType HEXSTRING $Comment /* Number Digits */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGN_2_OC $Comment /* Calling Party Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CGN_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGN_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CGN_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CGN_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CGN_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGN_5_OC $Comment /* Calling Party Number Octet 5. */ $ElemDcls $ElemDcl $ElemId CGN_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGN_5_75 $ElemType BITSTRING[3] $Comment /* Type of Number */ $End_ElemDcl $ElemDcl $ElemId CGN_5_41 $ElemType BITSTRING[4] $Comment /* Addressing/Numbering Plan Identification */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGN_5A_OC $Comment /* Calling Party Number Octet 5A. */ $ElemDcls $ElemDcl $ElemId CGN_5A_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGN_5A_76 $ElemType BITSTRING[2] $Comment /* Presentation Indicator */ $End_ElemDcl $ElemDcl $ElemId CGN_5A_53 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId CGN_5A_21 $ElemType BITSTRING[2] $Comment /* Screening Indicator */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGSPie $Comment /* Calling Party Soft PVPC or PVCC IE GROUP. */ $ElemDcls $ElemDcl $ElemId CGSP_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CGSP_2 $ElemType CGSP_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CGSP_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CGN IE */ $End_ElemDcl $ElemDcl $ElemId CGSP_5 $ElemType OCTETSTRING[1] $Comment /* VPI idientifier */ $End_ElemDcl $ElemDcl $ElemId CGSP_5_1_2 $ElemType BITSTRING[16] $Comment /* Octet 5.1 to 5.2, VPI value */ $End_ElemDcl $ElemDcl $ElemId CGSP_6 $ElemType OCTETSTRING[1] $Comment /* VCI identifier */ $End_ElemDcl $ElemDcl $ElemId CGSP_6_1_2 $ElemType BITSTRING[16] $Comment /* Octet 6.1 to 6.2, VCI value */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CGSP_2_OC $Comment /* Calling Party Soft PVPC or PVCC IE Octet 2. */ $ElemDcls $ElemDcl $ElemId CGSP_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CGSP_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CGSP_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CGSP_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CGSP_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDSPie $Comment /* Called Party Soft PVPC or PVCC IE GROUP. */ $ElemDcls $ElemDcl $ElemId CDSP_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CDSP_2 $ElemType CDSP_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CDSP_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CGN IE */ $End_ElemDcl $ElemDcl $ElemId CDSP_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Slection type */ $End_ElemDcl $ElemDcl $ElemId CDSP_6 $ElemType OCTETSTRING[1] $Comment /* VPI idientifier */ $End_ElemDcl $ElemDcl $ElemId CDSP_6_1_2 $ElemType BITSTRING[16] $Comment /* Octet 6.1 to 6.2, VPI value */ $End_ElemDcl $ElemDcl $ElemId CDSP_7 $ElemType OCTETSTRING[1] $Comment /* VCI identifier */ $End_ElemDcl $ElemDcl $ElemId CDSP_7_1_2 $ElemType BITSTRING[16] $Comment /* Octet 7.1 to 7.2, VCI value */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CDSP_2_OC $Comment /* Called Party Soft PVPC or PVCC IE Octet 2. */ $ElemDcls $ElemDcl $ElemId CDSP_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CDSP_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CDSP_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CDSP_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CDSP_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId TNSie $Comment /* Transit Network Selection IE GROUP. */ $ElemDcls $ElemDcl $ElemId TNS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId TNS_2 $ElemType TNS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId TNS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of TNS IE */ $End_ElemDcl $ElemDcl $ElemId TNS_5 $ElemType TNS_5_OC $Comment /* Octet 5, Type of Network Identification and Network Identification Plan */ $End_ElemDcl $ElemDcl $ElemId TNS_R $ElemType IA5String $Comment /* Network Identification (IA5String) */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId TNS_2_OC $Comment /* Transit Network Selection Octet 2. */ $ElemDcls $ElemDcl $ElemId TNS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId TNS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId TNS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId TNS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId TNS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId TNS_5_OC $Comment /* Transit Network Selection Octet 5. */ $ElemDcls $ElemDcl $ElemId TNS_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId TNS_5_75 $ElemType BITSTRING[3] $Comment /* Type of Network Identification */ $End_ElemDcl $ElemDcl $ElemId TNS_5_41 $ElemType BITSTRING[4] $Comment /* Network Identification Plan */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CIie $Comment /* Connection Identifier IE GROUP. */ $ElemDcls $ElemDcl $ElemId CI_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CI_2 $ElemType CI_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CI_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CI IE */ $End_ElemDcl $ElemDcl $ElemId CI_5 $ElemType CI_5_OC $Comment /* Octet 5, VP associated Signalling and Preferred/Exclusive */ $End_ElemDcl $ElemDcl $ElemId CI_67 $ElemType BITSTRING[16] $Comment /* Octet 6 and 7, Virtual Path Cconnection Identifier */ $End_ElemDcl $ElemDcl $ElemId CI_89 $ElemType BITSTRING[16] $Comment /* Octet 8 and 9, Virtual Channel Identifier */ $End_ElemDcl $ElemDcl $ElemId CI_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of CI IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CI_2_OC $Comment /* Connection Identifier Octet 2. */ $ElemDcls $ElemDcl $ElemId CI_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CI_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CI_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CI_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CI_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CI_5_OC $Comment /* Connection Identifier Octet 5. */ $ElemDcls $ElemDcl $ElemId CI_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CI_5_76 $ElemType BITSTRING[2] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId CI_5_54 $ElemType BITSTRING[2] $Comment /* VP Associated Signalling */ $End_ElemDcl $ElemDcl $ElemId CI_5_31 $ElemType BITSTRING[3] $Comment /* Preferred/Exclusive */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CAie $Comment /* Cause IE GROUP. */ $ElemDcls $ElemDcl $ElemId CA_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CA_2 $ElemType CA_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CA_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CA IE */ $End_ElemDcl $ElemDcl $ElemId CA_5 $ElemType CA_5_OC $Comment /* Octet 5, Location */ $End_ElemDcl $ElemDcl $ElemId CA_6 $ElemType BITSTRING[8] $Comment /* Octet 6, Cause value */ $End_ElemDcl $ElemDcl $ElemId CA_7 $ElemType OCTETSTRING[1..3] $Comment /* Diagnostic(s) */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CA_2_OC $Comment /* Cause Octet 2. */ $ElemDcls $ElemDcl $ElemId CA_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CA_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CA_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CA_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CA_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CA_5_OC $Comment /* Cause Octet 5. */ $ElemDcls $ElemDcl $ElemId CA_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CA_5_75 $ElemType BITSTRING[3] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId CA_5_41 $ElemType BITSTRING[4] $Comment /* Location */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CSie $Comment /* Call State IE GROUP. */ $ElemDcls $ElemDcl $ElemId CS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CS_2 $ElemType CS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CS IE */ $End_ElemDcl $ElemDcl $ElemId CS_5 $ElemType CS_5_OC $Comment /* Octet 5, Call State value */ $End_ElemDcl $ElemDcl $ElemId CS_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of CS IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CS_2_OC $Comment /* Call State Octet 2. */ $ElemDcls $ElemDcl $ElemId CS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CS_5_OC $Comment /* Call State Octet 5. */ $ElemDcls $ElemDcl $ElemId CS_5_87 $ElemType BITSTRING[2] $Comment /* Spare bits */ $End_ElemDcl $ElemDcl $ElemId CS_5_61 $ElemType BITSTRING[6] $Comment /* PNNI call state value */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId GITie $Comment /* Generic identifier transport IE GROUP. */ $ElemDcls $ElemDcl $ElemId GIT_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId GIT_2 $ElemType GIT_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId GIT_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of GIT IE */ $End_ElemDcl $ElemDcl $ElemId GIT_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Idetifier related standard/application */ $End_ElemDcl $ElemDcl $ElemId GIT_R $ElemType HEXSTRING $Comment /* 6th octet up to 33th octet . */ $End_ElemDcl $ElemDcl $ElemId GIT_RR $ElemType HEXSTRING $Comment /* used to exceed the maximum length of GIT IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId GIT_2_OC $Comment /* Restart Indicator Octet 2. */ $ElemDcls $ElemDcl $ElemId GIT_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId GIT_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId GIT_2_5 $ElemType BITSTRING[1] $Comment /* IE _flag */ $End_ElemDcl $ElemDcl $ElemId GIT_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId GIT_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId EQOSie $Comment /* Extended Quality of Service Parameters IE GROUP. */ $ElemDcls $ElemDcl $ElemId EQOS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_2 $ElemType EQOS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId EQOS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of EQOS IE */ $End_ElemDcl $ElemDcl $ElemId EQOS_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Origin */ $End_ElemDcl $ElemDcl $ElemId EQOS_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Acceptable Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_6_123 $ElemType BITSTRING[24] $Comment /* Octet 6.1, 6.2 and 6.3, Acceptable Forward Peak-to-peak Cell Delay Variation */ $End_ElemDcl $ElemDcl $ElemId EQOS_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, Acceptable Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_7_123 $ElemType BITSTRING[24] $Comment /* Octet 7.1, 7.2 and 7.3, Acceptable Backward Peak-to-peak Cell Delay Variation */ $End_ElemDcl $ElemDcl $ElemId EQOS_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Cumulative Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_8_123 $ElemType BITSTRING[24] $Comment /* Octet 8.1, 8.2 and 8.3, Cumulative Forward Peak-to-peak Cell Delay Variation */ $End_ElemDcl $ElemDcl $ElemId EQOS_9 $ElemType OCTETSTRING[1] $Comment /* Octet 9, Cumulative Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_9_123 $ElemType BITSTRING[24] $Comment /* Octet 9.1, 9.2 and 9.3, Cumulative Backward Peak-to-peak Cell Delay Variation */ $End_ElemDcl $ElemDcl $ElemId EQOS_10 $ElemType OCTETSTRING[1] $Comment /* Octet 10, Acceptable Forward cell Loss Ratio Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_10_1 $ElemType BITSTRING[8] $Comment /* Octet 10.1, Acceptable Forward cell Loss Ratio */ $End_ElemDcl $ElemDcl $ElemId EQOS_11 $ElemType OCTETSTRING[1] $Comment /* Octet 11, Acceptable Backward cell Loss Ratio Identifier */ $End_ElemDcl $ElemDcl $ElemId EQOS_11_1 $ElemType BITSTRING[8] $Comment /* Octet 11.1, Acceptable Backward cell Loss Ratio */ $End_ElemDcl $ElemDcl $ElemId EQOS_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of EQOS IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId EQOS_2_OC $Comment /* Extended Quality of Servic Parameters Octet 2. */ $ElemDcls $ElemDcl $ElemId EQOS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId EQOS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId EQOS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId EQOS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId EQOS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AAPie $Comment /* ABR Additional Parameters IE GROUP. */ $ElemDcls $ElemDcl $ElemId AAP_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId AAP_2 $ElemType AAP_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId AAP_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of AAP IE */ $End_ElemDcl $ElemDcl $ElemId AAP_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Forward Additional Paramemters Identifier */ $End_ElemDcl $ElemDcl $ElemId AAP_5_1_2_3_4 $ElemType OCTETSTRING[4] $Comment /* Octet 5.1, 5.2, 5.3 and 5.4, Forward Additional Paramemters Record */ $End_ElemDcl $ElemDcl $ElemId AAP_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Backward Additional Paramemters Identifier */ $End_ElemDcl $ElemDcl $ElemId AAP_6_1_2_3_4 $ElemType OCTETSTRING[4] $Comment /* Octet 6.1, 6.2, 6.3 and 6.4, Backward Additional Paramemters Record */ $End_ElemDcl $ElemDcl $ElemId AAP_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of AAP IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId AAP_2_OC $Comment /* ABR Additional Parameters Octet 2. */ $ElemDcls $ElemDcl $ElemId AAP_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId AAP_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId AAP_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId AAP_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId AAP_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ASPie $Comment /* ABR Setup Parameters IE GROUP. */ $ElemDcls $ElemDcl $ElemId ASP_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_2 $ElemType ASP_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId ASP_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ASP IE */ $End_ElemDcl $ElemDcl $ElemId ASP_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Forward ABR Initial Cell Rate Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_5_1_2_3 $ElemType OCTETSTRING[3] $Comment /* Octet 5.1, 5.2 and 5.3, Forward ABR Initial Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ASP_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, Backward ABR Initial Cell Rate Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_6_1_2_3 $ElemType OCTETSTRING[3] $Comment /* Octet 6.1, 6.2 and 6.3, Backward ABR Initial Cell Rate */ $End_ElemDcl $ElemDcl $ElemId ASP_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, Forward ABR Transient Buffer Exposure Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_7_1_2_3 $ElemType OCTETSTRING[3] $Comment /* Octet 7.1, 7.2 and 7.3, Forward ABR Transient Buffer Exposure */ $End_ElemDcl $ElemDcl $ElemId ASP_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Backward ABR Transient Buffer Exposure Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_8_1_2_3 $ElemType OCTETSTRING[3] $Comment /* Octet 8.1, 8.2 and 8.3, Backward ABR Transient Buffer Exposure */ $End_ElemDcl $ElemDcl $ElemId ASP_9 $ElemType OCTETSTRING[1] $Comment /* Octet 9, Cumulative RM Fixed Round Trip Time Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_9_1_2_3 $ElemType OCTETSTRING[3] $Comment /* Octet 9.1, 9.2 and 9.3, Cumulative RM Fixed Round Trip Time */ $End_ElemDcl $ElemDcl $ElemId ASP_10 $ElemType OCTETSTRING[1] $Comment /* Octet 10, Forward Rate Increment Factor Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_10_1 $ElemType OCTETSTRING[1] $Comment /* Octet 10.1 and 10.2, Forward Rate Increment Factor */ $End_ElemDcl $ElemDcl $ElemId ASP_11 $ElemType OCTETSTRING[1] $Comment /* Octet 11, Backward Rate Increment Factor Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_11_1 $ElemType OCTETSTRING[1] $Comment /* Octet 11.1 and 11.2, Backward Rate Increment Factor */ $End_ElemDcl $ElemDcl $ElemId ASP_12 $ElemType OCTETSTRING[1] $Comment /* Octet 12, Forward Rate Decrease Factor Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_12_1 $ElemType OCTETSTRING[1] $Comment /* Octet 12.1 and 12.2, Forward Rate Decrease Factor */ $End_ElemDcl $ElemDcl $ElemId ASP_13 $ElemType OCTETSTRING[1] $Comment /* Octet 13, Backward Rate Decrease Factor Identifier */ $End_ElemDcl $ElemDcl $ElemId ASP_13_1 $ElemType OCTETSTRING[1] $Comment /* Octet 12.1 and 12.2, Backward Rate Decrease Factor */ $End_ElemDcl $ElemDcl $ElemId ASP_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of ASP IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ASP_2_OC $Comment /* ABR Setup Parameters Octet 2. */ $ElemDcls $ElemDcl $ElemId ASP_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId ASP_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId ASP_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId ASP_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId ASP_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CSSie $Comment /* Connection Scope Selection IE GROUP. */ $ElemDcls $ElemDcl $ElemId CSS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CSS_2 $ElemType CSS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CSS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CSS IE */ $End_ElemDcl $ElemDcl $ElemId CSS_5 $ElemType CSS_5_OC $Comment /* Octet 5, Type of Connection Scope */ $End_ElemDcl $ElemDcl $ElemId CSS_6 $ElemType OCTETSTRING[1] $Comment /* Futher contents depending upon Type of Connection Scope */ $End_ElemDcl $ElemDcl $ElemId CSS_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of CSS IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CSS_2_OC $Comment /* Connection Scope Selection Octet 2. */ $ElemDcls $ElemDcl $ElemId CSS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CSS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CSS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CSS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CSS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CSS_5_OC $Comment /* Connection Scope Selection Octet 5. */ $ElemDcls $ElemDcl $ElemId CSS_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CSS_5_75 $ElemType BITSTRING[3] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId CSS_5_41 $ElemType BITSTRING[4] $Comment /* Type of Connection Scope */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ESie $Comment /* Endpoint State IE GROUP. */ $ElemDcls $ElemDcl $ElemId ES_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId ES_2 $ElemType ES_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId ES_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ES IE */ $End_ElemDcl $ElemDcl $ElemId ES_5 $ElemType ES_5_OC $Comment /* Octet 5, Endpoint Reference Party State */ $End_ElemDcl $ElemDcl $ElemId ES_R $ElemType HEXSTRING $Comment /* Used to exceed the maximum length of ES IE */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ES_2_OC $Comment /* Endpoint State Octet 2. */ $ElemDcls $ElemDcl $ElemId ES_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId ES_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId ES_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId ES_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId ES_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ES_5_OC $Comment /* Endpoint State Octet 2. */ $ElemDcls $ElemDcl $ElemId ES_5_87 $ElemType BITSTRING[2] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId ES_5_61 $ElemType BITSTRING[6] $Comment /* Endpoint Reference Party State */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CNie $Comment /* Connected Number IE GROUP. */ $ElemDcls $ElemDcl $ElemId CN_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CN_2 $ElemType CN_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CN_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CN IE */ $End_ElemDcl $ElemDcl $ElemId CN_5 $ElemType CN_5_OC $Comment /* Octet 5, Type of Number, Addressing/Numbering PLAN Identification */ $End_ElemDcl $ElemDcl $ElemId CN_5A $ElemType CN_5A_OC $Comment /* Octet 5A, Presentation Indicator, Screening Indicator */ $End_ElemDcl $ElemDcl $ElemId CN_R $ElemType HEXSTRING $Comment /* Number Digits */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CN_2_OC $Comment /* Connected Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CN_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CN_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CN_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CN_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CN_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CN_5_OC $Comment /* Connected Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CN_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CN_5_75 $ElemType BITSTRING[3] $Comment /* Type of Number */ $End_ElemDcl $ElemDcl $ElemId CN_5_41 $ElemType BITSTRING[4] $Comment /* Addressing/Numbering Plan Identification */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CN_5A_OC $Comment /* Connected Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CN_5A_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CN_5A_76 $ElemType BITSTRING[2] $Comment /* Presentation Indicator */ $End_ElemDcl $ElemDcl $ElemId CN_5A_53 $ElemType BITSTRING[3] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId CN_5A_21 $ElemType BITSTRING[2] $Comment /* Screening Indicator */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CNSie $Comment /* Connected SubAddress IE GROUP. */ $ElemDcls $ElemDcl $ElemId CNS_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CNS_2 $ElemType CNS_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CNS_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CNS IE */ $End_ElemDcl $ElemDcl $ElemId CNS_5 $ElemType CNS_5_OC $Comment /* Octet 5, Type of Subaddress, Odd/Even indicator */ $End_ElemDcl $ElemDcl $ElemId CNS_R $ElemType HEXSTRING $Comment /* Subaddress Information */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CNS_2_OC $Comment /* Connected Subaddress Octet 2. */ $ElemDcls $ElemDcl $ElemId CNS_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CNS_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CNS_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CNS_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CNS_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CNS_5_OC $Comment /* Connected Number Octet 2. */ $ElemDcls $ElemDcl $ElemId CNS_5_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CNS_5_75 $ElemType BITSTRING[3] $Comment /* Type of Subadress */ $End_ElemDcl $ElemDcl $ElemId CNS_5_4 $ElemType BITSTRING[1] $Comment /* Odd/Even Indicator */ $End_ElemDcl $ElemDcl $ElemId CNS_5_31 $ElemType BITSTRING[3] $Comment /* Spare */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId NIie $Comment /* Notification Indicator GROUP */ $ElemDcls $ElemDcl $ElemId NI_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId NI_2 $ElemType NI_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId NI_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of NI IE */ $End_ElemDcl $ElemDcl $ElemId NI_5 $ElemType OCTETSTRING[1..MAX_NI_LEN_PLUS_ONE] $Comment /* Octet 5, Notification Indicator Information */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId NI_2_OC $Comment /* Notification Indicator Octet 2 */ $ElemDcls $ElemDcl $ElemId NI_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId NI_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId NI_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId NI_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId NI_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CBie $Comment /* Crankback IE GROUP */ $ElemDcls $ElemDcl $ElemId CB_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId CB_2 $ElemType CB_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId CB_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemDcl $ElemDcl $ElemId CB_5 $ElemType BITSTRING[8] $Comment /* Octet 5, Crankback level */ $End_ElemDcl $ElemDcl $ElemId CB_6_10 $ElemType CB_6_OC_10 $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemDcl $ElemDcl $ElemId CB_6_11 $ElemType CB_6_OC_11 $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemDcl $ElemDcl $ElemId CB_6_100 $ElemType CB_6_OC_100 $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemDcl $ElemDcl $ElemId CB_7 $ElemType BITSTRING[8] $Comment /* Octet 7, Crankback cause */ $End_ElemDcl $ElemDcl $ElemId CB_7_D_1 $ElemType CB_7_OC_D1 $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemDcl $ElemDcl $ElemId CB_7_D_17 $ElemType CB_7_OC_D17 $Comment /* Diagnostic for the crankback cause = 37 */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_2_OC $Comment /* Crankback IE Octet 2 */ $ElemDcls $ElemDcl $ElemId CB_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId CB_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId CB_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId CB_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId CB_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_6_OC_10 $Comment /* Crankback IE Octet Group 6 */ $ElemDcls $ElemDcl $ElemId CB_6 $ElemType OCTETSTRING[1] $Comment /* Blocked transit type = Call has been blocked at the succeeding end of this interface */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_6_OC_11 $Comment /* Crankback IE Octet Group 6 */ $ElemDcls $ElemDcl $ElemId CB_6 $ElemType OCTETSTRING[1] $Comment /* Blocked transit type = blocked node */ $End_ElemDcl $ElemDcl $ElemId CB_6_1_22 $ElemType HEXSTRING[44] $Comment /* Blocked node identifier */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_6_OC_100 $Comment /* Crankback IE Octet Group 6 */ $ElemDcls $ElemDcl $ElemId CB_6 $ElemType OCTETSTRING[1] $Comment /* Blocked transit type = blocked link */ $End_ElemDcl $ElemDcl $ElemId CB_6_1_22 $ElemType HEXSTRING[44] $Comment /* Blocked link's preceding node identifier */ $End_ElemDcl $ElemDcl $ElemId CB_6_23_26 $ElemType OCTETSTRING[4] $Comment /* Blocked link's port identifier */ $End_ElemDcl $ElemDcl $ElemId CB_6_27_48 $ElemType HEXSTRING[44] $Comment /* Blocked link's succeeding node identifier */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_7_OC_D1 $Comment /* Crankback IE Octet Group 7 for crankback cause = 49 */ $ElemDcls $ElemDcl $ElemId CB_7_85 $ElemType BITSTRING[4] $Comment /* Spare */ $End_ElemDcl $ElemDcl $ElemId CB_7_4 $ElemType BITSTRING[1] $Comment /* CTD */ $End_ElemDcl $ElemDcl $ElemId CB_7_3 $ElemType BITSTRING[1] $Comment /* CDV */ $End_ElemDcl $ElemDcl $ElemId CB_7_2 $ElemType BITSTRING[1] $Comment /* CLR */ $End_ElemDcl $ElemDcl $ElemId CB_7_1 $ElemType BITSTRING[1] $Comment /* Other QoS */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId CB_7_OC_D17 $Comment /* Crankback IE Octet Group 7 for crankback cause = 37 */ $ElemDcls $ElemDcl $ElemId CB_7_1 $ElemType OCTETSTRING[1] $Comment /* Direction */ $End_ElemDcl $ElemDcl $ElemId CB_7_2_5 $ElemType OCTETSTRING[4] $Comment /* Port Identifier */ $End_ElemDcl $ElemDcl $ElemId CB_7_6_9 $ElemType OCTETSTRING[4] $Comment /* AvCR */ $End_ElemDcl $ElemDcl $ElemId CB_7_10_13 $ElemType OCTETSTRING[4] $Comment /* CRM */ $End_ElemDcl $ElemDcl $ElemId CB_7_14_17 $ElemType OCTETSTRING[4] $Comment /* VF */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ETDie $Comment /* End-to-End Transit Delay IE GROUP */ $ElemDcls $ElemDcl $ElemId ETD_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId ETD_2 $ElemType ETD_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId ETD_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ETD IE */ $End_ElemDcl $ElemDcl $ElemId ETD_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Cumulative forward maximum cell transfer delay identifier */ $End_ElemDcl $ElemDcl $ElemId ETD_5_1_2 $ElemType OCTETSTRING[2] $Comment /* Octet 5.1 and 5.2, Cumulative forward maximum transfer delay value */ $End_ElemDcl $ElemDcl $ElemId ETD_6 $ElemType OCTETSTRING[1] $Comment /* Octet 6, PNNI acceptable forward maximum transfer delay identifier */ $End_ElemDcl $ElemDcl $ElemId ETD_6_1_3 $ElemType OCTETSTRING[3] $Comment /* Octet 6.1 to 6.3, PNNI acceptable forward maximum cell transfer delay value */ $End_ElemDcl $ElemDcl $ElemId ETD_7 $ElemType OCTETSTRING[1] $Comment /* Octet 7, PNNI cumulative forward maximum cell transfer delay identifier */ $End_ElemDcl $ElemDcl $ElemId ETD_7_1_3 $ElemType OCTETSTRING[3] $Comment /* Octet 7.1 to 7.3, PNNI cumulative forward maximum cell transfer delay value */ $End_ElemDcl $ElemDcl $ElemId ETD_8 $ElemType OCTETSTRING[1] $Comment /* Octet 8, Network generated identifier */ $End_ElemDcl $End_ElemDcls $Comment /* Octet groups 5 and 7 are mutually exclusive. Octet group 5 is used in the CONNECT message and octet group 7 is used in the SETUP message. */ $End_StructTypeDef $Begin_StructTypeDef $StructId ETD_2_OC $Comment /* End-to-End Transit Delay Octet 2 */ $ElemDcls $ElemDcl $ElemId ETD_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId ETD_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId ETD_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId ETD_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId ETD_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* PNNI v.1.0 / 6.5.24: Coding Standard has to be 'ATM Forum' */ $End_StructTypeDef $Begin_StructTypeDef $StructId DTLie $Comment /* Designated Transit List IE GROUP. */ $ElemDcls $ElemDcl $ElemId DTL_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId DTL_2 $ElemType DTL_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId DTL_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of ETD IE */ $End_ElemDcl $ElemDcl $ElemId DTL_56 $ElemType HEXSTRING[4] $Comment /* Octet 5 and 6, Current transit pointer */ $End_ElemDcl $ElemDcl $ElemId DTL_7 $ElemType DTL_7_OC $Comment /* Octet 7, 7.1 to 7.22, and 7.23 to 7.26, Logical node/logical port indicator, Logical node ID, and Logical port ID. The 1st DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_8 $ElemType DTL_7_OC $Comment /* The 2nd DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_9 $ElemType DTL_7_OC $Comment /* The 3rd DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_10 $ElemType DTL_7_OC $Comment /* The 4th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_11 $ElemType DTL_7_OC $Comment /* The 5th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_12 $ElemType DTL_7_OC $Comment /* The 6th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_13 $ElemType DTL_7_OC $Comment /* The 7th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_14 $ElemType DTL_7_OC $Comment /* The 8th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_15 $ElemType DTL_7_OC $Comment /* The 9th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_16 $ElemType DTL_7_OC $Comment /* The 10th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_17 $ElemType DTL_7_OC $Comment /* The 11th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_18 $ElemType DTL_7_OC $Comment /* The 12th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_19 $ElemType DTL_7_OC $Comment /* The 13th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_20 $ElemType DTL_7_OC $Comment /* The 14th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_21 $ElemType DTL_7_OC $Comment /* The 15th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_22 $ElemType DTL_7_OC $Comment /* The 16th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_23 $ElemType DTL_7_OC $Comment /* The 17th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_24 $ElemType DTL_7_OC $Comment /* The 18th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_25 $ElemType DTL_7_OC $Comment /* The 19th DTL. */ $End_ElemDcl $ElemDcl $ElemId DTL_26 $ElemType DTL_7_OC $Comment /* The 20th DTL. */ $End_ElemDcl $End_ElemDcls $Comment /* Octet Group 7 may appear as many as 20 times. */ $End_StructTypeDef $Begin_StructTypeDef $StructId DTL_2_OC $Comment /* Designated Transit List Octet 2 */ $ElemDcls $ElemDcl $ElemId DTL_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId DTL_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId DTL_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId DTL_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId DTL_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId DTL_7_OC $Comment /* Designated Transit List Octet 7 Group. */ $ElemDcls $ElemDcl $ElemId DTL_7 $ElemType OCTETSTRING[1] $Comment /* Logical node/port indicator */ $End_ElemDcl $ElemDcl $ElemId DTL_7_1_22 $ElemType HEXSTRING[44] $Comment /* Logical node identifier (***modifierd***) */ $End_ElemDcl $ElemDcl $ElemId DTL_7_23_26 $ElemType HEXSTRING[8] $Comment /* Logical port identifier */ $End_ElemDcl $End_ElemDcls $Comment /* originally (af-pnni-0055.000): DTL_7_1_22: HEXSTRING[44] */ $End_StructTypeDef $Begin_StructTypeDef $StructId UIie $Comment /* Unrecognized IE GROUP */ $ElemDcls $ElemDcl $ElemId UI_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId UI_2 $ElemType UI_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId UI_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of NI IE */ $End_ElemDcl $ElemDcl $ElemId UI_5 $ElemType OCTETSTRING[1] $Comment /* Octet 5, Notification Indicator Information */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId UI_2_OC $Comment /* Unrecignized IE Octet 2 */ $ElemDcls $ElemDcl $ElemId UI_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId UI_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId UI_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId UI_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId UI_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ER_2_OC $Comment /* ERie Octet 2 */ $ElemDcls $ElemDcl $ElemId ER_2_8 $ElemType BITSTRING[1] $Comment /* Extension bit */ $End_ElemDcl $ElemDcl $ElemId ER_2_76 $ElemType BITSTRING[2] $Comment /* Coding Standard */ $End_ElemDcl $ElemDcl $ElemId ER_2_5 $ElemType BITSTRING[1] $Comment /* IE_flag */ $End_ElemDcl $ElemDcl $ElemId ER_2_4 $ElemType BITSTRING[1] $Comment /* Pass along request */ $End_ElemDcl $ElemDcl $ElemId ER_2_31 $ElemType BITSTRING[3] $Comment /* IE action ind. */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $Begin_StructTypeDef $StructId ERie $Comment /* Endpoint Reference GROUP */ $ElemDcls $ElemDcl $ElemId ER_1 $ElemType OCTETSTRING[1] $Comment /* Octet 1, Identifier */ $End_ElemDcl $ElemDcl $ElemId ER_2 $ElemType ER_2_OC $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemDcl $ElemDcl $ElemId ER_34 $ElemType HEXSTRING[4] $Comment /* Octet 3 and 4, Length of NI IE */ $End_ElemDcl $ElemDcl $ElemId ER_5 $ElemType OCTETSTRING[1..MAX_NI_LEN_PLUS_ONE] $Comment /* Octet 5, Notification Indicator Information */ $End_ElemDcl $End_ElemDcls $Comment /* */ $End_StructTypeDef $End_StructTypeDefs $End_TS_TypeDefs $TS_OpDefs $Begin_TS_OpDef $TS_OpId GEN_FIELD(VAL: OCTETSTRING;LEN:INTEGER) $TS_OpResult OCTETSTRING $TS_OpDescription /* GEN_FIELD returns a OCTETSTRING that is defined by: - VAL: basic value of the returned string pattern. - LEN: number of duplications of VAL. Example: GEN_FIELD('11'O, 0) -> '11'O GEN_FIELD('00'O, 5) -> '000000000000'O GEN_FIELD('1122'O,2) -> '112211221122'O GEN_FIELD(''O, 7) -> ''O */ $Comment /* */ $End_TS_OpDef $End_TS_OpDefs $Begin_TS_ParDcls $TS_ParDcl $TS_ParId Tsvalue $TS_ParType INTEGER $PICS_PIXITref /* PIXIT T.1 */ $Comment /* Value for a timer (in s) that is sufficiently long for the IUT to respond. It is used when a response is expected from the IUT */ $End_TS_ParDcl $TS_ParDcl $TS_ParId Twvalue $TS_ParType INTEGER $PICS_PIXITref /* PIXIT T.2 */ $Comment /* Value for a timer that is shorter than the shortest IUT implemented timer (in s). It is used when no response is expected from the IUT */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T_no_action_val $TS_ParType INTEGER $PICS_PIXITref /* PIXIT T.3 */ $Comment /* Value for a timer (in sec) that is used to indicate that the IUT will not initiate any further action at the preceeding and/or succeeding side */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T301val $TS_ParType INTEGER $PICS_PIXITref /* T.301 PICS */ $Comment /* Value for the timer T301 as described in ITU-T Q.2931 (in sec). Default 180 sec */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T303val $TS_ParType INTEGER $PICS_PIXITref /* T.303 PICS */ $Comment /* Value for the timer T303 as described in ITU-T Q.2931 (in sec). Default 3 sec */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T308val $TS_ParType INTEGER $PICS_PIXITref /* T.308 PICS */ $Comment /* Value for the timer T308 as described in ITU-T Q.2931 (in sec). Default 30 sec */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T310val $TS_ParType INTEGER $PICS_PIXITref /* T.310 PICS */ $Comment /* Value for the timer T310 as described in ATMF PNNI v1.0 (in sec). Default 30 sec */ $End_TS_ParDcl $TS_ParDcl $TS_ParId T322val $TS_ParType INTEGER $PICS_PIXITref /* T.322 PICS */ $Comment /* Value for the timer T322 as described in ITU-T Q.2931 (in sec). Default 4 sec */ $End_TS_ParDcl $TS_ParDcl $TS_ParId ATD_PCR1_CBR $TS_ParType INTEGER $PICS_PIXITref /* PIXIT TR.1/TR.2 */ $Comment /* Valid Peak Cell Rate (CLP=0+1) for BBC Class A and X/CBR (Forward and Backward) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId ATD_PCR1_ABR $TS_ParType INTEGER $PICS_PIXITref /* PIXIT TR.3/TR.4 */ $Comment /* Valid Peak Cell Rate (CLP=0+1) for BBC Class C and X/ABR (Forward and Backward) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId ATD_ABR_MinCR $TS_ParType INTEGER $PICS_PIXITref /* PIXIT TR.5/TR.6 */ $Comment /* ABR Minimum Cell Rate (Forward and Backward). */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CDN_R1_DN $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.1 */ $Comment /* Valid Address of R1 reference point. This is the CDN sent in an Outgoing SETUP from T PCO */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CDN_R1_NP $TS_ParType BITSTRING $PICS_PIXITref /* PIXIT A.2 */ $Comment /* Numbering Plan for R1 reference sent in an outgoing SETUP (CDN) from T PCO */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CDN_R1_TN $TS_ParType BITSTRING $PICS_PIXITref /* PIXIT A.3 */ $Comment /* Type of Number for R1 reference sent in an outgoing SETUP (CDN) from T PCO */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CDN_R1_LEN $TS_ParType INTEGER $PICS_PIXITref /* PIXIT A.4 */ $Comment /* Length of CDN IE (with A.3-A.7) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_LEN $TS_ParType INTEGER $PICS_PIXITref /* */ $Comment /* equal to the length of CGN IE (from T reference) if CGN_INCLUDE is true (its used when CGN is mandatory in the SETUP message). Otherwise its equal to 0 */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT1 $TS_ParType OCTETSTRING $PICS_PIXITref /* */ $Comment /* equal to '6C'O if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT2_8 $TS_ParType BITSTRING $PICS_PIXITref /* */ $Comment /* equal to '1'B if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT2_76 $TS_ParType BITSTRING $PICS_PIXITref /* */ $Comment /* equal to '00'B if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT34 $TS_ParType HEXSTRING $PICS_PIXITref /* */ $Comment /* equal to INT_TO_OCT(CGN_V2_LEN -4,2) if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT5_8 $TS_ParType BITSTRING $PICS_PIXITref /* */ $Comment /* equal to '1'B if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT5_TN $TS_ParType BITSTRING $PICS_PIXITref /* */ $Comment /* equal to CGN_T_TN if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_OCT5_NP $TS_ParType BITSTRING $PICS_PIXITref /* */ $Comment /* equal to CGN_T_NP if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId CGN_V2_DN $TS_ParType HEXSTRING $PICS_PIXITref /* */ $Comment /* equal to CGN_T_DN if CGN_INCLUDE is true, otherwise its empty */ $End_TS_ParDcl $TS_ParDcl $TS_ParId MAX_NI_LEN $TS_ParType INTEGER $PICS_PIXITref /* PIXIT SP.1 */ $Comment /* Maximum Notification indicator field length */ $End_TS_ParDcl $TS_ParDcl $TS_ParId Max_Setup_Tx_val $TS_ParType INTEGER $PICS_PIXITref /* PIXIT SP.2 */ $End_TS_ParDcl $TS_ParDcl $TS_ParId PrecNodeId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.5 */ $Comment /* Node Id of IUTs preceeding node (HEXSTRING[44]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId IUTNodeId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.6 */ $Comment /* IUT node Id (HEXSTRING[44]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId Succ1NodeId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.7 */ $Comment /* Node Id of IUTs succeeding node (first successor) (HEXSTRING[44]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId Succ2NodeId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.8 */ $Comment /* Node Id of IUTs succeeding node (second successor) (HEXSTRING[44]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId PrecPortId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.9 */ $Comment /* Port Id of preceeding node to IUT (HEXSTRING[8]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId IUTPortOut1Id $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.10 */ $Comment /* Port Id of IUTs outgoing node to succeeding node */ $End_TS_ParDcl $TS_ParDcl $TS_ParId IUTPortOut2Id $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.11 */ $Comment /* Port Id of IUTs outgoing node to succeeding node 2 */ $End_TS_ParDcl $TS_ParDcl $TS_ParId Succ1PortId $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT A.12 */ $Comment /* Port Id of succeeding node (Succ1) to IUT (HEXSTRING[8]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_sel1 $TS_ParType BOOLEAN $PICS_PIXITref /* PIXIT CR.1 */ $Comment /* True, if the IUT is configured in such way that no VPCI/VCI is available for the succeeding link */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_sel2 $TS_ParType BOOLEAN $PICS_PIXITref /* PIXIT CR.2 */ $Comment /* True, if an alternative link is available between the IUT and the succeeding node */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_sel3 $TS_ParType BOOLEAN $PICS_PIXITref /* PIXIT CR.3 */ $Comment /* True, if an alternative VPCI/VCI is available at the succeeding side of the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_sel4 $TS_ParType BOOLEAN $PICS_PIXITref /* PIXIT CR.4 */ $Comment /* True, if an alternative path is available at the succeeding side of the iut to the destination */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_sel5 $TS_ParType BOOLEAN $PICS_PIXITref /* PIXIT CR.5 */ $Comment /* True, if the IUT is configures to support initiation of alternative routing trials */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_BBC_5_51_n $TS_ParType BITSTRING $PICS_PIXITref /* PIXIT CR.6 */ $Comment /* broadband bearer class not supported within the iut (BITSTRING[5]) */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_ATD_PCR1_CBR_n $TS_ParType INTEGER $PICS_PIXITref /* PIXIT CR.7/CR.8 */ $Comment /* Peak Cell Rate (CLP=0+1) for BBC Class A and X/CBR (Forward and Backward) not supported within the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_ETD_6_1_3_n $TS_ParType OCTETSTRING $PICS_PIXITref /* PIXIT CR.9 */ $Comment /* Octet 6.1 to 6.3, PNNI acceptable forward maximum cell transfer delay value not supported within the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_EQOS_6_123_n $TS_ParType BITSTRING $PICS_PIXITref /* PIXIT CR.10 */ $Comment /* Octet 6.1 to 6.3, PNNI acceptable forward peak-to-peak cell delay variation value not supported within the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_EQOS_10_1_n $TS_ParType BITSTRING $PICS_PIXITref /* PIXIT CR.11 */ $Comment /* Octet 10.1, PNNI acceptable forward cell loss ratio not supported within the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_CI_67_n $TS_ParType INTEGER $PICS_PIXITref /* PIXIT CR.12 */ $Comment /* Octet 6-7, PNNI connection identifier (VPCI) not available at the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_CI_89_n $TS_ParType INTEGER $PICS_PIXITref /* PIXIT CR.13 */ $Comment /* Octet 8-9, PNNI connection identifier (VCI) not available at the iut */ $End_TS_ParDcl $TS_ParDcl $TS_ParId tsp_CDN_R1_DN $TS_ParType HEXSTRING $PICS_PIXITref /* PIXIT CR.14 */ $Comment /* Invalid Address of R1 reference point. This is the CDN sent in an Outgoing SETUP from previous tester PCO (length, type of number and addressing/numbering plan identification as given in CDN_R1_NP, CDN_R1_TN, CDN_R1_LEN) */ $End_TS_ParDcl $Comment /* */ $End_TS_ParDcls $Begin_SelectExprDefs $SelectExprDef $SelectExprId SELECT_No_VPCI_VCI $SelectExpr tsp_sel1 $Comment /* True, if the IUT is configured in such way that no VPCI/VCI is available for the succeeding link */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_No_other_links_s $SelectExpr NOT(tsp_sel2) $Comment /* True, if no alternative link is available between the IUT and the succeeding node */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_Alt_links_s $SelectExpr tsp_sel2 $Comment /* True, if an alternative link is available at the succeeding side of the iut */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_Alt_VC_s $SelectExpr tsp_sel3 $Comment /* True, if an alternative VPCI/VCI is available at the succeeding side of the iut */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_Alt_path_s $SelectExpr tsp_sel4 $Comment /* True, if an alternative path is available at the succeeding side of the iut */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_Alttrial_possible_s $SelectExpr tsp_sel5 AND tsp_sel4 $Comment /* True, if the IUT supports alternative routing trials, and alternative links are available for the succeeding node */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_Alttrial_notpossible_s $SelectExpr tsp_sel5 AND NOT(tsp_sel4) $Comment /* True, if the IUT supports alternative routing trials, but no alternative path is available for the succeeding node */ $End_SelectExprDef $SelectExprDef $SelectExprId SELECT_No_Alttrials_s $SelectExpr NOT(tsp_sel5) $Comment /* True, if the IUT does not support alternative routing trials */ $End_SelectExprDef $Comment /* */ $End_SelectExprDefs $Begin_TS_ConstDcls $TS_ConstDcl $TS_ConstId CREF_PREC $TS_ConstType BITSTRING $TS_ConstValue '00000000000000000000001'B $Comment /* Call reference value used at preceding side. */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CREF_SUCC $TS_ConstType BITSTRING $TS_ConstValue '00000000000000000000010'B $Comment /* Call reference value used at succeeding side */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CREF_SUCC2 $TS_ConstType BITSTRING $TS_ConstValue '00000000000000000000011'B $Comment /* Call reference value used at 2nd succeeding side */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId PD_ID $TS_ConstType OCTETSTRING $TS_ConstValue 'F0'O $Comment /* Protocol Discriminator for PNNI Call Control messages */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId INV_PD_ID $TS_ConstType OCTETSTRING $TS_ConstValue 'FF'O $Comment /* Protocol Discriminator for protocol discrimination error */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_ALmsg $TS_ConstType OCTETSTRING $TS_ConstValue '01'O $Comment /* ALERTING message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_SUmsg $TS_ConstType OCTETSTRING $TS_ConstValue '05'O $Comment /* SETUP message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CPmsg $TS_ConstType OCTETSTRING $TS_ConstValue '02'O $Comment /* CALL PROCEEDING message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_COmsg $TS_ConstType OCTETSTRING $TS_ConstValue '07'O $Comment /* CONNECT message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_NImsg $TS_ConstType OCTETSTRING $TS_ConstValue '6E'O $Comment /* NOTIFY message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_RLmsg $TS_ConstType OCTETSTRING $TS_ConstValue '4D'O $Comment /* RELEASE message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_RCmsg $TS_ConstType OCTETSTRING $TS_ConstValue '5A'O $Comment /* RELEASE COMPLETE message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_STmsg $TS_ConstType OCTETSTRING $TS_ConstValue '7D'O $Comment /* STATUS message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_SQmsg $TS_ConstType OCTETSTRING $TS_ConstValue '75'O $Comment /* STATUS ENQUIRY message type identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_UMmsg $TS_ConstType OCTETSTRING $TS_ConstValue 'FF'O $Comment /* Unrecognized message type idetifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CAie $TS_ConstType OCTETSTRING $TS_ConstValue '08'O $Comment /* Cause IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CSie $TS_ConstType OCTETSTRING $TS_ConstValue '14'O $Comment /* Call State IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_ATDie $TS_ConstType OCTETSTRING $TS_ConstValue '59'O $Comment /* ATM Traffic Descriptor IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_ETDie $TS_ConstType OCTETSTRING $TS_ConstValue '42'O $Comment /* End-to-End transit IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CIie $TS_ConstType OCTETSTRING $TS_ConstValue '5A'O $Comment /* Connection Identification IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CBie $TS_ConstType OCTETSTRING $TS_ConstValue 'E1'O $Comment /* Cranckback IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_QOSie $TS_ConstType OCTETSTRING $TS_ConstValue '5C'O $Comment /* Quality of Service Parameter IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_BBCie $TS_ConstType OCTETSTRING $TS_ConstValue '5E'O $Comment /* Broadband Bearer Capability IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_BRIie $TS_ConstType OCTETSTRING $TS_ConstValue '63'O $Comment /* Broadband Repeat Indicator IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_CDNie $TS_ConstType OCTETSTRING $TS_ConstValue '70'O $Comment /* Called Party Number IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_NIie $TS_ConstType OCTETSTRING $TS_ConstValue '27'O $Comment /* Notification Indicator IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_EQOSie $TS_ConstType OCTETSTRING $TS_ConstValue 'EC'O $Comment /* Notification Indicator IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_DTLie $TS_ConstType OCTETSTRING $TS_ConstValue 'E2'O $Comment /* Designated Transit List IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ID_UIie $TS_ConstType OCTETSTRING $TS_ConstValue 'FF'O $Comment /* Unrecognized IE identifier value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_0 $TS_ConstType BITSTRING $TS_ConstValue '10000000'B $Comment /* Invalid cause value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_2 $TS_ConstType BITSTRING $TS_ConstValue '10000010'B $Comment /* No route to specified transit network */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_3 $TS_ConstType BITSTRING $TS_ConstValue '10000011'B $Comment /* No route to destination */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_16 $TS_ConstType BITSTRING $TS_ConstValue '10010000'B $Comment /* Normal call clearing */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_19 $TS_ConstType BITSTRING $TS_ConstValue '10010011'B $Comment /* No answer from user (user alerted) */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_30 $TS_ConstType BITSTRING $TS_ConstValue '10011110'B $Comment /* Response to STATUS ENQUIRY */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_31 $TS_ConstType BITSTRING $TS_ConstValue '10011111'B $Comment /* Normal, unspecified */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_41 $TS_ConstType BITSTRING $TS_ConstValue '10101001'B $Comment /* Temporary failure */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_81 $TS_ConstType BITSTRING $TS_ConstValue '11010001'B $Comment /* Invalid Call Reference */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_96 $TS_ConstType BITSTRING $TS_ConstValue '11100000'B $Comment /* Mandatory IE missing */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_97 $TS_ConstType BITSTRING $TS_ConstValue '11100001'B $Comment /* Message-type non-existent or not implemented */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_99 $TS_ConstType BITSTRING $TS_ConstValue '11100011'B $Comment /* IE non existent or not implemented */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_100 $TS_ConstType BITSTRING $TS_ConstValue '11100100'B $Comment /* Invalid IE contents */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_101 $TS_ConstType BITSTRING $TS_ConstValue '11100101'B $Comment /* Message not compatible with call state */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_102 $TS_ConstType BITSTRING $TS_ConstValue '11100110'B $Comment /* Recovery on timer expiry */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CAval_111 $TS_ConstType BITSTRING $TS_ConstValue '11101111'B $Comment /* Protocol error */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN0 $TS_ConstType BITSTRING $TS_ConstValue '000000'B $Comment /* State NN0 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN1 $TS_ConstType BITSTRING $TS_ConstValue '000001'B $Comment /* State NN1 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN3 $TS_ConstType BITSTRING $TS_ConstValue '000011'B $Comment /* State NN3 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN4 $TS_ConstType BITSTRING $TS_ConstValue '000100'B $Comment /* State NN4 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN6 $TS_ConstType BITSTRING $TS_ConstValue '000110'B $Comment /* State NN6 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN7 $TS_ConstType BITSTRING $TS_ConstValue '000111'B $Comment /* State NN7 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN9 $TS_ConstType BITSTRING $TS_ConstValue '001001'B $Comment /* State NN9 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN10 $TS_ConstType BITSTRING $TS_ConstValue '001010'B $Comment /* State NN10 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ST_NN11 $TS_ConstType BITSTRING $TS_ConstValue '001011'B $Comment /* State NN11 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ATD_FPCR1_ID $TS_ConstType OCTETSTRING $TS_ConstValue '84'O $Comment /* Forward Peak Cell Rate Identifier (CLP=0+1) */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ATD_BPCR1_ID $TS_ConstType OCTETSTRING $TS_ConstValue '85'O $Comment /* Backward Peak Cell Rate Identifier (CLP=0+1) */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ATD_TRAFFIC_ID $TS_ConstType OCTETSTRING $TS_ConstValue 'BF'O $Comment /* Traffic Management Options Identifier */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ATD_FORWARD_ABR_ID $TS_ConstType OCTETSTRING $TS_ConstValue '92'O $Comment /* Forward ABR Minimum Cell Rate Identifier */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId ATD_BACKWARD_ABR_ID $TS_ConstType OCTETSTRING $TS_ConstValue '93'O $Comment /* Backward ABR Minimum Cell Rate Identifier */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId MSG_FLAG_1 $TS_ConstType BITSTRING $TS_ConstValue '1'B $Comment /* Follow explicit instructions for MT_flag = 1 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId MSG_FLAG_0 $TS_ConstType BITSTRING $TS_ConstValue '0'B $Comment /* Follow normal error handling procdure */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId MSG_AI_CLS $TS_ConstType BITSTRING $TS_ConstValue '00'B $Comment /* Clear call */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId MSG_AI_DR $TS_ConstType BITSTRING $TS_ConstValue '10'B $Comment /* Discard and report status */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_FLAG_1 $TS_ConstType BITSTRING $TS_ConstValue '1'B $Comment /* Follow explicit instructions for IE_flag = 1 */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_FLAG_0 $TS_ConstType BITSTRING $TS_ConstValue '0'B $Comment /* Follow normal error handling procedure */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_AI_CLS $TS_ConstType BITSTRING $TS_ConstValue '000'B $Comment /* Clear call */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_AI_DiePR $TS_ConstType BITSTRING $TS_ConstValue '010'B $Comment /* Discard IE, proceed, and report status */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_AI_DmI $TS_ConstType BITSTRING $TS_ConstValue '101'B $Comment /* Discard message, and ignore */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId IE_AI_DmR $TS_ConstType BITSTRING $TS_ConstValue '110'B $Comment /* Discard message, and report status */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_2 $TS_ConstType BITSTRING $TS_ConstValue '00000010'B $Comment /* Crankback: transit network unreachable */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_3 $TS_ConstType BITSTRING $TS_ConstValue '00000011'B $Comment /* Crankback: destination unreachable */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_32 $TS_ConstType BITSTRING $TS_ConstValue '00100000'B $Comment /* Crankback: too many pending add party requests */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_35 $TS_ConstType BITSTRING $TS_ConstValue '00100011'B $Comment /* Crankback: requested VPCI/VCI not available */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_37 $TS_ConstType BITSTRING $TS_ConstValue '00100101'B $Comment /* Crankback: user cell rate not available */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_38 $TS_ConstType BITSTRING $TS_ConstValue '00100110'B $Comment /* Crankback: network out of order */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_41 $TS_ConstType BITSTRING $TS_ConstValue '00101001'B $Comment /* Crankback: temporary failure */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_45 $TS_ConstType BITSTRING $TS_ConstValue '00101101'B $Comment /* Crankback: no VPCI/VCI available */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_47 $TS_ConstType BITSTRING $TS_ConstValue '00101111'B $Comment /* Crankback: resource unavailable, unspecified */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_49 $TS_ConstType BITSTRING $TS_ConstValue '00110001'B $Comment /* Crankback: Quality of Service unavailable */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_57 $TS_ConstType BITSTRING $TS_ConstValue '00111001'B $Comment /* Crankback: bearer capability not authorized */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_58 $TS_ConstType BITSTRING $TS_ConstValue '00111010'B $Comment /* Crankback: bearer capability not presently available */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_63 $TS_ConstType BITSTRING $TS_ConstValue '00111111'B $Comment /* Crankback: service or option not available, unspecified */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_65 $TS_ConstType BITSTRING $TS_ConstValue '01000001'B $Comment /* Crankback: bearer service not implemented */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_73 $TS_ConstType BITSTRING $TS_ConstValue '01001001'B $Comment /* Crankback: unsupported combination of traffic parameters */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_128 $TS_ConstType BITSTRING $TS_ConstValue '10000000'B $Comment /* Crankback: next node unreachable */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_160 $TS_ConstType BITSTRING $TS_ConstValue '10100000'B $Comment /* Crankback: DTL Transit not my node ID */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBCAval_inv $TS_ConstType BITSTRING $TS_ConstValue '11111111'B $Comment /* undefined CB cause code */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBTval_IF $TS_ConstType OCTETSTRING $TS_ConstValue '02'O $Comment /* CB Blocked transit type: call or party has been blocked at the succeeding end of this interface */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBTval_NO $TS_ConstType OCTETSTRING $TS_ConstValue '03'O $Comment /* blocked node */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBTval_LI $TS_ConstType OCTETSTRING $TS_ConstValue '04'O $Comment /* blocked link */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId CBTval_inv $TS_ConstType OCTETSTRING $TS_ConstValue 'FF'O $Comment /* invalid CB blocked transit type value */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId highlevel $TS_ConstType BITSTRING $TS_ConstValue '00000001'B $Comment /* high level (1) of a node */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId lowlevel $TS_ConstType BITSTRING $TS_ConstValue '01101000'B $Comment /* low level (104) of a node */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId invlevel $TS_ConstType BITSTRING $TS_ConstValue '11111111'B $Comment /* invalid level (>104) of a node */ $End_TS_ConstDcl $TS_ConstDcl $TS_ConstId MAX_NI_LEN_PLUS_ONE $TS_ConstType INTEGER $TS_ConstValue MAX_NI_LEN + 1 $Comment /* Maximum NI length plus one */ $End_TS_ConstDcl $Comment /* */ $End_TS_ConstDcls $Begin_TS_VarDcls $TS_VarDcl $TS_VarId Cref_Prec $TS_VarType BITSTRING $TS_VarValue $Comment /* Call reference value at the preceding side */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Cref_Succ $TS_VarType BITSTRING $TS_VarValue $Comment /* Call reference value at the succeeding side */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Cref_Succ2 $TS_VarType BITSTRING $TS_VarValue $Comment /* Call reference value at the succeeding side */ $End_TS_VarDcl $TS_VarDcl $TS_VarId FlagS $TS_VarType BITSTRING $TS_VarValue $Comment /* Call reference Flag used in sent messages by the preceding side tester */ $End_TS_VarDcl $TS_VarDcl $TS_VarId FlagR $TS_VarType BITSTRING $TS_VarValue $Comment /* Call reference Flag used in received messages by the preceding side Tester */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Vpci_Prec $TS_VarType INTEGER $TS_VarValue $Comment /* VPCI value at preceding side call */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Vci_Prec $TS_VarType INTEGER $TS_VarValue $Comment /* VCI value at preceding side call */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Vpci_Succ $TS_VarType BITSTRING $TS_VarValue $Comment /* VPCI value at the succeeding side call */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Vci_Succ $TS_VarType BITSTRING $TS_VarValue $Comment /* VCI value at the succeeding side call */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Asc_Succ $TS_VarType BITSTRING $TS_VarValue $Comment /* Associated signaling at the succeeding side call */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Pref_Succ $TS_VarType BITSTRING $TS_VarValue $Comment /* Prefered VPCI/VCI selection (octet 5 of CI) */ $End_TS_VarDcl $TS_VarDcl $TS_VarId Relcause $TS_VarType BITSTRING $TS_VarValue $Comment /* auxilliary variable for received cause value */ $End_TS_VarDcl $TS_VarDcl $TS_VarId CBcause $TS_VarType BITSTRING $TS_VarValue $Comment /* auxilliary variable for received CB cause value */ $End_TS_VarDcl $TS_VarDcl $TS_VarId CBcauseSent $TS_VarType BITSTRING $TS_VarValue $Comment /* auxilliary variable to compare sent and received CB cause */ $End_TS_VarDcl $TS_VarDcl $TS_VarId RCawaited $TS_VarType BOOLEAN $TS_VarValue $Comment /* TRUE if REL_COM msg is awaited, else FALSE */ $End_TS_VarDcl $Comment /* */ $End_TS_VarDcls $Begin_TC_VarDcls $TC_VarDcl $TC_VarId CNTR $TC_VarType INTEGER $TC_VarValue 0 $End_TC_VarDcl $Comment /* */ $End_TC_VarDcls $Begin_PCO_Dcls $PCO_Dcl $PCO_Id Prec_T $PCO_TypeId S_SAP $PCO_Role LT $Comment /* Signalling Service Acces Point at the Lower Tester as a preceding side tester. */ $End_PCO_Dcl $PCO_Dcl $PCO_Id Succ_T $PCO_TypeId S_SAP $PCO_Role LT $Comment /* Signalling Service Acces Point at the Lower Tester as a succeeding side tester */ $End_PCO_Dcl $PCO_Dcl $PCO_Id Succ2_T $PCO_TypeId S_SAP $PCO_Role LT $Comment /* 2nd Signalling Service Acces Point at the Lower Tester as a succeeding side tester */ $End_PCO_Dcl $Comment /* */ $End_PCO_Dcls $Begin_TimerDcls $TimerDcl $TimerId Ts $Duration Tsvalue $Unit s $Comment /* Value for a timer (in s) that is sufficiently long for the IUT to respond. It is used when a response is expected from the IUT */ $End_TimerDcl $TimerDcl $TimerId Tw $Duration Twvalue $Unit s $Comment /* Value for a timer that is shorter than the shortest IUT implemented timer (in s). It is used when no response is expected from the IUT */ $End_TimerDcl $TimerDcl $TimerId T_no_action_P $Duration T_no_action_val $Unit s $Comment /* Value for a timer (in sec) that is used to indicate that the IUT will not initiate any further action at the preceeding side */ $End_TimerDcl $TimerDcl $TimerId T_no_action_S $Duration T_no_action_val $Unit s $Comment /* Value for a timer (in sec) that is used to indicate that the IUT will not initiate any further action at the succeeding side */ $End_TimerDcl $TimerDcl $TimerId T301 $Duration T301val $Unit s $Comment /* Timer T301 as described in ITU-T Q.2931 (in sec). Default 180 sec */ $End_TimerDcl $TimerDcl $TimerId T303 $Duration T303val $Unit s $Comment /* Timer T303 as described in ITU-T Q.2931 (in sec). Default 3 sec */ $End_TimerDcl $TimerDcl $TimerId T308 $Duration T308val $Unit s $Comment /* Timer T308 as described in ITU-T Q.2931 (in sec). Default 30 sec */ $End_TimerDcl $TimerDcl $TimerId T310 $Duration T310val $Unit s $Comment /* Timer T310 as described in ATMF PNNI v1.0 (in sec). Default 30 sec */ $End_TimerDcl $TimerDcl $TimerId T322 $Duration T322val $Unit s $Comment /* Timer T322 as described in ITU-T Q.2931 (in sec). Default 4 sec */ $End_TimerDcl $Comment /* */ $End_TimerDcls $PDU_TypeDefs $TTCN_PDU_TypeDefs $Begin_TTCN_PDU_TypeDef $PDU_Id ALERT $PCO_Type S_SAP $Comment /* ALERTING message. Succeeding to preceding. Global. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE Optional( Mandatory if an ER was included in the SETUP message in case of P2MP call establishment). */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA $PDU_FieldType CAie $Comment /* Cause IE Unexepected recoginzed IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_GIT $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Optional */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_1 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_2 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (2st) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_3 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (3st) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id CALL_PROC $PCO_Type S_SAP $Comment /* CALL PROCEEDING message. Succeeding to Preceding, Local */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CI $PDU_FieldType CIie $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE Optional( Mandatory if an ER was included in the SETUP message in case of P2MP call establishment). */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA $PDU_FieldType CAie $Comment /* Cause IE for unexpected recognized IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id CONN $PCO_Type S_SAP $Comment /* CONNECT message. Succeeding to Preceding. Global. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId AAP $PDU_FieldType AAPie $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ASP $PDU_FieldType ASPie $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId AAL $PDU_FieldType AALie $Comment /* ATM adaptation Layer IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ATD $PDU_FieldType ATDie $Comment /* ATM Traffic Descriptor IE Mandatory if calling user requested an ABR traffic category connection. */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BLL $PDU_FieldType BLLie $Comment /* Broadband Low Layer IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CDSP $PDU_FieldType CDSPie $Comment /* Called Party Soft PVPV or PVCC IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CN $PDU_FieldType CNie $Comment /* Connected Number IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CNS $PDU_FieldType CNSie $Comment /* Connected Subaddress IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ETD $PDU_FieldType ETDie $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId EQOS $PDU_FieldType EQOSie $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_GIT $PDU_FieldType BRIie $Comment /* BRIie Broadband Repeat Indicato IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_1 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_2 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_3 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA $PDU_FieldType CAie $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id NOTIFY $PCO_Type S_SAP $Comment /* NOTIFY message. Both. Access. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id REL $PCO_Type S_SAP $Comment /* RELEASE message. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_CA $PDU_FieldType BRIie $Comment /* BRIie Broadband Repeat Indicator IE Optional even for two CA IEs were present. */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_1 $PDU_FieldType CAie $Comment /* Cause IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_2 $PDU_FieldType CAie $Comment /* Cause IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_3 $PDU_FieldType CAie $Comment /* Cause IE for unexpected recognized IE error */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CB $PDU_FieldType CBie $Comment /* Crankback IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_GIT $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_1 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_2 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_3 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id REL_COM $PCO_Type S_SAP $Comment /* RELEASE COMPLETE message. Both. Local. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_CA $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Optional even for two CA IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_1 $PDU_FieldType CAie $Comment /* Cause IE (1st) Mandatory in the first call clearing message (or the first response message for the received SETUP message). */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_2 $PDU_FieldType CAie $Comment /* Cause IE (2nd) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA_REP_3 $PDU_FieldType CAie $Comment /* Cause IE for unexpected reciognized IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CB $PDU_FieldType CBie $Comment /* Crankback IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id SETUP $PCO_Type S_SAP $Comment /* SETUP message. Preceding to Succeeding. Global. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId AAL $PDU_FieldType AALie $Comment /* ATM adaptation Layer IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId AAP $PDU_FieldType AAPie $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ASP $PDU_FieldType ASPie $Comment /* ABR Setup Parameters IE Mandatory if the calling user requested an ABR traffic category connection */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId AATD $PDU_FieldType AATDie $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ATD $PDU_FieldType ATDie $Comment /* ATM Traffic Descriptor IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BBC $PDU_FieldType BBCie $Comment /* Broadband Bearer Capability IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BHL $PDU_FieldType BHLie $Comment /* Broadband High Layer IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_BLL $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Mandatory when two or three BLL IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BLL_REP_1 $PDU_FieldType BLLie $Comment /* Broadband Low Layer IE (1st BLL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BLL_REP_2 $PDU_FieldType BLLie $Comment /* Broadband Low Layer IE (2nd BLL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BLL_REP_3 $PDU_FieldType BLLie $Comment /* Broadband Low Layer IE (3th BLL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CDN $PDU_FieldType CDNie $Comment /* Called Party Number IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CDSP $PDU_FieldType CDSPie $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_CDS $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Optional even for the the multiple CDS IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CDS_REP_1 $PDU_FieldType CDSie $Comment /* Called Party Subaddress IE (1st CGS) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CDS_REP_2 $PDU_FieldType CDSie $Comment /* Called Party Subaddress IE (2nd CGS) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CGN $PDU_FieldType CGNie $Comment /* Calling Party Number IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CGSP $PDU_FieldType CGSPie $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_CGS $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Optional even for the multiple CGS IE CGS_REP_1 CGSie Calling Party Subaddress IE (1st CGS) Optional even for the multiple CGS IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CGS_REP_1 $PDU_FieldType CGSie $Comment /* Calling Party Subaddress IE (1st CGS) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CGS_REP_2 $PDU_FieldType CGSie $Comment /* Calling Party Subaddress IE (2nd CGS) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CI $PDU_FieldType CIie $Comment /* Connection Identifier IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CSS $PDU_FieldType CSSie $Comment /* Connection Scope Selection IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_DTL $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_1 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (1st DTL) Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_2 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (2nd DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_3 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (3rd DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_4 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (4th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_5 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (5th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_6 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (6th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_7 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (7th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_8 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (8th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_9 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (9th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId DTL_REP_10 $PDU_FieldType DTLie $Comment /* Designated Transit List IE (10th DTL) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE Mandatory for P2MP call connection */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ETD $PDU_FieldType ETDie $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId EQOS $PDU_FieldType EQOSie $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId BRI_GIT $PDU_FieldType BRIie $Comment /* Broadband Repeat Indicator IE Optional even for multiple GIT IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_1 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (1st GIT) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_2 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (2nd GIT) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId GIT_REP_3 $PDU_FieldType GITie $Comment /* Generic Identifier Transport IE (3th GIT) */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MATD $PDU_FieldType MATDie $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId QOS $PDU_FieldType QOSie $Comment /* Quality of Service Parameter IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId TNS $PDU_FieldType TNSie $Comment /* Transit Network Selection IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA $PDU_FieldType CAie $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId UI $PDU_FieldType UIie $Comment /* Unrecognized IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id STAT $PCO_Type S_SAP $Comment /* STATUS message. Both. Local. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CS $PDU_FieldType CSie $Comment /* Call State IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CA $PDU_FieldType CAie $Comment /* Cause IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ES $PDU_FieldType ESie $Comment /* Endpoint State IE */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id STAT_ENQ $PCO_Type S_SAP $Comment /* STATUS ENQUIRY message. Both. Local. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE Mandatory for P2MP connection */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $Begin_TTCN_PDU_TypeDef $PDU_Id UNREC $PCO_Type S_SAP $Comment /* Unrecgnized message. */ $PDU_FieldDcls $PDU_FieldDcl $PDU_FieldId PD $PDU_FieldType OCTETSTRING[1] $Comment /* Protocol Discriminator IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId CR $PDU_FieldType CRie $Comment /* Call Reference IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId MT $PDU_FieldType MTie $Comment /* Message Type IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ML $PDU_FieldType MLie $Comment /* Message Length IE Mandatory */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId NI $PDU_FieldType NIie $Comment /* Notification Indicator IE */ $End_PDU_FieldDcl $PDU_FieldDcl $PDU_FieldId ER $PDU_FieldType ERie $Comment /* Endpoint Reference IE Mandatory of an ER was included in the SETUP message. */ $End_PDU_FieldDcl $End_PDU_FieldDcls $Comment /* */ $End_TTCN_PDU_TypeDef $End_TTCN_PDU_TypeDefs $End_PDU_TypeDefs $End_DeclarationsPart $ConstraintsPart $TS_TypeConstraints $StructTypeConstraints $Begin_StructTypeConstraint $ConsId ATD_17_1_V1 $StructId ATD_17_1_OC $DerivPath $ElemValues $ElemValue $ElemId ATD_17_1_8 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_17_1_7 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_17_1_63 $ConsValue '0000'B $End_ElemValue $ElemValue $ElemId ATD_17_1_2 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_17_1_1 $ConsValue '0'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_2_N1(FLAG,AI:BITSTRING) $StructId ATD_2_OC $DerivPath $ElemValues $ElemValue $ElemId ATD_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId ATD_2_76 $ConsValue '10'B $Comment /* coding std error */ $End_ElemValue $ElemValue $ElemId ATD_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId ATD_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_2_V1 $StructId ATD_2_OC $DerivPath $ElemValues $ElemValue $ElemId ATD_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId ATD_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId ATD_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ATD_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_N1(FLAG,AI:BITSTRING) $StructId ATDie $DerivPath $ElemValues $ElemValue $ElemId ATD_1 $ConsValue ID_ATDie $End_ElemValue $ElemValue $ElemId ATD_2 $ConsValue ATD_2_N1(FLAG,AI) $End_ElemValue $ElemValue $ElemId ATD_34 $ConsValue INT_TO_HEX(18,4) $End_ElemValue $ElemValue $ElemId ATD_5 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_5_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_7 $ConsValue ATD_FPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_7_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_ABR,6) $End_ElemValue $ElemValue $ElemId ATD_8 $ConsValue ATD_BPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_8_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_ABR,6) $End_ElemValue $ElemValue $ElemId ATD_9 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_9_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_17 $ConsValue ATD_TRAFFIC_ID $Comment /* Traffic Management Options ID */ $End_ElemValue $ElemValue $ElemId ATD_17_1 $ConsValue ATD_17_1_V1 $Comment /* Tagging= No/No Frame Discard=No/No */ $End_ElemValue $ElemValue $ElemId ATD_18 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_19 $ConsValue ATD_FORWARD_ABR_ID $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_19_1_2_3 $ConsValue INT_TO_HEX(ATD_ABR_MinCR,6) $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_20 $ConsValue ATD_BACKWARD_ABR_ID $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_20_1_2_3 $ConsValue INT_TO_HEX(ATD_ABR_MinCR,6) $Comment /* Octet 20.1, 20.2 and 20.3, Backward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_N2 $StructId ATDie $DerivPath $Comment /* user cell rate which is not supported by the iut (test suite parameter tsp_ATD_PCR1_CBR_n) */ $ElemValues $ElemValue $ElemId ATD_1 $ConsValue ID_ATDie $End_ElemValue $ElemValue $ElemId ATD_2 $ConsValue ATD_2_V1 $End_ElemValue $ElemValue $ElemId ATD_34 $ConsValue INT_TO_HEX(10,4) $End_ElemValue $ElemValue $ElemId ATD_5 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_5_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_7 $ConsValue ATD_FPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_7_1_2_3 $ConsValue INT_TO_HEX(tsp_ATD_PCR1_CBR_n,6) $End_ElemValue $ElemValue $ElemId ATD_8 $ConsValue ATD_BPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_8_1_2_3 $ConsValue INT_TO_HEX(tsp_ATD_PCR1_CBR_n,6) $End_ElemValue $ElemValue $ElemId ATD_9 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_9_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_17 $ConsValue ATD_TRAFFIC_ID $Comment /* Traffic Management Options ID */ $End_ElemValue $ElemValue $ElemId ATD_17_1 $ConsValue ATD_17_1_V1 $Comment /* Tagging = No/No Frame Discard = No/No */ $End_ElemValue $ElemValue $ElemId ATD_18 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_19 $ConsValue - $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_19_1_2_3 $ConsValue - $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_20 $ConsValue - $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_20_1_2_3 $ConsValue - $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_V1r $StructId ATDie $DerivPath $Comment /* ATDie used to cope with optional fields in an optional IE. */ $ElemValues $ElemValue $ElemId ATD_1 $ConsValue ID_ATDie $End_ElemValue $ElemValue $ElemId ATD_2 $ConsValue ATD_2_V1 $End_ElemValue $ElemValue $ElemId ATD_34 $ConsValue ? $End_ElemValue $ElemValue $ElemId ATD_5 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_5_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_6 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_6_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_7 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_7_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_8 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_8_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_9 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_9_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_10 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_10_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_11 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_11_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_12 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_12_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_13 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_13_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_14 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_14_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_15 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_15_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_16 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_16_1_2_3 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_17 $ConsValue * $Comment /* Traffic Management Options ID */ $End_ElemValue $ElemValue $ElemId ATD_17_1 $ConsValue * $Comment /* Tagging = No/No Frame Discard = No/No */ $End_ElemValue $ElemValue $ElemId ATD_18 $ConsValue * $End_ElemValue $ElemValue $ElemId ATD_19 $ConsValue * $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_19_1_2_3 $ConsValue * $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_20 $ConsValue * $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_20_1_2_3 $ConsValue * $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_VC8 $StructId ATDie $DerivPath $ElemValues $ElemValue $ElemId ATD_1 $ConsValue ID_ATDie $End_ElemValue $ElemValue $ElemId ATD_2 $ConsValue ATD_2_V1 $End_ElemValue $ElemValue $ElemId ATD_34 $ConsValue INT_TO_HEX(10,4) $End_ElemValue $ElemValue $ElemId ATD_5 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_5_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_7 $ConsValue ATD_FPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_7_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_CBR,6) $End_ElemValue $ElemValue $ElemId ATD_8 $ConsValue ATD_BPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_8_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_CBR,6) $End_ElemValue $ElemValue $ElemId ATD_9 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_9_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_17 $ConsValue ATD_TRAFFIC_ID $Comment /* Traffic Management Options ID */ $End_ElemValue $ElemValue $ElemId ATD_17_1 $ConsValue ATD_17_1_V1 $Comment /* Tagging = No/No Frame Discard = No/No */ $End_ElemValue $ElemValue $ElemId ATD_18 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_19 $ConsValue - $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_19_1_2_3 $ConsValue - $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_20 $ConsValue - $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_20_1_2_3 $ConsValue - $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ATD_VC8r $StructId ATDie $DerivPath $ElemValues $ElemValue $ElemId ATD_1 $ConsValue ID_ATDie $End_ElemValue $ElemValue $ElemId ATD_2 $ConsValue ATD_2_V1 $End_ElemValue $ElemValue $ElemId ATD_34 $ConsValue (INT_TO_HEX(10,4), INT_TO_HEX(8,4)) $End_ElemValue $ElemValue $ElemId ATD_5 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_5_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_6_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_7 $ConsValue ATD_FPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_7_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_CBR,6) $End_ElemValue $ElemValue $ElemId ATD_8 $ConsValue ATD_BPCR1_ID $End_ElemValue $ElemValue $ElemId ATD_8_1_2_3 $ConsValue INT_TO_HEX(ATD_PCR1_CBR,6) $End_ElemValue $ElemValue $ElemId ATD_9 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_9_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_10_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_11_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_12_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_13_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_14_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_15_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_16_1_2_3 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_17 $ConsValue ATD_TRAFFIC_ID IF_PRESENT $Comment /* Traffic Management Options ID */ $End_ElemValue $ElemValue $ElemId ATD_17_1 $ConsValue ATD_17_1_V1 IF_PRESENT $Comment /* Tagging = No/No Frame Discard = No/No */ $End_ElemValue $ElemValue $ElemId ATD_18 $ConsValue - $End_ElemValue $ElemValue $ElemId ATD_19 $ConsValue - $Comment /* Octet 19, Forward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_19_1_2_3 $ConsValue - $Comment /* Octet 19.1, 19.2 and 19.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_20 $ConsValue - $Comment /* Octet 20, Backward ABR Minimum Cell Rate Identifier (CLP=0+1) */ $End_ElemValue $ElemValue $ElemId ATD_20_1_2_3 $ConsValue - $Comment /* Octet 20.1, 20.2 and 20.3, Forward ABR Minimum Cell Rate. */ $End_ElemValue $ElemValue $ElemId ATD_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_2_V1 $StructId BBC_2_OC $DerivPath $ElemValues $ElemValue $ElemId BBC_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BBC_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId BBC_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BBC_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BBC_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_5A_V7 $StructId BBC_5A_OC $DerivPath $ElemValues $ElemValue $ElemId BBC_5A_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BBC_5A_71 $ConsValue '0000111'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_5_N1 $StructId BBC_5_OC $DerivPath $Comment /* bearer class which is not supported by the iut (test suite parameter tsp_BBC_5_51_n) */ $ElemValues $ElemValue $ElemId BBC_5_8 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BBC_5_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId BBC_5_51 $ConsValue tsp_BBC_5_51_n $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_5_VA $StructId BBC_5_OC $DerivPath $ElemValues $ElemValue $ElemId BBC_5_8 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BBC_5_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId BBC_5_51 $ConsValue '00001'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_6_V1 $StructId BBC_6_OC $DerivPath $ElemValues $ElemValue $ElemId BBC_6_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BBC_6_76 $ConsValue '01'B $End_ElemValue $ElemValue $ElemId BBC_6_53 $ConsValue '000'B $End_ElemValue $ElemValue $ElemId BBC_6_21 $ConsValue '00'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_N1 $StructId BBCie $DerivPath $Comment /* bearer class which is not supported by the iut (test suite parameter tsp_BBC_5_51_n) */ $ElemValues $ElemValue $ElemId BBC_1 $ConsValue ID_BBCie $End_ElemValue $ElemValue $ElemId BBC_2 $ConsValue BBC_2_V1 $End_ElemValue $ElemValue $ElemId BBC_34 $ConsValue INT_TO_HEX(3,4) $End_ElemValue $ElemValue $ElemId BBC_5 $ConsValue BBC_5_N1 $Comment /* BBC Class is test suite parameter */ $End_ElemValue $ElemValue $ElemId BBC_5A $ConsValue BBC_5A_V7 $Comment /* ATC = 7 */ $End_ElemValue $ElemValue $ElemId BBC_6 $ConsValue BBC_6_V1 $End_ElemValue $ElemValue $ElemId BBC_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BBC_VA7 $StructId BBCie $DerivPath $ElemValues $ElemValue $ElemId BBC_1 $ConsValue ID_BBCie $End_ElemValue $ElemValue $ElemId BBC_2 $ConsValue BBC_2_V1 $End_ElemValue $ElemValue $ElemId BBC_34 $ConsValue INT_TO_HEX(3,4) $End_ElemValue $ElemValue $ElemId BBC_5 $ConsValue BBC_5_VA $Comment /* BBC Class A */ $End_ElemValue $ElemValue $ElemId BBC_5A $ConsValue BBC_5A_V7 $Comment /* ATC = 7 */ $End_ElemValue $ElemValue $ElemId BBC_6 $ConsValue BBC_6_V1 $End_ElemValue $ElemValue $ElemId BBC_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BRI_2_N1(FLAG,AI:BITSTRING) $StructId BRI_2_OC $DerivPath $ElemValues $ElemValue $ElemId BRI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BRI_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId BRI_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId BRI_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BRI_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BRI_2_V1 $StructId BRI_2_OC $DerivPath $ElemValues $ElemValue $ElemId BRI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BRI_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId BRI_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BRI_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId BRI_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BRI_5_V1 $StructId BRI_5_OC $DerivPath $ElemValues $ElemValue $ElemId BRI_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId BRI_5_75 $ConsValue '000'B $End_ElemValue $ElemValue $ElemId BRI_5_41 $ConsValue '1010'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BRI_N1(FLAG,AI:BITSTRING) $StructId BRIie $DerivPath $ElemValues $ElemValue $ElemId BRI_1 $ConsValue ID_BRIie $End_ElemValue $ElemValue $ElemId BRI_2 $ConsValue BRI_2_N1(FLAG,AI) $End_ElemValue $ElemValue $ElemId BRI_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId BRI_5 $ConsValue BRI_5_V1 $End_ElemValue $ElemValue $ElemId BRI_R $ConsValue '00'H $Comment /* Used to exceed the maximum length of BRI IE */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId BRI_V1 $StructId BRIie $DerivPath $ElemValues $ElemValue $ElemId BRI_1 $ConsValue ID_BRIie $End_ElemValue $ElemValue $ElemId BRI_2 $ConsValue BRI_2_V1 $End_ElemValue $ElemValue $ElemId BRI_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId BRI_5 $ConsValue BRI_5_V1 $End_ElemValue $ElemValue $ElemId BRI_R $ConsValue - $Comment /* Used to exceed the maximum length of BRI IE */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_N1(FLAG,AI:BITSTRING) $StructId CA_2_OC $DerivPath $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_N2(FLAG,AI:BITSTRING) $StructId CA_2_OC $DerivPath $Comment /* Octet 2 of CA with coding standard error */ $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '10'B $Comment /* Coding standard error */ $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_V1 $StructId CA_2_OC $DerivPath $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_V1r $StructId CA_2_OC $DerivPath $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue ? $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue ? $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue ? $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_V3(FLAG,AI:BITSTRING) $StructId CA_2_OC $DerivPath $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_2_unexp(FLAG,AI:BITSTRING) $StructId CA_2_OC $DerivPath $ElemValues $ElemValue $ElemId CA_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CA_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId CA_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CA_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_5_V1(LOCATION:BITSTRING) $StructId CA_5_OC $DerivPath $ElemValues $ElemValue $ElemId CA_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_5_75 $ConsValue '000'B $End_ElemValue $ElemValue $ElemId CA_5_41 $ConsValue LOCATION $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_5_V1r(LOCATION:BITSTRING) $StructId CA_5_OC $DerivPath $ElemValues $ElemValue $ElemId CA_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CA_5_75 $ConsValue ? $End_ElemValue $ElemValue $ElemId CA_5_41 $ConsValue LOCATION $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_N1(FLAG,AI,LOCATION,CAUSE:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_N1(FLAG,AI) $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_N2(FLAG,AI,LOCATION,CAUSE:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_V3(FLAG,AI) $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_V1(LOCATION,CAUSE:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_V1 $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_V1r(LOCATION,CAUSE:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_V1r $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1r(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_V2r(LOCATION,CAUSE:BITSTRING;DIAG:OCTETSTRING;DIAG_LEN:INTEGER) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_V1 $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue (INT_TO_HEX(DIAG_LEN+2,4),INT_TO_HEX(2,4)) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1r(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue DIAG IF_PRESENT $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_V3r $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_V1r $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue ? $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1r(?) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue ? $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue * $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_V4(FLAG,AI,LOCATION,CAUSE:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_N2(FLAG,AI) $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1(LOCATION) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAUSE $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CA_unexp(FLAG,AI:BITSTRING) $StructId CAie $DerivPath $ElemValues $ElemValue $ElemId CA_1 $ConsValue ID_CAie $End_ElemValue $ElemValue $ElemId CA_2 $ConsValue CA_2_unexp(FLAG,AI) $End_ElemValue $ElemValue $ElemId CA_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId CA_5 $ConsValue CA_5_V1('0000'B) $End_ElemValue $ElemValue $ElemId CA_6 $ConsValue CAval_31 $End_ElemValue $ElemValue $ElemId CA_7 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_2_OC1r $StructId CB_2_OC $DerivPath $Comment /* Crankback IE Octet 2 */ $ElemValues $ElemValue $ElemId CB_2_8 $ConsValue '1'B $Comment /* Extension bit */ $End_ElemValue $ElemValue $ElemId CB_2_76 $ConsValue '11'B $Comment /* Coding Standard */ $End_ElemValue $ElemValue $ElemId CB_2_5 $ConsValue ? $Comment /* IE_flag */ $End_ElemValue $ElemValue $ElemId CB_2_4 $ConsValue ? $Comment /* Pass along request */ $End_ElemValue $ElemValue $ElemId CB_2_31 $ConsValue ? $Comment /* IE action ind. */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_2_V1 $StructId CB_2_OC $DerivPath $ElemValues $ElemValue $ElemId CB_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CB_2_76 $ConsValue '11'B $End_ElemValue $ElemValue $ElemId CB_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CB_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CB_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_6_OC_10s(type:OCTETSTRING) $StructId CB_6_OC_10 $DerivPath $Comment /* Crankback IE Octet Group 6 */ $ElemValues $ElemValue $ElemId CB_6 $ConsValue type $Comment /* Blocked transit type = Call has been blocked at the succeeding end of this interface */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_6_OC_11r1 $StructId CB_6_OC_11 $DerivPath $Comment /* Crankback IE Octet Group 6 */ $ElemValues $ElemValue $ElemId CB_6 $ConsValue CBTval_NO $Comment /* Blocked transit type = blocked node */ $End_ElemValue $ElemValue $ElemId CB_6_1_22 $ConsValue ? $Comment /* Blocked node identifier */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_6_OC_11s1(CBBLOCKID:HEXSTRING) $StructId CB_6_OC_11 $DerivPath $Comment /* Crankback IE Octet Group 6 */ $ElemValues $ElemValue $ElemId CB_6 $ConsValue CBTval_NO $Comment /* Blocked transit type = blocked node */ $End_ElemValue $ElemValue $ElemId CB_6_1_22 $ConsValue CBBLOCKID $Comment /* Blocked node identifier */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_7_OC_D17s1 $StructId CB_7_OC_D17 $DerivPath $Comment /* Crankback IE Octet Group 7 for crankback cause = 37 */ $ElemValues $ElemValue $ElemId CB_7_1 $ConsValue 'FF'O $Comment /* Direction (invalid) */ $End_ElemValue $ElemValue $ElemId CB_7_2_5 $ConsValue - $Comment /* Port Identifier */ $End_ElemValue $ElemValue $ElemId CB_7_6_9 $ConsValue - $Comment /* AvCR */ $End_ElemValue $ElemValue $ElemId CB_7_10_13 $ConsValue - $Comment /* CRM */ $End_ElemValue $ElemValue $ElemId CB_7_14_17 $ConsValue - $Comment /* VF */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_7_OC_D1r1 $StructId CB_7_OC_D1 $DerivPath $Comment /* Crankback IE Octet Group 7 for crankback cause = 49, diagnostics: CTD unavailable */ $ElemValues $ElemValue $ElemId CB_7_85 $ConsValue * $Comment /* Spare */ $End_ElemValue $ElemValue $ElemId CB_7_4 $ConsValue '1'B $Comment /* CTD */ $End_ElemValue $ElemValue $ElemId CB_7_3 $ConsValue * $Comment /* CDV */ $End_ElemValue $ElemValue $ElemId CB_7_2 $ConsValue * $Comment /* CLR */ $End_ElemValue $ElemValue $ElemId CB_7_1 $ConsValue * $Comment /* Other QoS */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_7_OC_D1r2 $StructId CB_7_OC_D1 $DerivPath $Comment /* Crankback IE Octet Group 7 for crankback cause = 49, diagnostics: CDV unavailable */ $ElemValues $ElemValue $ElemId CB_7_85 $ConsValue * $Comment /* Spare */ $End_ElemValue $ElemValue $ElemId CB_7_4 $ConsValue * $Comment /* CTD */ $End_ElemValue $ElemValue $ElemId CB_7_3 $ConsValue '1'B $Comment /* CDV */ $End_ElemValue $ElemValue $ElemId CB_7_2 $ConsValue * $Comment /* CLR */ $End_ElemValue $ElemValue $ElemId CB_7_1 $ConsValue * $Comment /* Other QoS */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_7_OC_D1r3 $StructId CB_7_OC_D1 $DerivPath $Comment /* Crankback IE Octet Group 7 for crankback cause = 49, diagnostics: CLR unavailable */ $ElemValues $ElemValue $ElemId CB_7_85 $ConsValue * $Comment /* Spare */ $End_ElemValue $ElemValue $ElemId CB_7_4 $ConsValue * $Comment /* CTD */ $End_ElemValue $ElemValue $ElemId CB_7_3 $ConsValue * $Comment /* CDV */ $End_ElemValue $ElemValue $ElemId CB_7_2 $ConsValue '1'B $Comment /* CLR */ $End_ElemValue $ElemValue $ElemId CB_7_1 $ConsValue * $Comment /* Other QoS */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r $StructId CBie $DerivPath $Comment /* Crankback IE GROUP */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue * $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue * $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue * $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue ? $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue * $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue * $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r1(CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: blocked node without diagnostics */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue CB_6_OC_11r1 $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r2(CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: succeeding end of the previous link (with diagnostics for cause 37 (optional)) */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue CB_6_OC_10s(CBTval_IF) $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue * $Comment /* Diagnostic for the crankback cause = 37 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r3(CBCAUSE:BITSTRING;CAUSE49DIAG:CB_7_OC_D1) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: succeeding end of the previous link (with diagnostics for CB cause 49) */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue CB_6_OC_10s(CBTval_IF) $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue CAUSE49DIAG $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 37 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r4(CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: succeeding end of the previous link (without diagnostics) */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue CB_6_OC_10s(CBTval_IF) $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1r5(CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: blocked link (without diagnostics) */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_OC1r $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue ? $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue ? $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1s1(CBLEVEL,CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: succeeding end ot the interface without diagnostics */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue INT_TO_HEX(3,4) $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue CBLEVEL $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue CB_6_OC_10s(CBTval_IF) $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1s2(CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: blocked node without diagnostics */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue INT_TO_HEX(1+23+1,4) $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue CBLEVEL $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue CB_6_OC_11s1(CBBLOCKID) $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1s3(CBLEVEL:BITSTRING;CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, invalid transit type without diagnostics */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue INT_TO_HEX(3,4) $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue CBLEVEL $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue CB_6_OC_10s(CBTval_inv) $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue - $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue - $Comment /* Diagnostic for the crankback cause = 39 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CB_V1s4(CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $StructId CBie $DerivPath $Comment /* Crankback IE GROUP, blocked transit type: blocked node with diagnostics (cause 37) */ $ElemValues $ElemValue $ElemId CB_1 $ConsValue ID_CBie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId CB_2 $ConsValue CB_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId CB_34 $ConsValue INT_TO_HEX(1+23+1+1,4) $Comment /* Octet 3 and 4, Length of CB IE */ $End_ElemValue $ElemValue $ElemId CB_5 $ConsValue CBLEVEL $Comment /* Octet 5, Crankback level */ $End_ElemValue $ElemValue $ElemId CB_6_10 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000010'B */ $End_ElemValue $ElemValue $ElemId CB_6_11 $ConsValue CB_6_OC_11s1(CBBLOCKID) $Comment /* Octet group 6 for Blocked transit tpye = '00000011'B */ $End_ElemValue $ElemValue $ElemId CB_6_100 $ConsValue - $Comment /* Octet group 6 for Blocked transit type = '00000100'B */ $End_ElemValue $ElemValue $ElemId CB_7 $ConsValue CBCAUSE $Comment /* Octet 7, Crankback cause */ $End_ElemValue $ElemValue $ElemId CB_7_D_1 $ConsValue - $Comment /* Diagnostic for the crankback cause = 49 */ $End_ElemValue $ElemValue $ElemId CB_7_D_17 $ConsValue CB_7_OC_D17s1 $Comment /* Diagnostic for the crankback cause = 37 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CDN_2_V1 $StructId CDN_2_OC $DerivPath $ElemValues $ElemValue $ElemId CDN_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CDN_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CDN_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CDN_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CDN_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CDN_5_V1(TON,NP:BITSTRING) $StructId CDN_5_OC $DerivPath $ElemValues $ElemValue $ElemId CDN_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CDN_5_75 $ConsValue TON $End_ElemValue $ElemValue $ElemId CDN_5_41 $ConsValue NP $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CDN_V1(LEN:INTEGER;TON,NP:BITSTRING;DIGITS:HEXSTRING) $StructId CDNie $DerivPath $ElemValues $ElemValue $ElemId CDN_1 $ConsValue ID_CDNie $End_ElemValue $ElemValue $ElemId CDN_2 $ConsValue CDN_2_V1 $End_ElemValue $ElemValue $ElemId CDN_34 $ConsValue INT_TO_HEX(LEN-4,4) $End_ElemValue $ElemValue $ElemId CDN_5 $ConsValue CDN_5_V1(TON,NP) $End_ElemValue $ElemValue $ElemId CDN_R $ConsValue DIGITS $End_ElemValue $ElemValue $ElemId CDN_RR $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CGN_V2 $StructId CGNie $DerivPath $ElemValues $ElemValue $ElemId CGN_1 $ConsValue CGN_V2_OCT1 $End_ElemValue $ElemValue $ElemId CGN_2 $ConsValue CGN_V2_OCT2 $End_ElemValue $ElemValue $ElemId CGN_34 $ConsValue CGN_V2_OCT34 $End_ElemValue $ElemValue $ElemId CGN_5 $ConsValue CGN_V2_OCT5 $End_ElemValue $ElemValue $ElemId CGN_5A $ConsValue - $End_ElemValue $ElemValue $ElemId CGN_R $ConsValue CGN_V2_DN $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CGN_V2r $StructId CGNie $DerivPath $ElemValues $ElemValue $ElemId CGN_1 $ConsValue CGN_V2_OCT1 $End_ElemValue $ElemValue $ElemId CGN_2 $ConsValue CGN_V2_OCT2 $End_ElemValue $ElemValue $ElemId CGN_34 $ConsValue ? $End_ElemValue $ElemValue $ElemId CGN_5 $ConsValue CGN_V2_OCT5r $End_ElemValue $ElemValue $ElemId CGN_5A $ConsValue * $End_ElemValue $ElemValue $ElemId CGN_R $ConsValue CGN_V2_DN $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CGN_V2_OCT2 $StructId CGN_2_OC $DerivPath $ElemValues $ElemValue $ElemId CGN_2_8 $ConsValue CGN_V2_OCT2_8 $End_ElemValue $ElemValue $ElemId CGN_2_76 $ConsValue CGN_V2_OCT2_76 $End_ElemValue $ElemValue $ElemId CGN_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CGN_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CGN_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CGN_V2_OCT5 $StructId CGN_5_OC $DerivPath $ElemValues $ElemValue $ElemId CGN_5_8 $ConsValue CGN_V2_OCT5_8 $End_ElemValue $ElemValue $ElemId CGN_5_75 $ConsValue CGN_V2_OCT5_TN $End_ElemValue $ElemValue $ElemId CGN_5_41 $ConsValue CGN_V2_OCT5_NP $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CGN_V2_OCT5r $StructId CGN_5_OC $DerivPath $ElemValues $ElemValue $ElemId CGN_5_8 $ConsValue ? $End_ElemValue $ElemValue $ElemId CGN_5_75 $ConsValue CGN_V2_OCT5_TN $End_ElemValue $ElemValue $ElemId CGN_5_41 $ConsValue CGN_V2_OCT5_NP $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_2_V1 $StructId CI_2_OC $DerivPath $ElemValues $ElemValue $ElemId CI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CI_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CI_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CI_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_2_V1r $StructId CI_2_OC $DerivPath $ElemValues $ElemValue $ElemId CI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CI_2_5 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_2_4 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_2_31 $ConsValue ? $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_5_V1 $StructId CI_5_OC $DerivPath $ElemValues $ElemValue $ElemId CI_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_5_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CI_5_54 $ConsValue '01'B $End_ElemValue $ElemValue $ElemId CI_5_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_5_V2(ASC, PREF: BITSTRING) $StructId CI_5_OC $DerivPath $ElemValues $ElemValue $ElemId CI_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_5_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CI_5_54 $ConsValue ASC $End_ElemValue $ElemValue $ElemId CI_5_31 $ConsValue PREF $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_5_V1r $StructId CI_5_OC $DerivPath $ElemValues $ElemValue $ElemId CI_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_5_76 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_5_54 $ConsValue '01'B $End_ElemValue $ElemValue $ElemId CI_5_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_5_V2r $StructId CI_5_OC $DerivPath $ElemValues $ElemValue $ElemId CI_5_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CI_5_76 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_5_54 $ConsValue ('00'B,'01'B) $Comment /* (associated sig, non-associated sig) */ $End_ElemValue $ElemValue $ElemId CI_5_31 $ConsValue ('000'B, '001'B, '100'B) $Comment /* (excl. vpci/vci, any vci, no vci) */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_Succ_V1 $StructId CIie $DerivPath $ElemValues $ElemValue $ElemId CI_1 $ConsValue ID_CIie $End_ElemValue $ElemValue $ElemId CI_2 $ConsValue CI_2_V1 $End_ElemValue $ElemValue $ElemId CI_34 $ConsValue INT_TO_HEX(5,4) $End_ElemValue $ElemValue $ElemId CI_5 $ConsValue CI_5_V1 $End_ElemValue $ElemValue $ElemId CI_67 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_89 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_Succ_V2 $StructId CIie $DerivPath $ElemValues $ElemValue $ElemId CI_1 $ConsValue ID_CIie $End_ElemValue $ElemValue $ElemId CI_2 $ConsValue CI_2_V1 $End_ElemValue $ElemValue $ElemId CI_34 $ConsValue INT_TO_HEX(5,4) $End_ElemValue $ElemValue $ElemId CI_5 $ConsValue CI_5_V2r $End_ElemValue $ElemValue $ElemId CI_67 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_89 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_V1(ID_1,ID_2:INTEGER) $StructId CIie $DerivPath $ElemValues $ElemValue $ElemId CI_1 $ConsValue ID_CIie $End_ElemValue $ElemValue $ElemId CI_2 $ConsValue CI_2_V1 $End_ElemValue $ElemValue $ElemId CI_34 $ConsValue INT_TO_HEX(5,4) $End_ElemValue $ElemValue $ElemId CI_5 $ConsValue CI_5_V1 $End_ElemValue $ElemValue $ElemId CI_67 $ConsValue INT_TO_BIT(ID_1,16) $End_ElemValue $ElemValue $ElemId CI_89 $ConsValue INT_TO_BIT(ID_2,16) $End_ElemValue $ElemValue $ElemId CI_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_V2(ASC, PREF, VPCI,VCI:BITSTRING) $StructId CIie $DerivPath $ElemValues $ElemValue $ElemId CI_1 $ConsValue ID_CIie $End_ElemValue $ElemValue $ElemId CI_2 $ConsValue CI_2_V1 $End_ElemValue $ElemValue $ElemId CI_34 $ConsValue INT_TO_HEX(5,4) $End_ElemValue $ElemValue $ElemId CI_5 $ConsValue CI_5_V2(ASC, PREF) $End_ElemValue $ElemValue $ElemId CI_67 $ConsValue VPCI $End_ElemValue $ElemValue $ElemId CI_89 $ConsValue VCI $End_ElemValue $ElemValue $ElemId CI_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CI_V1r $StructId CIie $DerivPath $ElemValues $ElemValue $ElemId CI_1 $ConsValue ID_CIie $End_ElemValue $ElemValue $ElemId CI_2 $ConsValue CI_2_V1r $End_ElemValue $ElemValue $ElemId CI_34 $ConsValue INT_TO_HEX(5,4) $End_ElemValue $ElemValue $ElemId CI_5 $ConsValue CI_5_V1r $End_ElemValue $ElemValue $ElemId CI_67 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_89 $ConsValue ? $End_ElemValue $ElemValue $ElemId CI_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_1_N1 $StructId CR_1_OC $DerivPath $ElemValues $ElemValue $ElemId CR_1_85 $ConsValue '1111'B $Comment /* Invalid coding */ $End_ElemValue $ElemValue $ElemId CR_1_41 $ConsValue '0011'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_1_N2 $StructId CR_1_OC $DerivPath $ElemValues $ElemValue $ElemId CR_1_85 $ConsValue '0000'B $End_ElemValue $ElemValue $ElemId CR_1_41 $ConsValue '1111'B $Comment /* Invalid coding */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_1_V1 $StructId CR_1_OC $DerivPath $ElemValues $ElemValue $ElemId CR_1_85 $ConsValue '0000'B $End_ElemValue $ElemValue $ElemId CR_1_41 $ConsValue '0011'B $Comment /* length of CR IE(3 octets) */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_234_V1(FLAG,CALL_REF:BITSTRING) $StructId CR_234_OC $DerivPath $ElemValues $ElemValue $ElemId CR_234_8 $ConsValue FLAG $Comment /* Call reference flag */ $End_ElemValue $ElemValue $ElemId CR_234_R $ConsValue CALL_REF $Comment /* Call reference value */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_N1(FLAG,CALL_REF:BITSTRING) $StructId CRie $DerivPath $ElemValues $ElemValue $ElemId CR_1 $ConsValue CR_1_N1 $End_ElemValue $ElemValue $ElemId CR_234 $ConsValue CR_234_V1(FLAG,CALL_REF) $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_N2(FLAG,CALL_REF:BITSTRING) $StructId CRie $DerivPath $ElemValues $ElemValue $ElemId CR_1 $ConsValue CR_1_N2 $End_ElemValue $ElemValue $ElemId CR_234 $ConsValue CR_234_V1(FLAG,CALL_REF) $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CR_V1(FLAG,CALL_REF:BITSTRING) $StructId CRie $DerivPath $ElemValues $ElemValue $ElemId CR_1 $ConsValue CR_1_V1 $End_ElemValue $ElemValue $ElemId CR_234 $ConsValue CR_234_V1(FLAG, CALL_REF) $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CS_2_V1 $StructId CS_2_OC $DerivPath $ElemValues $ElemValue $ElemId CS_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId CS_2_76 $ConsValue '11'B $Comment /* ATM Forum Standard */ $End_ElemValue $ElemValue $ElemId CS_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CS_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId CS_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CS_5_V1(STATE:BITSTRING) $StructId CS_5_OC $DerivPath $ElemValues $ElemValue $ElemId CS_5_87 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId CS_5_61 $ConsValue STATE $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CS_5_V1r(STATE:BITSTRING) $StructId CS_5_OC $DerivPath $ElemValues $ElemValue $ElemId CS_5_87 $ConsValue ? $End_ElemValue $ElemValue $ElemId CS_5_61 $ConsValue STATE $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CS_V1(STATE:BITSTRING) $StructId CSie $DerivPath $ElemValues $ElemValue $ElemId CS_1 $ConsValue ID_CSie $End_ElemValue $ElemValue $ElemId CS_2 $ConsValue CS_2_V1 $End_ElemValue $ElemValue $ElemId CS_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId CS_5 $ConsValue CS_5_V1(STATE) $End_ElemValue $ElemValue $ElemId CS_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId CS_V1r(STATE:BITSTRING) $StructId CSie $DerivPath $ElemValues $ElemValue $ElemId CS_1 $ConsValue ID_CSie $End_ElemValue $ElemValue $ElemId CS_2 $ConsValue CS_2_V1 $End_ElemValue $ElemValue $ElemId CS_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId CS_5 $ConsValue CS_5_V1r(STATE) $End_ElemValue $ElemValue $ElemId CS_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_2_V1 $StructId DTL_2_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId DTL_2_76 $ConsValue '11'B $Comment /* ATM Forum specific */ $End_ElemValue $ElemValue $ElemId DTL_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId DTL_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId DTL_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_N1 $StructId DTL_7_OC $DerivPath $Comment /* invalid node id */ $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue '00000000000000000000000000000000000000000000'H $Comment /* invalid node id */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue '00000001'H $Comment /* Port ID */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_V1 $StructId DTL_7_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue IUTNodeId $Comment /* Node ID of IUT */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue IUTPortOut1Id $Comment /* Port ID of outgoing port of IUT to suceeding node 1 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_V2 $StructId DTL_7_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue Succ1NodeId $Comment /* Node ID of succeeding side tester */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue Succ1PortId $Comment /* Port ID */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_V3 $StructId DTL_7_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue PrecNodeId $Comment /* Node ID of preceeding side tester */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue PrecPortId $Comment /* Port ID */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_V4 $StructId DTL_7_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue IUTNodeId $Comment /* Node ID of IUT */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue IUTPortOut2Id $Comment /* Port ID of outgoing port of IUT to succeeding node 2 */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_7_V5 $StructId DTL_7_OC $DerivPath $ElemValues $ElemValue $ElemId DTL_7 $ConsValue '01'O $End_ElemValue $ElemValue $ElemId DTL_7_1_22 $ConsValue Succ2NodeId $Comment /* Node ID of succeeding side 2 tester */ $End_ElemValue $ElemValue $ElemId DTL_7_23_26 $ConsValue * $Comment /* Port ID */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Prec_s_n1 $StructId DTLie $DerivPath $Comment /* first dtl entry has wrong node id */ $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(83,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(0,4) $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $Comment /* node id preceding side */ $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_N1 $Comment /* wrong iut node ID */ $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue DTL_7_V2 $Comment /* node id suceeding side */ $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Prec_s_n2 $StructId DTLie $DerivPath $Comment /* iut is last in top dtl stack entry */ $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(56,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(27,4) $Comment /* pointer to 2nd element */ $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_N1 $Comment /* dummy for preceeding node */ $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V1 $Comment /* iut is last in dtl stack entry */ $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Prec_s_n3 $StructId DTLie $DerivPath $Comment /* unknown next node */ $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(83,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(27,4) $Comment /* pointer to iut */ $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V1 $Comment /* iut */ $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue DTL_7_N1 $Comment /* next node unknown */ $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Prec_s_v1 $StructId DTLie $DerivPath $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(83,4) $Comment /* 2+27+27+27=83 */ $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(27,4) $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V1 $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue DTL_7_V2 $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Prec_s_v2 $StructId DTLie $DerivPath $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(56,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(27,4) $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $Comment /* Node ID of preceeding side tester */ $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V1 $Comment /* Node of IUT */ $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Succ_r_v1 $StructId DTLie $DerivPath $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(83,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(54,4) $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V1 $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue DTL_7_V2 $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId DTL_Succ_r_v2 $StructId DTLie $DerivPath $Comment /* DTL received in the crankback case at the succeeding 2 pco */ $ElemValues $ElemValue $ElemId DTL_1 $ConsValue ID_DTLie $End_ElemValue $ElemValue $ElemId DTL_2 $ConsValue DTL_2_V1 $End_ElemValue $ElemValue $ElemId DTL_34 $ConsValue INT_TO_HEX(83,4) $End_ElemValue $ElemValue $ElemId DTL_56 $ConsValue INT_TO_HEX(54,4) $End_ElemValue $ElemValue $ElemId DTL_7 $ConsValue DTL_7_V3 $End_ElemValue $ElemValue $ElemId DTL_8 $ConsValue DTL_7_V4 $End_ElemValue $ElemValue $ElemId DTL_9 $ConsValue DTL_7_V5 $End_ElemValue $ElemValue $ElemId DTL_10 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_11 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_12 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_13 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_14 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_15 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_16 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_17 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_18 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_19 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_20 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_21 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_22 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_23 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_24 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_25 $ConsValue - $End_ElemValue $ElemValue $ElemId DTL_26 $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId EQOS_2_V1 $StructId EQOS_2_OC $DerivPath $ElemValues $ElemValue $ElemId EQOS_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId EQOS_2_76 $ConsValue '11'B $Comment /* ATm Forum Standard */ $End_ElemValue $ElemValue $ElemId EQOS_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId EQOS_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId EQOS_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId EQOS_N1 $StructId EQOSie $DerivPath $Comment /* Extended Quality of Service Parameters IE GROUP. cell delay variation (CDV) is not supported by the iut (test suite parameter tsp_EQOS_6_123_n) */ $ElemValues $ElemValue $ElemId EQOS_1 $ConsValue ID_EQOSie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_2 $ConsValue EQOS_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId EQOS_34 $ConsValue INT_TO_HEX(9,4) $Comment /* Octet 3 and 4, Length of EQOS IE */ $End_ElemValue $ElemValue $ElemId EQOS_5 $ConsValue '00'O $Comment /* Octet 5, Origin */ $End_ElemValue $ElemValue $ElemId EQOS_6 $ConsValue '94'O $Comment /* Octet 6, Acceptable Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_6_123 $ConsValue tsp_EQOS_6_123_n $Comment /* Octet 6.1, 6.2 and 6.3, Acceptable Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_7 $ConsValue - $Comment /* Octet 7, Acceptable Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_7_123 $ConsValue - $Comment /* Octet 7.1, 7.2 and 7.3, Acceptable Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_8 $ConsValue '96'O $Comment /* Octet 8, Cumulative Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_8_123 $ConsValue tsp_EQOS_6_123_n $Comment /* Octet 8.1, 8.2 and 8.3, Cumulative Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_9 $ConsValue - $Comment /* Octet 9, Cumulative Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_9_123 $ConsValue - $Comment /* Octet 9.1, 9.2 and 9.3, Cumulative Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_10 $ConsValue - $Comment /* Octet 10, Acceptable Forward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_10_1 $ConsValue - $Comment /* Octet 10.1, Acceptable Forward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_11 $ConsValue - $Comment /* Octet 11, Acceptable Backward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_11_1 $ConsValue - $Comment /* Octet 11.1, Acceptable Backward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_R $ConsValue - $Comment /* Used to exceed the maximum length of EQOS IE */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId EQOS_N2 $StructId EQOSie $DerivPath $Comment /* Extended Quality of Service Parameters IE GROUP. cell loss ration (CLR) is not supported by the iut (test suite parameter tsp_EQOS_10_1_n) */ $ElemValues $ElemValue $ElemId EQOS_1 $ConsValue ID_EQOSie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_2 $ConsValue EQOS_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId EQOS_34 $ConsValue INT_TO_HEX(3,4) $Comment /* Octet 3 and 4, Length of EQOS IE */ $End_ElemValue $ElemValue $ElemId EQOS_5 $ConsValue '00'O $Comment /* Octet 5, Origin */ $End_ElemValue $ElemValue $ElemId EQOS_6 $ConsValue - $Comment /* Octet 6, Acceptable Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_6_123 $ConsValue - $Comment /* Octet 6.1, 6.2 and 6.3, Acceptable Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_7 $ConsValue - $Comment /* Octet 7, Acceptable Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_7_123 $ConsValue - $Comment /* Octet 7.1, 7.2 and 7.3, Acceptable Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_8 $ConsValue - $Comment /* Octet 8, Cumulative Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_8_123 $ConsValue - $Comment /* Octet 8.1, 8.2 and 8.3, Cumulative Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_9 $ConsValue - $Comment /* Octet 9, Cumulative Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_9_123 $ConsValue - $Comment /* Octet 9.1, 9.2 and 9.3, Cumulative Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_10 $ConsValue 'A2'O $Comment /* Octet 10, Acceptable Forward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_10_1 $ConsValue tsp_EQOS_10_1_n $Comment /* Octet 10.1, Acceptable Forward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_11 $ConsValue - $Comment /* Octet 11, Acceptable Backward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_11_1 $ConsValue - $Comment /* Octet 11.1, Acceptable Backward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_R $ConsValue - $Comment /* Used to exceed the maximum length of EQOS IE */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId EQOS_V1r $StructId EQOSie $DerivPath $Comment /* Extended Quality of Service Parameters IE GROUP to cope with the optional field in optional subconstraints. */ $ElemValues $ElemValue $ElemId EQOS_1 $ConsValue ID_EQOSie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_2 $ConsValue EQOS_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId EQOS_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of EQOS IE */ $End_ElemValue $ElemValue $ElemId EQOS_5 $ConsValue ? $Comment /* Octet 5, Origin */ $End_ElemValue $ElemValue $ElemId EQOS_6 $ConsValue * $Comment /* Octet 6, Acceptable Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_6_123 $ConsValue * $Comment /* Octet 6.1, 6.2 and 6.3, Acceptable Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_7 $ConsValue * $Comment /* Octet 7, Acceptable Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_7_123 $ConsValue * $Comment /* Octet 7.1, 7.2 and 7.3, Acceptable Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_8 $ConsValue * $Comment /* Octet 8, Cumulative Forward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_8_123 $ConsValue * $Comment /* Octet 8.1, 8.2 and 8.3, Cumulative Forward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_9 $ConsValue * $Comment /* Octet 9, Cumulative Backward Peak-to-peak Cell Delay Variation Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_9_123 $ConsValue * $Comment /* Octet 9.1, 9.2 and 9.3, Cumulative Backward Peak-to-peak Cell Delay Variation */ $End_ElemValue $ElemValue $ElemId EQOS_10 $ConsValue * $Comment /* Octet 10, Acceptable Forward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_10_1 $ConsValue * $Comment /* Octet 10.1, Acceptable Forward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_11 $ConsValue * $Comment /* Octet 11, Acceptable Backward cell Loss Ratio Identifier */ $End_ElemValue $ElemValue $ElemId EQOS_11_1 $ConsValue * $Comment /* Octet 11.1, Acceptable Backward cell Loss Ratio */ $End_ElemValue $ElemValue $ElemId EQOS_R $ConsValue - $Comment /* Used to exceed the maximum length of EQOS IE */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ETD_2_V1 $StructId ETD_2_OC $DerivPath $ElemValues $ElemValue $ElemId ETD_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId ETD_2_76 $ConsValue '11'B $Comment /* ATM Forum Standard */ $End_ElemValue $ElemValue $ElemId ETD_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ETD_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId ETD_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ETD_N1 $StructId ETDie $DerivPath $Comment /* End-to-End Transit Delay IE maximum cell transit delay (CTD) is not supported by the iut (test suite parameter tsp_ETD_6_1_3_n) */ $ElemValues $ElemValue $ElemId ETD_1 $ConsValue ID_ETDie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId ETD_2 $ConsValue ETD_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId ETD_34 $ConsValue INT_TO_HEX(4+4,4) $Comment /* Octet 3 and 4, Length of ETD IE */ $End_ElemValue $ElemValue $ElemId ETD_5 $ConsValue - $Comment /* Octet 5, Cumulative forward maximum cell transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_5_1_2 $ConsValue - $Comment /* Octet 5.1 and 5.2, Cumulative forward maximum transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_6 $ConsValue '0B'O $Comment /* Octet 6, PNNI acceptable forward maximum transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_6_1_3 $ConsValue tsp_ETD_6_1_3_n $Comment /* Octet 6.1 to 6.3, PNNI acceptable forward maximum cell transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_7 $ConsValue '11'O $Comment /* Octet 7, PNNI cumulative forward maximum cell transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_7_1_3 $ConsValue '000000'O $Comment /* Octet 7.1 to 7.3, PNNI cumulative forward maximum cell transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_8 $ConsValue - $Comment /* Octet 8, Network generated identifier */ $End_ElemValue $End_ElemValues $Comment /* Octet groups 5 and 7 are mutually exclusive. Octet group 5 is used in the CONNECT message and octet group 7 is used in the SETUP message. */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ETD_V1r $StructId ETDie $DerivPath $Comment /* End-to-End Transit Delay IE to cope with the optional field in optional subconstraints for CONNECT messages */ $ElemValues $ElemValue $ElemId ETD_1 $ConsValue ID_ETDie $Comment /* Octet 1, Identifier */ $End_ElemValue $ElemValue $ElemId ETD_2 $ConsValue ETD_2_V1 $Comment /* Octet 2, Coding and IE Instruction Field */ $End_ElemValue $ElemValue $ElemId ETD_34 $ConsValue ? $Comment /* Octet 3 and 4, Length of ETD IE */ $End_ElemValue $ElemValue $ElemId ETD_5 $ConsValue * $Comment /* Octet 5, Cumulative forward maximum cell transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_5_1_2 $ConsValue * $Comment /* Octet 5.1 and 5.2, Cumulative forward maximum transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_6 $ConsValue * $Comment /* Octet 6, PNNI acceptable forward maximum transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_6_1_3 $ConsValue * $Comment /* Octet 6.1 to 6.3, PNNI acceptable forward maximum cell transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_7 $ConsValue * $Comment /* Octet 7, PNNI cumulative forward maximum cell transfer delay identifier */ $End_ElemValue $ElemValue $ElemId ETD_7_1_3 $ConsValue * $Comment /* Octet 7.1 to 7.3, PNNI cumulative forward maximum cell transfer delay value */ $End_ElemValue $ElemValue $ElemId ETD_8 $ConsValue * $Comment /* Octet 8, Network generated identifier */ $End_ElemValue $End_ElemValues $Comment /* Octet groups 5 and 7 are mutually exclusive. Octet group 5 is used in the CONNECT message and octet group 7 is used in the SETUP message. */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId ML_V1(LEN:INTEGER) $StructId MLie $DerivPath $ElemValues $ElemValue $ElemId ML_12 $ConsValue INT_TO_HEX(LEN,4) $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_2_V1 $StructId MT_2_OC $DerivPath $ElemValues $ElemValue $ElemId MT_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId MT_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId MT_2_5 $ConsValue '0'B $Comment /* Msg_flag */ $End_ElemValue $ElemValue $ElemId MT_2_4 $ConsValue '0'B $Comment /* Pass along request */ $End_ElemValue $ElemValue $ElemId MT_2_3 $ConsValue '0'B $Comment /* spare */ $End_ElemValue $ElemValue $ElemId MT_2_21 $ConsValue '00'B $Comment /* Msg. action indicator */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_2_V1r $StructId MT_2_OC $DerivPath $ElemValues $ElemValue $ElemId MT_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId MT_2_76 $ConsValue '00'B $Comment /* Spare */ $End_ElemValue $ElemValue $ElemId MT_2_5 $ConsValue ? $End_ElemValue $ElemValue $ElemId MT_2_4 $ConsValue ? $End_ElemValue $ElemValue $ElemId MT_2_3 $ConsValue '0'B $Comment /* Spare */ $End_ElemValue $ElemValue $ElemId MT_2_21 $ConsValue ? $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_2_V2(FLAG,AI:BITSTRING) $StructId MT_2_OC $DerivPath $ElemValues $ElemValue $ElemId MT_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId MT_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId MT_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId MT_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId MT_2_3 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId MT_2_21 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_V1(ID:OCTETSTRING) $StructId MTie $DerivPath $ElemValues $ElemValue $ElemId MT_1 $ConsValue ID $End_ElemValue $ElemValue $ElemId MT_2 $ConsValue MT_2_V1 $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_V1r(ID:OCTETSTRING) $StructId MTie $DerivPath $ElemValues $ElemValue $ElemId MT_1 $ConsValue ID $End_ElemValue $ElemValue $ElemId MT_2 $ConsValue MT_2_V1r $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId MT_V2(ID:OCTETSTRING;FLAG,AI:BITSTRING) $StructId MTie $DerivPath $ElemValues $ElemValue $ElemId MT_1 $ConsValue ID $End_ElemValue $ElemValue $ElemId MT_2 $ConsValue MT_2_V2(FLAG,AI) $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId NI_2_N1(FLAG,AI:BITSTRING) $StructId NI_2_OC $DerivPath $ElemValues $ElemValue $ElemId NI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId NI_2_76 $ConsValue '01'B $Comment /* coding std error */ $End_ElemValue $ElemValue $ElemId NI_2_5 $ConsValue FLAG $End_ElemValue $ElemValue $ElemId NI_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId NI_2_31 $ConsValue AI $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId NI_2_V1 $StructId NI_2_OC $DerivPath $ElemValues $ElemValue $ElemId NI_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId NI_2_76 $ConsValue '00'B $End_ElemValue $ElemValue $ElemId NI_2_5 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId NI_2_4 $ConsValue '0'B $End_ElemValue $ElemValue $ElemId NI_2_31 $ConsValue '000'B $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId NI_N1(FLAG,AI:BITSTRING) $StructId NIie $DerivPath $ElemValues $ElemValue $ElemId NI_1 $ConsValue ID_NIie $End_ElemValue $ElemValue $ElemId NI_2 $ConsValue NI_2_N1(FLAG,AI) $Comment /* w coding std. error */ $End_ElemValue $ElemValue $ElemId NI_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId NI_5 $ConsValue '00'O $Comment /* Valid Notification indicator information */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId NI_N2 $StructId NIie $DerivPath $ElemValues $ElemValue $ElemId NI_1 $ConsValue ID_NIie $End_ElemValue $ElemValue $ElemId NI_2 $ConsValue NI_2_V1 $End_ElemValue $ElemValue $ElemId NI_34 $ConsValue INT_TO_HEX(MAX_NI_LEN_PLUS_ONE,4) $End_ElemValue $ElemValue $ElemId NI_5 $ConsValue GEN_FIELD('00'O,MAX_NI_LEN) $Comment /* Invalid Notification indicator information */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId NI_V1 $StructId NIie $DerivPath $ElemValues $ElemValue $ElemId NI_1 $ConsValue ID_NIie $End_ElemValue $ElemValue $ElemId NI_2 $ConsValue NI_2_V1 $End_ElemValue $ElemValue $ElemId NI_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId NI_5 $ConsValue '00'O $Comment /* Valid Notification indicator information */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId QOS_2_V1 $StructId QOS_2_OC $DerivPath $ElemValues $ElemValue $ElemId QOS_2_8 $ConsValue '1'B $End_ElemValue $ElemValue $ElemId QOS_2_76 $ConsValue '00'B $Comment /* Coding Std. = ITU-T */ $End_ElemValue $ElemValue $ElemId QOS_2_5 $ConsValue '0'B $Comment /* IE flag value, 0 or 1 */ $End_ElemValue $ElemValue $ElemId QOS_2_4 $ConsValue '0'B $Comment /* Pass along request, 0 or 1 */ $End_ElemValue $ElemValue $ElemId QOS_2_31 $ConsValue '000'B $Comment /* IE action Indicator value */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId QOS_V0 $StructId QOSie $DerivPath $ElemValues $ElemValue $ElemId QOS_1 $ConsValue ID_QOSie $End_ElemValue $ElemValue $ElemId QOS_2 $ConsValue QOS_2_V1 $End_ElemValue $ElemValue $ElemId QOS_34 $ConsValue INT_TO_HEX(2,4) $End_ElemValue $ElemValue $ElemId QOS_5 $ConsValue '00000000'B $End_ElemValue $ElemValue $ElemId QOS_6 $ConsValue '00000000'B $End_ElemValue $ElemValue $ElemId QOS_R $ConsValue - $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId UI_2_V1(FLAG,AI:BITSTRING) $StructId UI_2_OC $DerivPath $ElemValues $ElemValue $ElemId UI_2_8 $ConsValue '1'B $Comment /* Extention bit */ $End_ElemValue $ElemValue $ElemId UI_2_76 $ConsValue '00'B $Comment /* coding std */ $End_ElemValue $ElemValue $ElemId UI_2_5 $ConsValue FLAG $Comment /* IE_flag */ $End_ElemValue $ElemValue $ElemId UI_2_4 $ConsValue '0'B $Comment /* Pass along request */ $End_ElemValue $ElemValue $ElemId UI_2_31 $ConsValue AI $Comment /* IE action indicator */ $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $Begin_StructTypeConstraint $ConsId UI_V1(FLAG,AI:BITSTRING) $StructId UIie $DerivPath $ElemValues $ElemValue $ElemId UI_1 $ConsValue ID_UIie $End_ElemValue $ElemValue $ElemId UI_2 $ConsValue UI_2_V1(FLAG,AI) $End_ElemValue $ElemValue $ElemId UI_34 $ConsValue INT_TO_HEX(1,4) $End_ElemValue $ElemValue $ElemId UI_5 $ConsValue '00'O $End_ElemValue $End_ElemValues $Comment /* */ $End_StructTypeConstraint $End_StructTypeConstraints $End_TS_TypeConstraints $PDU_Constraints $TTCN_PDU_Constraints $Begin_TTCN_PDU_Constraint $ConsId AL_Prec_r_v1 $PDU_Id ALERT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $Comment /* Broadband Repeat Indicator for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid ALERTING message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Prec_s_v1 $PDU_Id ALERT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* ALERTING message sent to IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n1 $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with PD IE error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* PD error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n2 $PDU_Id ALERT $DerivPath $Comment /* ALERTING message that is too short to contain the complete ML IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $Comment /* ML IE missing */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n3 $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with CR IE error(octet 1, bit 5~8 do not equal to '0000'B). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Succ) $Comment /* Octet 1, bits 5~8 do not equal to '0000'B */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n4 $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with CR IE error(octet 1, bits 1~4 do not equal to '0011'B). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagR,Cref_Succ) $Comment /* Octet 1, bits 1~4 do not equal to '0011'B */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n5 $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with message length error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(10) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n6(FLAG,AI:BITSTRING) $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with coding standard error in NI IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N1(FLAG,AI) $Comment /* Notification Indicator IE with coding std error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n7(FLAG,AI:BITSTRING) $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with an unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n8(FLAG,AI:BITSTRING) $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with non-mandatory IE content error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(MAX_NI_LEN_PLUS_ONE+4) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N2 $Comment /* Notification Indicator IE with excceeding max length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_n9(FLAG,AI:BITSTRING) $PDU_Id ALERT $DerivPath $Comment /* ALERTING message with unexpected recognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE with excceeding max length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_unexp(FLAG,AI) $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_um(FLAG,AI:BITSTRING) $PDU_Id ALERT $DerivPath $Comment /* Inopportune ALERTING message at the Succeeding side. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_ALmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId AL_Succ_s_v1 $PDU_Id ALERT $DerivPath $Comment /* Valid ALERTING message at the Succeeding side. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_ALmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid ALERTING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Prec_r_v1 $PDU_Id CONN $DerivPath $Comment /* Valid CONNECT message. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue * $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue * $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue * $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue * $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue * $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue * $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue * $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue * $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CONNECT sent to preceding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Prec_s_v1 $PDU_Id CONN $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CONNECT sent to IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n1 $PDU_Id CONN $DerivPath $Comment /* CONN message with PD IE error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* Invalid PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n2 $PDU_Id CONN $DerivPath $Comment /* CONN message that is too short to contain the complete ML IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $Comment /* Missing ML IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n3 $PDU_Id CONN $DerivPath $Comment /* CONN message with CR IE error (Octet 1, bits 5~8 do not equal to '0000'B). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Succ) $Comment /* CR error(octet1, bits 5~8 do not equal to '0000'B) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n4 $PDU_Id CONN $DerivPath $Comment /* CONN message with CR IE error (Octet 1, bits 1~4 do not equal to '0011'B). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagR,Cref_Succ) $Comment /* CR error(octet1, bits 1~4 do not equal to '0011'B) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n5 $PDU_Id CONN $DerivPath $Comment /* CONN message has message length indication which is excceeding the actual length of message. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(10) $Comment /* Length excceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n6(FLAG,AI:BITSTRING) $PDU_Id CONN $DerivPath $Comment /* CONN message with coding standard error in NI IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N1(FLAG,AI) $Comment /* Notification Indicator IE with coding std error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n7(FLAG,AI:BITSTRING) $PDU_Id CONN $DerivPath $Comment /* CONN message with unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n8(FLAG,AI:BITSTRING) $PDU_Id CONN $DerivPath $Comment /* CONN message with nan-mandatory IE content error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(MAX_NI_LEN_PLUS_ONE+4) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N2 $Comment /* Notification Indicator IE excceeding maximum length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_n9(FLAG,AI:BITSTRING) $PDU_Id CONN $DerivPath $Comment /* CONN message with unexpected recognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_unexp(FLAG,AI) $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_um(FLAG,AI:BITSTRING) $PDU_Id CONN $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_COmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CONNECT sent to IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CO_Succ_s_v1 $PDU_Id CONN $DerivPath $Comment /* Valid CONN message sent to IUT by the succeeding side tester. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_COmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL $ConsValue - $Comment /* Broadband Lower Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CN $ConsValue - $Comment /* Connected Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CNS $ConsValue - $Comment /* Connected Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended QoS Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* BRI for GIT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $Comment /* Cause IE Unexpected recognized IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CONNECT message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Prec_r_v1 $PDU_Id CALL_PROC $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V1r $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CALL PROCEEDING sent to IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Prec_s_v1(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CALL PROCEEDING sent to IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n1(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $Comment /* CALL_PROC with PD IE error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* protocol discriminator coded other than 'PNNI signaling message' */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n2 $PDU_Id CALL_PROC $DerivPath $Comment /* CALL_PROC message that is too short to contain the complete Message length IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $Comment /* ML IE missing */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL_PROC message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n3(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $Comment /* CALL_PROC message with CR IE error(octet 1, bits 5~8 do not equal to '0000'B). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Succ) $Comment /* Octet 1, bits 5~8 do not equal to '0000'B */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n4(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n5(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $Comment /* Indicated length is exceeding the actual length of CALL_PROC message. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(18) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n6(FLAG,AI,ASC, PREF, VPCI, VCI:BITSTRING) $PDU_Id CALL_PROC $DerivPath $Comment /* CALL_PROC message with unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_n7(FLAG,AI,ASC, PREF, VPCI, VCI:BITSTRING) $PDU_Id CALL_PROC $DerivPath $Comment /* CALL_PROC message with unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(15) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_unexp(FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_um(FLAG,AI:BITSTRING) $PDU_Id CALL_PROC $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_CPmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId CP_Succ_s_v1(ASC, PREF, VPCI, VCI: BITSTRING) $PDU_Id CALL_PROC $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_CPmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(9) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V2(ASC, PREF, VPCI, VCI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid CALL PROCEEDING message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId NI_Prec_s_v1 $PDU_Id NOTIFY $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_NImsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_V1 $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid NOTIFY received from IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_cb_v1 $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r1(?) $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_cb_v2 $PDU_Id REL_COM $DerivPath $Comment /* CB with diagnostics for cause 37 (optional) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r2(?) $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_cb_v3(CAUSE49DIAG:CB_7_OC_D1) $PDU_Id REL_COM $DerivPath $Comment /* CB with diagnostics for CB cause 49 */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r3(?,CAUSE49DIAG) $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_cb_v4 $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r4(?) $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_cb_v5 $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r5(?) $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_v1 $PDU_Id REL_COM $DerivPath $Comment /* Valid REL_COM message w/o CA IE */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received by preceding side tester */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_v2(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_v3(CAUSE:BITSTRING;DIAG:OCTETSTRING;DIAG_LEN:INTEGER) $PDU_Id REL_COM $DerivPath $Comment /* RELEASE COMPLETE used when call is released with indication of diagnostic. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(6),ML_V1(6+DIAG_LEN)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V2r(?,CAUSE,DIAG,DIAG_LEN) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_r_v4(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* RELEASE COMPLETE used when call is released with indication of diagnostic. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(0),ML_V1(6)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE) IF_PRESENT $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT with CA IE at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Prec_s_v1(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE sent to IUT with CA IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ2_s_v1(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ2) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_r_v1(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message w CA IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid REL_COM message sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_r_v2 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM w/o CA IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT w/o CA at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_r_v3 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM w/o CA IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r IF_PRESENT $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT w/o CA at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_r_v4(CAUSE:BITSTRING; DIAG:OCTETSTRING; DIAG_LEN:INTEGER) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM w/o CA IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(6),ML_V1(6+DIAG_LEN)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V2r(?,CAUSE, DIAG, DIAG_LEN) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE received from IUT w/o CA at the preceding side. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_cb_v1(CAUSE,CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* blocked transit type: blocked node without diagnostics */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+29) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) [6] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s2(CBLEVEL,CBBLOCKID,CBCAUSE) $Comment /* Crankback IE [29] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_cb_v2(CAUSE,CBLEVEL:BITSTRING;CBCAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* invalid transit type without diagnostics */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+7) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) [6] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s3(CBLEVEL,CBCAUSE) $Comment /* Crankback IE [7] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_cb_v3(CAUSE,CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* blocked transit type: blocked node with diagnostics (cause 37) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+30) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) [6] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s4(CBLEVEL,CBBLOCKID,CBCAUSE) $Comment /* Crankback IE [30] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_cb_v4(CAUSE,CBLEVEL:BITSTRING;CBCAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* blocked transit type: succeeding end ot the interface without diagnostics */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+7) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) [6] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s1(CBLEVEL,CBCAUSE) $Comment /* Crankback IE [7] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n1(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with PD error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* Invalid protocol discrinator error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n10(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with non-mandatory IE content error . */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(12) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_N1(FLAG,AI,'0000'B,CAval_0) $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n11(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with an unexpected recognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(18) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_V1('0000'B,CAval_31) $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue CA_N1(FLAG,AI,'0000'B,CAval_31) $Comment /* Unexpected cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n1_1 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(without CA IE) with PD error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* Invalid protocol discrinator error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n2 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message that is too short to contain the ML IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n3(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with CR IE, octet 1 bits 5~8 do not equal to '0000'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Succ) $Comment /* CR IE error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n3_1 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(wo CA IE) with CR IE, octet 1 bits 5~8 do not equal to '0000'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Succ) $Comment /* CR IE error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n4(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with CR IE, octet 1 bits 1~4 do not equal to '0011'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagR,Cref_Succ) $Comment /* CR IE length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n4_1 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(wo CA IE) with CR IE, octet 1 bits 1~4 do not equal to '0011'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagR,Cref_Succ) $Comment /* CR IE length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n5(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message has message length error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(10) $Comment /* message length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n5_1 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(wo CA IE) has message length error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(10) $Comment /* message length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* i */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n6(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with coding std error in CA IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V4(FLAG,AI,'0000'B,CAUSE) $Comment /* Cause IE (1st) with coding std error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n7 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with mandatory IE (cause IE) missing. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) mandatory IE missing */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n8(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message with mandatory IE content error (cause IE). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_N1(FLAG,AI,'0000'B,CAUSE) $Comment /* Cause IE (1st) mandatory IE content error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n9(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(w CA IE) with unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $Comment /* Unrecognixed IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_n9_1(FLAG,AI:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message(wo CA IE) with unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(5) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $Comment /* Unrecognixed IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_um(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_RCmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_um_wo_CA(FLAG,AI:BITSTRING) $PDU_Id REL_COM $DerivPath $Comment /* Unexpected RELEASE COMPLETE message without cause IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_RCmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_v1(CAUSE:BITSTRING) $PDU_Id REL_COM $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT with CA IE by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RC_Succ_s_v2 $PDU_Id REL_COM $DerivPath $Comment /* REL_COM message without cause IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RCmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $Comment /* Crankback IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE COMPLETE message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_cb_v1 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r1(?) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_cb_v2 $PDU_Id REL $DerivPath $Comment /* CB with diagnostics for cause 37 (optional) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r2(?) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_cb_v3(CAUSE49DIAG:CB_7_OC_D1) $PDU_Id REL $DerivPath $Comment /* CB with diagnostics for CB cause 49 */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r3(?,CAUSE49DIAG) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_cb_v4 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V3r $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r4(?) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_cb_v5 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1r5(?) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_no_cb_v1 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_v1(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1(?,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue * $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_v2(CAUSE:BITSTRING; DIAG:OCTETSTRING; DIAG_LEN:INTEGER) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(6),ML_V1(6+DIAG_LEN)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V2r(?,CAUSE, DIAG, DIAG_LEN) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue * $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue * $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue * $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue * $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue * $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_r_v3 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V3r $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE message received by preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n1(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with Protocol discriminator error */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* PD coded other than 'PNNI signaling message' */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n10(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with non-mandatory IE contents error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(12) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (Mandatory IE) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_N1(FLAG,AI,'0000'B,CAval_0) $Comment /* Cause IE with content error (non-mandatory IE) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n11(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with an unexpected recognized IE contents error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(18) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE (Mandatory IE) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_V1('0000'B,CAval_31) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue CA_N1(FLAG,AI,'0000'B,CAval_31) $Comment /* Cause IE (Unexpected recognized IE) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n2 $PDU_Id REL $DerivPath $Comment /* RELEASE message that is too short to contain the complete ML IE */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $Comment /* ML IE missing */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n3(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with CR IE octet 1 bits 5 ~8 do not equal to '0000'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n4(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with CR IE octet 1 bits 1~4 do not equal to '0011'B. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N2(FlagS,Cref_Prec) $Comment /* CR IE length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n5(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RELEASE message with ML error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(10) $Comment /* Length error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n6(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RL with CA error (coding standard error) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_N2(FLAG,AI,'0000'B,CAUSE) $Comment /* Cause IE with coding std error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n7 $PDU_Id REL $DerivPath $Comment /* RL with mandatory IE (cause IE) missing error */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue - $Comment /* Cause IE missing */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n8(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RL with CA content error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_N1(FLAG,AI,'0000'B,CAUSE) $Comment /* Cause IE with content error */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_n9(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* RL with an unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid RELEASE message sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Prec_s_v1(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v1(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1(?,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v2(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v3(CAUSE:BITSTRING; DIAG:OCTETSTRING; DIAG_LEN:INTEGER) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V2r(?,CAUSE, DIAG, DIAG_LEN) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v4(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_V1r(?,CAUSE) IF_PRESENT $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v5(CAUSE1, CAUSE2:BITSTRING; DIAG:OCTETSTRING; DIAG_LEN:INTEGER) $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1r(?,CAUSE1) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue CA_V2r(?,CAUSE2, DIAG, DIAG_LEN) IF_PRESENT $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_r_v6 $PDU_Id REL $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V3r $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_cb_v1(CAUSE,CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+29) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s2(CBLEVEL,CBBLOCKID,CBCAUSE) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_cb_v2(CAUSE,CBLEVEL:BITSTRING;CBCAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+7) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s3(CBLEVEL,CBCAUSE) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_cb_v3(CAUSE,CBLEVEL:BITSTRING;CBBLOCKID:HEXSTRING;CBCAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+30) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s4(CBLEVEL,CBBLOCKID,CBCAUSE) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_cb_v4(CAUSE,CBLEVEL:BITSTRING;CBCAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6+7) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue CB_V1s1(CBLEVEL,CBCAUSE) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_um(FLAG,AI,CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Unexpected valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_RLmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId RL_Succ_s_v1(CAUSE:BITSTRING) $PDU_Id REL $DerivPath $Comment /* Valid RELEASE message */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_RLmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(6) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_1 $ConsValue CA_V1('0000'B,CAUSE) $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_2 $ConsValue - $Comment /* Cause IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA_REP_3 $ConsValue - $Comment /* Cause IE - unexpected recognized */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CB $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE (1st) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE (2nd) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE (3th) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $Comment /* Unrecognized IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid RELEASE sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SQ_Prec_r_v1 $PDU_Id STAT_ENQ $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SQmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS ENQUIRY sent to preceding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SQ_Prec_s_v1 $PDU_Id STAT_ENQ $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SQmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS ENQUIRY sent to IUT by the preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SQ_Succ2_r_v1 $PDU_Id STAT_ENQ $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ2) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SQmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS ENQUIRY sent to preceding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SQ_Succ_s_v1 $PDU_Id STAT_ENQ $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SQmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS ENQUIRY message sent to IUT by the succeeding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Prec_r_v1(STATE,CAUSE:BITSTRING) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1r(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1r(?,CAUSE) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS message sent to preceding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Prec_r_v2(STATE,CAUSE:BITSTRING;DIAG:OCTETSTRING;DIAG_LEN:INTEGER) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(5+6),ML_V1(5+6+DIAG_LEN)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1r(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V2r(?,CAUSE,DIAG,DIAG_LEN) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS received from IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Prec_s_v1(STATE,CAUSE:BITSTRING) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1('0000'B,CAUSE) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS received from IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Succ2_r_v1(STATE,CAUSE:BITSTRING) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ2) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1r(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1r(?,CAUSE) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS message sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Succ_r_v1(STATE,CAUSE:BITSTRING) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1r(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1r(?,CAUSE) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS message sent to succeeding side tester by the IUT. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Succ_r_v2(STATE,CAUSE:BITSTRING;DIAG:OCTETSTRING;DIAG_LEN:INTEGER) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue (ML_V1(5+6), ML_V1(5+6+DIAG_LEN)) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1r(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V2r(?,CAUSE,DIAG,DIAG_LEN) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS received from IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId ST_Succ_s_v1(STATE,CAUSE:BITSTRING) $PDU_Id STAT $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_STmsg) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(11) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CS $ConsValue CS_V1(STATE) $Comment /* CS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1('0000'B,CAUSE) $Comment /* CA IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* ER IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ES $ConsValue - $Comment /* ES IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid STATUS received from IUT */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n1 $PDU_Id SETUP $DerivPath $Comment /* SETUP message with invalid PD IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue INV_PD_ID $Comment /* Invalid PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n10 $PDU_Id SETUP $DerivPath $Comment /* SETUP message with mandatory IE(DTL IE) missing. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue - $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n11(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with mandatory information content error. BRI IE exceeds maximum length. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+6+87) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_N1(FLAG,AI) $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n12(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with a unrecognized IE. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87+5) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue UI_V1(FLAG,AI) $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester with unrecognized IE. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n13(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with a non-mandatory IE contents error. NI IE exceeds maximum length. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87+MAX_NI_LEN_PLUS_ONE+4) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N2 $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n14(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with an unexpected IE (CA). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87+6) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue CA_V1('0000'B,CAval_31) $Comment /* Unexpected recognized IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester with unexepected IE. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n15 $PDU_Id SETUP $DerivPath $Comment /* first dtl entry has wrong node id */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_n1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n16 $PDU_Id SETUP $DerivPath $Comment /* bearer class which is not supported by the iut (test suite parameter tsp_BBC_5_51_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+5+7+ CGN_V2_LEN+ CDN_R1_LEN+ 87+6) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_N1 $Comment /* bearer Class is test suite parameter, ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n17 $PDU_Id SETUP $DerivPath $Comment /* user cell rate which is not supported by the iut (test suite parameter tsp_ATD_PCR1_CBR_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_N2 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n18 $PDU_Id SETUP $DerivPath $Comment /* maximum cell transit delay (CTD) is not supported by the iut (test suite parameter tsp_ETD_6_1_3_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1( 14+7+5+ CGN_V2_LEN+ CDN_R1_LEN+ 87+12+6) $Comment /* Message Length IE (ATD:14,BBC:7, BRI:5 DTL:87,ETD:8+4,QOS:6) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_N1 $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n19 $PDU_Id SETUP $DerivPath $Comment /* cell delay variation (CDV) is not supported by the iut (test suite parameter tsp_EQOS_6_123_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+13+87+5) $Comment /* Message Length IE (EQOS:13) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_N1 $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n2 $PDU_Id SETUP $DerivPath $Comment /* SETUP message that is too short to contain the complete ML IE */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue - $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue - $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue - $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue - $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue - $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue - $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue - $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue - $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n20 $PDU_Id SETUP $DerivPath $Comment /* cell loss ration (CLR) is not supported by the iut (test suite parameter tsp_EQOS_10_1_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1( 14+7+5+ CGN_V2_LEN+ CDN_R1_LEN+ 6+87+6) $Comment /* Message Length IE (ATD:14,BBC:7,BRI:5, DTL:87,EQOS:6,QOS:6) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_N2 $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n21 $PDU_Id SETUP $DerivPath $Comment /* requested VPCI/VCI is not available by the iut (test suite parameter tsp_CI_67_n / tsp_CI_89_n) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+9+87+5) $Comment /* Message Length IE (CI:9) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_V1(tsp_CI_67_n,tsp_CI_89_n) $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n22 $PDU_Id SETUP $DerivPath $Comment /* requested destination is not reachable by the iut (test suite parameter tsp_CDN_R1_DN) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+7+5+ CGN_V2_LEN+ CDN_R1_LEN+ 60+6) $Comment /* Message Length IE (ATD:14,BBC:7, BRI:5, DTL:60,QOS:6) */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,tsp_CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_n2 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n23 $PDU_Id SETUP $DerivPath $Comment /* unknown next node in the dtl stack */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+7+5+ CGN_V2_LEN+ CDN_R1_LEN+ 87+6) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_n3 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n3 $PDU_Id SETUP $DerivPath $Comment /* SETUP message with CR IE error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_N1(FlagR,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - 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$Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - 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$Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - 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$Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n6 $PDU_Id SETUP $DerivPath $Comment /* SETUP message with message length error. */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+87+10+5) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n8(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with coding standard error in ATD IE (mandatory IE). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(22+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_N1(FLAG,AI) $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_n9(FLAG,AI:BITSTRING) $PDU_Id SETUP $DerivPath $Comment /* SETUP message with IE coding standard error in NI IE (optional IE). */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* PD IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+5+87+5) $Comment /* Message Length IE with exceeding the actual length */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue NI_N1(FLAG,AI) $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester with optional NI IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_v1 $PDU_Id SETUP $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+7+5+87+CGN_V2_LEN+CDN_R1_LEN) $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_v2 $PDU_Id SETUP $DerivPath $Comment /* DTL entries: preceeding side (tsp_DTL_7_1_22) - 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$Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Prec_s_v3 $PDU_Id SETUP $DerivPath $Comment /* DTL entries: preceeding side (tsp_DTL_7_1_22) - iut node; iut has to create a DTL entry */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(14+6+5+CGN_V2_LEN+CDN_R1_LEN+60+6) $Comment /* Message Length IE ATD [14], BBC [6], BRI [5], DTL [60], QOS [6] */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Prec_s_v2 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue - $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue - $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ2_r_v1 $PDU_Id SETUP $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Succ2) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8 $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2 $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_Succ_V1 $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v2 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue * $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue * $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE ML expected: ML_V1(14+6+7+CGN_V2_LEN+CDN_R1_LEN+9+87+5) */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ_r_v1 $PDU_Id SETUP $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS, ?) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8r $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2r $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_Succ_V2 $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ_r_v2 $PDU_Id SETUP $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS, ?) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8r $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2r $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue * $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ_r_v1woCI $PDU_Id SETUP $DerivPath $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS, ?) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8r $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2r $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ_r_v3 $PDU_Id SETUP $DerivPath $Comment /* SETUP with DTL entry added by IUT (IUT is entry border node) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS, ?) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8r $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2r $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue CI_Succ_V2 $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue ? $Comment /* DTL added by IUT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId SU_Succ_r_v3woCI $PDU_Id SETUP $DerivPath $Comment /* SETUP with DTL entry added by IUT (IUT is entry border node) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $Comment /* Protocol Discreminator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS, ?) $Comment /* Call Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V1r(ID_SUmsg) $Comment /* Message Type IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ? $Comment /* Message Length IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAL $ConsValue - $Comment /* ATM Adaptation Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AAP $ConsValue - $Comment /* ABR Additional Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ASP $ConsValue - $Comment /* ABR Setup Parameters IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId AATD $ConsValue - $Comment /* Alternative ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ATD $ConsValue ATD_VC8r $Comment /* CBR PCR (CLP=0+1), Tagging=No and Frame Discard=No */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BBC $ConsValue BBC_VA7 $Comment /* Class A , ATC = 7 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BHL $ConsValue - $Comment /* Broadband High Layer IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_BLL $ConsValue - $Comment /* Broadband Repeat Indicator IE for BLL IE. */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_1 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_2 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BLL_REP_3 $ConsValue - $Comment /* Broadband Repeat Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDN $ConsValue CDN_V1(CDN_R1_LEN,CDN_R1_TN,CDN_R1_NP,CDN_R1_DN) $Comment /* Called Party Number IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDSP $ConsValue - $Comment /* Called Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CDS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CDS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_1 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CDS_REP_2 $ConsValue - $Comment /* Called Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGN $ConsValue CGN_V2r $Comment /* Calling Party Number IE Included if mandatory */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGSP $ConsValue - $Comment /* Calling Party Soft PVPC or PVCC IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_CGS $ConsValue - $Comment /* Broadband Repeat Indicator IE for CGS IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_1 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CGS_REP_2 $ConsValue - $Comment /* Calling Party Subaddress IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CI $ConsValue - $Comment /* Connection Identifier IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CSS $ConsValue - $Comment /* Connection Scope Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_DTL $ConsValue BRI_V1 $Comment /* Broadband repeat Indicator IE for DTL IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_1 $ConsValue DTL_Succ_r_v1 $Comment /* Designated Transit List IE Mandatory IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_2 $ConsValue ? $Comment /* DTL added by IUT */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_3 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_4 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_5 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_6 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_7 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_8 $ConsValue - $Comment /* Designated transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_9 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId DTL_REP_10 $ConsValue - $Comment /* Designated Transit List IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ETD $ConsValue ETD_V1r IF_PRESENT $Comment /* End-to-end Transit Delay IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId EQOS $ConsValue EQOS_V1r IF_PRESENT $Comment /* Extended Quality of Service Parameter IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId BRI_GIT $ConsValue - $Comment /* Broadband Repeat Indicator IE for GIT IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_1 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_2 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId GIT_REP_3 $ConsValue - $Comment /* Generic Identifier Transport IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MATD $ConsValue - $Comment /* Minimum ATM Traffic Descriptor IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId QOS $ConsValue QOS_V0 $Comment /* Quality of Service IE Class 0 */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId TNS $ConsValue - $Comment /* Transit Network Selection IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CA $ConsValue - $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId UI $ConsValue - $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Valid SETUP sent to IUT by preceding side tester without any optional IE */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId UM_Prec_s_1(FLAG,AI:BITSTRING) $PDU_Id UNREC $DerivPath $Comment /* Unrecognized message (Message with unrecognized or not implemented message type) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagS,Cref_Prec) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_UMmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invalid message sent to IUT from preceding side tester. */ $End_TTCN_PDU_Constraint $Begin_TTCN_PDU_Constraint $ConsId UM_Succ_s_1(FLAG,AI:BITSTRING) $PDU_Id UNREC $DerivPath $Comment /* Unrecognized message (message with unrecognized or not implemented message type) */ $PDU_FieldValues $PDU_FieldValue $PDU_FieldId PD $ConsValue PD_ID $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId CR $ConsValue CR_V1(FlagR,Cref_Succ) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId MT $ConsValue MT_V2(ID_UMmsg,FLAG,AI) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ML $ConsValue ML_V1(0) $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId NI $ConsValue - $Comment /* Notification Indicator IE */ $End_PDU_FieldValue $PDU_FieldValue $PDU_FieldId ER $ConsValue - $Comment /* Endpoint Reference IE */ $End_PDU_FieldValue $End_PDU_FieldValues $Comment /* Invald message sent to IUT by succeeding side tester. */ $End_TTCN_PDU_Constraint $End_TTCN_PDU_Constraints $End_PDU_Constraints $End_ConstraintsPart $DynamicPart $TestCases $TestGroup $TestGroupId P2SP $TestGroup $TestGroupId NN_0_0 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_0_0_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_v1 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) ,Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_67), Vci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $Comment /* T303 < T_no_action_S */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3. */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL START T308 $Cref RL_Prec_s_v1(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v2(CAval_81) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T308 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* There is no real valid RELEASE in state null as all Call Reference Values are unrecognized by the receiver. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (cause=30, call state=NN0) message to preceding side and remains in the NUll state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT CANCEL T322 $Cref ST_Prec_r_v1(ST_NN0,CAval_30) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T322 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE COMPLETE message from preceding side, the IUT does not respond to preceding side and succeeding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6,3,2 b) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_V_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS message indicating null state (NN0) from preceding side, the IUT does not respond to preceding side and succeeding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!STAT $Cref ST_Prec_s_v1(ST_NN0,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_0_0_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with protocol discrimination error (a protocol discriminator coded other than 'PNNI signaling message') from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with that is too short to contain a complete Message length IE from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with Call Reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with Call Reference IE octet 1, bits 1 through 4 indicate a length other than 3 ('0011'B) from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with Call Reference flag incorrectly set to 1 from preceding side, the IUT ignores the received SETUP message and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with message length error (the indicated length is exceeding than the actual length of SETUP message) from preceding side, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the CallPresent state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n6 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_67), Vci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $Comment /* T303 < T_no_action */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To excecute this test case, allocated IUT's node ID will be higher than the both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag =0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI T_no_action _val >> T303val */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T303 $Cref RC_Prec_r_v3(CAval_100,ID_ATDie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To excecute this test case, allocated IUT's node ID will be higher than the both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag=1, IE_AI=discard message and ignore) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n8(IE_FLAG_1,IE_AI_DmI) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T303 $Cref RC_Prec_r_v3(CAval_100,ID_ATDie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To excecute this test case, allocated IUT's node ID will be higher than the both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in mandatory IE, IE_flag=1, IE_AI=discard message and ignore) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT ignores the received SETUP message, and reamins in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n8(IE_FLAG_1,IE_AI_DmI) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To excecute this test case, allocated IUT's node ID will be higher than the both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_67), Vci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $Comment /* T303 < T_no_action_S */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE, proceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instruction (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n9(IE_FLAG_1,IE_AI_DiePR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_67), Vci_Prec:=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $Comment /* T303 < T_no_action_S */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To ececute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE , proceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n9(IE_FLAG_1,IE_AI_DiePR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To ececute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with coding standards error (in non-mandatory IE, IE_flag=1, IE_AI=discard IE , proceed, and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message without erroneous IE to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n9(IE_FLAG_1,IE_AI_DiePR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with mandatory information element missing (DTL IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause = #96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n10 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T303 $Cref RC_Prec_r_v3(CAval_96, ID_DTLie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with mandatory information element content error (BRI IE and IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n11(IE_FLAG_0,IE_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T303 $Cref RC_Prec_r_v3(CAval_100,ID_BRIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_017 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with mandatory information element content error (BRI IE and IE_flag=1, IE_AI=discard IE,preceed, and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and does not transfer the received SETUP message to succeeding side, and remains in the Null state (NN0)and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n11(IE_FLAG_1,IE_AI_DiePR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T303 $Cref RC_Prec_r_v3(CAval_100,ID_BRIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_018 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with mandatory IE content error (BRI IE, IE_flag=1, IE_AI=discard IE, proceed, and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message without erroneous IE to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n11(IE_FLAG_1,IE_AI_DiePR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_BRIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_BRIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_019 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n12(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_020 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=0) from preceding side and the IUT supports a reporting capability using STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#99 and diagnostic field, if present, shall contain the IE identifier of the unrecognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n12(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_021 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1 and IE_AI=discard message report status) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the CallPresent state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n12(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_022 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#99 and diagnostic field, if present, shall contain the IE identifier of the unrecognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Prroceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n12(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_023 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unrecognized IE (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN3, cause=#99) to preceding side and does not transfer the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n12(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT CANCEL T303 $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_024 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n13(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_025 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n13(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec := BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_026 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capabillity using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n13(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_027 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds witha CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#100) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n13(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN3,CAval_100) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_028 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with a non-mandatory information element content error (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN0, cause=#100) to preceding side and does not transfer the received SETUP message to succeeding side, and the IUT remains in the Null state (NN0) and the Null State (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n13(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT CANCEL T303 $Cref ST_Prec_r_v2(ST_NN3,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_029 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n14(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_030 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message (cs=NN3, cause=#99 and diagnostic field, if present, shall contain the identifier of unexpected recognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n14(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec := BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_031 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and does not support a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n14(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_032 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discard message and report status) from preceding side and the IUT does not support relevant error handling procedure for 'follow explicit instructions (IE_flag=1) and supports a reporting capability using a STATUS message, the IUT responds with a CALL PROCEEDING message and a STATUS message(cs=NN3, cause=#99 and diagnostic field, if present, shall contain the identifier of unexpected recognized IE) to preceding side and transfers the received SETUP message to succeeding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n14(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) $Cref SU_Succ_r_v2 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB6 $Line [4] Prec_T?CALL_PROC (Vpci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_67) , Vci_Prec :=BIT_TO_INT(CALL_PROC.CI.CI_89)) CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB5 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN3,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB5 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB6 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IV_033 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INV/ $TestPurpose /* Verify that if the IUT receives a SETUP message with an unexpected recognized information element (IE_flag=1, IE_AI=discards message and report status) from preceding side and the IUT supports relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a STATUS message (cs=NN0, cause=#99 and diagnostic field, if present, shall contain the identifier of unexpected recognized IE) to preceding side and does not transfer the received SETUP message to succeeding side, and the IUT remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 & 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T_no_action_S $Cref SU_Prec_s_n14(IE_FLAG_1,IE_AI_DmR) $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT CANCEL T303 $Cref ST_Prec_r_v2(ST_NN0,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T303, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_0_0_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected CALL PROCEEDING message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!CALL_PROC $Cref CP_Prec_s_v1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_81) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected ALERTING message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!ALERT $Cref AL_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_81) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected CONNECT message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T! CONN $Cref CO_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_81) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected NOTIFY message from preceding side the IUT responds with RELEASE COMPLETE (cause=#81) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T! NOTIFY $Cref NI_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_81) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_0_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_0/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected STATUS message indicating non-null state from preceding side the IUT responds with RELEASE COMPLETE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to preceding side and remains in the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 f) & 6.5.6.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T! STAT $Cref ST_Prec_s_v1(ST_NN10,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_101,ID_STmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId NN_3_6 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_3_6_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid CALL PROCEEDING message from succeeding side, the IUT does not respond to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_v1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE COMPLETE message from succeeding side, the IUT sends a RELEASE (cause =the same cause of received RELEASE COMPLETE message) preceding side and does not responds to succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL START T_no_action_S $Cref RL_Prec_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T? REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T? REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T308 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T308 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T308 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T308, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T308, CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (cs=NN3, cause=#30) to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Presentstate (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T! STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT CANCEL T322 $Cref ST_Prec_r_v1(ST_NN3,CAval_30) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T322 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#30) to succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T! STAT_ENQ $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT CANCEL T322 $Cref ST_Succ_r_v1(ST_NN6,CAval_30) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T322 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS message from preceding side, the IUT does not respond and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T! STAT $Cref ST_Prec_s_v1(ST_NN9,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS message from succeeding side, the IUT does not respond and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T! STAT $Cref ST_Succ_s_v1(ST_NN1,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that if the IUT sends again the same SETUP message after expiration of the T303 timer to succeeding side without reception of CALL PROCEEDING message from succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T303 START Ts $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL Ts $Cref SU_Succ_r_v2 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_V_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/VAL/ $TestPurpose /* Verify that the IUT after Max_Setup_Tx_val retransmissions of SETUP to succeeding side without reception of a CALL PROCEEDING message from succeeding side responses with the RELEASE COMPLETE (cause=#102, and diagnostic, if any, indicating timer no) on the succeeding and RELEASE (cause=#102, and diagnostic, if any, indicating timer no) preceeding side and goes to state Null state (NN0) and Release state (N11), respectivly. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CNTR := Max_Setup_Tx_val) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB0 $Line [2] (CNTR:=CNTR-1) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CNTR = 0] $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [5] ?TIMEOUT T303 START Ts $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] Succ_T?REL_COM CANCEL Ts, START Ts $Cref RC_Succ_r_v4(CAval_102, '333033'O,3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [7] Prec_T?REL CANCEL Ts $Cref RL_Prec_r_v2(CAval_102,'333033'O,3) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [9] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [8] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CNTR <> 0] $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] START T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T303 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [7] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [8] GOTO LB0 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [8] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_3_6_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#97, with diagnostic, if present, ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_97, ID_UMmsg, 1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CALL PROCEEDING messageand remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n3(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CALL PROCEEDING message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n4(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with a message length error (the indicated length is exceeding the actual length of CALL PROCEEDING mesesage) from succeeding side, the IUT accepts the the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n5(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n6(IE_FLAG_0,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unrecognized IE) message to succeedig side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n6(IE_FLAG_0,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n6(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unrecognized IE) message to succeedig side.The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n6(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT sends RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n6(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n7(IE_FLAG_0,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic= ID of unexpected recognized IE) message to succeedig side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n7(IE_FLAG_0,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the received CALL PROCEEDING message and does not transfer it to preceding side. The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the CallProceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n7(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_017 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a STATUS (cs=NN9, cause=#99 and diagonostic=ID of unexpected recognized IE) message to succeedig side.The final states of preceding side and succeeding side are expected to be the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n7(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_018 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a CALL PROCEEDING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT sends RELEASE (cause=#99 and diagonostic= ID of unexpected IE) to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_n7(IE_FLAG_1,IE_AI_CLS,Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99, ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_019 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_020 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_021 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n3(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_022 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_023 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT responds with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n5(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_024 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE message (cause=#100 and diagnostics, if present, indicating erronous IE) to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_0,IE_AI_CLS,CAval_16) $VerdictId $Comment /* RL msg with coding std error in mandatory IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_025 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT respond with a RELEASE COMPLETE message (cause=#100 and diagnostics, if present, indicating erronous IE) to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_026 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE, IE_flag=1,IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_027 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n7 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_96, ID_CAie, 1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_96, ID_CAie, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_028 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_0,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_029 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_030 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_031 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_032 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_033 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_034 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of erroneous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_035 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_036 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_037 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_038 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state(NN3) and the Call Present state (NN6) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_039 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n3(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_040 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_041 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with message length error (the indicated length is exceeding than the actual length of RELEASE COMPLETE message) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n5(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_042 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE(mandatory IE), IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n6(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_043 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_044 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instruction(IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_045 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information elemment missing (cause IE) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n7 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_046 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information elemment content error (cause IE, IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE(cause=#31) message to preceding side.The fianl states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n8(IE_FLAG_0,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_047 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information element content error (cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_048 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with mandatory information element content error (cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_049 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=0) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n9(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_050 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n9(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_051 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_052 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends STATUS (cs=NNO, cause=#100, diagnostic field=ID of erroneous IE) to succeeding side and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T? OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_053 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information elemment content error (2nd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction (IE_flag=1)' and does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_054 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=1) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends STATUS (cs=NNO, cause=#100, diagnostic field=ID of erroneous IE) to succeeding side and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T? OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_055 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with a non-mandatory information element content error (2nd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports error handling procedure for 'follow explicit instruction (IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_056 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS, the IUT accepts the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_057 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_058 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction (IE_flag=1)' and does not support a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_059 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support error handling procedure for 'follow explicit instruction(IE_flag=1)' and supports a reporting capability using a STATUS, the IUT accept the received RELEASE COMPLETE messageand sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IV_060 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unexpected recognized IE (3rd cause IE, IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports error handling procedure for 'follow explicit instruction(IE_flag=1)', the IUT accept the received RELEASE COMPLETE message and sends a RELEASE (cause=#31) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_3_6_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 d) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP $Cref SU_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_101, ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_101, ID_ALmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101, ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101, ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid CONNECT(Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remanins in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 f) & 6.5.6.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid CONNECT(Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier)) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_COmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_COmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE(Msg_flag=0) message from succeeding side, the IUT responds with a RELEASE COMPLETE message to succeeding side and sends RELEASE (cause= received cause or #31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $Comment /* any cause value is acceptable */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v1(?) $VerdictId (P) $Comment /* any cause value is acceptable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE COMPLETE message to succeeding side and sends RELEASE (cause= received cause or #31) message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_1,MSG_AI_DR,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $Comment /* any cause value is acceptable */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v1(?) $VerdictId (P) $Comment /* any cause value is acceptable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_6_IO_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_6/INO/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE (Msg_flag=1, Msg_AI=discard, and report status) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (ca=NN6, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not send a RELEASE message to preceding side, and the IUT remains in the Call Proceeding Sent state (NN3) and the Call Present state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_1,MSG_AI_DR,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN6,CAval_101,ID_RLmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN6) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId NN_3_9 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_3_9_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid ALERTING message from succeeding side, the IUT transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid CONNECT message from succeeding side, the IUT transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.6 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId (P) $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(?) $VerdictId (P) $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause Information element) message to succeeding side and transfers the received RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v2 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v2 $VerdictId (P) $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v1(?) $VerdictId (P) $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN3, cause=#30) to the preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Prec_T?STAT CANCEL T322 $Cref ST_Prec_r_v1(ST_NN3,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN9, cause=#30) to the succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!STAT_ENQ $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Succ_T?STAT CANCEL T322 $Cref ST_Succ_r_v1(ST_NN9,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_V_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/VAL/ $TestPurpose /* Verify that the IUT sends a RELEASE (cause=#102) message to preceding side and succeeding side after expiration of T310 timer without reception of an ALERTING message, a CONNECT message, or a RELEASE message from succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the ReleaseRequest state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T310 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $Comment /* T_no_action _P >> T310 */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T310 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL $Cref RL_Succ_r_v3(CAval_102,'333133'O,3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [5] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_102,'333133'O,3) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL $Cref RL_Prec_r_v2(CAval_102,'333133'O,3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [5] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_102,'333133'O,3) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310, CANCEL T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310, CANCEL T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_3_9_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN9, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN9, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_97, ID_UMmsg, 1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T! ALERT $Cref AL_Succ_s_n1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received ALERTING message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a message length error (the indicated length is exceeding the actual length of ALERTING mssage) from succeeding side, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received ALERTING message and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the thereceived ALERTING message and responds with a STATUS (cs=NN7, cause=#100, diagnostics,if any indicating erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $Comment /* */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId (P) $Comment /* */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100, diagnostics, if any, erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $Comment /* */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId (P) $Comment /* */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING messageand responds with a STATUS (cs=NN7, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the AlertingReceived state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_017 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_018 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_019 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w non-mandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_020 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_100) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_021 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_022 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_100) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_100,ID_NIie,1) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_023 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_024 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_025 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_026 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_027 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received ALERTING message and responds with a STATUS (cs=NN7, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?ALERT CANCEL T_no_action_P $Cref AL_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?ALERT $Cref AL_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN7,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN7,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_028 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an ALERTING message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unexpected IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Alerting msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_029 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T! CONN $Cref CO_Succ_s_n1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_030 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_031 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_032 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_033 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a message length error (the indicated length is exceeding the actual length of CONNECT mssage) from succeeding side, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_034 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives an CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_035 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_036 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_037 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_038 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_039 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_040 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message andresponds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_041 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_042 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)'and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_043 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99, ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99, ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99, ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99, ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_044 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w non-mandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_045 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_046 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_047 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_048 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_049 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_050 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_051 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_052 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_053 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a CONN message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_054 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_055 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_056 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n3(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_057 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_058 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT respond with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n5(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_059 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_0,IE_AI_CLS,CAval_16) $VerdictId $Comment /* RL msg with coding std error in mandatory IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_060 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=0)', the IUT respond with a RELEASE COMPLETE (cause =#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_061 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=0)', the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_062 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n7 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_063 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_0,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_064 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_065 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_066 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding sideand transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_067 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_068 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_069 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN0,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_070 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_071 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v1(ST_NN0,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_072 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of erroneous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_073 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IV_074 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_3_9_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 d) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP $Cref SU_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN6), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) , respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT release all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_DR,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceeding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_101,ID_RCmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (w cause) message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_3_9_IO_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_3_9/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN9, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Call Proceeding Sent state (NN3) and the Call Proceding Received state (NN9), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN9,CAval_101,ID_RCmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN3,ST_NN9) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId NN_4_7 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_4_7_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that if the IUT receives a valid CONNECT message from succeeding side, the IUT transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.6 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId (P) $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(?) $VerdictId (P) $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause Information element) message to succeeding side and transfers the received RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v2 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v2 $VerdictId (P) $Comment /* (P) REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v1(?) $VerdictId (P) $Comment /* (P) REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN4, cause=#30) to the preceding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Prec_T?STAT CANCEL T322 $Cref ST_Prec_r_v1(ST_NN4,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_V_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN7, cause=#30) to the succeeding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!STAT_ENQ $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Succ_T?STAT CANCEL T322 $Cref ST_Succ_r_v1(ST_NN7,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_V_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/VAL/ $TestPurpose /* Verify that the IUT sends a RELEASE (cause=#102, diagnostics, if any, indicating T301) message to succeeding side and a RELEASE (cause=#19) message to preceding side after the first expiration of T301 timer following no reception of a valid CONNECT message or RELEASE message from succeeding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.2.5, 6.5.2.6 & 6.5.12 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T301 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB0 $Line [2] ?TIMEOUT T301 START Ts $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_102,'333031'O,3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL Ts $Cref RL_Prec_r_v1(CAval_19) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB0 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T301 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T301 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_4_7_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Alerting Delivered Sent state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the iUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_97, ID_UMmsg, 1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T! CONN $Cref CO_Succ_s_n1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message that is too short to contain a complete Message length IE from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN4) and theAlerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received CONNECT message and remains in the Alerting Delivered state (NN7) and the Alerting Received state (NN9) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a message length error (the indicated length is exceeding the actual length of CONNECT mssage) from succeeding side, the IUT accepts the the received CONNECT message and transfers thereceived CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives an CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the thereceived CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=0) message from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present)to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the thereceived CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a coding standard error (Notification Indicator IE, IE_flag=1, IE_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100, diagnostics, if any, indicating erroneous IE) message to succeeding side and preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n6(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w coding std error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unrecognized IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized IE (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_017 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of unrecognized IE) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_018 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unrecognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unrecognized IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n7(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unrecognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_019 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w non-mandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_020 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and responds with a STATUS (cs=NN10, cause=#100 and diagnostic field=ID of erroneous IE, if present) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_021 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_022 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#100, and diagnostic field=ID of erroneous IE) to succeeding side and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_100) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_023 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with a non-mandatory information element content error (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow expliciti nstructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#100, diagnostics, if any, indicating erroneous IE) message to succeeding side and preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n8(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w nonmandatory IE content error */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_100,ID_NIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_100,ID_NIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_024 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT does not support a reporting capability using a STATUS message, the IUT accepts the the receivedCONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_025 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=0) from succeeding side and the IUT supports a reporting capability using a STATUS message, the IUT accepts the receivedCONNECT message and responds with a STATUS (cs=NN10, cause=#99 and diagnostic field=ID of unexpected recognized IE, if present) to succeeding side and transfers the received ALERTING message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_0,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_026 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT accepts the the received CONNECT message and transfers the received CONNECT message to preceding side.The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_027 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONNECT message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instruction(IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT accepts the the received CONNECT messageand responds with a STATUS (cs=NN10, cause=#99, and diagnostic field=ID of the unexpected recognized IE) to succeeding side and transfers the received CONNECT message to preceding side. The final states of preceding side and succeeding side are expected to be the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?CONN CANCEL T_no_action_P $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v1(ST_NN10,CAval_99) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL T_no_action_P $Cref ST_Succ_r_v2(ST_NN10,CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_028 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a CONN message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE (cause=#99 and diagonostic= ID of unexpected IE) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_n9(IE_FLAG_1,IE_AI_CLS) $VerdictId $Comment /* Connect msg w unexpected recognized IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_029 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivtered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_030 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_031 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n3(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_032 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_033 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from preceding side, the IUT respond with a RELEASE COMPLETE message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n5(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_034 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_0,IE_AI_CLS,CAval_16) $VerdictId $Comment /* RL msg with coding std error in mandatory IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_035 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_036 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1, IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions(IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_037 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n7 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_038 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_0,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_039 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions(IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_040 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause =#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_041 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_042 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message topreceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_043 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (cause=#100, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_044 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (cause=#100 and, if present, diagnostic field=ID of errorneous IE) message and a STATUS (cs=NN0, cause=#100 and, if present, diagnostic field=ID of errorneous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_045 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_046 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explic itinstructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and, if present, diagnostic field=ID of errorneous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_047 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT support the relevant error handling procedure for 'follow explicit instructions(IE_flag=1)', the IUT responds with a RELEASE COMPLETE(cause=#100 and, if present, diagnostic field=ID of errorneous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_048 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IV_049 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_4_7_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 d) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP $Cref SU_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the ReleaseRequest state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid ALERTING */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Alerting state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT release all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_DR,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_4_7_IO_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_4_7/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN7, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Alerting Delivered state (NN4) and the Alerting Received state (NN7), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN7,CAval_101,ID_RCmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN4,ST_NN7) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId NN_10_10 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_10_10_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from preceding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_v1(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v1 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_16) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v2(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_16) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v1(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v1 $VerdictId (P) $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v2(?) $VerdictId (P) $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE message from succeeding side, the IUT responds with a RELEASE COMPLETE (with or without cause information element) message to succeeding side and transfers the received RELEASE message to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v2 $VerdictId $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v2 $VerdictId (P) $Comment /* REL_COM w/o CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v1(?) $VerdictId (P) $Comment /* REL_COM w CA IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from preceding side, the IUT responds with a STATUS (ca=NN10, cause=#30) to the preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Prec_T?STAT CANCEL T322 $Cref ST_Prec_r_v1(ST_NN10,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (ca=NN10, cause=#30) to the succeeding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.11 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!STAT_ENQ $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T322 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] Succ_T?STAT CANCEL T322 $Cref ST_Succ_r_v1(ST_NN10,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T322 CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_10_10_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from preceding side, the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!UNREC $Cref UM_Prec_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN10,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from Preceding side and the iUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!UNREC $Cref UM_Prec_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN10,CAval_97,ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, with diagnostic, if present. ID=message type ID) message to preceding side and succeeding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!UNREC $Cref UM_Prec_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v3(CAval_97, ID_UMmsg, 1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Active state (NN10) and the Active state(NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_97, ID_UMmsg, 1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT sends a RELEASE (cause=#97, diagnostics, if any, indicating message type) message to succeeding side and preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_97,ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_97,ID_UMmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n1(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message that is too short to contain the complete Message length IE from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n3(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from preceding side, the IUT ignores the received RELEASE message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The fianl state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=0) from preceding side, the IUT respond with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_0,IE_AI_CLS,CAval_16) $VerdictId $Comment /* RL msg with coding std error in mandatory IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE (mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with coding standard error (cause IE(mandatory IE), IE_flag=1,IE_flag=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n6(IE_FLAG_1,IE_AI_CLS,CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v6 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element missing (cause IE) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#96 and diagnostics field, if present, shall contain the IE identifier) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n7 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_96, ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause =#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_0,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_017 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE(cause=#31) message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_018 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with mandatory information element contents error (cause IE, IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1), the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and sends a RELEASE (cause=#31) message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n8(IE_FLAG_1,IE_AI_CLS,CAval_0) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_019 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_020 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unrecognized information element (IE_flag=1, IE_AI=clear call ) from preceding side, the IUT responds with a RELEASE COMPLETE (cause=#99, diagnostic field=ID of unrecognized IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n9(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_UIie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_021 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_022 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=0) from preceding side and the IUT supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state(NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_023 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and does not support a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_024 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)' and supports a reporting capability using a STATUS message, the IUT responds with a RELEASE COMPLETE (w or w/o cause) message and a STATUS (cs=NN0, cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB11 $Line [4] Prec_T?STAT $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB21 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB21 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB11 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM $Cref RC_Prec_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB31 $Line [5] Prec_T?STAT CANCEL T_no_action_S $Cref ST_Prec_r_v2(ST_NN0,CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB31 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_025 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with a non-mandatory information element contens error (IE_flag=1, IE_AI=clear call) from preceding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (IE_flag=1)', the IUT responds with a RELEASE COMPLETE (cause=#100 and diagnostics, if present, indicating erronous IE) message to preceding side and transfers the received RELEASE message to succeeding side without any modification. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n10(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v2(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_100,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_026 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=0) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#99, diagnostic field=ID of unexpected recognized IE, if present) message to preceding side and transfers the received RELEASE message to succeeding side. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_0,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IV_027 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE message with an unexpected recognized information element (IE_flag=1, IE_AI=clear call) from preceding side, the IUT responds with a RELEASE COMPLETE(cause=#99, diagnostic field=ID of unexpected recognized IE) message to preceding side and transfers the received RELEASE message to succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL $Cref RL_Prec_s_n11(IE_FLAG_1,IE_AI_CLS,CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL $Cref RL_Succ_r_v4(CAval_31) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Prec_T?REL_COM CANCEL T_no_action_S $Cref RC_Prec_r_v3(CAval_99,ID_CAie,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_10_10_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid SETUP (CR_flag=0, CR_flag= in use) message from preceding side, the IUT ignores the received SETUP message and remains in the Active state (NN10) and the Active state (NN10) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.2 d) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP $Cref SU_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_CPmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 a */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid ALERTING */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_ALmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid CONN */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT responds with a RELEASE (cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and preceding side. The final state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL $Cref RL_Succ_r_v3(CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v2(CAval_101,ID_COmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL $Cref RL_Prec_r_v2(CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_P $Cref RL_Succ_r_v3(CAval_101,ID_COmsg,1) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=0) message with some reasonable cause from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The fianl state of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicitinstructions (Mag_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause ofreceived RELEASE COMPLETE message) to preceding side.The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_DR,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_013 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE (cause=cause of received RELEASE COMPLETE message) to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state(NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS,CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_014 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=0) message without cause information element from succeeding side, the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_015 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT releases all the resources at the succeeding side and sends a RELEASE message to preceding side. The final states of preceding side and succeeding side are expected to be the Release Request state (NN11) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL $Cref RL_Prec_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN11,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_10_10_IO_016 $TestGroupRef AF_TEST_0156_000/P2SP/NN_10_10/INO/ $TestPurpose /* Verify that if the IUT receives an unexpected RELEASE COMPLETE (Msg_flag=1, Msg_AI=discard and report status) message without cause information element from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT discards the received RELEASE COMPLETE message and responds with a STATUS (cs=NN10, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side, and remains in the Active state (NN10) and the Active state (NN10), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_um_wo_CA(MSG_FLAG_1,MSG_AI_DR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN10,CAval_101,ID_RCmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN10,ST_NN10) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId NN_0_11 $TestGroup $TestGroupId VAL $Begin_TestCase $TestCaseId TC_NN_0_11_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestPurpose /* Verify that if the IUT receives a valid RELEASE COMPLETE message from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestPurpose /* Verify that if the IUT receives a valid STATUS ENQUIRY message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#30) message to succeeding side and the IUT remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!STAT_ENQ START T322 $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT CANCEL T322 $Cref ST_Succ_r_v1(ST_NN11,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T322 CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T322, CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T322, CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestPurpose /* Verify that the IUT sends RELEASE message again (may include second CA=#102) to succeeding side after the first expiration of T308 timer and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v5(CAval_16,CAval_102,'333038'O,3) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/VAL/ $TestPurpose /* Verify that the IUT releases all the resources at succeeding side after the second expiration of T308. The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.3.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v5(CAval_16,CAval_102,'333038'O,3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] START T308 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [6] ?TIMEOUT T308 START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB4 $Line [7] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [9] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [8] GOTO LB4 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [8] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_NN_0_11_IV_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#97, with diagnostic, if present. ID=message type ID) message to succeeding side and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_97, ID_UMmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives an unrecognized (Msg_flag = 1, Msg_AI=clear call) from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!UNREC $Cref UM_Succ_s_1(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with protocol discrimination error (a protocol discriminator coded other than 'PNNI Signaling message') from succeeding side, the IUT ignores the received RELEASE COMPLETEmessage and remains in the Null state (NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n1_1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message that is too short to contain the complete Message length IE from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state (NN0) and theRelease Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 5 through 8 do not equal to '0000'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state(NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n3_1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with Call reference IE octet 1, bits 1 through 4 do not equal to '0011'B from succeeding side, the IUT ignores the received RELEASE COMPLETE message and remains in the Null state(NN0) and the Release Request state (NN11) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.3.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n4_1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with message length error (the indicated length is exceeding than the actual length of RELEASE message) from succeeding side, the IUT accepts the received RELEASE COMPLETEmessage and releases all the resources at the succeeding side.The final states of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.5 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n5_1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=0) from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeedingside.The inal state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0) respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n9_1(IE_FLAG_0,IE_AI_CLS) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IV_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INV/ $TestPurpose /* Verify that if the IUT receives a RELEASE COMPLETE message with an unrecognized information element (IE_flag=1, IE_AI_discard and report status) from succeeding side, the IUT accepts the received RELEASE COMPLETE message and releases all the resources at the succeeding side. The inal state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectivly. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.6.3 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_n9_1(IE_FLAG_1,IE_AI_DmR) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId INO $Begin_TestCase $TestCaseId TC_NN_0_11_IO_001 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_002 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions(Mag_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CALL PROCEEDING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* Valid but unexpected CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_CPmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_003 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CALL PROCEEDING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in theNull state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC $Cref CP_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* Unexpected but valid CALL_PROC */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_004 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Unexpected valid ALERT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_005 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received ALERTING message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* Unexpected but valid ALERT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_ALmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_006 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected ALERTING (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* Unexpected but valid ALERT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_007 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=0) message from succeeding side, the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS) $VerdictId $Comment /* Valid but unexpected CONN */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_008 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT responds with a STATUS (cs=NN11, cause=#101 and diagnostics field, if present, shall contain the message type identifier) message to succeeding side and does not transfer the received CONNECT message to preceding side, and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* Valid but unexpected CONN */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2(ST_NN11,CAval_101,ID_COmsg,1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_009 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected CONNECT (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS) $VerdictId $Comment /* valid but unexpected CONN */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_010 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=0) message from succeeding side, the IUT releases all the resources and responds with a RELEASE COMPLETE message at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_0,MSG_AI_CLS,CAval_31) $VerdictId $Comment /* Valid but unexpected REL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v3 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_011 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT does not support the relevant error handling procedure for 'follow explicit instructions (Mag_flag=1)', the IUT releases all the resources and responds with a RELEASE COMPLETE message at the succeeding side. The final state of preceding side and succeeding side are expected to be the Null state (NN0) and the Null state (NN0), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.4 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS,CAval_31) $VerdictId $Comment /* Valid but unexpected REL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Succ_T?REL_COM CANCEL T_no_action_P $Cref RC_Succ_r_v3 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN0) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $Begin_TestCase $TestCaseId TC_NN_0_11_IO_012 $TestGroupRef AF_TEST_0156_000/P2SP/NN_0_11/INO/ $TestPurpose /* Verify that if the IUT receives a valid but unexpected RELEASE (Msg_flag=1, Msg_AI=clear call) message from succeeding side and the IUT supports the relevant error handling procedure for 'follow explicit instructions (Msg_flag=1)', the IUT takes no action and remains in the Null state (NN0) and the Release Request state (NN11), respectively. */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.7.1 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_11_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL $Cref RL_Succ_s_um(MSG_FLAG_1,MSG_AI_CLS,CAval_31) $VerdictId $Comment /* valid but unexpected REL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +STATE_VERIFICATION(ST_NN0,ST_NN11) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* To execute this test case, allocated IUT's node ID will be higher than both side tester's node ID. */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId CRANKBACK $TestGroup $TestGroupId FORMAT $TestGroup $TestGroupId INV $Begin_TestCase $TestCaseId TC_CB_FMT_I_001 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB level parameter (Octet 5 of CB IE) includes an invalid CB level value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_2) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,invlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* invalid CB level */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_002 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB level parameter (Octet 5 of CB IE) includes an invalid CB level value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,invlevel,Succ1NodeId,CBCAval_2) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308; invalid CB level! */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_003 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB blocked transit type parameter (Octet 6 of CB IE) is set to invalid value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_2) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v2(CAval_31,highlevel,CBcauseSent) $VerdictId $Comment /* invalid CB transit type */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_004 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB blocked transit type parameter (Octet 6 of CB IE) is set to invalid value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v2(CAval_31,highlevel,CBCAval_2) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308; invalid CB transit type */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_005 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB cause parameter (Octet 7) includes an undefined CB cause value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_inv) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* invalid CB level */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_006 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB cause parameter (Octet 7) includes an undefined CB cause value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBCAval_inv) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308; invalid CB level! */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_007 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB diagnostics parameter (Octet 7.1) includes an undefined direction value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_37) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v3(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* invalid CB level */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_FMT_I_008 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/FORMAT/INV/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - however, CB diagnostics parameter (Octet 7.1) includes an undefined direction value, then the IUT responds with a clearing message at the preceding side, and CB IE has been ignored (due to an invalid parameter). */ $DefaultsRef $Comment /* PNNI v1.0, 6.5.6.8.2 */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v3(CAval_31,highlevel,Succ1NodeId,CBCAval_37) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308; invalid CB level! */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL CANCEL T_no_action_P $Cref RL_Prec_r_no_cb_v1 $VerdictId (P) $Comment /* after CP msg: CB IE discarded */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?STAT $Cref ST_Succ_r_v2 (?,'11100100'B,'E1'O,1) $VerdictId $Comment /* skip warning on invalid CB IE */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId PROC $TestGroup $TestGroupId GENERATE_CB $TestGroup $TestGroupId BLOCKING_AT_NODE $Begin_TestCase $TestCaseId TC_CB_PROC_V_001 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_NODE/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates a "DTL processing error" at the IUT (whole node). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.3, 8.3.1.1, Pseudocode 8.3.3: 1.a) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n15 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_160] $Cref $VerdictId P $Comment /* Crankback: DTL Transit not my node ID */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_160] $Cref $VerdictId (P) $Comment /* Crankback: DTL Transit not my node ID */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId BLOCKING_AT_FOLLOWING_LINK $Begin_TestCase $TestCaseId TC_CB_PROC_V_002 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_FOLLOWING_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates a "VPCI/VCI allocation error" and "blocked link" (preceding side of the following link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.3, 8.3.1.2, Pseudocode 8.3.3: 1.b.2.2) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_v1 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_45] $Cref $VerdictId P $Comment /* Crankback: no VPCI/VCI available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v5 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_45] $Cref $VerdictId (P) $Comment /* Crankback: no VPCI/VCI available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId BLOCKING_AT_PREVIOUS_LINK $Begin_TestCase $TestCaseId TC_CB_PROC_V_003 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported (but valid) bearer class" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.1, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n16 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_57] $Cref $VerdictId P $Comment /* Crankback: bearer capability not authorized */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_58] $Cref $VerdictId P $Comment /* Crankback: bearer capability not presently available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_65] $Cref $VerdictId P $Comment /* Crankback: bearer service not implemented */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_57] $Cref $VerdictId (P) $Comment /* Crankback: bearer capability not authorized */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_58] $Cref $VerdictId (P) $Comment /* Crankback: bearer capability not presently available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_65] $Cref $VerdictId (P) $Comment /* Crankback: bearer service not implemented */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_004 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported user cell rate" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.2, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n17 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_37] $Cref $VerdictId P $Comment /* Crankback: user cell rate not available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_37] $Cref $VerdictId (P) $Comment /* Crankback: user cell rate not available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_005 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported maximum cell transition delay" (CTD) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.2, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n18 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v3(CB_7_OC_D1r1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_49] $Cref $VerdictId P $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v3(CB_7_OC_D1r1) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_49] $Cref $VerdictId (P) $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_006 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported peak-to-peak cell delay variation" (CDV) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.2, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n19 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v3(CB_7_OC_D1r2) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_49] $Cref $VerdictId P $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v3(CB_7_OC_D1r2) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_49] $Cref $VerdictId (P) $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_007 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported cell loss rate" (CLR) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.2, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n20 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v3(CB_7_OC_D1r3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_49] $Cref $VerdictId P $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v3(CB_7_OC_D1r3) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_49] $Cref $VerdictId (P) $Comment /* Crankback: Quality of Service unavailable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_008 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unsupported requested VPCI/VCI" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.2.3, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n21 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_35] $Cref $VerdictId P $Comment /* Crankback: requested VPCI/VCI not available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_45] $Cref $VerdictId P $Comment /* Crankback: no VPCI/VCI available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_35] $Cref $VerdictId (P) $Comment /* Crankback: requested VPCI/VCI not available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_45] $Cref $VerdictId (P) $Comment /* Crankback: no VPCI/VCI available */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_009 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unreachable destination" and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). (The IUT is the last node in the DTL stack and should find a path.) */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.1.1, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n22 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7) CANCEL T303 $Cref RC_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_2] $Cref $VerdictId P $Comment /* Crankback: transit network unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcause = CBCAval_3] $Cref $VerdictId P $Comment /* Crankback: destination unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7) CANCEL T310 $Cref RL_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_2] $Cref $VerdictId (P) $Comment /* Crankback: transit network unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcause=CBCAval_3] $Cref $VerdictId (P) $Comment /* Crankback: destination unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_010 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/GENERATE_CB/BLOCKING_AT_PREVIOUS_LINK/ $TestPurpose /* Verify that if the IUT receives a valid SETUP message from preceding side, then the IUT responds with a clearing message. The CB IE indicates an "unknown next node" (in the DTL stack) and "call or party has been blocked at the succeeding end of this interface" (succeeding side of the previous link). */ $DefaultsRef $Comment /* PNNI v1.0, 8.2.1.2, 8.3.1.3, Pseudocode 8.3.3: 1.c) */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!SETUP START T303 $Cref SU_Prec_s_n23 $VerdictId $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL_COM (CBcause :=REL_COM.CB.CB_7, Relcause :=REL_COM.CA_REP_1.CA_6) CANCEL T303 $Cref RC_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [(CBcause = CBCAval_128) AND ((Relcause = CAval_2) OR (Relcause = CAval_3))] $Cref $VerdictId P $Comment /* Crankback: next node unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId I $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?CALL_PROC CANCEL T303, START T310 $Cref CP_Prec_r_v1 $VerdictId $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [3] Prec_T?REL (CBcause :=REL_COM.CB.CB_7, Relcause :=REL_COM.CA_REP_1.CA_6) CANCEL T310 $Cref RL_Prec_r_cb_v4 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [(CBcause = CBCAval_128) AND ((Relcause = CAval_2) OR (Relcause = CAval_3))] $Cref $VerdictId (P) $Comment /* Crankback: next node unreachable */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (I) $Comment /* other CB causes */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT messages */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T310 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T310 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T310 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T303 $Cref SU_Succ_r_v2 $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T303 $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $End_TestGroup $TestGroup $TestGroupId ForwardCB $Begin_TestCase $TestCaseId TC_CB_PROC_V_011 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_41) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_012 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_41) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308 */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_013 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (however the CB level is higher than level of generated DTL), then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_41) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_014 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (however the CB level is higher than level of generated DTL), then the IUT responds with a clearing message at the preceding side (unchanged CB IE). */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_41) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308 */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_015 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - no other links, which satisfy the received DTL, are available, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.2.2.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (CBcauseSent:=CBCAval_41) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_016 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ForwardCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has not created any DTLs for that call, - no other links, which satisfy the received DTL, are available, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.2.2.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $Comment /* iut has not created a DTL */ $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,highlevel,Succ1NodeId,CBcauseSent) $VerdictId $Comment /* T_no_action_P instead of T310, RCawaited instead of T308 */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [CBcauseSent=CBcause] $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] [TRUE] $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId ModifyCB $Begin_TestCase $TestCaseId TC_CB_PROC_V_017 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_018 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_019 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_020 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - there is no alternative routing trial, then the IUT responds with a clearing message at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_021 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in RELCOM message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_022 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in REL message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_023 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in RELCOM message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_P $Cref RC_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_024 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/ModifyCB/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - the IUT has created any DTLs for that call (with DTL level is higher than CB level), - but the node that had generated DTL at CB level has not been reached, - "trial alternative routing" is enabled, - however there is no alternate path that does not violate the received DTL and that does not include a blocked transit received in REL message, then the IUT responds with a clearing message (modified CB IE) at the preceding side. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.2] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_P $Cref RL_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Prec_T?REL (CBcause :=REL.CB.CB_7) CANCEL T_no_action_P $Cref RL_Prec_r_cb_v1 $VerdictId (P) $Comment /* after CP msg */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_P $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $TestGroup $TestGroupId AltRouting $Begin_TestCase $TestCaseId TC_CB_PROC_V_025 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - the IUT has not created any DTLs for that call, - another link satisfying received DTL is available, then the IUT tries another link. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.2.2.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_0_PREAMBLE_SU(SU_Prec_s_v2) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_S $Cref RC_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED_P $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_026 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - the IUT has not created any DTLs for that call, - another link satisfying received DTL is available, then the IUT tries another link. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.2.2.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_0_PREAMBLE_SU(SU_Prec_s_v2) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_S $Cref RL_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_027 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is 'requested VPCI/VCI not available', then the IUT retries SETUP with different VPCI/VCI values. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_S $Cref RC_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_35) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED_P $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_028 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is 'requested VPCI/VCI not available', then the IUT retries SETUP with different VPCI/VCI values. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.a.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_S $Cref RL_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_35) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_029 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in RELCOM), then the IUT retries SETUP on a new path. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_0_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_S $Cref RC_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED_P $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_030 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is: "call or party has been blocked at the succeeding end of this interface", - CB cause is not 'requested VPCI/VCI not available', - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in REL), then the IUT retries SETUP on a new path. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_0_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_S $Cref RL_Succ_s_cb_v4(CAval_31,lowlevel,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_031 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (RELCOM with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in RELCOM), then the IUT retries SETUP on a new path. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_0_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM START T_no_action_S $Cref RC_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED_P $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $Begin_TestCase $TestCaseId TC_CB_PROC_V_032 $TestGroupRef AF_TEST_0156_000/P2SP/CRANKBACK/PROC/AltRouting/ $TestPurpose /* Verify that if the IUT receives a valid clearing message (REL with CB IE) from the succeeding side under the following conditions: - the blocked transit type (Octet 6 of CB IE) is not: "call or party has been blocked at the succeeding end of this interface", - IUT added any DTLs at CB level, - alternate routing should be tried, - an alternate path not violating received DTLs is available (and does not include any blocked transits received in REL), then the IUT retries SETUP on a new path. */ $DefaultsRef $Comment /* PNNI v1.0, 8.3.2; 8.3.3 Pseudocode identifier [2.b.1.1.1] */ $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_0_PREAMBLE_SU(SU_Prec_s_v3) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL (RCawaited:=TRUE) START T_no_action_S $Cref RL_Succ_s_cb_v1(CAval_31,lowlevel,Succ1NodeId,CBCAval_47) $VerdictId $Comment /* CBlevel := lowest value */ $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ2_T?SETUP CANCEL T_no_action_S $Cref SU_Succ2_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_04 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM (RCawaited:=FALSE) $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $Comment /* STAT */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_02 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestCase $End_TestGroup $End_TestGroup $End_TestGroup $End_TestGroup $End_TestCases $TestStepLibrary $TestStepGroup $TestStepGroupId PREAMBLE $Begin_TestStep $TestStepId PNNI_NN_0_0_0_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN0/NN0/NN0 - Null State/Null State/Null State (2 succeeding PCOs) */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] START T_no_action_P, START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (FlagS:= '0'B,FlagR:= '1'B,Cref_Prec:= CREF_PREC,Cref_Succ:=CREF_SUCC,Cref_Succ2:=CREF_SUCC2, Asc_Succ := '01'B, Vpci_Succ := INT_TO_BIT(0,16), Vci_Succ:= INT_TO_BIT(33, 16), Pref_Succ := '000'B) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T!REL_COM $Cref RC_Succ_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ2_T!REL_COM $Cref RC_Succ2_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [5] ?TIMEOUT T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [6] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_UNEXPECTED2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [7] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_05 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] Succ2_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [7] +PNNI_POSTAMBLE_05 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_05 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_0_0_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN0/NN0 - Null State/Null State */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] START T_no_action_P, START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] (FlagS:= '0'B,FlagR:= '1'B,Cref_Prec:= CREF_PREC,Cref_Succ:= CREF_SUCC, Asc_Succ := '01'B, Vpci_Succ := INT_TO_BIT(0,16), Vci_Succ:= INT_TO_BIT(33, 16), Pref_Succ := '000'B) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T!REL_COM $Cref RC_Succ_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [4] ?TIMEOUT T_no_action_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [5] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [6] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [6] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL T_no_action_P $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_0_11_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in the Test State NN0/NN11 - Null state/Release Request state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_10_10_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Prec_T!REL START T308 $Cref RL_Prec_s_v1(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_16) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?REL_COM CANCEL T308 $Cref RC_Prec_r_v2(CAval_16) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB3 $Line [4] Succ_T?REL CANCEL T_no_action_S $Cref RL_Succ_r_v1(CAval_16) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB3 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T308 CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T308, CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_10_10_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN10/NN10 - Active state/Active state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_4_7_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CONN $Cref CO_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CONN $Cref CO_Prec_r_v1 $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_6_0_PREAMBLE_SU(SU:SETUP) $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN6 - Call Proceeding Sent state/Call Present state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T_no_action_S $Cref $VerdictId $Comment /* T_no_action_val > T303val */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T!SETUP START T303 $Cref SU $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v1woCI $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R, Asc_Succ := SETUP.CI.CI_5.CI_5_54) CANCEL T_no_action_S $Cref SU_Succ_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '000'B] $Cref $VerdictId $Comment /* exclusive VPCI/VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '001'B] $Cref $VerdictId $Comment /* any VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '100'B] $Cref $VerdictId $Comment /* no VCI (switched VPs) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89, Pref_Succ := '100'B) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303,CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_6_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN6 - Call Proceeding Sent state/Call Present state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T_no_action_S $Cref $VerdictId $Comment /* T_no_action_val > T303val */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T!SETUP START T303 $Cref SU_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v1woCI $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R, Asc_Succ := SETUP.CI.CI_5.CI_5_54) CANCEL T_no_action_S $Cref SU_Succ_r_v1 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '000'B] $Cref $VerdictId $Comment /* exclusive VPCI/VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '001'B] $Cref $VerdictId $Comment /* any VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '100'B] $Cref $VerdictId $Comment /* no VCI (switched VPs) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89, Pref_Succ := '100'B) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303,CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_6_PREAMBLE_SU(SU:SETUP) $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN6 - Call Proceeding Sent state/Call Present state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_0_0_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T_no_action_S $Cref $VerdictId $Comment /* T_no_action_val > T303val */ $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T!SETUP START T303 $Cref SU $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?CALL_PROC CANCEL T303 $Cref CP_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB2 $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R) CANCEL T_no_action_S $Cref SU_Succ_r_v3woCI $VerdictId (P) $Comment /* w/o CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?SETUP (Cref_Succ := SETUP.CR.CR_234.CR_234_R, Asc_Succ := SETUP.CI.CI_5.CI_5_54) CANCEL T_no_action_S $Cref SU_Succ_r_v3 $VerdictId (P) $Comment /* w CI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '000'B] $Cref $VerdictId $Comment /* exclusive VPCI/VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '001'B] $Cref $VerdictId $Comment /* any VCI */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] [SETUP.CI.CI_5.CI_5_31 = '100'B] $Cref $VerdictId $Comment /* no VCI (switched VPs) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [6] (Vpci_Succ :=SETUP.CI.CI_67, Vci_Succ :=SETUP.CI.CI_89, Pref_Succ := '100'B) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB2 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [5] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T303 $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T303,CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_9_0_PREAMBLE_SU(SU:SETUP) $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN9 - Call Proceeding Sent state/Call Received state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_0_PREAMBLE_SU(SU) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC START T_no_action_S $Cref CP_Succ_s_v1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_9_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN9 - Call Proceeding Sent state/Call Received state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC START T_no_action_S $Cref CP_Succ_s_v1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_3_9_PREAMBLE_SU(SU:SETUP) $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN3/NN9 - Call Proceeding Sent state/Call Received state */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_6_PREAMBLE_SU(SU) $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!CALL_PROC START T_no_action_S $Cref CP_Succ_s_v1(Asc_Succ, Pref_Succ, Vpci_Succ, Vci_Succ) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [2] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_NN_4_7_PREAMBLE $TestStepRef AF_TEST_0156_000/PREAMBLE/ $Objective /* Procedure used to place the IUT in Test State NN4/NN7 - Alerting Delivered state/Alerting Received state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_NN_3_9_PREAMBLE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!ALERT $Cref AL_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] Prec_T?ALERT CANCEL T_no_action_S $Cref AL_Prec_r_v1 $VerdictId (P) $Comment /* (P) */ $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] +PNNI_POSTAMBLE_01 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* Initialization of test variable and IUT. */ $End_TestStep $End_TestStepGroup $TestStepGroup $TestStepGroupId VERIFICATION $Begin_TestStep $TestStepId STATE_VERIFICATION(STATE_Prec, STATE_Succ:BITSTRING) $TestStepRef AF_TEST_0156_000/VERIFICATION/ $Objective /* Verify that the preceding side and succeeding side states of IUT are in the state STATE_Prec and the state STATE_Succ. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T!STAT_ENQ $Cref SQ_Prec_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START Ts $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?STAT $Cref ST_Prec_r_v1(STATE_Prec,CAval_30) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T!STAT_ENQ $Cref SQ_Succ_s_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?STAT CANCEL Ts $Cref ST_Succ_r_v1(STATE_Succ,CAval_30) $VerdictId (P) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId (F) $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT Ts $Cref $VerdictId (F) $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $End_TestStepGroup $TestStepGroup $TestStepGroupId POSTAMBLE $Begin_TestStep $TestStepId PNNI_POSTAMBLE_01 $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Procedure used to return the IUT to the NULL (N0) state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] START Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT Tw $Cref $VerdictId R $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_POSTAMBLE_02 $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Pocedure used to return the IUT to the NULL (N0) state. REL_COM at Succ_T is still awaited, if RCawaited */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] [RCawaited] $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM $Cref RC_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM $Cref RC_Succ_r_v3 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] +PNNI_POSTAMBLE_P $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_POSTAMBLE_03 $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Pocedure used to return the IUT to the NULL (N0) state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ2_T!REL_COM $Cref RC_Succ2_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] START Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] ?TIMEOUT Tw $Cref $VerdictId R $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Prec_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] Succ2_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_POSTAMBLE_04 $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Pocedure used to return the IUT to the NULL (N0) state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] [RCawaited] $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] START T_no_action_S $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [2] Succ_T?REL_COM $Cref RC_Succ_r_v1(?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?REL_COM $Cref RC_Succ_r_v2 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT T_no_action_S $Cref $VerdictId (I) $End_BehaviourLine $BehaviourLine $LabelId $Line [3] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ_T?OTHERWISE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] +PNNI_POSTAMBLE_03 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_POSTAMBLE_05 $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Pocedure used to return the IUT to the NULL (N0) state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [1] Succ_T!REL_COM $Cref RC_Succ_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Succ2_T!REL_COM $Cref RC_Succ2_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [3] START Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] ?TIMEOUT Tw $Cref $VerdictId R $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Prec_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [4] Succ2_T?OTHERWISE CANCEL Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [5] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_POSTAMBLE_P $TestStepRef AF_TEST_0156_000/POSTAMBLE/ $Objective /* Procedure used to return the IUT to the NULL (N0) state. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T!REL_COM $Cref RC_Prec_s_v1(CAval_41) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId LB1 $Line [1] START Tw $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [2] ?TIMEOUT Tw $Cref $VerdictId R $End_BehaviourLine $BehaviourLine $LabelId $Line [2] Prec_T?OTHERWISE $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [3] GOTO LB1 $Cref $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $End_TestStepGroup $TestStepGroup $TestStepGroupId UNEXPECTED $Begin_TestStep $TestStepId PNNI_UNEXPECTED $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $Objective /* This procedure is used to allow the receipt of certain messages during test body execution without affecting the verdict. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T?STAT $Cref ST_Prec_r_v1(?,?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Succ_T?STAT $Cref ST_Succ_r_v1(?,?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Prec_T?STAT_ENQ $Cref SQ_Prec_r_v1 $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Succ_T?STAT_ENQ $Cref SQ_Prec_r_v1 $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_UNEXPECTED2 $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $Objective /* This procedure is used to allow the receipt of certain messages during test body execution without affecting the verdict. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] +PNNI_UNEXPECTED $Cref $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Succ2_T?STAT $Cref ST_Succ2_r_v1(?,?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Succ2_T?STAT_ENQ $Cref SQ_Succ2_r_v1 $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $Begin_TestStep $TestStepId PNNI_UNEXPECTED_P $TestStepRef AF_TEST_0156_000/UNEXPECTED/ $Objective /* This procedure is used to allow the receipt of certain messages during test body execution without affecting the verdict. */ $DefaultsRef $BehaviourDescription $BehaviourLine $LabelId $Line [0] Prec_T?STAT $Cref ST_Prec_r_v1(?,?) $VerdictId $End_BehaviourLine $BehaviourLine $LabelId $Line [0] Prec_T?STAT_ENQ $Cref SQ_Prec_r_v1 $VerdictId $End_BehaviourLine $End_BehaviourDescription $Comment /* */ $End_TestStep $End_TestStepGroup $End_TestStepLibrary $End_DynamicPart $End_Suite