Description
Metric table
The metric table can include some or all of the following: target version, default collection frequency, default warning threshold, default critical threshold, and alert text.
The metrics in this category provide information about the server temperature.
The metric provides the system temperature in degrees Celsius.
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The metric provides the inlet temperature in degrees Celsius.
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The metrics in this category provide information about the status of the switch aggregated system.
This metric provides the state of the cable connection.
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This metric provides the change in cable connectivity.
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This metric provides the cooling redundancy state.
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This metric provides the overall cooling state.
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This metric provides the health status.
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This metric provides the InfiniBand state.
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This metric provides the locator light.
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This metric provides the power redundancy state.
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This metric provides the overall power state.
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This metric provides the overall temperature state.
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The metrics in this category provide information about the status of the sensor.
This metric provides the value from the sensor.
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This metric provides the status of the sensor.
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This metric provides the read value of the sensor.
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This metric provides the ID of the hardware component.
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The metrics in this category provide information about the status of the service processor.
This metric provides the current uptime of the service processor.
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This metric category provides information about the status of the Systems Infrastructure Server - ILOM Access Point target.
The metrics in this category provide information about power usage.
This metric provides the average power consumption per minute.
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This metric provides information about the current power.
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This metrics in this category provide information about the network ports performance.
This metric provides the vLAN ID.
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This metric provides the rate of total octet bits.
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This metric provides the measurement units for the speed.
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This metric provides the speed of the link.
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This metric provides the defined partition keys.
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This metric provides the number of outbound unicast packets.
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This metric provides the average of the outbound octet rate for this interface.
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This metric provides the number of outbound octets.
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This metric provides the number of outbound multicast packets.
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This metric provides the number of outbound errors.
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This metric provides the number of outbound discards.
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This metric provides the operational status of the port.
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This metric provides the specific duplex mode of the port.
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This metric provides the Maximum Transmission Unit (MTU) of the link.
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This metric provides the number of inbound packets with an unknown protocol.
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This metric provides the number of inbound unicast packets.
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This metric provides the average of the inbound octet rate for this interface.
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This metric provides the number of inbound octets.
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This metric provides the number of inbound multicast packets.
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This metric provides the number of inbound errors.
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This metric provides the information about the number of discarded packets.
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This metrics in this category provide information about the network ports InfiniBand performance.
This metric provides the physical link state. The physical link state is 0 if the port is in a polling or disabled state.
This metrics in this category provide information about the network ports InfiniBand traffic statistics.
This metric provides the number of multicast packets received by the port since the last collection.
This metric provides the number of multicast packets sent to the port since the last collection.
This metric provides the number of packets received since the last collection.
This metric provides the number of unicast packets received since the last collection.
This metric provides the number of unicast packets sent since the last collection.
The metrics in this category provide information about the network ports InfiniBand error statistics.
This metric provides the number of link integrity errors, that is, the number of errors on the local link.
This metric provides the number of times the link error recovery process was completed successfully since the last collection.
This metric provides the number of received constraint errors received since the last collection.
This metric provides the number of received errors since the last collection.
This metric provides the number of symbol errors on the port since the last collection.
This metric provides the number of incoming VL15 packets dropped due to resource limitations on the port.
This metric provides the number of sent constraint errors since the last collection.
The metrics in this category provide information about the network interfaces performance.
This metric provides the status of the network interface.
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This metric provides the link state.
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This metric provides the number of outbound packets.
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This metric provides the number of outbound overruns since the last collection.
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This metric provides the average of the outbound octet rate for this interface.
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This metric provides the number of outbound octets.
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This metric provides the number of outbound errors.
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This metric provides the number of outbound drops since the last collection.
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This metric provides the number of outbound carrier errors.
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This metric provides the number of inbound packets.
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This metric provides the number of overruns since the last collection.
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This metric provides the average of the inbound octet rate for this interface.
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This metric provides the number of inbound octets.
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This metric provides the number of frame errors.
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This metric provides the number of inbound errors.
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This metric provides the number of inbound drops.
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This metric provides the number of collisions.
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The metrics in this category provide information about the network interfaces bandwidth.
This metric provides the percentage of output errors on the interface.
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This metric provides the average input operations over 10 minutes.
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This metric provides the percentage of input/output errors.
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This metric provide the percentage of input errors on the interface.
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This metric provides the average input operations over 10 minutes.
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This metric provides the amount of bandwidth used since the last collection.
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This metric provides the average percentage of activity over 10 minutes.
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This metric provides the average input/output operations over 10 minutes.
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This metric provides the total network collisions (in percentage) of the network interface since the last collection.
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The metrics in this category provide information about the Network Datalinks performance.
This metric provides the status of the datalink.
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This metric provides the link state.
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This metric provides the number of outbound packets.
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This metric provides the average of the outbound octet rate for this interface.
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This metric provides the number of outbound octets.
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This metric provides the number of outbound multicasts.
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This metric provides the number of outbound multicast octets.
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This metric provides the number of outbound errors.
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This metric provides the number of outbound drops since the last collection.
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This metric provides the number of outbound dropped octets.
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This metric provides the number of outbound broadcasts.
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This metric provides the number of outbound broadcast octets.
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This metric provides the number of inbound packets.
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This metric provides the number of inbound octets.
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This metric provides the number of inbound multicasts.
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This metric provides the number of inbound multicast octets.
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This metric provides the number of inbound errors.
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This metric provides the number of inbound drops.
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This metric provides the number of inbound dropped octets.
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This metric provides the number of inbound broadcasts.
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This metric provides the number of inbound broadcast octets.
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This metric provides the number of collisions.
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The metrics in this category provide information about the ILOM SNMP voltage traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the threshold setting that has been crossed.
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This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
This metric provides the name of the component that is the source of the trap.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
The metrics in this category provide information about the ILOM SNMP temperature traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP storage volume traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the name of the component that is the source of the trap.
This metric provides the probability (percentage) that the component is the source of the problem.
This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP temperature traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the name of the component that is the source of the trap.
This metric provides the threshold sensor's reading at the time the trap was generated.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold setting that has been crossed.
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The metrics in this category provide information about the ILOM SNMP SlotOrConnector traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP sensor traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the threshold setting that has been crossed.
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This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
The metrics in this category provide information about the ILOM SNMP security intrusion traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP processor traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP PreOSError traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP power supply traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP power consumption traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the threshold setting that has been crossed.
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This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
The metrics in this category provide information about the ILOM SNMP memory traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP IO traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP hard drive traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the hard drive.
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This metric provides information about the hard drive fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP HAState change traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the old value of the high availability state after a high availability state change has occurred.
This metric provides the new value of the high availability state after a high availability state change has occurred.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP Field Replacement Unit (FRU) traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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The metrics in this category provide information about the ILOM SNMP fault diagnosed trap.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the revision level of the FRU suspected of causing a fault.
This metric provides the name of the manufacturer of the FRU suspected of causing a fault.
This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability that the suspected FRU is the source of the problem.
This metric provides the chassis serial number of a Field Replaceable Unit (FRU) suspected of causing a fault.
This metric provides the number of suspected faults diagnosed as the cause of the reported hardware errors.
This metric provides the status of the fault.
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This metric provides a message ID, which you can use to get additional information about the problem from My Oracle Support.
The metrics in this category provide information about the ILOM SNMP fan speed trap.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the threshold setting that has been crossed.
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This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
The metrics in this category provide information about ILOM SNMP fan traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP electrical current traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the threshold setting that has been crossed.
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This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the threshold sensor's reading at the time the trap was generated.
The metrics in this category provide information about ILOM SNMP drive controller traps.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides an ID used to identify the source of the trap. Typically, this is the host name.
This metric provides the status of the fault.
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This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the probability (percentage) that the component is the source of the problem.
The metrics in this category provide information about the ILOM SNMP component trap.
There is no collection defined for these metrics because Enterprise Manager uses these metrics only to raise alerts when SNMP traps are received by the Management Agent.
This metric provides the name of the component that is the source of the trap.
This metric provides the probability (percentage) that the component is the source of the problem.
This metric provides the fault class, which represents a hierarchical classification string indicating the type of problem detected, as reported by the fault management subsystem.
This metric provides the status of the fault.
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The metrics in this category provide information about fan usage.
This metric provides the real percentage used.
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The metrics in this category provide information about the component state.
The metric provides information about errors.
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This metric provides the state of the component.
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The metrics in this category provide information about component faults.
This metric provides the time that the problem occurred.
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This metric provides the universally unique identifier (UUID) of the open problem.
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This metric provides the status of the problem associated with the component.
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This metric provides the URL to an Oracle Support reference document.
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This metric provides the probability of the open problem.
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This metric provides the description of the open problem.
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This metric provides the component subsystem name.
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This metric provides the serial number of the component.
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This metric provides the part number of the component.
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This metric provides the name of the component that is the source of the trap.
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