SMDS-Subscription-MIB: View SNMP OID List / Download MIB

This table contains Subscriber-Network Interface (SNI) parameters and state variables, one entry per SIP port.

This list contains Subscriber-Network Interface (SNI) parameters and state variables.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

The textual identification of the contact person(s) or organization(s) for the subscriber of this managed SNI, together with information on how to contact this person or organization (e.g., BCC information telephone number, or email address).

The physical location of the termination point for this SNI on the Switching System (e.g., CO Location).

The currently subscribed-to access class for this SNI. For a DS3-based access path, the value for this information indicates access class and the Sustained Information Rate in Mbps {4, 10, 16, 25, 34}. There is no Access Class enforcement for DS1-based access paths and hence no related information (i.e., noClass). Enumeration: 'class34': 6, 'class25': 5, 'noClass': 1, 'class16': 4, 'class10': 3, 'class4': 2.

The maximum number of SMDS data units that may be transferred concurrently over the SNI to the SMDS SS. Values can be 1 or 16. Enumeration: 'mcdusIn16': 2, 'mcdusIn1': 1.

This object is used to change the value of smdsMCDUsIn. When the values of this object and smdsMCDUsIn are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing a requested change. The agent may refuse the change to be made and thus return the value for smdsMCDUsInChange to its previous value which is equal to the smdsMCDUsIn value. If the agent accepts the change, the smdsMCDUsIn value will be set equal to the smdsMCDUsInChange value. The maximum number of SMDS data units that may be transferred concurrently over the SNI to the SMDS SS. Values can be 1 or 16. Enumeration: 'mcdusIn16': 2, 'mcdusIn1': 1.

The maximum number of SMDS data units that may be transferred concurrently over the SNI from the SMDS SS. Values can be 1 or 16. Enumeration: 'mcdusOut1': 1, 'mcdusOut16': 2.

This object is used to change the value of smdsMCDUsOut. When the values of this object and smdsMCDUsOut are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing a requested change. The agent may refuse the change to be made and thus return the value for smdsMCDUsOutChange to its previous value which is equal to the smdsMCDUsOut value. If the agent accepts the change, the smdsMCDUsOut value will be set equal to the smdsMCDUsOutChange value. The maximum number of SMDS data units that may be transferred concurrently over the SNI from the SMDS SS. Values can be 1 or 16. Enumeration: 'mcdusOut1': 1, 'mcdusOut16': 2.

The number of SIP L3_PDUs that have been discarded by the SMDS SS because the source addresses were not assigned to the SNI.

A count of the number of L3_PDUs that were discarded because the access class for this SNI has been exceeded.

The number of SIP L3_PDUs that violated the address screen based on source address screening for an SNI.

The number of SIP L3_PDUs that violated the address screen based on destination address screening for an SNI.

The number of L3_PDUs that were discarded because the MCDU was exceeded in the CPE to SMDS SS direction.

The number of L3_PDUs that were discarded because the MCDU was exceeded in the SMDS SS to CPE direction.

This object provides hints on how an SMDS Address is divided into three fields. These three fields are used as indices into tables that need to be indexed by an SMDS address. These three fields provide for a user-friendly/readable format in order to do SETs and GETs. The three fields are country code, destination code, and subscriber number. Each field MUST only contain 1 to 9 digits and must NOT start with a zero. All SMDS addresses will have a country code. Most SMDS addresses will have a destination code (e.g., in the US this number is the area code). The subscriber number is the rest of the SMDS address, which is less than or equal to the remaining 9 digits. For those SMDS addresses that do not have a destination code or whose subscriber number is more than 9 digits long, the destination code and the subscriber number must be divided in a logical way. Also, if a field starts with zero(s), then these zero(s) must be the trailing zero(s) of the previous field. It is up to the service provider to determine this logic. This object describes the way that the SMDS addresses are divided for this SNI (ifIndex). For example, in the US, this object will contain the following text: 'Country code = 1. Destination code = area code (e.g., 908). Subscriber number = the remaining 7 digits (e.g., 7582107). The OID looks like objectName.1.908.7582107 and the SMDSAddress = C19087582107FFFF in Hex'.

This table contains the SMDS addresses assigned to each SNI (up to 16 addresses per SNI).

A valid SMDS individual address for this SNI and an SNI index.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

An SMDS address that belongs to this SNI.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

This is the table for the address screens. There can be up to s individual address screens and up to s group address screens per SNI (sniScreenIndex). The initial value for s (screenIndex) is equal to 4. In the future a higher value of s may be supported. The screens are distinguished by their screenType (i.e., individual or group) and by the screenIndex (i.e., a value between 1 and s). This list identifies the s screens associated with an SNI accompanied by an indication (screenStatus) of whether the screening comprises 'allowed addresses' or 'disallowed addresses' (i.e., whether the screen is applied as an inclusionary or exclusionary restriction), or whether the screen is not used (i.e., screening is turned off and all SIP L3_PDUs are allowed; this is identified by an empty list) or multiple individual and group address screens are not supported by the network supporting SMDS. Different addresses on an SNI may be associated with different address screens (one individual and one group address screen per associated SNI individual address, and one individual address screen per associated SNI group address). This information is included in the associatedAddressesIndScreenTable and associatedAddressesGrpScreenTable. The associatedAddressesIndScreenTable includes all the addresses (associatedAddressInd) assigned to an SNI (i.e., both individual and group addresses) that are associated with a particular Individual Address Screen (associatedScreenIndIndex). The associatedAddressesGrpScreenTable includes all the addresses (associatedAddressGrp) assigned to an SNI (i.e., only individual addresses) that are associated with a particular Group Address Screen (associatedScreenGrpIndex). For every SNI, there are: 1) defIAScreenForIAs; the default Individual Address Screen used for destination address screening at the network ingress and source address screening at the network egress of individually addressed L3_PDUs when the associated SNI address is an Individual Address. 2) defGAScreenForIAs; the default Group Address Screen used for destination address screening at the network ingress of group addressed L3_PDUs. The associated SNI address will always be an Individual Address (i.e., it is the Source Address). 3) defIAScreenForGAs; the default Individual Address Screen used for source address screening at the network egress of individually addressed L3_PDUs when the associated SNI address is a Group Address (i.e., it is the Destination Address). The individual address screen (all the iAScreeningAddresses for the s iAScreenIndices in the individualAddressScreenTable) and the group address screen (all the gAScreeningAddress for the s gAScreenIndices in the groupAddressScreenTable) together consist of up to n addresses. The initial value of n (numberValidEntries in the numberAndDefaultScreeningTable) is defined as 128. In the future a value of n up to 2048 may be supported. The individual address screen (iAScreeningAddress in the individualAddressScreenTable) is used to perform Destination Address Screening for individually addressed data units (performed at the network ingress) and Source Address Screening for all data units (performed at the network egress). The group address screen (gAScreeningAddress in the groupAddressScreenTable) is used to perform Destination Address Screening for group addressed data units.

This list contains the SNI Index, the Screening Table Index, whether the screening table is an Individual Address Screen or Group Address Screen, whether the screen is a list of allowed or disallowed addresses, whether the screen is empty, or whether multiple individual and group address screens are not supported. See reference TR-TSV- 000772.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the individual or group address screening list. There may be up to s individual address screening lists and up to s group address screening lists per SNI. The initial value of s is defined to be 4. In the future more screening lists per SNI may be allowed. For each SNI, there must be at least one individual address screen and one group address screen.

The value of this object identifies whether the screening table is either an individual address screen or a group address screen. Enumeration: 'individualScreen': 1, 'groupScreen': 2.

The object identifies whether the screen contains allowed or disallowed addresses. The value of this object is identical for an entire address screen. The value of empty implies that screening is turned off (i.e., all L3_PDUs are allowed). The value of notSupported implies that this particular screenIndex is not available for this SNI (sniScreenIndex) (i.e., the SNI supports less than s individual address screens and less than s group addresses screens). An SNI must have at least one Individual Address Screen and one Group Address Screen in which all their SNI addresses are associated with those screens. See reference TR-TSV-000772 for the requirements and objectives on address screening. Enumeration: 'notSupported': 4, 'disallowed': 2, 'empty': 3, 'allowed': 1.

This object is used to change the screenStatus. If this object is different from the screenStatus, then the screenStatus is undergoing change. When these objects are the same, then the screenStatus is stable. The agent may refuse the change to be made and thus return the value for screenStatusChange to its previous value which is equal to the screenStatus value. If the agent accepts the change, the screenStatus value will be set equal to the screenStatusChange value. An NMS may SET the screenStatus to empty to clean out all the addresses in an individualAddressScreenTable or a groupAddressScreenTable. The addresses in the associatedAddressesIndScreenTable and associatedAddressesGrpScreenTable would need to be moved to another screening list (otherwise, screening would be turned off for these addresses and all packets will be allowed through for these associated SNI addresses). An NMS may not SET the status of screenStatusChange if the value of screenStatus is equal to notSupported and the value of screenStatusChange is equal to notSupported. If an NMS tries to SET the status of screenStatusChange to notSupported or to move it from the notSupported state, then the agent will return badValue. An SNI must have at least one Individual Address Screen and one Group Address Screen, in which case all their SNI addresses are associated with that screen. See reference TR-TSV-000772 for the requirements and objectives on address screening. Enumeration: 'notSupported': 4, 'disallowed': 2, 'empty': 3, 'allowed': 1.

This list identifies the total number of addresses that are in all of the screens for the particular SNI. This list also identifies the default screens. For every SNI, there are: 1) defIAScreenForIAs; the default Individual Address Screen used for destination address screening at the network ingress and source address screening at the network egress of individually addressed L3_PDUs when the associated SNI address is an Individual Address. 2) defGAScreenForIAs; the default Group Address Screen used for destination address screening at the network ingress of group addressed L3_PDUs. The associated SNI address will always be an Individual Address (i.e., it is the Source Address). 3) defIAScreenForGAs; the default Individual Address Screen used for source address screening at the network egress of individually addressed L3_PDUs when the associated SNI address is a Group Address (i.e., it is the Destination Address).

An SNI Index along with the number of addresses in all of the screening lists and the default screens for this SNI.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the default Individual Address Screen for all Individual Addresses associated with this SNI. This value is to guard against an assigned SNI Address not being represented in one of the associatedAddressesIndScreenTable.

This object is used to change the defIAScreenForIAs. When the value of this object and defIAScreenForIAs are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for defIAScreenForIAsChange to its previous value which is equal to the defIAScreenForIAs value. If the agent accepts the change, the defIAScreenForIAs value will be set equal to the defIAScreenForIAsChange value.

The value of this object identifies the default Individual Address Screen for all Group Addresses associated with this SNI. This value is to guard against an assigned SNI Address not being represented in one of the associatedAddressesIndScreenTable.

This object is used to change the defIAScreenForGAs. When the value for this object and defIAScreenForGAs are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for defIAScreenForGAsChange to its previous value which is equal to the defIAScreenForGAs value. If the agent accepts the change, the defIAScreenForGAs value will be set equal to the defIAScreenForGAsChange value.

The value of this object identifies the default Group Address Screen for all Individual Addresses associated with this SNI. This value is to guard against an assigned SNI Address not being represented in one of the associatedAddressesGrpScreenTable.

This object is used to change the defGAScreenForIAs. When the value of this object and defGAScreenForIAs are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for defGAScreenForIAsChange to its previous value which is equal to the defGAScreenForIAs value. If the agent accepts the change, the defGAScreenForIAs value will be set equal to the defGAScreenForIAsChange value.

This value identifies the total number of screened addresses in all (up to s+s = 8) address screens. The individual address screens (up to s) and the group address screens (up to s) together consist of up to n addresses. The value of s is initially equal to 4. The initial value of n is defined as 128. In the future a value of n up to 2048 may be supported.

This list identifies the associated SNI addresses per individual address screen. Different addresses on an SNI may be associated with different individual address screens (one individual address screen per associated address on an SNI).

An SNI index, a screening list index, the associated addresses for the SNI for the individual address screen, and whether the associated address for the screen is valid or invalid.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the individual address screening list. There are at least one individual address screen and at most s individual address screens per SNI. The initial value of s is defined to be 4. In the future more screening lists per SNI may be allowed. The values of this object correspond to the values of screenIndex in the addressScreeningMasterTable.

The value of this object identifies the type of address that is identified by the three address sub-object identifiers assocIndCountryCodeIndex, assocIndDestinationCodeIndex, assocIndSubscriberNumberIndex. The address type can either be an individual or group address. See the object associatedAddressInd. Enumeration: 'individual': 1, 'group': 2.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The value of this object identifies one of the SMDS addresses for the SNI identified by the associatedSNIIndIndex that belongs to this individual address screen (associatedScreenIndIndex). This list will contain both individual and group addresses, because this list is used for both Destination Address Screening and Source Address Screening; the destination address in the L3_PDU that is undergoing Source Address Screening may be either a group or individual address that is assigned to that SNI. One screen will have a maximum of 64 associated addresses; up to a maximum of 16 individual addresses identifying an SNI and up to a maximum of 48 group addresses identifying an SNI.

The object identifies whether the associated address is valid or invalid. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change the associatedAddressIndStatus. When the value of this object and associatedAddressIndStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for associatedAddressIndStatusChange to its previous value which is equal to the associatedAddressIndStatus value. If the agent accepts the change, the associatedAddressIndStatus value will be set equal to the associatedAddressIndStatusChange value. This object is used to add/delete associated SNI addresses -- associatedAddressInd (either individual or group addresses) to this table. Enumeration: 'valid': 1, 'invalid': 2.

This list identifies the associated SNI addresses per group address screen. Different addresses on an SNI may be associated with different group address screens (one group address screen per associated address on an SNI).

An SNI index, a screening list index, the associated addresses for the SNI for the group address screen, and whether the associated address for the screen is valid or invalid.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the group address screening list. There are at least one group address screen and at most s group address screens per SNI. The initial value of s is defined to be 4. In the future more screening lists per SNI may be allowed. The values of this object correspond to the values of screenIndex in the addressScreeningMasterTable.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The value of this object identifies one of the SMDS addresses for the SNI identified by the associatedSNIGrpIndex that belongs to this group address screen (associatedScreenGrpIndex). This list will contain only individual addresses, because this list is used for only Destination Address Screening; The Source Address in the L3_PDU that is undergoing Destination Address Screening is always an individual address. One screen will have a maximum of 16 associated addresses; up to a maximum of 16 individual addresses identifying an SNI.

The object identifies whether the associated address is valid or invalid. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change associatedAddressGrpStatus. When the value of this object and associatedAddressGrpStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for associatedAddressGrpStatusChange to its previous value which is equal to the associatedAddressGrpStatus value. If the agent accepts the change, the associatedAddressGrpStatus value will be set equal to the associatedAddressGrpStatusChange value. The object identifies whether the associated address is valid or invalid. This object is used to add/delete associated SNI addresses -- associatedAddressGrp (only individual addresses) to this table. Enumeration: 'valid': 1, 'invalid': 2.

This list identifies the individual addresses that will be screened per individual address screen table. The are up to s (s is equal to 4) individual address screens per SNI and at least one individual address screen per SNI. The Individual Address Screens and the Group Address Screens together consist of up to n addresses. The initial value of n is defined as 128. In the future a value of n up to 2048 may be supported. The Individual Address Screen is used to perform Destination Address Screening for individually addressed data units and Source Address Screening for all data units. The Group Address Screen is used to perform Destination Address Screening for group addressed data units.

An SNI index, a screening list index, the individual addresses to be screened for the individual address screen, and whether the screened address is valid or invalid.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the individual address screening list. There are at least one individual address screen and at most s individual address screens per SNI. The initial value of s is defined to be 4. In the future more screening lists per SNI may be allowed. The values of this object correspond to the values of screenIndex in the addressScreeningMasterTable.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The value of this object identifies one of the individual addresses to be screened for source and destination address screening for the SNI identified by the iAScreenSNIIndex and for the particular individual address screen (iAScreenIndex).

The object identifies whether the screened address is valid or invalid. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change the iAScreeningAddressStatus. When the value of this object and iAScreeningAddressStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for iAScreeningAddressStatusChange to its previous value which is equal to the iAScreeningAddressStatus value. If the agent accepts the change, the iAScreeningAddressStatus value will be set equal to the iAScreeningAddressStatusChange value. This object is used to add/delete individual addresses in the Individual Address Screens -- iAScreeningAddress to this table. Enumeration: 'valid': 1, 'invalid': 2.

This list identifies the group addresses that will be screened per group address screen table. The are up to s (s is equal to 4) group address screens per SNI and at least one group address screen per SNI. The Individual Address Screen and the Group Address Screen together consist of up to n addresses. The initial value of n is defined as 128. In the future a value of n up to 2048 may be supported. The Individual Address Screen is used to perform Destination Address Screening for individually addressed data units and Source Address Screening for all data units. The Group Address Screen is used to perform Destination Address Screening for group addressed data units.

An SNI index, a screening list index, the group addresses to be screened for the group address screen, and whether the screened address is valid or invalid.

The value of this object identifies the SIP Port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex, defined in RFC1213, for the same interface.

The value of this object identifies the group address screening list. There are at least one group address screen and at most s group address screens per SNI. The initial value of s is defined to be 4. In the future more screening lists per SNI may be allowed. The values of this object correspond to the values of screenIndex in the addressScreeningMasterTable.

The country code portion of the SMDS Group Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Group Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Group Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The value of this object identifies one of the group addresses to be screened for destination address screening for the SNI identified by the gAScreenSNIIndex and for the particular group address screen (gAScreenIndex).

The object identifies whether the screened address is valid or invalid. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change the gAScreeningAddressStatus. When this object and gAScreeningAddressStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for gAScreeningAddressStatusChange to its previous value which is equal to the gAScreeningAddressStatus value. If the agent accepts the change, the gAScreeningAddressStatus value will be set equal to the gAScreeningAddressStatusChange value. This object is used to add/delete group addresses in the Group Address Screens -- gAScreeningAddress to this table. Enumeration: 'valid': 1, 'invalid': 2.

A table of all group addresses in the network and the associated individual addresses identified by each group address. A group address identifies up to m individual addresses. An SMDS SS supports up to n group addresses. An group address can be identified by up to p individual addresses. A particular SNI is identified by up to 48 group addresses. The initial values of m, n, and p are defined as 128, 1024, and 32, respectively. In the future values of m and n of 2048 and 8192, respectively, may be supported. Changes in this table cause corresponding changes in the memberGroupAddressTable, numberMemberAddressesTable, numberGAsForAddressTable, and numberGAsForSNITable.

A Group Address and an address in that group and whether that association is valid or invalid.

The country code portion of the SMDS Group Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Group Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Group Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

A Group Address.

An individual SMDS address that belongs to this Group Address.

The object identifies whether the groupMember is valid or invalid. See reference TA-TSV-001062. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change the groupMemberStatus. When the value of this object and groupMemberStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for groupMemberStatusChange to its previous value which is equal to the groupMemberStatus value. If the agent accepts the change, the groupMemberStatus value will be set equal to the groupMemberStatusChange value. This object is used to add/delete a group member to a group address. Changes can only be made by a Group Address Sponsor (the subscriber who requested the group address from the service provider). See reference TA-TSV-001062. Changes in this table affect other tables in this group and the Member Group Address Group. Enumeration: 'valid': 1, 'invalid': 2.

This table contains the number of individual addresses that are associated with a group address. Initially, there may be up to 128 individual addresses that are identified by the group address.

A group address and the number of individual addresses that are identified by it.

The country code portion of the SMDS Group Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Group Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Group Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

A Group Address.

This value identifies the total number of individual addresses that are associated with a group address. Initially, there may be up to 128 individual addresses that are associated with a group address. A group address may have no members.

A table of all individual addresses that are members of group addresses and the group address(es) they belong to. A group address identifies up to m individual addresses. An SMDS SS supports up to n group addresses. An individual address can be identified by up to p group addresses. A particular SNI is identified by up to 48 group addresses. The initial values of m, n, and p are defined as 128, 1024, and 32, respectively. In the future values of m and n of 2048 and 8192, respectively, may be supported. Changes in this table cause corresponding changes in the groupAddressTable, numberMemberAddressesTable, numberGAsForAddressTable, and numberGAsForSNITable.

An address and a Group Address in which it is a member and whether that association is valid or invalid.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

The country code portion of the SMDS Group Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Group Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Group Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

An individual SMDS address.

A Group Address of which the individual address is a member.

The object identifies whether the associatedGroupAddress is valid or invalid. See reference TA-TSV-001062. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to change the associatedGroupAddressStatus. When the value of this object and associatedGroupAddressStatus are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for associatedGroupAddressStatusChange to its previous value which is equal to the associatedGroupAddressStatus value. If the agent accepts the change, the associatedGroupAddressStatus value will be set equal to the associatedGroupAddressStatusChange value. This object is used to only remove the Individual Address (memberAddress) from being associated with a Group Address (associatedGroupAddress). Changes may only be made by the Group Member. This capability is under study. See reference TA-TSV-001062. Enumeration: 'valid': 1, 'invalid': 2.

This table contains the number of group addresses that are associated with this individual address. Initially, there may be up to 32 group addresses that are associated by the individual address.

An individual address and the number of group addresses that are associated with it.

The country code portion of the SMDS Address. For example, the country code of North America is (1), the UK is (44), and Germany is (49).

The destination code portion of the SMDS Address. For example, in North American it is the Area Code. For many European countries, it is the city code portion of the address. For SMDS addresses that do not distinguish such a code, this field is the next set of numbers that make logical sense. See smdsAddressCodes object.

The remaining digits of the SMDS Address. This field will always be less than or equal to 9 digits long. In North America, this field contains the rest of the SMDS address (e.g., the last 7 digits following the area code). See smdsAddressCodes object.

An individual SMDS Address that has at least one group address associated with it.

This value identifies the total number of group addresses that are associated with an individual address. Initially, there may be up to 32 group addresses that are associated with an individual address. This table only contains the individual addresses that are associated with at least one group address.

This table contains the number of group addresses that are associated with an SNI. Initially, there may be up to 48 group addresses that identify the SNI.

An SNI Index along with the number of group addresses that are identify it.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

This value identifies the total number of group addresses that identify an SNI. Initially, there may be up to 48 group addresses that identify an SNI.

A table that contains the latest occurrence of a: - Source Address Screening Violation, - Destination Address Screening Violation, and - Unrecognized Source Address for SNI. Each entry is indexed by SNI and service disagreement type, and accompanied by a time- stamp. When the serviceDisagreementTimeStamp is equal to zero, the ServiceDisagreementEntry does not contain any valid information.

An entry in the service disagreement table.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

The type of service disagreement. Enumeration: 'destinationAddressScreenViolation': 2, 'sourceAddressScreenViolation': 1, 'invalidSourceAddressForSNI': 3.

A rejected SMDS source address.

A rejected SMDS destination address.

The timestamp for the service disagreement. The timestamp contains the value of sysUpTime at the latest occurrence of this type of service disagreement. See textual description under serviceDisagreementTable for boundary conditions.

This table contains Subscriber-Network Interface (SNI) parameters and state variables, one entry per SIP port, that is applicable for providing interLATA SMDS to the end customer.

This list contains Subscriber-Network Interface (SNI) parameters for interLATA SMDS and state variables.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

The preselected carrier used to send inter- exchange SMDS L3_PDUs. If a carrier is not preselected than this SMDS carrier code is all zeros. This object is equal to the CIC code for the carrier.

This object is used to change the carrierPreselection. When the value of this object and carrierPreselection are equal, then no change is being processed by the agent. If they are not equal, then the agent is processing the requested change. The agent may refuse the change to be made and thus return the value for carrierPreselectionChange to its previous value which is equal to the carrierPreselection value. If the agent accepts the change, the carrierPreselection value will be set equal to the carrierPreselectionChange value.

The number of SIP L3_PDUs that were discarded because an explicit carrier (CIC code) was selected in the Carrier Selection field of the Header Extension of an SIP L3_PDU and the Destination Address was structured as an embodied Service Access Code (SAC) plus the number of SIP L3_PDUs that were discarded because of an unauthorized carrier (CIC) was selected plus the number of SIP L3_PDUs that were discarded because they contained an explicit Carrier Selection element (CIC code) that the SMDS SS did not recognize. The CIC may be a valid code for SMDS. However, this SMDS SS that is serving this SNI is not connected to that carrier or does not recognize the code specified. In some jurisdictions not all carriers are authorized to provide exchange service. Hence, if the carrier selection field contains a carrier's CIC code (i.e., an explicit carrier selection has been made) and that carrier is not authorized to provide service between destination and source addresses within the exchange service area, then the SIP L3_PDU will be discarded. See TR-TSV- 001060.

This table contains a list of carriers that are blocking the end-customer's Subscriber-Network Interface (SNI), whether the blocking is turned on or off, and contains the number of SIP L3_PDUs that were discarded because the carrier blocked packets from this SNI. Initially, if no carriers are blocking an SNI, then this table contains no information.

This list contains the Subscriber-Network Interface (SNI) index, the carriers that are blocking packets from that SNI, and the number of SIP L3_PDUs that were blocked per SMDS CIC code per SNI.

The value of this object identifies the SIP port interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

The value of this object identifies the carrier code (CIC) in decimal form. There may be up to 16 carriers that are blocking a particular SNI. Only interexchange carriers may block an SNI.

Whether the carrier is presently blocking this SNI (on) or whether blocking is turned off. When the carrierBlockingStatus is changed from on to off, the carrierBlockingL3PDUs for this particular carrierBlockingCodeIndex remain pegged at the value when turned off. When the carrierBlockingStatus is turned on, the carrierBlockingL3PDUs for this carrierBlockingCodeIndex is reset to zero. Enumeration: 'on': 1, 'off': 2.

The number of SIP L3_PDUs that were discarded, because the carrier blocked packets from that SNI. This count may be zero. When the carrierBlockingStatus is changed from off to on, the carrierBlockingL3PDUs counter is reset to zero.

The value of this object identifies the interface(s) between the local service provider and the particular other carriers for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object, defined in RFC1213, for the same interface.

This list contains the carrier code of the carriers and the respective ifIndex. Only the interfaces table from MIB II (RFC1213) is applicable for this ifIndex and only the following items: ifDescr, ifType, ifOperStatus, and ifLastChange.

The carrier's code (CIC or NECA code) which is connected to the serving network supporting SMDS.

Whether the carrier's code which is connected to the serving network supporting SMDS is a CIC or NECA CC. Enumeration: 'cic': 1, 'necacc': 2.

The carrier's ifIndex from RFC1213. For SMDS CNM, this index models all the interfaces (ICIs) between an LEC and an ILEC or IEC as the same interface.

An smdsSubscrEntryChange trap signifies that for this SNI one or more of the following subscription parameters have been changed: smdsContact(1) smdsSNILocation(2) smdsAccessClass(3) smdsMCDUsIn(4) smdsMCDUsOut(5).

An smdsAddressesEntryChange trap signifies that for this SNI the list of associated SMDS addresses has been changed.

An individualAddressScreenEntryChange trap signifies that for this SNI a change has been made to the individual address screening tables.

An groupAddressScreenEntryChange trap signifies that for this SNI a change has been made to the group address screening tables.

A groupAddressChange trap signifies that for the list of SMDS addresses for this group address has been changed, or that this group address has been added or deleted.

An excessiveAuthenticationFailure trap signifies that n consecutive authentication failures have been received for management requests for this SNI. The value of n is 100.

An xaSmdsSubscrEntryChange trap signifies that for this SNI the carrierPreselection has been changed.

A carrierBlockingEntryChange trap signifies that for this SNI a new carrierBlockingCode has been turned on (added to the list) or one has been turned off.