Three mappings are defined: parent managed object to child managed object, child managed object to parent managed object, and managed object distinguished name to OID.
Maps parent managed objects to their children using instance id indices. The distinguished names (Dns) of parent and child are accessible.
cfprMappingsMoContainmentParentInstanceId
1.3.6.1.4.1.9.9.826.3.1.1.1
CfprManagedObjectIdA unique identifier for this managed object. Objects in FPR Manager are stored in a Management Information Tree (MIT). The MIT is a repository of all Managed Object (MO) instances, indexed by their Distinguished Name (DN). The MIT somewhat resembles a file structure - going from main folder to the next lowest folder, and so on, until the full path to a MO is established.
Every object in FPR Manager has two unique identifiers: 1) A distinguished name (DN). A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character. The DN is used to identify objects in the XML API.
2) A CfprManagedObjectId, which is an integer uniquely identifying an object. The CfprManagedObjectId is used to identify objects and traverse tables when using the SNMP protocol.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1' and its CfprManagedObjectId set to '13203'. · Unsigned32 · hint d
Parent instance id.
cfprMappingsMoContainmentChildInstanceId
1.3.6.1.4.1.9.9.826.3.1.1.2
CfprManagedObjectIdA unique identifier for this managed object. Objects in FPR Manager are stored in a Management Information Tree (MIT). The MIT is a repository of all Managed Object (MO) instances, indexed by their Distinguished Name (DN). The MIT somewhat resembles a file structure - going from main folder to the next lowest folder, and so on, until the full path to a MO is established.
Every object in FPR Manager has two unique identifiers: 1) A distinguished name (DN). A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character. The DN is used to identify objects in the XML API.
2) A CfprManagedObjectId, which is an integer uniquely identifying an object. The CfprManagedObjectId is used to identify objects and traverse tables when using the SNMP protocol.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1' and its CfprManagedObjectId set to '13203'. · Unsigned32 · hint d
Child instance id.
cfprMappingsMoContainmentParentDn
1.3.6.1.4.1.9.9.826.3.1.1.3
CfprManagedObjectDnAn immutable property of all Managed Objects (MO) that provides a fully qualified and unambiguous name for the MO. A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1'. · OCTET STRING
Parent distinguished name (Dn).
cfprMappingsMoContainmentChildDn
1.3.6.1.4.1.9.9.826.3.1.1.4
CfprManagedObjectDnAn immutable property of all Managed Objects (MO) that provides a fully qualified and unambiguous name for the MO. A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1'. · OCTET STRING
Maps child managed objects to their parent using instance id indices. The distinguished names (Dns) of parent and child are accessible.
cfprMappingsMoInverseContainmentChildInstanceId
1.3.6.1.4.1.9.9.826.3.2.1.1
CfprManagedObjectIdA unique identifier for this managed object. Objects in FPR Manager are stored in a Management Information Tree (MIT). The MIT is a repository of all Managed Object (MO) instances, indexed by their Distinguished Name (DN). The MIT somewhat resembles a file structure - going from main folder to the next lowest folder, and so on, until the full path to a MO is established.
Every object in FPR Manager has two unique identifiers: 1) A distinguished name (DN). A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character. The DN is used to identify objects in the XML API.
2) A CfprManagedObjectId, which is an integer uniquely identifying an object. The CfprManagedObjectId is used to identify objects and traverse tables when using the SNMP protocol.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1' and its CfprManagedObjectId set to '13203'. · Unsigned32 · hint d
Child instance id.
cfprMappingsMoInverseContainmentParentInstanceId
1.3.6.1.4.1.9.9.826.3.2.1.2
CfprManagedObjectIdA unique identifier for this managed object. Objects in FPR Manager are stored in a Management Information Tree (MIT). The MIT is a repository of all Managed Object (MO) instances, indexed by their Distinguished Name (DN). The MIT somewhat resembles a file structure - going from main folder to the next lowest folder, and so on, until the full path to a MO is established.
Every object in FPR Manager has two unique identifiers: 1) A distinguished name (DN). A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character. The DN is used to identify objects in the XML API.
2) A CfprManagedObjectId, which is an integer uniquely identifying an object. The CfprManagedObjectId is used to identify objects and traverse tables when using the SNMP protocol.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1' and its CfprManagedObjectId set to '13203'. · Unsigned32 · hint d
Parent instance id.
cfprMappingsMoInverseContainmentParentDn
1.3.6.1.4.1.9.9.826.3.2.1.3
CfprManagedObjectDnAn immutable property of all Managed Objects (MO) that provides a fully qualified and unambiguous name for the MO. A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1'. · OCTET STRING
Parent distinguished name (Dn).
cfprMappingsMoInverseContainmentChildDn
1.3.6.1.4.1.9.9.826.3.2.1.4
CfprManagedObjectDnAn immutable property of all Managed Objects (MO) that provides a fully qualified and unambiguous name for the MO. A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1'. · OCTET STRING
Child distinguished name (Dn).
cfprMappingsDnToOidTable
1.3.6.1.4.1.9.9.826.3.3
Index: cfprMappingsDnToOidDn
Maps the distinguished name (Dn) of a managed object to its object id (OID).
cfprMappingsDnToOidDn
1.3.6.1.4.1.9.9.826.3.3.1.1
CfprManagedObjectDnAn immutable property of all Managed Objects (MO) that provides a fully qualified and unambiguous name for the MO. A DN provides a fully-qualified path from the top of the object tree. It is built as an ordered sequence of relative names separated by the '/' character.
For example, an object representing a network adaptor on a blade might be identified with its DN set to 'sys/chassis-5/blade-2/adaptor-1'. · OCTET STRING
Managed object distinguished name (Dn).
cfprMappingsDnToOidOid
1.3.6.1.4.1.9.9.826.3.3.1.2
RowPointerRepresents a pointer to a conceptual row. The value is the name of the instance of the first accessible columnar object in the conceptual row.
For example, ifIndex.3 would point to the 3rd row in the ifTable (note that if ifIndex were not-accessible, then ifDescr.3 would be used instead). · OBJECT IDENTIFIER