ALCATEL-IND1-GVRP-MIB: View SNMP OID List / Download MIB

This module describes an authoritative enterprise-specific Simple Network Management Protocol (SNMP) Management Information Base (MIB): For the Birds Of Prey Product Line GVRP for the distribution of VLAN configuration information. The right to make changes in specification and other information contained in this document without prior notice is reserved. No liability shall be assumed for any incidental, indirect, special, or consequential damages whatsoever arising from or related to this document or the information contained herein. Vendors, end-users, and other interested parties are granted non-exclusive license to use this specification in connection with management of the products for which it is intended to be used. Copyright (C) 1995-2007 Alcatel-Lucent ALL RIGHTS RESERVED WORLDWIDE

Branch For GVRP MIB Subsystem Notifications.

The number of vlans learnt dynamically by GVRP has reached a configured limit. Notify the management entity with number of vlans learnt dynamically by GVRP and the configured GVRP vlan limit.

Branch For GVRP Subsystem Managed Objects.

Defines the global clear statistics control for GVRP. The value reset (1) indicates that GVRP should clear all statistic counters related to all ports in the system. By default, this object contains a zero value. Enumeration: 'default': 0, 'reset': 1.

Defines the behavior when GVRP is globally disabled on a device. The value enabled (1) indicates that device behaves like a GVRP transparent device and the GVRP frames will be flooded transparently. Value disabled (2) disabled indicates that the device will not flood GVRP frames and will simply discard the received GVRP frames. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the maximum number of dynamic VLANs that can be created on the system by GVRP. If the number of VLANs created by GVRP reaches this limit, the system will gradually prevent GVRP from creating additional VLANs.

A table containing GVRP port configuration information.

A GVRP port configuration entry.

The ifindex of the port on which GVRP is running

Defines the mode of operation of all the registrar state machines associated to the port. normal - registration as well as de-registration of VLANs are allowed. fixed - A VLAN that was previously mapped onto such a port either dynamically or statically cannot be de-registered through GVRP. When the port registration mode is set to fixed, VLAN(s) can only be mapped onto such port statically. forbidden - dynamic VLAN registration or de-registration are not allowed on the port. NOTE: The registrar state machines for the default VLAN will operate in Fixed Registration Mode for all the ports on the switch. Enumeration: 'forbidden': 3, 'fixed': 2, 'normal': 1.

Defines the mode of operation of all the applicant state machines associated to the port. participant - The state machines participates normally in GVRP protocol exchanges. non_participant - The state machines does not send any GVRP PDU(s). active - The state machines send GVRP frames even on ports that are in blocking state on the active spanning tree instance. Enumeration: 'active': 3, 'nonparticipant': 2, 'participant': 1.

An octet string of 4096 bits that defines the status of the restricted registration control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be created in the system based on GVRP processing or only mapped to ports in case they have already been statically created in the system. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set normal registration (1). Each bit defines: 0= false, dynamic VLAN registration is not restricted 1= true, VLAN cannot be created in the system by GVRP processing. However, if this VLAN already exists in the system as a static VLAN, then it can be mapped to the receiving port

An octet string of 4096 bits that defines the status of the restricted registration control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be created in the system based on GVRP processing or only mapped to ports in case they have already been statically created in the system. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set normal registration (1). Each bit defines: 0= false, VLAN cannot be created in the system by GVRP processing. 1= true, dynamic VLAN registration is allowed However, if this VLAN already exists in the system as a static VLAN, then it can be mapped to the receiving port

An octet string of 4096 bits that defines the status of the restricted registration control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be created in the system based on GVRP processing or only mapped to ports in case they have already been statically created in the system. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set normal registration (1). Each bit defines: 0= false, dynamic VLAN registration is not restricted 1= true, VLAN cannot be created in the system by GVRP processing. However, if this VLAN already exists in the system as a static VLAN, then it can be mapped to the receiving port

An octet string of 4096 bits that defines the status of the restricted applicant control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be propagated in the system based on GVRP processing. The bitmap will only affect the GVRP processing if the Applicant Administrative Control alaGvrpPortConfigApplicantMode value on the port is set participant(1) or active (3). Each bit defines: 0= false, VLAN propagation is not restricted 1= true, VLAN cannot be propagated in the system by GVRP processing.

An octet string of 4096 bits that defines the status of the restricted applicant control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be propagated in the system based on GVRP processing. The bitmap will only affect the GVRP processing if the Applicant Administrative Control alaGvrpPortConfigApplicantMode value on the port is set participant(1) or active (3). Each bit defines: 0= false, VLAN cannot be propagated in the system by GVRP processing 1= true, VLAN propagation is allowed.

An octet string of 4096 bits that defines the status of the restricted applicant control for all VLAN(s) in the range from 1 to 4096. It defines whether VLAN(s) can be propagated in the system based on GVRP processing. The bitmap will only affect the GVRP processing if the Applicant Administrative Control alaGvrpPortConfigApplicantMode value on the port is set participant(1) or active (3). Each bit defines: 0= false, VLAN propagation is not restricted 1= true, VLAN cannot be propagated in the system by GVRP processing.

An octet string of 4096 bits that defines the status of the registration to static VLAN control for all VLAN(s) in the range from 1 to 4096. It defines whether ports can be mapped to statically configured VLAN(s) based on GVRP processing. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set to normal registration (1). Each bit defines: 0= restrict, port is not allowed to become member of VLAN. 1= learn, port is allowed to become member of corresponding VLAN

An octet string of 4096 bits that defines the status of the registration to static VLAN control for all VLAN(s) in the range from 1 to 4096. It defines whether ports can be mapped to statically configured VLAN(s) based on GVRP processing. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set to normal registration (1). Each bit defines: 0= learn, port is allowed to become member of corresponding VLAN 1= restrict, port is not allowed to become member of VLAN.

An octet string of 4096 bits that defines the status of the registration to static VLAN control for all VLAN(s) in the range from 1 to 4096. It defines whether ports can be mapped to statically configured VLAN(s) based on GVRP processing. The bitmap will only affect the GVRP processing if the Registrar Administrative Control alaGvrpPortConfigRegistrarMode value on the port is set to normal registration (1). Each bit defines: 0= learn, port is allowed to become member of corresponding VLAN 1= restrict, port is not allowed to become member of VLAN.

Maximum period of time that a GVRP instance waits before making declarations for VLANs.

Period of time that a registrar state machine of a GVRP instance waits, after receiving a leave message on a port for a particular VLAN, to remove the registration of that VLAN on the port. The value for the Leave Timer must be greater than three times the value for the Join timer, i.e. Leave >= Join*3.

Interval at which the Leave All state machine of a GVRP instance generates Leave All messages. A Leave All message instructs GVRP to modify the state of all VLANs registered on a port to Leaving. The value for the LeaveAll Timer must be greater than the value for the Leave timer, i.e. LeaveAll >= Leave.

Describes the treatment of gvrp frames ingressing on a gvrp enabled Vlan stacking network ports.If disabled provider gvrp frames with provider group address are processed on the port and if enabled provider gvrp frames with customer group address are processed on gvrp enabled vlan stacking network port. Enumeration: 'enable': 1, 'disable': 2.

A table containing GVRP port statistics information.

A GVRP port statistics entry.

The ifindex of the port on which GVRP is running

The number of Join Empty messages received.

The number of Join In messages received.

The number of Empty messages received.

The number of Leave In messages received.

The number of Leave Empty messages received.

The number of Leave all messages received.

The number of Join Empty messages transmitted.

The number of Join In messages transmitted.

The number of Empty messages transmitted.

The number of Leave In messages transmitted.

The number of Leave Empty messages transmitted.

The number of Leaveall messages transmitted.

The total number of GVRP PDUs received.

The total number of GVRP PDUs transmitted.

The total number of GVRP messages received.

The total number of GVRP messages transmitted.

The number of Invalid messages received.

Reset all statistics parameters corresponding to this port. By default, this objects contains a zero value. Enumeration: 'default': 0, 'reset': 1.

Branch for GVRP Module MIB Subsystem Conformance Information.

Branch for GVRP Module MIB Subsystem Units of Conformance.

Collection of objects for management of GVRP Base Group.

Collection of objects for management of GVRP Port Configuration Table.

Collection of objects for management of GVRP Statistics Table.

Collection of notifications for GVRP.

Branch for GVRP Module MIB Subsystem Compliance Statements.

Compliance statement for GVRP.