CISCO-ENTITY-REDUNDANCY-TC-MIB
9 objects
This module defines the textual conventions used within Cisco Entity Redundancy MIBs.
Imported Objects
| CISCO-SMI | ciscoMgmt |
| SNMPv2-SMI | MODULE-IDENTITY |
| SNMPv2-TC | TEXTUAL-CONVENTION |
| OID | Name | Access | Status | Description |
|---|---|---|---|---|
| 1.3.6.1.4.1.9.9.494 | IdentityciscoEntityRedunTcMIB | This module defines the textual conventions used within Cisco Entity Redundancy MIBs. |
Type Definitions
| Name | Syntax | Status | Description |
|---|---|---|---|
| CeRedunArch | INTEGER { other(1), oneToOne(2), onePlusOne(3), oneToN(4), mToN(5), loadSharing(6) } | current | The architecture of the redundancy group. other(1) The redundancy architecture doesn't fall into one of the categories listed below. oneToOne(2) 1:1 redundancy allows a secondary member to protect only one primary membe… |
| CeRedunMbrStatus | BITS { protectionLockedOut(0), degraded(1), failure(2), standby(3), protectionProvided(4), forcedStandby(5), manualStandby(6) } | current | Bitflags indicating the current redundancy status of a redundant member. Some combinations of multiple bitflags may be set at the same time. protectionLockedOut This bit, when applied to a primary member, indicates that… |
| CeRedunMode | INTEGER { primary(1), secondary(2) } | current | Primary and secondary mode. The designation as primary or secondary is configured and is static. It doesn't change due to a switchover. primary The member which normally defaults to active at system startup and followin… |
| CeRedunReasonCategories | INTEGER { other(1), unsupported(2), notKnown(3), userManual(4), userForced(5), userLockout(6), activeMbrFailed(7), activeMbrRemoved(8), activeMbrDisabled(9), revertiveSwitchover(10), remoteRequest(11) } | current | A list of categories of possible switchover reasons. Managed systems may report only a subset of these reason categories. Managed systems may also report multiple reasons that fall into the same categories.: other(1) Th… |
| CeRedunScope | INTEGER { other(1), local(2), remoteChassis(3), remoteSystem(4) } | current | Defines the following group redundancy scopes: other(1) The scope is not described by any of the other categories listed below. local(2) All redundancy group members reside on a single managed system and are reachable t… |
| CeRedunStateCategories | INTEGER { other(1), disabled(2), inactive(3), failed(4), initializing(5), negotiation(6), activeOther(7), activeImageInitialize(8), activeConfigInitialize(9), activeRunStateInitialize(10), activeFromStandbyTransition(11), activeReconciliation(12), activeWait(13), active(14), standbyOther(15), standbyImageInitialize(16), standbyConfigInitialize(17), standbyRunStateInitialize(18), standbyReconciliation(19), standbyWait(20), standbyColdFinal(21), standbyWarmFinal(22), standbyHotFinal(23), standbySwitchingToActive(24) } | current | A list of categories of possible member internal states which may be considered significant for redundancy control. Managed systems may report only a subset of these state categories. Managed systems may also report mul… |
| CeRedunSwitchCommand | INTEGER { noCmdInEffect(1), clear(2), manualSwitchAway(3), forcedSwitchAway(4), lockoutProtection(5) } | current | The following redundancy switch command values are defined. However some platforms, group types or redundancy types may only support a subset of these commands: noCmdInEffect(1) This value should be returned by a read r… |
| CeRedunType | INTEGER { other(1), yCable(2), aps(3), featureCard(4), externalSwitch(5), slotPair(6), cmts(7) } | current | Defines the following group redundancy types: other(1) Indicates a type of redundancy which doesn't fall into any other listed category. yCable(2) A form of redundancy in which signals from a common line are connected t… |