Show Status System

Numeric identifier for the active configuration revision level. (SBC SWe N:1 HA deployments only) The revision number is incremented when executing the saveAndActivate action or restoring a cluster configuration.

CAUTION: In certain scenarios, a managed node is unable to apply changes due to unexpected configuration conflicts or network error conditions. Such situations trigger a sonusSbxManagedNodeUnableToReceiveConfigUpdates alarm and set the activeRevision number for the node to “-1.” When a node is in a “-1” state, some operations may be prevented until the situation resolves. Recovery requires a reboot of the impacted node. However, a reboot can be service impacting, proceed with caution.

Basic configuration (name, location, etc) for the system. See Admin Attributes table below for details.

Announcement file status and statistics. See Announcements Attributes table below for details.

Displays base MAC address of servers.

• activeBaseAddress – The base MAC address assigned to the active server.
• assignedBaseAddress – The base MAC address assigned to this server.

Displays the status of the active BFD sessions.

• sessionId -The session ID to display the unique session.
• activeDesiredMinTx - The minimum interval to transmit the packets (PKTs).
• addrCntxtId - The address context ID for the BFD session.
• connectType - The connection type for the BFD session, which is either multi-hop (indirect) or single-hop (direct).
• creationTime - The session creation time.
• detectTime - The timeout for the session.
• downLastTime - The down time for the session.
• dscp - The DSCP value for the BFD session.
• lifGroupId - The LIF group for the BFD session.
• linkId - The link detection ID.
• localDiag - The diagnostic field for the BFD session.
• localDiscr - The local discriminator for the BFD session.
• localIP - The local IP address for the BFD session.
• localPort - The local port for the BFD session.
• remoteDiscr - The remote discriminator for the BFD session.
• remoteIP - The remote IP address for the BFD session.
• remoteMinRxInterval - The minimum interval to receive the PKT.
• remotePort - The remote port for the BFD session.
• rxPktCount - The total received packets for the BFD session.
• sessionState - The session state for the BFD session.
• txPktCount - The total transmitted packets for the BFD session.
• upLastTime - The up time for the session.

Displays cluster-specific configuration details.

• mgmtInterfaceGroup – The Management Interface Group used for intra-cluster communication
• mgmtIpAddress – The management IP address used for intra-cluster communication
• type – The interface type used during intra-cluster communication

Indicates the configuration mode for the node.

• oam - an OAM node in a cluster that uses the OAM configuration type.
• managed-vm - a node, managed by an OAM node, in a cluster that uses the OAM configuration type.
• direct-single - a node in a cluster that uses the Direct Single configuration type.
• sbc - a non-clustered node such as a hardware-based SBC.

System congestion profile for the node.

• adaptive – adaptive overload configuration.
• levelMC1 – Configuration for congestion level MC1.
• levelMC2 – Configuration for congestion level MC2.
• levelMC3 – Configuration for congestion level MC3.
• mode – Mode (static or adaptive) of the system overload control.
• policer – System congestion Call Rate Policer configuration.

List of core dumps on the server(s). Fields include:

• coredumpFileName
• size
• dateAndTime
• newSinceLastStart (true/false)

Summary of core dump files on server(s).

• <server name> – The name of the server.
• coredumpAndTraceCount – Number of coredumps and trace files.
• totalSize – Indicates the total size of the coredumps (KBytes).

Available only on SWe except S-SBC SWe. See CPU Transcode Status for details.

The CPU utilization of the server for the current period.

• <server name> – The name of the server.
• average – The average CPU % utilization for this interval.
• high – The high CPU % utilization for this interval.
• low – The low CPU % utilization for this interval.

The CPU utilization for the 'n' number of intervals.

• number – The interval sequence number. The number of intervals to store are configurable. (Refer to Interval Statistics - CLI for status/statistics details)
• ceName – The SBC server name.
• cpu – The CPU number.
• intervalValid – A setting of 'true' indicates the interval contains valid data during the time interval. Each interval is for a configurable fixed time (default interval is 15 minutes) starting on the hour. For example, if the system starts at 12:05, the first interval at 12:15 will not be valid because it is less than the 15-minute interval. Subsequent intervals will be valid upon meeting the 15-minute time interval. System switch-overs also cause invalid intervals because data is lost during the interval.
• time – The system up time when the interval statistics are collected.
• average – The average CPU % utilization for this interval.
• high – The high CPU % utilization for this interval.
• low – The low CPU % utilization for this interval.

Displays SBC database sync status from executing the request system admin <system name> verifyDatabaseIntegrity command. (Refer to Admin - CLI)

The following command options are available to match the results of the 'show' command with the associated 'request' command:

activeAndStandbyPolicy – Display results of the sync check against policy databases on the active and standby servers.
activeConfigAndActivePolicy – Displays the results of the sync check against the policy and configuration databases on the active server.

Displayed results include the following fields:

• syncModuleName – The database sync module name: activeAndStandbyPolicy, activeConfigAndActivePolicy
• syncStatus – Possible results: inProgress, inSync, outOfSync, unknown.
• timeStamp – Times tamp of when the command was executed.

SBC 7000 daughter board administrative status from server/CE level.

• ceName – The SBC server name.
• disableCleanupAction – Identifies the type of disable cleanup action (forced/graceful)
• dryUpTime – The set time, in minutes, for a graceful shutdown to occur (range: 0-60 / default = 10).
• slot – Slot number designation for DSP20 (slot 1) and DSP25 (slots 1-4) cards.
• state – Administrative state of daughter board.

NOTE: Not applicable for 5x00 or SWe systems.

Server Daughter Board (DB) status details. See Daughter Board Status Attributes table below for details.

DoD mode status details, with following details:

• index – Index number
• status – Specifies if DoD mode is enabled/disabled, as well as if CLI, EMA Platform Mode and sFTP are enabled for access while SBC is in DoD mode.

Distributed SBC (D-SBC) statistics details.

• dsbcSigPortStatistics – D-SBC signaling port statistics when communicating with the other D-SBC nodes. Fields include:
  • <IP address> – The IP address of the remote node
  • BytesReceived – The total number of signaling bytes received from this remote node
  • BytesSent – The total number of signaling bytes sent to this remote node
  • Interface – The interface used for this link
  • PdusReceived – The total number of signaling PDUs received from the remote node
  • PdusSent – The total number of signaling PDUs sent to the remote node
  • State – The current state of the signaling link of the remote node
• dsbcSigPortStatus – D-SBC signaling port status details.
  
  • <index> – The D-SBC signaling port index.
  • state – The administrative state of the D-SBC signaling port.

DSP PAD configuration service (must be restarted for new configuration to take effect). See DSP PAD Attributes table for details (for 'show table system' command only).

DSP historical interval statistics. See DSP Resources Attributes table below for parameter details.

• dspCallCurrentStatistics – The System Call DSP Resource Current table.
• dspCallIntervalStatistics – The System Call DSP Resource Interval table.
• dspUsageCurrentStatistics – The DSP Resource Current table.
• dspUsageIntervalStatistics – The DSP Resource Interval table.

Status of DSP resources. See DSP Status Attributes table below for details.

EMS-specific configuration.

• emsFqdn – the FQDN ofthe EMS to use for registration
• emsIpAddress – the IP address of the EMS the SBC is currently registered with.
• emsIpAddressOverride – list of IP addresses (up to 8) to use to override any other configuration that speciftes the EMS to register with.

Applies to SBC SWe systems only.

Configuration for management, packet, and field service Ethernet ports. See Ethernet Port Attributes table for details.

Fan status on the server(s).

• <system name>
• <fan nomenclature>
• speed

Displays whether the following interval statistics are enabled/disabled to write data to the statistics file.

• CallFailIntervalStats
• CallIntervalStats
• DiamNodeRfIntervalStatistics
• DnsGroupDnsServerStats
• DspResDspCallIntervalStats
• DspResDspUsageIntervalStats
• H323SigPortStatisticsStats
• IpAclOverallStats
• IpAclRuleStats
• IpPolicingSystemIntStats
• LinkDetectionGroupStats
• LinkMonitorStats
• MtrmConnPortPeerStats

• NBS5200TrunkGroupStatusStats
NOTE: The EMS uses "SBC7KTrunkGroupStatusStats" for SBC 7000 series statistics.

• SipIntervalStats
• sipOcsCallIntervalStatistics
• SipRegCountStats
• SipSigPortStatisticsStats
• SipSubCountStats
• SysCpuUtilIntStatsSts
• SysMemoryUtilIntStatsSts
• SystemCongestionIntervalStats
• TrafficControlStats
• ZoneIntervalStatisticsStats

FIPS finite state machine state.

• issuer – FIPS FSM Issuer.
• message – FIPS FSM message.
• state – FIPS FSM state.
• timeStamp – FIPS FSM timestamp.

SWE only. Returns server name and GPU number for each attached GPU. See GPU Status table for details.

Returns GPU codec channel capacities. Available only on SBC SWe except S-SBC SWe. See GPU Transcode Status for details. 

This statistic displays GRHA status details.

• serverName
• leaderElection – The current GRHA mode setting for the leader election algorithm type.
• bondMonitoring – The current GRHA mode setting for bond monitoring type.

Hard disk status on the server(s).

• capacity – Capacity of the disk.
• diskLifeRemaining – A calculated percentage estimating the life remaining of the device or N/A if not supported by the device.
• diskStatus – Hard disk status that indicates if the disk is online/failed.
• healthTest – Pass or Fail indicating the overall health of the device.
• present – Indicates if the hard disk exists (true/false).
• productId – Product ID of the hard disk as assigned by vendor.
• revision – Revision of the hard disk as assigned by vendor  .

Hard disk usage on the server(s).

• freeDiskSpace – Indicates free hard disk space (KBytes).
• role – Role of the server for the indicated partition (see Note below).
• syncCompletion – Indicates partition's sync completion percentage.
• syncStatus – Partition's synchronization status with peer server.
• totalDiskSpace – Capacity of the disk (KBytes).
• usedDiskSpace – Indicates used hard disk (%) .

NOTE: The role of the standby server is reflected as Primary for the root partition because the other partition, /var/log/sonus/sbx/evlog is not mirrored/mounted in the standby CE until a switch-over occurs and the Standby assumes the role of active.

Configuration and status for the HA ethernet ports.

• statistics – Lists status/statistics details such as port name, number of packets transmitted/received, bytes transmitted/received, and errors transmitted/received.
  • <host name> – SBC host name.
  • allocRxBufFailRx – The number of receive buffer allocation errors.
  • byteRx – The number of bytes received.
  • byteTx – The number of bytes transmitted.
  • crcErrRx – The number of receive CRC errors.
  • errTx – The number of transmit errors.
  • noBufCntRx – The number of receive no buffer errors.
  • overErrRx – The number of receive overrun errors.
  • packetRx – The number of packets received.
  • packetTx – The number of packets transmitted.
• status – List details such as port name, MAC address, IP address, negotiated speed and OOS reason.
  • ipAddress – The IP address of this port.
  • macAddress – The MAC address of this port.
  • negotiatedSpeed – The negotiated speed of this port.
  • oosReason – The reason this port is out of service.

The system- wide settings for interval statistics.

• maxFileRetentionPeriod – The maximum retention period for statistics files stored on disk. (range: 60-1440 / default = 60)
• nodeId – The EMS configured nodeID for this system to be used as part of the filename when writing the statistics  to the file. (default = 0)

• numOfPastIntervals – The maximum number of past intervals display in CLI. (range: 1-12 / default = 4)
• timeInterval – The time interval for interval statistics data.

The MIB Module for IP Monitoring statistics. These statistics are divided into three categories: Offenders List/Offenders Interval statistics, Micro Flow statistics and System statistics.

Some or all of the following fields appear in the Offenders List/Offenders Int Stats statistics, depending on the type:

• Role – Role of this statistic
• Index – Index  number of this statistic
• Address Context – Address context associated with this statistic
• Interface Group Name – IP interface group name
• Interface Name – Interface name
• Source IP Address – Source IP address
• Destination IP Address – Destination IP address
• Source IP Port – Source IP port
• Destination IP Port – Destination IP port
• IP Protocol – IP protocol
• Ether Type – This field indicates the decimal value representing which protocol is encapsulated in the payload of the Ethernet Frame. For example, a value of 2048 equates to 0800 hexadecimal, which in turn represents IPv4.
• Discard Count – The number of packets dropped
• Ring Type – Media ring type
• Source Unique – Determines if all discards were from a unique source address

Offenders Lists: (See Offenders Lists for additional details about each type of list)

• aclOffendersList – The table of statistics for the ACL policer offenders list
• aggregateOffendersList – The table of statistics for the aggregate policer offenders list
• arpOffendersList – The table of statistics for the ARP policer offenders list
• badEtherIpHdrOffendersList – The table of statistics for the bad Ethernet/IP Header policer offenders list
• discardRuleOffendersList – The table of statistics for the discard rule offenders list
• ipSecDecryptOffendersList – The table of statistics for the IPsec Decrypt policer offenders list
• mediaOffendersList – The table of statistics for the media policer offenders list
• rogueMediaOffendersList – The table of statistics for the rogue media policer offenders list

• srtpDecryptOffendersList – The table of statistics for the SRTP decrypt offenders list.

• uFlowOffendersList – The table of statistics for the micro flow policer offenders list

Offenders Interval Statistics:

• aclOffendersListIntStats – The table of statistics for the ACL policer offenders list
• aggregateOffendersIntStats – The table of statistics for the aggregate policer offenders list
• arpOffendersListIntStats – The table of statistics for the ARP policer offenders list
• badEtherIpHdrOffendersIntStats – The table of statistics for the bad Ethernet/IP Header policer offenders list
• discardRuleOffendersIntStats – The table of statistics for the discard rule offenders list
• ipSecDecryptOffendersIntStats – The table of statistics for the IPsec Decrypt policer offenders list
• mediaOffendersIntStats – The table of statistics for the media policer offenders list
• rogueMediaIntStats – The table of statistics for the rogue media policer offenders list

• srtpDecryptOffendersIntStats – The table of statistics for the SRTP decrypt offenders list.

• uFlowOffendersListIntStats – The table of statistics for the micro flow policer offenders list

Micro Flow statistics:

• uFlowStats – The table of micro flow statistics. See IP Policing uFlowStats Fields for details

NOTE: This command displays any micro flow entry regardless of whether SIPFE or MRM (or any sub-system) created the micro flow.

System statistics:

• systemCurStats – The System Policer Current Statistics table. See IP Policing System Current and Interval Attributes table below for a list of attributes.
• systemIntStats – The System Policer Interval Statistics table. See IP Policing System Current and Interval Attributes table below for a list of attributes.

Indicates whether the node is an OAM node.

• false
• true

JSRC server configuration.

• globalConfig – This defines global configuration applicable to all the JSRC servers.
• remoteServer – JSRC server configuration.
• serverStatus – JSRC server status.

Displays status of various LEDs of the server.

• ledColor – Indicates the LED color.
• ledState – Indicates the LED state.

The license status for registered license features. See License Attributes table for details.

Displays the licenseRequired configuration: The configured maximum number of licenses for a particular feature for a specific node when network-wide domain licensing is in effect. See License Attributes table for details.

(Applies to 'show table' command only)

The CE license status table describes the current CE license state, for example "dualCe". See License Attributes table for details.

The Load Balancing Service status/statistics details with the following fields. See one of the following tables, as applicable, for details:

• Load Balancing Service Attributes (S-SBC)
• Load Balancing Service Attributes (M-SBC)

The logical management IP interface status/statistics details with following fields:

• name – The name of the logical IP interface.
• mgmtIpInterfaceGroupName
• ipAddress
• state

The Logical Mgmt IP Interface status status/statistics details with following fields:

• name – The name of the logical IP interface.
• operStatus – Operational status.

Displays MAC addresses of the system server(s).

• <server name> – SBC server name.

• status – Status of the specified MAC address.

• usedBy – Name of the server using this MAC address.

• usedByPort – The port used by this MAC address.

System- wide media configurations, UDP port range and RTP/RTCP peer inactivity timeout.

• mediaPeerInactivity – media peer inactivity configurables.
• mediaPortRange – Allowed range of UDP port numbers for RTP/RTCP media.
• mediaRtcpControl – RTCP session configurables.

DSP Media Profile configuration. (The System Media Profile configuration applies to hardware platforms (5400 series, 7000) only.)

• compression – Percentage (of DSP cores) for capability COMPRESSION.
• tone – Percentage (of DSP cores) for capability TONE.

The memory utilization for the current interval period. Fields include:

• ceName – The SBC server name.
• average – The average memory % utilization for this interval.
• averageSwap – The average swap % memory utilization for this interval.
• high – The high memory % utilization for this interval.
• highSwap – The high swap % memory utilization for this interval.
• low – The low memory % utilization for this interval.
• lowSwap – The low swap memory % utilization for this interval.

The memory utilization for the 'n' number of intervals.

• number – The interval sequence number. The number of intervals to store are configurable. Refer to Interval Statistics - CLI for status/statistics details.
• ceName – The SBC server name.
• average – The average memory % utilization for this interval.
• averageSwap – The average swap memory % utilization for this interval.
• high – The high memory % utilization for this interval.
• highSwap – The high swap memory % utilization for this interval.
• intervalValid – A setting of 'true' indicates the interval contains valid data during the time interval. Each interval is for a configurable fixed time (default interval is 15 minutes) starting on the hour. For example, if the system starts at 12:05, the first interval at 12:15 will not be valid because it is less than the 15-minute interval. Subsequent intervals will be valid upon meeting the 15-minute time interval. System switch-overs also cause invalid intervals because data is lost during the interval.
• low – The low memory % utilization for this interval.
• lowSwap – The low swap memory % utilization for this interval.
• time – The system up time when the interval statistic is collected.

Displays the system dynamic metavariable names and values.

• ceName – Displays the name of the instance along with its HA IP address.
• name – Displays the name of the interface definition parameters.
• value – Displays the value associated with the IDP.

Displays user-configured metavariables that add to the metadata available to an existing SBC SWe N:1 HA or cloud-based deployment.

• ceName – Displays the name of the instance along with its HA IP address.
• name – Displays the name of an interface definition parameter.
• value – Displays the value assigned to the specified parameter.

A group of management IP interfaces for the default address context. See Mgmt IP Interface Group Parameters table below for details.

Static IP routes for this address context.

• <destination IP address>
• preference – Route preference value.

NOTE: For internal debug use only.

Network Processor statistics details.See Network Processor Attributes table below for details.

NTP services management details. See NTP Attributes table below for details.

Path for ICMP ping mechanism

• name – Path Check Path name
• sourceIpAddress – Source IP address of the ping path
• targetIpAddress – Target IP address of the ping path
• reportSignalIpAddress – Reported Signaling IP address of the ping path
• reportSignalIpPort – Reported Signaling Port of the ping path
• pathCheckProfile – Path Check profile name used when pinging this peer
• addressContext – Address Context where the corresponding Interface Group is present
• zone – Zone name used when pinging this peer
• ipInterfaceGroup – IP Interface Group where the corresponding IP Interface is present.
• ipInterface – IP interface from which ping should be generated.
• state – Administrative state of pathCheckPath (active pinging state).

NOTE: This field applies to the 'show table' command only.

Softswitch servers and client services status/statistics details. See Policy Server Attributes table below for details.

Power consumption/state of the server.

• <server name>
• partNum – Identifies the part number of the module.
• powerFault – Indicates if there is power fault.
• present – Indicates if the module is present or not.
• productName – Identifies the name (as given by manufacturer) of power supply module.
• serialNum – Identifies the serial number of the power supply module.
• voltageFault – Indicates if there is voltage fault.

Displays the status of the instances in a redundancy group.

NOTE: This command applies to N:1 redundancy configurations only.

List of configurations saved on the system.

• <index of saved config. file>
• fileName – The file name of the saved configuration.
• size – Indicates size of the saved configuration file (KBytes).
• version – The software version name of the saved configuration.

Security management status/statistics details. See Security Attributes table for details.

The system server software upgrade status table describes the status of the server software upgrade module.

• <server name>
• upgradeStatus – Indicates the current status of the server (none, pendingRevert, pendingUpgrade, reverted, reverting, revertingOnError, upgraded, upgrading)

The settings for the Service Registry and name server used to resolve FQDNs as part of Service Discovery. Refer to Service Discovery for Trap Target Destinations and EMS Registration.

• serviceRegistry – name of the Service Registry.
  • nameserver –  numeric index of name server (0 to 7).
    • hostname – FQDN for the name server.
    • ipAddress – IP address for the name server.
    • port – port number on the name server (1 to 65535).
    • priority – priority for the name server (0 to 100).
    • weight – weight for the name server (0 to 100).
  • transport – type of transport to reach the name server: <fallback | tcp | udp | udpEdns0>.
  • attempts – number of attempts to retry before a request to a name server is dropped (1 to 4294967295).
  • timeout – timeout, in ms, before a request to a name server times out (100 to 4294967295).
  • resolve – resolve parameters
    • recurse – whether the resolution of a service should be recursive (false | true).
    • roundRobin – whether the order in which name servers are queried should be random (false | true).
    • ttl – the maximum time-to-live, in seconds, to use when resolving an entry (1 to 4294967295).

<system name> detailedStatus – Prints the complete Live Software Upgrade (LSWU) upgrade details for the specified system to the screen. Details include the number of steps involved, the time taken to completed LSWU and upgrade process results.

LSWU status at any given time with the following details.

• activeCeAtStart – Active CE name when the upgrade started.
• cemodeAtStart – CE mode when upgrade started (single/dual).
• modelChange – Indicates if process model changed as part of this upgrade.
• newRelease – Software release to which the upgrade is performed.
• oldRelease – Software release running before upgrade started.
• package – Name of the new package.
• previousState – This is the previous LSWU state.
• primaryUpgradeStatus – Indicates the current status of the primary server.
• reason – Exit reason for failure of last software upgrade.
• revertScript – Revert script to run in case upgrade fails.
• revertStartTime – Start time of revert activity.
• rpmName – Name of the new rpm used for upgrade.
• secondaryUpgradeStatus – Indicates the current status of the secondary server.
• state – Current LSWU state.
• upgradeScript – Script to run to perform upgrade.
• upgradeStartTime – LSWU start time.

Sync status details of the standby node for active nodes created through a N:1 redundancy group configuration.

• Call/Registration Data – The sync state of Call/Registration data for active or standby node.
• Metavar Data – The sync state of metavariable data for the active or standby node.

HA Redundancy:

Sync status of both the active and standby nodes for an SBC HA pair.

• Call/Registration Data – Call/Registration data synchronization status with the SBC peer 

• Configuration Data – Configuration data synchronization status with the SBC peer
• Disk Mirroring – Disk Mirroring synchronization status with the SBC peer
• Policy Data – Policy data synchronization status with the SBC peer

N:1 Redundancy:

Sync status of both the active and standby nodes created through a N:1 redundancy group.

• Call/REgistration Data – The sync state of Call/Registration data for active or standby node.
• Metavar Data – The sync state of metavariable data for the active or standby node.

The System Congestion Current Statistics table details.

• avgCallRate – The average call rate calculated using the formula: (# call attempts in an interval) / (# seconds elapsed in that interval).
• avgRegRate – The average registration rate calculated using the formula: (# registration attempts in an interval) / (# seconds elapsed in that interval).
• avgSubsRate – The average SIP SUBSCRIBE arrival rate calculated using the formula: (# SUBSCRIBE attempts in an interval) / (# seconds elapsed in that interval).
• callArrivals – The number of call arrivals since the current interval started.
• emergencyCallArrivals – The number of SIP emergency call arrivals since the current interval started.
• emergencyCallRejects – The number of SIP emergency call rejects since the current interval started.
• levelMC1Count – The number of transitions into MC1 since the current interval started.
• levelMC1TotalTime – The total number of seconds spent in MC1 since the current interval started.
• levelMC2Count – The number of transitions into MC2 since the current interval started.
• levelMC2TotalTime – The total number of seconds spent in MC2 since the current interval started.
• levelMC3Count – The number of transitions into MC3 since the current interval started.
• levelMC3TotalTime – The total number of seconds spent in MC3 since the current interval started.
• overloadRejects – The number of calls rejected due to system congestion since the current interval started.
• peakCallRate – The system peak call arrival rate (in calls per second) since the current interval started.
• peakRegRate – The peak SIP registration arrival rate (in registrations per second) since the current interval started.
• peakSubsRate – The peak SIP SUBSCRIBE arrival rate (in subscriptions per second) since the current interval started.
• sipRegArrivals – The number of SIP registrations arrivals since the current interval started.
• sipRegRejects – The  number of SIP registrations rejected since the current interval started.
• sipSubsArrivals – The number of SIP SUBSCRIBEs that arrived since the current interval started.
• sipsSubsRejects – The number of SIP SUBSCRIBEs that are rejected due to system congestion since the current interval started.

The System Congestion Interval Statistics details.

• <sequence number> – The interval sequence number. The number of intervals to store are configurable. Refer to Interval Statistics - CLI for configuration details.
• avgCallRate – The system average call arrival rate over the reporting inteval (callArrivals / interval-time = avgCallRate).
• avgRegRate – The average SIP registration arrival rate (in registrations per second) over the reporting interval.
• avgSubsRate – The average SIP SUBSCRIBE arrival rate (in subscriptions per second) over the reporting interval.
• callArrivals – The total count of call arrivals during the interval (callArrivals / interval-time = avgCallRate) .
• emergencyCallArrivals – The total count of SIP emergency calls that arrived.
• emergencyCallRejects – The total count of rejected SIP emergency calls.
• intervalValid – A setting of 'true' indicates the interval contains valid data during the time interval. Each interval is for a configurable fixed time (default interval is 15 minutes) starting on the hour. For example, if the system starts at 12:05, the first interval at 12:15 will not be valid because it is less than the 15-minute interval. Subsequent intervals will be valid upon meeting the 15-minute time interval. System switch-overs also cause invalid intervals because data is lost during the interval.
• levelMC1Count – The total count of transitions into MC1 during the interval.
• levelMC1TotalTime – The total time spent (in seconds) in MC1 during the interval.
• levelMC2Count – The total count of transitions into MC2 during the interval.
• levelMC2TotalTime – The total time spent (in seconds) in MC2 during the interval.
• levelMC3Count – The total count of transitions into MC3 during the interval.
• levelMC3TotalTime – The total time spent (in seconds) in MC3 during the interval.
• maxActiveCalls – The high water mark of the total number of active calls in both inbound and outbound directions on all trunk groups in the system for specified interval. This statistic applies to calls which are setting up, tearing down or stable.
  
  

  Switch-over scenario:

  When a switch-over occurs from SBC-A to SBC-B, the number of stable calls that were transferred from SBC-A to SBC-B equals the initial value of "maxActiveCalls" (immediately after the switch-over). Subsequent values are calculated and recorded accordingly.

• overloadRejects – The total count of calls rejected during the collection interval.
• peakCallRate – The system peak call arrival rate (in calls per second) measured during the collection interval.
• peakRegRate – The peak SIP registration arrival rate (in registrations per second) measured during the collection interval.

• peakSubsRate – The peak SIP SUBSCRIBE arrival rate (in subscriptions per second) measured during the collection interval.

• sipRegArrivals – The total count of SIP registrations that arrived during the collection interval.
• sipRegRejects – The total count of SIP registrations rejected during the collection interval.

• sipSubsArrivals – The total count of SIP SUBSCRIBEs that arrived during the collection interval.

• sipsSubsRejects – The number of SIP SUBSCRIBEs rejected during the collection interval.

• time – The system up time when the interval statisitic is collected.

System Congestion status status/statistics details.

• systemCongestionCPULevel – The current System Machine Congestion (MC) Level at the time this command is executed.

  • 0 – No Congestion

  • 1 – Level one congestion

  • 2 – Level two congestion

  • 3 – Level three congestion

• systemCongestionCallAcceptCount – A snapshot of the number of calls being accepted by the system. A value of "65535" represents all calls. During MC2 congestion, SBC calculates the CallAcceptRate peridocially (each second), and uses the value to compute a new CallAcceptCount.
• systemCongestionCallAcceptRate – Current rate (in calls per second) at which calls are being accepted by the system.
• systemCongestionCallArrivalRate – A snapshot of the number of call arrivals in the last second.
• systemCongestionCallEqArrivalRate – Indicates the number of call/subscribes/registrations arrival per second. For registrations and subscriptions, the counter is incremented after every four new subscriptions/registrations. For calls, the counter is incremented after every new call.
• systemCongestionCallRateLevel – Call rate congestion level.
•  systemCongestionIRTTLevel – Internal RoundTrip Time (IRTT) congestion level.
• systemCongestionMCDuration – Number of seconds the system has been at this congestion level.
• systemCongestionMCLevel – System congestion level.
• systemCongestionRegArrivalRate –  A snapshot of the number of SIP registration arrivals in the last second.
• systemCongestionSubsArrivalRate – The number of SIP SUBSCRIBEs that arrived in the last second.

(Available only on SWe except S-SBC SWe)

• cpu – Number of cores used by CPU-based transcoding. This is system level information and shows only one entry in case of HA system.
• gpu – GPU information. This is system level information and shows only one entry in case of HA system.
  
  • gpuName – Name of the GPU, this is used to differentiate between instances of same GPU type such as M60_0, M60_1.
  • cpuCoresUsed – CPU cores used for GPU transcoding by this GPU.
  • gpuType –  GPU type.
  • gpuAllocationRatio – GPU allocation ratio. Reserved for future use.
    

(Available only on SWe except S-SBC SWe)

Shows type of transcode information used (CPU, GPU, CPU + GPU, HWDSP). This is system level information and shows only one entry in case of HA system.

Announcement segment NP memory usage.

• cachedSegments – Number of announcement segments cached in NP memory.
• totalCacheMemory – Total amount of segment cache memory available in NP.
• totalPlayoutTime – Total playout time of all segments cached in NP memory.
• totalSegments – Total number of announcement segments on disk.
• usedCacheMemory – Amount of segment cache memory being used in NP.
• utilizedCacheMemory – Percentage of segment cache memory being used in NP.

segmentStatus <segment ID>

Announcement segment file status.

• audioFormat – Compression type of audio data.

• audioLength — Length of audio data in segment file.

• pathname – Pathname of segment file.

• playoutDuration – Playout duration of segment file.

• state – State of segment.

• totalPlays – Total number of times this segment has been played.

• useCount – Number of announcements currently using this segment.

• version – Version number of segment file.

Daughter board identifier

SBC 7000 series:

• FRU_DSP1 – SBC 7000 DSP-LC slot 1

• FRU_DSP2 – SBC 7000 DSP-LC slot 2

• FRU_DSP3 – SBC 7000 DSP-LC slot 3

• FRU_DSP4 – SBC 7000 DSP-LC slot 4

 A card’s programmed firmware version (using FPGA build date)

NOTE: This maintenance field does not apply to SPS100 cards.

Number of module boot failures since the last successful module boot, for use during diagnostic testing of a potentially failed module.

NOTE: This maintenance field does not apply to SPS100 cards.

Operational state of daughter board.

• disabled – Card is disabled.
• dryup – Card is enabled but in the process of drying up. Once completed, card will be set to ‘disabled’.
• enabled – Card is enabled.
• failed – If a DSP2x or DSP-LC module fails to boot over three consecutive tries (typically due to a hardware failure), it is taken out of service and marked as state “failed”. The rest of the system continues to boot normally, including any other DSP modules. The module failure is logged/alarmed with trap “sonusConnexIpSystemCESlotFailedNotification”. The slot remains in the failed state until the module is disabled and re-enabled once a replacement card is installed.
• loading – Card is enabled but in the process of booting. Resources are not yet available. Once completed, card will be set to ‘enabled’.
• locked – Slot capacity is locked out due to mismatch (with “preserveRedundancy” configured).

serialNum

Identifies the serial number of the module (if present)

dspRes

<system name or sequence number>

• The system name (for CurrentStatistics objects).
• A sequence number which identifies the interval for which the set of statistics is required (for IntervalStatistics objects).

The System Call DSP Resource Current table containing the following information:

The following statistics are collected in this table for each codec.

• numCallSuccessNoDspAllocFailure – Number of successful calls without DSP resource allocation failure during the current time interval.
• numCallSuccessWithDspAllocFailure – Number of successful calls with DSP resource allocation failure during the current time interval.
• numCallFailNo<codec> – Number of calls failed due to lack of DSP resource for the specified codec since initialization/last reboot.
• numCallFailOtherOn<codec> – Number of call fails due to reason other than lack DSP resources for the specified codec since initialization/last reboot.
• numCallSuccessNo<codec> – Number of successful calls even though lack of DSP resourcesfor the specified codec since initialization/last reboot.

The System Call DSP Resource Interval table containing the following statistics for the 'n' number of intervals:

• number – The interval sequence number. The number of intervals to store are configurable. Refer to Interval Statistics - CLI for configuration details.
• intervalValid– A setting of 'true' indicates the interval contains valid data during the time interval. Each interval is for a configurable fixed time (default interval is 15 minutes) starting on the hour. For example, if the system starts at 12:05, the first interval at 12:15 will not be valid because it is less than the 15-minute interval. Subsequent intervals will be valid upon meeting the 15-minute time interval. System switch-overs also cause invalid intervals because data is lost during the interval.
• time – The system up time when the interval statistics are collected.
• numCallSuccessNoDspAllocFailure – Number of successful calls without DSP resource allocation failure for the defined time interval.
• numCallSuccessWithDspAllocFailure – Number of successful calls with DSP resource allocation failure for the defined time interval.
• numCallFailNo<codec> – Number of failed calls due to lack of DSP resource for the specified codec during the defined time interval.
• numCallSuccessNo<codec> – Number of successful calls even though lack of AMRNB DSP resource for the specified time interval.

The DSP Resource statistics details.

The following statistics are collected in this table for each codec. Statistics are collected once per second.

• <codec>AverageAvailCount – The running average number of free DSP resources for the specified codec since the SBC started up.
• <codec>AverageUsedCount – The running average number of used DSP resources for the specified codec since the SBC started up.
• <codec>PeakUsedCount – The peak number of resources used for the specified codec since the SBC started up.

For information on the supported codecs, refer to Audio Codecs.

The DSP Resource Interval table containing the following statistics over the 'n' number of intervals. Interval statistics are weighted per codec type.

• number – The interval sequence number. The number of intervals to store are configurable. Refer to Interval Statistics - CLI for configuration details.
• intervalValid – A setting of 'true' indicates the interval contains valid data during the time interval. Each interval is for a configurable fixed time (default interval is 15 minutes) starting on the hour. For example, if the system starts at 12:05, the first interval at 12:15 will not be valid because it is less than the 15-minute interval. Subsequent intervals will be valid upon meeting the 15-minute time interval. System switch-overs also cause invalid intervals because data is lost during the interval.
• time – The system up time when the interval statisitics are collected.
• <codec>AverageAvailCount – The running average number of free DSP resources for the specified codec over the defined interval.
• <codec>AverageUsedCount – The running average number of used DSP resources for the specified codec over the defined interval.
• <codec>PeakUsedCount – The peak number of resources used for the specified codec over the defined interval.

For information on the supported codecs, refer to Audio Codecs.

NOTE: The number of available transcoded calls depends on whether or not back-to-back transcoding is required. Also, DSP resources are commonly held during call setup (even when transcoding ultimately is not required on the call).  At a high call rate this can marginally cut into the number of DSP resources available on the system.

dspStatus dspUsage

Management port status details.

• ifIndex – The unique ifIndex of this management NIF
• linkState – The state of the interface.
  • admnDisabled
  • admnEnabledPortDown
  • admnEnabledPortUp
  • nifCreated
  • nifCreating 
  • null
• macAddress – The MAC address of the network interface.
• rxDropped – The number of packets dropped due to no receive buffers.
• rxErrors – The number of bad packets received
• rxPackets – The number of received packets.
• txDropped – The number of packets dropped due to no transmit buffers.
• txErrors – The number of packet transmit failures.
• txPackets – The number of transmitted packets.

Management port transmit and receive statistics.

• rxDropped – The number of packets dropped due to no receive buffers.
• rxErrors – The number of bad packets received.
• rxPackets – The number of received packets.
• txDropped – The number of packets dropped due to no transmit buffers.
• txErrors  – The number of packet transmit failures.
• txPackets – The number of transmitted packets.

Packet port status details.

• allocatedBandwidth – The bandwidth (bytes/second) allocated for a particular port for active media streams.
• bandwidthDeviation – The percentage of deviation of actual bandwidth from allocated bandwidth.
• bandwidthUsage – The percentage of load (allocatedBandwidth) for a particular port using the formula:
  allocatedBandwidth / maxBandwidth * 100
• ifIndex – The unique ifIndex of this Packet NIF.
• linkState – The state of the interface.
  • admnDisabled 
  • admnEnabledPortDown 
  • admnEnabledPortUp 
  • null
• macAddress – The MAC address of the metwork interface.

• maxBandwidth – The maximum bandwidth that the port is capable of supporting. For example,

  • For SBC 7000 series platform, 95% of 10 GB port is 1,187,500,000 bytes/second.
• negotiatedSpeed – The interface speed.
• rxActualBandwidth – The actual Rx bandwidth, which is used for a particular port (bytes/second).
• txActualBandwidth – The actual Tx bandwidth, which is used for a particular port (bytes/second).

Packet port transmit and receive statistics.

• rxDropped – The number of packets dropped due to no receive buffers.
• rxErrors – The number of bad packets received.
• rxPackets – The number of received packets.
• txDropped – The number of packets dropped due to no transmit buffers.
• txErrors – The number of packet transmit failures.
• txPackets – The number of transmitted packets.

portMonitorStatus 

The port monitor status.

• <ceName> – The SBC server name
• failures – Current number failures of this port monitor
• faultState – The fault state of the physical port
  • failed
  • restored
  • unknown
• linkFailures – The current number of link failures of this port monitor
• linkState – The state of the link monitor configured on this port in the link detection group. The linkState is set to “unknown” if link monitors are not configured.
  • failed
  • restored
  • unknown
• macAddress – The MAC address associated with the physical port
• pmName – The name of this port monitor.
• portName – The name of the physical port.
• prg – The name of the port redundancy group.
• role – The role of the physical port
  • active
  • no_role
  • standby
• state – The state of the physical port
  • down
  • unknown
  • up

portRedundancyGroupStatus

Status of the port redundancy group.

• <host name> – The server host name.
• failureCount – Total number of port monitor failures within this port redundancy group.
  

• failures – The current number of port monitors within this port redundancy group that have declared themselves failed.


• ifIndex – The unique ifIndex of this Packet NIF.


• ifNum – The unique ifNum of this Packet NIF.


• interfaceType – Interface Type of this port redundancy group.

  • mgmt
  • pkt

• portMonitorCount – The number of port monitors configured in this port redundancy group.
  

• portName – The name of physical/logical port.


• primaryMacAddress – The Primary MAC address of the network interface.


• secondaryMacAddress – The Secondary MAC address of the network interface.

licenseDomainBundleInfo

License details for the domain licenses available on the SBC.

• activeLicenseMode – The licensing mode currently in use by the SBC
• bundleName – License bundle name
• expirationDate – License expiration date
• featureName – license keys for each licensed feature
• generationDate – The date the license was generated
• installDate – The date the license was installed
• licenseId – License ID
• lineId – The line ID for the license feature entry
• purchaseOrderId – The purchase order ID specified when the license was generated
• usageLimit – Usage limit for the licensed feature

licenseInfo

The license status for all installed license features or for a specified <featureName> <licenseID> combination.

• <featureName> – license keys for each licensed feature:
  • DSP-AMRNB
  • DSP-AMRWB
  • DSP-EVRC
  • DSP-EVS
  • DSP-G722
  • DSP-SILK
  • ENCRYPT
  • LB-INSTANCE
  • MARKETPLACE-ROOT
  • MEDIA-PROBE
  • NOTRUF
  • POL-BASE
  • REG-GRACE
  • SBC-1X10GMP
  • SBC-4X1GMP
  • SBC-CAPACITY
  • SBC-LB
  • SBC-LI
  • SBC-MRF-RTU
  • SBC-NICEREC
  • SBC-P-DCS-LAES
  • SBC-POL-E911
  • SBC-POL-ENUM
  • SBC-POL-RTU
  • SBC-PSX-RTU
  • SBC-RTU
  • SBC-SIP-I
  • SBC-SIP323
  • SBC-SIPREC
  • SBC-SOSBC-RTU
  • SBC-VIDEO
  • SRTP
  • SWE-INSTANCE
  • VDSP-RTU
  • WEBSOCKET
• <license ID> – License identifier
• expirationDate – The expiration date for a licensed feature
• inUse – The number of licenses used by the SBC for this feature
• licenseId – License identifier
• source – Source of the license (BuiltIn, domain, or nodeLocked)
• usageLimit – The maximum count allowed for this feature

Displays the licenseRequired configuration: The configured maximum number of licenses for a particular feature for a node when network-wide domain licensing is in effect.

• featureName – license key for a licensed feature
• maxCount – The maximum number of licenses the SBC can request from the SLS.

(Applies to 'show table' command only)

NOTE: This attribute only applies if the current licenseMode is "domain."

licenseStatus

The CE license status table describes the current CE license state, for example "dualCe".

•   cemode

annStatistics

Announcement statistics:

• npId – Network processor ID
• numEnable – Current number of announcements enabled
• numPlaying – Current number of announcements playing
• pktsToDsp – Total number of packets sent to DSP
• pktsToEth – Total number of packets sent to Ethernet port
• stop – If set, all current announcements will gradually stop
• numAnnIndToHost – Number of indications sent
• numSlip – Number of announcements with interval slip
• outQcongest – Total number of errors
• timerAddErr – Number of timer schedule errors
• LastErrAid – Last Announcement ID for timerAddErr
• indWorkNull – No work entry counter for announcement indication
• indBufNull – Buffer null counter for announcement indication
• annWorkNull – No work entry counter for announcement
• annBufNull – Buffer null counter for announcement

Packet defragmentation statistics:

• npId – Network processor ID
• reassembleRequired – Total fragment context created for packets requiring reassembly
• goodFragments – Number of good fragments processed
• reassembleComplete – Good complete datagram
• inUse – Current number of defrag contexts used
• errorPkt – Bad fragment packet, duplicate, too many fragments, bad offset, packet too big
• timeoutCnt – Number of timeouts that have occurred
• badInputBuffer – Bad input buffer
• badDefragPool – Invalid buffer pool count
• badTimeoutList – Invalid age list for timeout maintenance
• tooManyFrags – Number of contexts exceeding maximum fragments allowed
• noDefragMatch – Number of fragments failed to find frag context, out of fragment context

Digit insertion statistics

• npId – Network processor ID
• startCnt – Total start count
• stopCnt – Total stop count
• modifyCnt – Total modify count
• earlyStartCnt – Total early start (start before end) count
• cancelRescheduleCnt – Total cancel and reschedule count
• badStopCnt – Total bad stop count
• mediaNotEnabledCnt – Total digit commands issued for disabled media flow
• uknownStateCnt – total unknown state count
• timerCancelFailCnt – Total failure count of cancelling timer bucket
• timerAddFailCnt – Total failure count of adding timer bucket
• failedGetWork – Unable to get work entry to send digit
• failedGetPktBuf – Unable to get packet buffer to send digit

RTCP Generation statistics.

• npId – Network processor ID
• startCnt – Total start count
• stopCnt – Total stop count
• modifyCnt – Total modify count
• haltCnt – Total number of halt commands
• restartCnt – Total number of restart commands
• cancelCnt – Total cancel and no–schedule count
• totalScheduled – Total RTCP packets scheduled
• lastScheduled – Last RTCP packet timer scheduled
• earlyStartCnt – Total early start (start before end) count
• badStopCnt – Total bad stop count
• badModifyCnt – Total RTCP modify but RTCP is not enabled count
• badGenType – Unsupported gen type passed in command
• doubleEnableCnt – Enable command for an already enabled RTCP
• timerCancelFailCnt – Total failure count of cancelling timer bucket
• timerAddFailCnt – Total failure count of adding timer bucket.
• failedGetWork – Unable to get work entry to send RTCP
• failedGetPktBuf – Unable to get packet buffer to send RTCP

• numWorkAtDiscard – RTCP not generated because state at discard

• numWorkAtDisabled – RTCP not generated because state at disabled
• numWorkAtHalt – RTCP not generated because state at halt
• lastBadRtcpGen – Last RTCP that was not generated

Displays NTP server key details.

• keyId
• keyType
• keyValue

Displays status information about each NTP peer.

• ceName – The name of this SBC server.
• ipAddress – IP address of the CE.

• state – the state of the NTP peer (insynce, outofsync, reachable).
• stratum – A number representing the distance from the reference clock, starting at "0". Stratum 16 represents that a device is out of sync.
• refTime – The time this NTP peer was last updated.

Displays information about each NTP Server configured to provide network time.

• ipAddress – The IP address of this NTP server.
• version – The NTP version of this NTP server.
• minPoll – The minimum poll interval to this NTP server.
• maxPoll – The maximum poll interval to this NTP server.
• state – The configured state of the NTP server entry.

Displays system status information about NTP.

• ceName – The name of this SBC server.
• clock – The SBC regularly checks system time. This field represents the system time as of the last check by SBC, not the actual system time.
• refTime – The time this system was last updated.

timeZone

This table contains Time Zone configuration. Fields include:

• name – System name.
• zone – The current time zone.

NOTE: In an HA configuration, the Active and Standby system times and refTimes will not match in the results of this command because SBC updates NTP data independently.

Defines global configuration applicable to all policy servers.

• congestionControl – The SBC throttles the sending or policy requests to either active or standby PSX when this field is enabled.
• mgmtInterfaceGroup – The Management Interface Group to use for communicating with external PSX.
• reconnectTimeout – The timer parameter for re-attempting connection to a Policy Server that is in the enabled state in seconds.
• switchOverMode – (automatic or manual) This setting determines how the policy server is set to ACTIVE after a switchover.
• type – Interface type supported by policyServer.

Local (embedded) policy server configuration.

• action – The action for the operation mode for this trunk group
• keepAliveTimer – The time in seconds between sending Keep Alive indications to the internal Policy Server.
• mode – Assignment of the Policy Server to have the active, standby, out of service or alternate role.
• retries – The maximum number of retransmission attempts for a transaction on this Policy Server.
• retryTimer – The time in milliseconds that the SBC waits for a response from the local Policy Server.
• state – Administrative state of the softswitch server.
• transactionTimer – The time in milliseconds that the SBC waits for a response from the Policy Server after sending it a transaction request.

Policy Server status table. Fields include:

• allowancePercent – The number of SBC policy requests allowed by PSX. For example, an allowance of 75%, means that the SBC is skipping one out of every four policy requests. This allowance is provisioned on the PSX and enforced on the SBC when PSX Congestion Control is enabled.

• averageTransactionTime – Records the average time taken in milliseconds for a softswitch transaction.

• congestionLevel – The PSX congestion level.

• dataRequests – The cumulative number of data requests received from the softswitch.

• index – Identifies the softswitch entry.

• interfaceIpAddress – Identifies the IP address the SBC uses to communicate with the PSX for this Policy Server.

• ipAddress – IP Address of the softswitch server.

• negotiatedVersion – The lowest negotiated protocol version between the gateway and all the active and alternate softswitches.

• operState – Operational state of the softswitch.

• queriesSkippedAndRejected – The cumulative number of rejected Policy Requests while the active PSX is congested and a standby PSX is either congested or not available.

• queriesSkippedAndServiced – The cumulative number of Policy Requests serviced by the standby PSX while the active PSX experienced congestion.

• redirectRequests – The cumulative number of redirect requests received from the softswitch.

• releaseRequests – The cumulative number of release-call requests received from the softswitch.

• serverReconnects – The number of successful reconnections between the gateway and the softswitch.

• transactionCompleted – The number of successful transactions between the gateway and the softswitch.

• transactionFailedAttempts – The number of unsuccessful transactions between the gateway and the softswitch.

• transactionRetryAttempts – The number of transaction retries between the gateway and the softswitch.

• version – The negotiated protocol version between the gateway and the softswitch.

remoteServer

Table of softswitch remote server configurations. Fields include:

• name – Remote server name.
• ipAddress – IP adddress of the remote server.
• portNumber – The IP port number of the softswitch server.
• state – Administrative state of the softswitch server.
• mode – Policy Server mode (active, standby, out of service or alternate role).
• action – The method by which queued transactions are processed when oper-state goes to standby or out-of-service. Possibilities include:
• dryup – all queue entries are processed to completion unless retries expires.
• force – all queue transactions are dropped immediately.
• transactionTimer – The time in milliseconds that the SBC waits for a response from the Policy Server after sending it a transaction request.
• keepAliveTimer – The time in seconds between sending Keep Alive indications to the Policy Server.
• retryTimer – The time in milliseconds that the SBC waits for a response from the Policy Server after retransmitting the transaction request.
• retries – The maximum number of retransmission attempts for a transaction on this Policy Server.
• subPortNumber – The port number assigned for the IP address of the Policy Server for the specific purpose of communicating subscriber data.

Checks for expired certificates, trust anchor validity, and if certificates have been revoked if OSCP is enabled. Fields include:

• certReCheckRate – The rate, in hours, to recheck certificates for TLS sessions.
• expirationPeriodicWarning – Interval of the periodic warnings in days generated after the certificate has reached the expiry threshold.
• expiryWarningThreshold – The number of days before generating a warning for a certificate nearing expiry.

IPsec configuration.

• ikeDpdInterval – The Dead Peer Detection interval.
• ikeRetransmitInterval – The IKE retransmit interval period in seconds.
• ikeRetrasmitCount – The number of IKE retransmits.

 This table contains OCSP profile usage status. Fields include:

• ocspName
• tlsName
• ocspTlsRefNum

This table contains OCSP Statistics. Fields include:

• ocspInternalErrors – Number of internal error responses.
• ocspMalformedRequests – Number of malformed request responses.
• ocspRepondersUnreachable – Number of times OCSP responders are unreachable.
• ocspRequestAttempts – Number of OCSP request attempts that have been made.
• ocspResponseTimeouts – Number of times OCSP response timeouts are encountered.
• ocspResponsesGood – Number of OCSP Responses received with 'Good' status.
• ocspResponsesRevoked – Number of OCSP Responses received with 'Revoked' status.
• ocspResponsesUnknown – Number of OCSP Responses received with 'Unknown' status.
• ocspSigRequired – Number of 'sigRequired' responses.
• ocspTryLaters – Number of 'tryLater' responses.
• ocspUnauthorized – Number of unauthorized responses.