ATM-REROUTING-MIB DEFINITIONS ::= BEGIN IMPORTS MODULE-IDENTITY, OBJECT-TYPE, enterprises, Integer32, Unsigned32, Counter32 FROM SNMPv2-SMI MODULE-COMPLIANCE, OBJECT-GROUP FROM SNMPv2-CONF TEXTUAL-CONVENTION, RowStatus FROM SNMPv2-TC InterfaceIndex, ifIndex FROM IF-MIB AtmAddr FROM ATM-TC-MIB atmVplVpi, atmVclVpi, atmVclVci FROM ATM-MIB; atmfreroutingMIB MODULE-IDENTITY LAST-UPDATED "200104260000Z" ORGANIZATION "The ATM Forum" CONTACT-INFO "The ATM Forum Worldwide Headquarters 1000 Executive Parkway, Suite 220, St. Louis, MO 63141-6372 Tel: +1 314-205-0200 Fax: +1 314-576-7960 Email: info@atmforum.com" DESCRIPTION "The MIB module for managing the ATM Forum Domain-based rerouting for active point-to-point calls v1.0" REVISION "200104260000Z" DESCRIPTION "Initial version of the MIB module for managing the ATM Forum Domain-based rerouting for active point-to-point calls v1.0" ::= { atmfRerouting 1 } -- The object identifier subtree for the ATM Forum domain-based -- rerouting MIB atmForum OBJECT IDENTIFIER ::= { enterprises 353 } atmForumNetworkManagement OBJECT IDENTIFIER ::= { atmForum 5 } atmfSignalling OBJECT IDENTIFIER ::= { atmForumNetworkManagement 9 } atmfRerouting OBJECT IDENTIFIER ::= { atmfSignalling 3 } -- -- The ATM Forum REROUTING MIB contains the following groups: -- -- (1) Rerouting services configuration base group -- (2) Rerouting services configuration table (filters) -- (3) Rerouting attributes per VPL -- (4) Rerouting attributes per VCL -- -- The rerouting MIB can be used to configure and monitor rerouting -- services on a switching system, on an end system or on an -- inter-networking device. -- -- Rerouting services are only supported for point-to-point calls. -- -- The reroutingFilterTable is used to configure -- the availability and request of rerouting services for a call on a -- per filter basis. A filter can be specified to match the interface, -- the class of service, the type of connection (svc, spvc, svp, spvp) -- and the calling or called party address. -- -- The reroutingVpTable and reroutingVcTable are used to monitor -- what rerouting services have been activated for a call, the -- current rerouting state of a call, and provide counters for -- successful and unsuccessful rerouting operations. -- -- When using this MIB to configure end systems, -- some objects are not available. The objects relevant -- for end systems can be found in the conformance statements. -- -- The rerouting objects defined in this MIB are available on -- inter-domain interfaces. reroutingMIBObjects OBJECT IDENTIFIER ::= { atmfreroutingMIB 1 } -- ======================================== -- Domain-based rerouting types definitions -- ======================================== NetworkReroutingCapabilities ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Indicates the network rerouting services available on a switching system." REFERENCE "ATM Forum Domain-based rerouting 1.0" SYNTAX BITS { dbrHardRerouting (0), dbrAsymmetricSoftRerouting (1), dbrSymmetricSoftRerouting (2) } HardReroutingServicesClass ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Indicates the service of the hard rerouting services class which is requested/activated for a call." REFERENCE "Domain-based rerouting 1.0" SYNTAX INTEGER { none (1), dbrInterDomainHardRerouting (2), dbrIntraDomainHardRerouting (3) } SoftReroutingServicesClass ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Indicates the service of the soft rerouting services class which is requested/activated for a call." REFERENCE "Domain-based rerouting 1.0" SYNTAX INTEGER { none (1), dbrIntraDomainAsymmetricSoftRerouting (2), dbrIntraDomainSymmetricSoftRerouting (3) } ReroutingNodeRole ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Describes whether the node is the source node or the destination node for a call." REFERENCE "Domain-based rerouting 1.0" SYNTAX INTEGER { other (1), sourceNode (2), destinationNode (3) } ReroutingState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Indicates the type of the rerouting operation in progress. The following mapping is done between the rerouting states of the FSM and the values of this object: FSM state ReroutingState --------- -------------- null -> idle reroutingIdle -> idle hardRerouteTriggered -> hardReroute hardRerouteProceeding -> hardReroute hardRerouteIndicated -> hardReroute hardRerouteInitiated -> hardReroute softRerouteTriggered -> softReroute softRerouteProceeding -> softReroute softRerouteInitiated -> softReroute awaitingSwitchover -> softReroute " REFERENCE "Domain-based rerouting 1.0" SYNTAX INTEGER { idle (1), hardReroute (2), softReroute (3) } ExtendedReroutingState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Describes the different states of the rerouting finite state machine. The states varies depending on the rerouting services activated for a call and on the role of the edge switch for the call (source vs destination node)" REFERENCE "Domain-based rerouting 1.0" SYNTAX INTEGER { null (1), reroutingIdle (2), hardRerouteTriggered (3), hardRerouteProceeding (4), hardRerouteIndicated (5), hardRerouteInitiated (6), softRerouteTriggered(7), softRerouteProceeding(8), softRerouteInitiated(9), awaitingSwitchover(10) } -- ======================================== -- Domain-based rerouting capabilities -- ======================================== reroutingBaseGroup OBJECT IDENTIFIER ::= { reroutingMIBObjects 1 } reroutingVersion OBJECT-TYPE SYNTAX INTEGER {unsupported (1), version1point0 (2)} MAX-ACCESS read-only STATUS current DESCRIPTION "The version of the ATM Forum rerouting specification that the software in this switching system is capable of executing." REFERENCE "Domain-based rerouting 1.0" ::= { reroutingBaseGroup 1 } reroutingCapabilitiesSupported OBJECT-TYPE SYNTAX BITS { dbrHardRerouting (0), dbrAsymmetricSoftRerouting (1), dbrSymmetricSoftRerouting (2) } MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the rerouting mechanisms supported on this switching system" REFERENCE "Domain-based rerouting 1.0" ::= { reroutingBaseGroup 2 } reroutingHardReroutingTime OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The timeout value in milliseconds for a hard rerouting operation to be completed. The hard rerouting timer is set to this value when a hard rerouting operation is triggered. A value of zero indicates that there is no timeout" REFERENCE "Domain-based rerouting 1.0" ::= { reroutingBaseGroup 3 } reroutingFilterTable OBJECT-TYPE SYNTAX SEQUENCE OF ReroutingFilterEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "The table is used to configure the rerouting services of a call during the initial call establishment. The configuration includes: - the availability of rerouting services, - the request for inter and intra-domain rerouting services. - the applicability of the configuration to svc, spvc, svp, spvp. The configuration of rerouting services is based on a filter. Incoming setups and outgoing setups on inter-domain interfaces (e.g. UNI, AINI, inter-domain PNNI) are matched against the filters contained in this table. The configuration of the rerouting services contained in a row of this table apply if the setup message matches the filtering criteria contained in the row. If the setup message matches several filters of this table, the resulting configuration of the rerouting services is implementation dependent. An entry in this table configures the rerouting services for SVCs, SVPs, soft PVCs, and soft PVPs. The configuration Applies to point-to-point calls only." REFERENCE "Domain-based rerouting v1.0" ::= { reroutingMIBObjects 2 } reroutingFilterEntry OBJECT-TYPE SYNTAX ReroutingFilterEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Each entry in this table defines a filter to match against incoming/outgoing setups on inter-domain interfaces. Each entry also contains the configuration of the rerouting services for a call matching the filter. Matching is performed on incoming setup indications and Outgoing setup requests of svcs and svps when the switching system is the edge switch for the call. The matching is done on the inter-domain interface. A setup message is matching a filter entry, if all the attributes contained in the filter match the setup message. The matching criteria is contained in the description of each object. The entry is also used to configure the rerouting services for soft pvcs or soft pvps whose terminating legs are located on an interface of this switch. A new entry can be created by specifying an atmTraceFilterIndex value that is currently not being used and also using an appropriate value (createAndGo or createAndWait) for the reroutingFilterRowStatus object. The reroutingFilterIndex is used as the instance ID to Uniquely identify a filter configured on this switching system." INDEX { reroutingFilterIndex} ::= { reroutingFilterTable 1 } ReroutingFilterEntry ::= SEQUENCE { reroutingFilterIndex INTEGER, reroutingFilterIfDirection INTEGER, reroutingFilterInterface InterfaceIndex, reroutingFilterConnKind BITS, reroutingFilterServiceCategory BITS, reroutingFilterCallingPartyPrefix AtmAddr, reroutingFilterCallingPartyLength Integer32, reroutingFilterCalledPartyPrefix AtmAddr, reroutingFilterCalledPartyLength Integer32, reroutingFilterNetworkServicesAvailable NetworkReroutingCapabilities, reroutingFilterHardReroutingServiceRequest HardReroutingServicesClass, reroutingFilterSoftReroutingServiceRequest SoftReroutingServicesClass, reroutingFilterRowStatus RowStatus } reroutingFilterIndex OBJECT-TYPE SYNTAX INTEGER (1..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "An arbitrary integer uniquely identifying a filter in this table." REFERENCE "Domain-based rerouting 1.0" ::= { reroutingFilterEntry 1} reroutingFilterIfDirection OBJECT-TYPE SYNTAX INTEGER { none (0), in (1), out (2), both (3) } MAX-ACCESS read-create STATUS current DESCRIPTION "The combination of this object and the corresponding instance of reroutingFilterInterface is one selection criteria for this filter entry. If the value of this object is different from 'none', the object restricts the scope of the filter to calls which enter, exit or both enter and exit the ATM device through the port represented by reroutingFilterInterface. Calls initiated or terminated at this port (e.g. Soft PVCs) are also scoped. When this object has the value 'none', it indicates that the scope of the filter is not restricted by the port." REFERENCE "Domain-based rerouting v1.0" DEFVAL { none } ::= { reroutingFilterEntry 2 } reroutingFilterInterface OBJECT-TYPE SYNTAX InterfaceIndex MAX-ACCESS read-create STATUS current DESCRIPTION "The combination of this object and the corresponding instance of reroutingIfDirection is one selection criteria for this filter entry. This object restricts the scope of the filter to calls which enter, exit or both enter and exit the ATM device through the port represented by this object. Calls initiated or terminated at this port (e.g. Soft PVCs) are also scoped. When reroutingFilterCallDirection has the value 'none', the value contained in this object is ignored and the scope of the filter is not restricted by the port." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingFilterEntry 3 } reroutingFilterConnKind OBJECT-TYPE SYNTAX BITS { other(0), svcAndSpvcNotInitiator(1), spvcInitiator(2), svpAndSpvpNotInitiator(3), spvpInitiator(4) } MAX-ACCESS read-create STATUS current DESCRIPTION "Indicates if the configuration defined in this entry applies to: - 'svcAndSpvcNotInitiator' to switched virtual channels only. - 'spvcInitiator' to soft permanent virtual channels, when initiated or terminated on this switching system. - 'svpAndSpvpNotInitiator' to switched virtual paths only. - 'spvpInitiator' to soft permanent virtual paths, when initiated or terminated on this switching system." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingFilterEntry 4 } reroutingFilterServiceCategory OBJECT-TYPE SYNTAX BITS { cbr(0), rtVbr(1), nrtVbr(2), abr(3), ubr(4), gfr(5), other(6) } MAX-ACCESS read-create STATUS current DESCRIPTION "This object restricts the scope of the filter to calls belonging to service categories represented by this object." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingFilterEntry 5 } reroutingFilterCallingPartyPrefix OBJECT-TYPE SYNTAX AtmAddr MAX-ACCESS read-create STATUS current DESCRIPTION "The combination of this object and the corresponding instance of reroutingFilterCallingPartyLength is one selection criteria for this record. To match this selection criteria, a call setup must have a Calling Party Address which has an initial part (of length reroutingFilterCalledPartyLength bits) equal in value to reroutingFilterCallingParty. When the default value for the object is retained then the call will match this filtering criteria for any calling address in the call, or if the calling party number is not present in the call. The value must be padded with zeros from reroutingFilterCallingPartyLength to the full length of the address (8 octets for E.164 numbers and 20 octets for AESAs)." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL { "" } ::= { reroutingFilterEntry 6 } reroutingFilterCallingPartyLength OBJECT-TYPE SYNTAX Integer32 (1..160) MAX-ACCESS read-create STATUS current DESCRIPTION "This object specifies the number of bits in reroutingFilterCallingParty that shall be used when matching against the calling party of a new call setup." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL { 152 } ::= { reroutingFilterEntry 7 } reroutingFilterCalledPartyPrefix OBJECT-TYPE SYNTAX AtmAddr MAX-ACCESS read-create STATUS current DESCRIPTION "The combination of this object and the corresponding instance of reroutingFilterCalledPartyLength is one selection criteria for this record. To match this selection criteria, a connection segment setup must have a called party address which has an initial part (of length reroutingFilterCalledPartyLength bits) equal in value to reroutingFilterCalledParty. When the default value for the object is retained then the call will match this filtering criteria for any called address in the all. The value must be padded with zeros from reroutingFilterCalledPartyLength to the full length of the address (8 octets for E.164 numbers and 20 octets for AESAs)." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL {""} ::= { reroutingFilterEntry 8 } reroutingFilterCalledPartyLength OBJECT-TYPE SYNTAX Integer32 (1..160) MAX-ACCESS read-create STATUS current DESCRIPTION "This object specifies the number of bits in reroutingFilterCalledParty that shall be used when matching against the called party of a new call setup." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL { 152 } ::= { reroutingFilterEntry 9 } reroutingFilterNetworkServicesAvailable OBJECT-TYPE SYNTAX NetworkReroutingCapabilities MAX-ACCESS read-create STATUS current DESCRIPTION "Indicates what network rerouting services are locally available for a call when it matches this filter. If a rerouting service is not available, the negotiation protocol of rerouting services ensures that the service cannot be activated for the call within this rerouting domain. This object can be used to filter and disable the services requested by a user. The determination of the values indicated in the Rerouting Service IE is described in sections 6.2.1 and 6.3.2." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingFilterEntry 10} reroutingFilterHardReroutingServiceRequest OBJECT-TYPE SYNTAX HardReroutingServicesClass MAX-ACCESS read-create STATUS current DESCRIPTION "Indicates which hard rerouting service is requested by the network on behalf of the user when a setup matches this address filter. 'none' means that no hard rerouting service is requested for the call. 'dbrInterDomainHardRerouting' means that the Domain-based hard rerouting service is requested end to end for the call. In addition the intra-domain hard rerouting service is requested for the call. Conditions for the request the inter-domain hard rerouting service are described in sections 6.2.1 and 6.3.2. 'dbrIntraDomainHardRerouting' means that the Domain-based hard rerouting service is requested for the call within this rerouting domain only. This value can be set if the switch is connected directly to the ATM end system, or if it is connected to another switch with an inter-domain interface (e.g. AINI, UNI, inter-domain PNNI) The service specified in this object is only requested for the call if the service is available for this interface. (see object reroutingFilterNetworkServicesAvailable). The determination of the activation of the service depends on the service availability at the other edge nodes. The procedures are described in sections 6.2.1 and 6.3.2." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL { none } ::= { reroutingFilterEntry 11} reroutingFilterSoftReroutingServiceRequest OBJECT-TYPE SYNTAX SoftReroutingServicesClass MAX-ACCESS read-create STATUS current DESCRIPTION "Indicates which soft rerouting service is requested by the network on behalf of the user when a setup matches this address filter. 'none' means that no soft rerouting service is requested for the call. 'dbrIntraDomainAsymmetricSoftRerouting' means that the Domain-based asymmetric soft rerouting service is requested for the call within this rerouting domain only. This value can be set if the switch is connected directly to the ATM end system, or if it is connected to another switch with an inter-domain interface (e.g. AINI, UNI, inter-domain PNNI) 'dbrIntraDomainSymmetricSoftRerouting' means that the Domain-based symmetric soft rerouting service is requested for the call within this rerouting domain only. This value can be set if the switch is connected directly to the ATM end system, or if it is connected to another switch with an inter-domain interface (e.g. AINI, UNI, inter-domain PNNI) The service specified in this object is only requested for the call if the service is available for this interface. (see object reroutingFilterInterNetworkServicesAvailable) The determination of the activation of the service depends on the service availability at the other edge nodes. The procedures are described in sections 6.2.1 and 6.3.2." REFERENCE "ATM Forum Domain-based rerouting 1.0" DEFVAL { none } ::= { reroutingFilterEntry 12} reroutingFilterRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION "To create, delete, activate and de-activate a filter for the configuration of the rerouting services." ::= { reroutingFilterEntry 13} -- ======================================== -- Vpl table for rerouting -- ======================================== reroutingVpTable OBJECT-TYPE SYNTAX SEQUENCE OF ReroutingVpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "The table used to describe the rerouting attributes of a Pt-to-Pt svp or spvp. The entire reroutingVpTable is read-only reflecting the fact that reroutable connections are created through the ATM signalling protocol rather than configured." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingMIBObjects 3 } reroutingVpEntry OBJECT-TYPE SYNTAX ReroutingVpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Each entry in this table contains the rerouting attributes of a SVP or Soft PVP connection. The content of this table reflects only the rerouting values associated with VPCs. This table is similar to the atmVclTable specified in ATM-MIB (RFC 2515). Entries are included for Vpls for which this is the source interface or the destination interface in the rerouting domain. Entries may be included for Vpls at the endpoints of the connection (see the reroutingVpHardReroutingServiceActivated object). This entry serves to identify the VPL on the interface." INDEX { ifIndex, atmVplVpi } ::= { reroutingVpTable 1 } ReroutingVpEntry ::= SEQUENCE { reroutingVpNodeRole ReroutingNodeRole, reroutingVpRemoteNodeAddress AtmAddr, reroutingVpHardReroutingServiceActivated HardReroutingServicesClass, reroutingVpSoftReroutingServiceActivated SoftReroutingServicesClass, reroutingVpReroutingState ReroutingState, reroutingVpReroutingOperationSuccessCounter Counter32, reroutingVpReroutingOperationFailuresCounter Counter32, reroutingVpLocalIncarnationNumber INTEGER, reroutingVpRemoteIncarnationNumber INTEGER, reroutingVpExtendedReroutingState ExtendedReroutingState } reroutingVpNodeRole OBJECT-TYPE SYNTAX ReroutingNodeRole MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates if the switch is the source node or the destination node for the call." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 1 } reroutingVpRemoteNodeAddress OBJECT-TYPE SYNTAX AtmAddr MAX-ACCESS read-only STATUS current DESCRIPTION "Contains the ATM address of the remote edge node" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 2 } reroutingVpHardReroutingServiceActivated OBJECT-TYPE SYNTAX HardReroutingServicesClass MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates which hard rerouting service is activated for this call. 'none' means that no hard rerouting service is activated for the call. On a switch, 'dbrInterDomainHardRerouting' means that the Domain-based hard rerouting service has been requested end to end for the call, and that it is activated within this rerouting domain. On an end system, 'dbrInterDomainHardRerouting' means the hard rerouting service has been requested end to end for the call, and that at least one rerouting domain along the path has activated it. 'dbrIntraDomainHardRerouting' means that the Domain-based hard rerouting service is activated for the call within this rerouting domain only." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 3 } reroutingVpSoftReroutingServiceActivated OBJECT-TYPE SYNTAX SoftReroutingServicesClass MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates which soft rerouting service is activated for this call. 'none' means that no soft rerouting service is activated for the call. 'dbrIntraDomainAsymmetricSoftRerouting' means that the Domain-based asymmetric soft rerouting service is activated for the call within this rerouting domain only. 'dbrIntraDomainSymmetricSoftRerouting' means that the Domain-based symmetric soft rerouting service is activated for the call within this rerouting domain only." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 4 } reroutingVpReroutingState OBJECT-TYPE SYNTAX ReroutingState MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates if a rerouting operation is in progress and what type of rerouting operation is in progress. 'idle' indicates that no rerouting operation is in progress. 'hardRerouting' indicates that a hard rerouting operation is in progress. 'softRerouting' indicates that a soft rerouting operation is in progress." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 5 } reroutingVpReroutingOperationSuccessCounter OBJECT-TYPE SYNTAX Counter32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the number of rerouting operations initiated by this node that succeeded on this call. The establishment of the initial call is not counted" ::= { reroutingVpEntry 6 } reroutingVpReroutingOperationFailuresCounter OBJECT-TYPE SYNTAX Counter32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the number of rerouting operations initiated by this node that failed on this call." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 7 } reroutingVpLocalIncarnationNumber OBJECT-TYPE SYNTAX INTEGER (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current local incarnation number associated with the call. The value contained in this object is the incarnation number of the last reroute setup that was sent by this node for this call. The value zero indicates that no reroute setup has been sent for this call. This object is not instantiated if this node is the destination node of the call and symmetric soft rerouting is not activated for the call" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 8 } reroutingVpRemoteIncarnationNumber OBJECT-TYPE SYNTAX INTEGER (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current remote incarnation number associated with the call. The value contained in this object is the incarnation number of the last reroute setup that was received by this node for this call. The value zero indicates that no reroute setup has been received for this call. This object is not instantiated if this node is the source node of the call and symmetric soft rerouting is not activated for the call" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVpEntry 9 } reroutingVpExtendedReroutingState OBJECT-TYPE SYNTAX ExtendedReroutingState MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current rerouting state of the call, as defined in the rerouting Finite State Machine." REFERENCE "ATM Forum Domain-based rerouting 1.0 sections 6.2.3, 6.3.3" ::= { reroutingVpEntry 10 } -- ======================================== -- Vcl table for rerouting -- ======================================== reroutingVcTable OBJECT-TYPE SYNTAX SEQUENCE OF ReroutingVcEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "The table used to describe the rerouting related attributes of a Pt-to-Pt svc or spvc. The entire reroutingVcTable is read-only reflecting the fact that reroutable connections are created through the ATM signalling protocol rather than configured." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingMIBObjects 4 } reroutingVcEntry OBJECT-TYPE SYNTAX ReroutingVcEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Each entry in this table contains the rerouting attributes of a SVC or Soft PVC connection. The content of this table reflects only the rerouting values associated with VCCs. This table is similar to the atmVclTable specified in ATM-MIB (RFC 2515). Entries are included for Vcls for which this is the source interface or the destination interface in the rerouting domain. Entries may be included for Vcls at the endpoints of the connection (see the reroutingVcHardReroutingServiceActivated object). This entry serves to identify the VCL on the interface." INDEX{ ifIndex, atmVclVpi, atmVclVci } ::= { reroutingVcTable 1 } ReroutingVcEntry ::= SEQUENCE { reroutingVcNodeRole ReroutingNodeRole, reroutingVcRemoteNodeAddress AtmAddr, reroutingVcHardReroutingServiceActivated HardReroutingServicesClass, reroutingVcSoftReroutingServiceActivated SoftReroutingServicesClass, reroutingVcReroutingState ReroutingState, reroutingVcReroutingOperationSuccessCounter Counter32, reroutingVcReroutingOperationFailuresCounter Counter32, reroutingVcLocalIncarnationNumber INTEGER, reroutingVcRemoteIncarnationNumber INTEGER, reroutingVcExtendedReroutingState ExtendedReroutingState } reroutingVcNodeRole OBJECT-TYPE SYNTAX ReroutingNodeRole MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates if the switch is the source node or the destination node for the call." ::= { reroutingVcEntry 1 } reroutingVcRemoteNodeAddress OBJECT-TYPE SYNTAX AtmAddr MAX-ACCESS read-only STATUS current DESCRIPTION "Contains the ATM address of the remote edge node" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 2 } reroutingVcHardReroutingServiceActivated OBJECT-TYPE SYNTAX HardReroutingServicesClass MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates which hard rerouting service is activated for this call. 'none' means that no hard rerouting service is activated for the call. On a switch, 'dbrInterDomainHardRerouting' means that the Domain-based hard rerouting service has been requested end to end for the call, and that it is activated within this rerouting domain. On an end system, 'dbrInterDomainHardRerouting' means the hard rerouting service has been requested end to end for the call, and that at least one rerouting domain along the path has activated it. 'dbrIntraDomainHardRerouting' means that the Domain-based hard rerouting service is activated for the call within this rerouting domain only." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 3 } reroutingVcSoftReroutingServiceActivated OBJECT-TYPE SYNTAX SoftReroutingServicesClass MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates which soft rerouting service is activated for this call. 'none' means that no soft rerouting service is activated for the call. 'dbrIntraDomainAsymmetricSoftRerouting' means that the Domain-based asymmetric soft rerouting service is activated for the call within this rerouting domain only. 'dbrIntraDomainSymmetricSoftRerouting' means that the Domain-based symmetric soft rerouting service is activated for the call within this rerouting domain only." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 4 } reroutingVcReroutingState OBJECT-TYPE SYNTAX ReroutingState MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates if a rerouting operation is in progress and what type of rerouting operation is in progress. 'idle' indicates that no rerouting operation is in progress. 'hardRerouting' indicates that a hard rerouting operation is in progress. 'softRerouting' indicates that a soft rerouting operation is in progress." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 5 } reroutingVcReroutingOperationSuccessCounter OBJECT-TYPE SYNTAX Counter32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the number of rerouting operations initiated by this node that succeeded on this call. The establishment of the initial call is not counted" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 6 } reroutingVcReroutingOperationFailuresCounter OBJECT-TYPE SYNTAX Counter32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the number of rerouting operations initiated by this node that failed on this call." REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 7 } reroutingVcLocalIncarnationNumber OBJECT-TYPE SYNTAX INTEGER (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current local incarnation number associated with the call. The value contained in this object is the incarnation number of the last reroute setup that was sent by this node for this call. The value zero indicates that no reroute setup has been sent for this call. This object is not instantiated if this node is the destination node of the call and symmetric soft rerouting is not activated for the call" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 8 } reroutingVcRemoteIncarnationNumber OBJECT-TYPE SYNTAX INTEGER (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current remote incarnation number associated with the call. The value contained in this object is the incarnation number of the last reroute setup that was received by this node for this call. The value zero indicates that no reroute setup has been received for this call. This object is not instantiated if this node is the source node of the call and symmetric soft rerouting is not activated for the call" REFERENCE "ATM Forum Domain-based rerouting 1.0" ::= { reroutingVcEntry 9 } reroutingVcExtendedReroutingState OBJECT-TYPE SYNTAX ExtendedReroutingState MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the current rerouting state of the call, as defined in the rerouting Finite State Machine." REFERENCE "ATM Forum Domain-based rerouting 1.0 sections 6.2.3, 6.3.3" ::= { reroutingVcEntry 10 } -- conformance information reroutingMIBConformance OBJECT IDENTIFIER ::= { atmfreroutingMIB 2 } reroutingMIBCompliances OBJECT IDENTIFIER ::= { reroutingMIBConformance 1 } reroutingMIBGroups OBJECT IDENTIFIER ::= { reroutingMIBConformance 2 } -- compliance statements reroutingMIBCompliance MODULE-COMPLIANCE STATUS current DESCRIPTION "The compliance statement for entities which implement the ATM rerouting MIB. Groups of required rerouting objects for configuring and monitoring the domain-based rerouting feature in a switching system are identified by the suffix SwMinGroup. Groups of optional rerouting objects for switching systems are identified by the suffix SwOptGroup. Groups of required rerouting objects for configuring and monitoring the domain-based rerouting feature at an end system are identified by the suffix EsMinGroup. Groups of optional rerouting objects for end systems are identified by the suffix EsOptGroup." MODULE -- this module GROUP reroutingBaseSwMinGroup DESCRIPTION "The reroutingBaseSwMinGroup is mandatory for switching systems" GROUP reroutingFilterSwMinGroup DESCRIPTION "The reroutingFilterSwMinGroup is mandatory for switching systems" GROUP reroutingVcSwMinGroup DESCRIPTION "The reroutingVcSwMinGroup is mandatory for switching systems" GROUP reroutingBaseEsMinGroup DESCRIPTION "The reroutingBaseEsMinGroup is mandatory for end systems" GROUP reroutingFilterEsMinGroup DESCRIPTION "The reroutingFilterEsMinGroup is mandatory for end systems" GROUP reroutingVcEsMinGroup DESCRIPTION "The reroutingVcEsMinGroup is mandatory for end systems" ::= { reroutingMIBCompliances 1 } -- units of conformance for switching devices reroutingBaseSwMinGroup OBJECT-GROUP OBJECTS { reroutingVersion, reroutingCapabilitiesSupported } STATUS current DESCRIPTION "A collection of mandatory rerouting objects which describe the rerouting services supported in a switching system." ::= { reroutingMIBGroups 1 } reroutingFilterSwMinGroup OBJECT-GROUP OBJECTS { reroutingFilterIfDirection, reroutingFilterInterface, reroutingFilterNetworkServicesAvailable, reroutingFilterHardReroutingServiceRequest, reroutingFilterSoftReroutingServiceRequest, reroutingFilterRowStatus } STATUS current DESCRIPTION "A collection of mandatory objects used for the configuration of rerouting services in a switching system when using filters." ::= { reroutingMIBGroups 2 } reroutingVcSwMinGroup OBJECT-GROUP OBJECTS { reroutingVcNodeRole, reroutingVcRemoteNodeAddress, reroutingVcHardReroutingServiceActivated, reroutingVcSoftReroutingServiceActivated, reroutingVcReroutingState, reroutingVcReroutingOperationSuccessCounter, reroutingVcReroutingOperationFailuresCounter } STATUS current DESCRIPTION "A collection of mandatory per Vc rerouting objects describing the state of the rerouting services associated to a call in a switching system." ::= { reroutingMIBGroups 3 } reroutingBaseSwOptionalGroup OBJECT-GROUP OBJECTS { reroutingHardReroutingTime } STATUS current DESCRIPTION "A collection of optional rerouting object which describe the timer configuration when hard rerouting service is supported in a switching system." ::= { reroutingMIBGroups 4 } reroutingFilterSwOptionalGroup OBJECT-GROUP OBJECTS { reroutingFilterConnKind, reroutingFilterServiceCategory, reroutingFilterCallingPartyPrefix, reroutingFilterCallingPartyLength, reroutingFilterCalledPartyPrefix, reroutingFilterCalledPartyLength } STATUS current DESCRIPTION "A collection of optional objects used for the configuration of rerouting services in a switching system when using filters." ::= { reroutingMIBGroups 5 } reroutingVpSwOptionalGroup OBJECT-GROUP OBJECTS { reroutingVpNodeRole, reroutingVpRemoteNodeAddress, reroutingVpHardReroutingServiceActivated, reroutingVpSoftReroutingServiceActivated, reroutingVpReroutingState, reroutingVpReroutingOperationSuccessCounter, reroutingVpReroutingOperationFailuresCounter, reroutingVpLocalIncarnationNumber, reroutingVpRemoteIncarnationNumber, reroutingVpExtendedReroutingState } STATUS current DESCRIPTION "A collection of optional per Vp rerouting objects describing the state of the rerouting services associated to a call in a switching system." ::= { reroutingMIBGroups 6 } reroutingVcSwOptionalGroup OBJECT-GROUP OBJECTS { reroutingVcLocalIncarnationNumber, reroutingVcRemoteIncarnationNumber, reroutingVcExtendedReroutingState } STATUS current DESCRIPTION "A collection of optional per Vc rerouting objects describing the state of the rerouting services associated to a call in a switching system." ::= { reroutingMIBGroups 7 } -- units of conformance for end system devices reroutingBaseEsMinGroup OBJECT-GROUP OBJECTS { reroutingVersion } STATUS current DESCRIPTION "A collection of mandatory rerouting objects which describe the rerouting services supported in an end system." ::= { reroutingMIBGroups 8 } reroutingFilterEsMinGroup OBJECT-GROUP OBJECTS { reroutingFilterIfDirection, reroutingFilterInterface, reroutingFilterHardReroutingServiceRequest, reroutingFilterRowStatus } STATUS current DESCRIPTION "A collection of mandatory objects used for the request of rerouting services in this end system device when using filters." ::= { reroutingMIBGroups 9 } reroutingVcEsMinGroup OBJECT-GROUP OBJECTS { reroutingVcHardReroutingServiceActivated } STATUS current DESCRIPTION "A collection of mandatory rerouting objects describing the rerouting services associated to a call in an end system device." ::= { reroutingMIBGroups 10 } reroutingFilterEsOptionalGroup OBJECT-GROUP OBJECTS { reroutingFilterConnKind, reroutingFilterServiceCategory, reroutingFilterCallingPartyPrefix, reroutingFilterCallingPartyLength, reroutingFilterCalledPartyPrefix, reroutingFilterCalledPartyLength } STATUS current DESCRIPTION "A collection of optional objects used for the configuration of rerouting services in this end system device when using filters." ::= { reroutingMIBGroups 11 } reroutingVpEsOptionalGroup OBJECT-GROUP OBJECTS { reroutingVpHardReroutingServiceActivated, reroutingVpSoftReroutingServiceActivated, reroutingVcSoftReroutingServiceActivated } STATUS current DESCRIPTION "A collection of optional rerouting objects describing the rerouting services associated to a call in an end system device." ::= { reroutingMIBGroups 12 } END