subVoiceConnectionTable

{
  "smi_kind": "OBJECT-TYPE",
  "definition": [
    "subVoiceConnectionTable",
    "OBJECT-TYPE",
    "SYNTAX",
    "SEQUENCE",
    "OF",
    "SubVoiceConnectionEntry",
    "MAX-ACCESS",
    "not-accessible",
    "STATUS",
    "current",
    "DESCRIPTION",
    "\"The Voice Subscriber Mapping Table. This table associates pairs of interface addresses used by a voice subscriber. The mapping table associates two enpoints (endPoint1 and endPoint2) pairs. Each row is indexed by the subscriber id, line group Id along with the voice connection index (see subNextVoiceConnectionIndex described in in the subscriber table. Each row contains the definitions of the two endpoints which at this level, is defined as the protocol type for the endpoint and an index into the associated protocol specific table. Each associated protocol table, contained in the appropriate protocol mib, contains the information required to define the end point (i.e. vpi/vci/cid in the case of AAL2). So, a row can be used to map a subscriber POTS line to a class 5 switch phone number. For example, an AAL2 endpoint is represented by endpoint1 and has defined a type and the index for the AAL2 connection table defined in the AAL2 mib. A GR-303 endpoint2 is represented by the endpoint2 type of GR-303 and an index into the associated GR-303 mib. This mib contains the GR-303 IG name and CRV value (see GR0303 MIB). The admin status is used to enable/disable the connection. This is only used during the creation and deletion process of this entry along with the associated type table entries. The process is a two step approach where the manager creates a voice connection entry with admin status down which causes dummy protocol table entries to be added in the EP1 and EP2 (dummy being row entries with 0/NULL values) protocol tables (since indexes and ep types are specified on the row create), manager sets the appropriate protocol specific entries in the associated mibs, and then changes the admin status to active. All entries (the two protocol specific tables, and the voice connection entry) are tightly coupled and therefore, the deletion process is exactly the same. The manager deletes the voice connection entry and the handler automatically deletes the associated protocol table entries. AdminStatus must be set to down before the deletion can occur. Because of this tight coupling, the EndPoint values (both indexes and types) cannot be modified but must have the row deleted and readded with the appropriate information. The protocol specific tables are always INDEXED as the index defined in either the endpoint1 or endpoint2 index fields. This scheme allows flexibility in defining and expanding the types of connections and allows for use of protocols of the same type to be defined at both endpoints.\"",
    "::=",
    "{",
    "zhoneSubscriberRecords",
    "5",
    "}"
  ],
  "syntax_tree": [
    [
      "conceptualTable",
      [
        "row",
        "SubVoiceConnectionEntry"
      ]
    ],
    null,
    [
      "MaxAccessPart",
      "not-accessible"
    ],
    [
      "Status",
      "current"
    ],
    [
      "DESCRIPTION",
      "The Voice Subscriber Mapping Table. This table associates pairs of interface addresses used by a voice subscriber. The mapping table associates two enpoints (endPoint1 and endPoint2) pairs. Each row is indexed by the subscriber id, line group Id along with the voice connection index (see subNextVoiceConnectionIndex described in in the subscriber table. Each row contains the definitions of the two endpoints which at this level, is defined as the protocol type for the endpoint and an index into the associated protocol specific table. Each associated protocol table, contained in the appropriate protocol mib, contains the information required to define the end point (i.e. vpi/vci/cid in the case of AAL2). So, a row can be used to map a subscriber POTS line to a class 5 switch phone number. For example, an AAL2 endpoint is represented by endpoint1 and has defined a type and the index for the AAL2 connection table defined in the AAL2 mib. A GR-303 endpoint2 is represented by the endpoint2 type of GR-303 and an index into the associated GR-303 mib. This mib contains the GR-303 IG name and CRV value (see GR0303 MIB). The admin status is used to enable/disable the connection. This is only used during the creation and deletion process of this entry along with the associated type table entries. The process is a two step approach where the manager creates a voice connection entry with admin status down which causes dummy protocol table entries to be added in the EP1 and EP2 (dummy being row entries with 0/NULL values) protocol tables (since indexes and ep types are specified on the row create), manager sets the appropriate protocol specific entries in the associated mibs, and then changes the admin status to active. All entries (the two protocol specific tables, and the voice connection entry) are tightly coupled and therefore, the deletion process is exactly the same. The manager deletes the voice connection entry and the handler automatically deletes the associated protocol table entries. AdminStatus must be set to down before the deletion can occur. Because of this tight coupling, the EndPoint values (both indexes and types) cannot be modified but must have the row deleted and readded with the appropriate information. The protocol specific tables are always INDEXED as the index defined in either the endpoint1 or endpoint2 index fields. This scheme allows flexibility in defining and expanding the types of connections and allows for use of protocols of the same type to be defined at both endpoints."
    ],
    null,
    null,
    null,
    null
  ]
}