STATE_DISABLED STATE_ENABLED FEATURE_ASM_CONFIGURATION FEATURE_CLUSTER_MEMBER FEATURE_CLUSTER_MIN_UP_MEMBERS FEATURE_CLUSTER_TIME_SYNC FEATURE_DAEMON FEATURE_DAEMON_HEARTBEAT FEATURE_FIPS FEATURE_FORCED_OFFLINE FEATURE_GROUP_SCORE FEATURE_HARDWARE_FAILOVER FEATURE_HSB FEATURE_LICENSE FEATURE_MPI FEATURE_MYSQL FEATURE_NETWORK_FAILOVER FEATURE_OVERDOG FEATURE_PEER_GROUP_SCORE FEATURE_POOL_MIN_UP_MEMBERS FEATURE_REBOOT FEATURE_SECONDARY_SOD FEATURE_SOD_CONFIGURATION FEATURE_SOFTWARE_UPDATE FEATURE_SWITCHBOARD FEATURE_TMM_DETECTED FEATURE_TMM_READY FEATURE_UNKNOWN FEATURE_VLAN FEATURE_HYPERVISOR_OFFLINE FEATURE_COMPRESSION_FAILSAFE FEATURE_CRYPTO_FAILSAFE HA_ACTION_NONE HA_ACTION_REBOOT HA_ACTION_RESTART HA_ACTION_FAILOVER HA_ACTION_FAILOVER_RESTART HA_ACTION_GO_ACTIVE HA_ACTION_RESTART_ALL HA_ACTION_FAILOVER_ABORT_TRAFFIC_MGT HA_ACTION_GO_OFFLINE HA_ACTION_GO_OFFLINE_RESTART HA_ACTION_GO_OFFLINE_ABORT_TM HA_ACTION_GO_OFFLINE_DOWNLINKS HA_ACTION_GO_OFFLINE_DOWNLINKS_RESTART Gets the identifiers of all table entries for a set of High Availability status tables

Gets the action that should be taken when the "action required" state is set for a set of table entries.

Gets the state to take action to resolve the high availability feature failure for a set of table entries. For example, if the VLAN failsafe feature determined that the VLAN had failed, it would set this to yes, which would cause the daemon to execute the action assigned to the feature, such as rebooting the system.

Gets the feature-specific data for a set of table entries. The meaning of this value varies according to the feature. For daemon heartbeats, for example, this value shows the daemon's current heartbeat value. This is documented with the feature enumeration values.

Gets the state to enable the high availability feature for a set of table entries.

Gets the state to signal a high availability failure for a set of table entries. For a properly fully functioning system, no feature should set "failure". Thus retrieving a list of features with this flag set will quickly show any high availability problems on the system.

Gets the timeout for a set of table entries. The precise meaning of this value varies according to the feature, but in general, it is the elapsed time between when the feature's error state is detected and when the corresponding action is taken.

Gets the version information for this interface.

Gets the identifiers of all table entries for a set of High Availability status tables

Gets the action that should be taken when the "action required" state is set for a set of table entries.

Gets the state to take action to resolve the high availability feature failure for a set of table entries. For example, if the VLAN failsafe feature determined that the VLAN had failed, it would set this to yes, which would cause the daemon to execute the action assigned to the feature, such as rebooting the system.

Gets the feature-specific data for a set of table entries. The meaning of this value varies according to the feature. For daemon heartbeats, for example, this value shows the daemon's current heartbeat value. This is documented with the feature enumeration values.

Gets the state to enable the high availability feature for a set of table entries.

Gets the state to signal a high availability failure for a set of table entries. For a properly fully functioning system, no feature should set "failure". Thus retrieving a list of features with this flag set will quickly show any high availability problems on the system.

Gets the timeout for a set of table entries. The precise meaning of this value varies according to the feature, but in general, it is the elapsed time between when the feature's error state is detected and when the corresponding action is taken.

Gets the version information for this interface.

The High Availability (HA) status table is a one-stop destination to retrieve the current status of the high availability features on either the current system or its redundant peer system. The table holds an entry for each feature active on the system. It is important to note that this table can only be read. Enabling and controlling these features is possible through other interfaces, as documented in the Feature enumeration values.