• completedRequestCount: integer(int64)
  Read Only: true

  The number of completed requests in the priority queue.

• executeThreadIdleCount: integer(int32)
  Read Only: true

  The number of idle threads in the pool. This count does not include standby threads and stuck threads. The count indicates threads that are ready to pick up new work when it arrives

• executeThreadTotalCount: integer(int32)
  Read Only: true

  The total number of threads in the pool.

• healthState: object Health State

  Represents the health of the services that are in a WebLogic server domain. Selected subsystems within each WebLogic Server instance monitor their health status based on criteria specific to the subsystem.

• hoggingThreadCount: integer(int32)
  Read Only: true

  The threads that are being held by a request right now. These threads will either be declared as stuck after the configured timeout or will return to the pool before that. The self-tuning mechanism will backfill if necessary.

• minThreadsConstraintsCompleted: integer(int64)
  Read Only: true

  Number of requests with min threads constraint picked up out of order for execution immediately since their min threads requirement was not met. This does not include the case where threads are idle during schedule.

• minThreadsConstraintsPending: integer(int32)
  Read Only: true

  Number of requests that should be executed now to satisfy the min threads requirement.

• name: string
  Read Only: true

  The name of this configuration. WebLogic Server uses an MBean to implement and persist the configuration.

  Constraints

  • unharvestable
• overloadRejectedRequestsCount: integer(int32)
  Read Only: true

  Number of requests rejected due to configured Shared Capacity for work managers have been reached.

• pendingUserRequestCount: integer(int32)
  Read Only: true

  The number of pending user requests in the priority queue. The priority queue contains requests from internal subsystems and users. This is just the count of all user requests.

• queueLength: integer(int32)
  Read Only: true

  The number of pending requests in the priority queue. This is the total of internal system requests and user requests.

• sharedCapacityForWorkManagers: integer(int32)
  Read Only: true

  Maximum amount of requests that can be accepted in the priority queue. Note that a request with higher priority will be accepted in place of a lower priority request already in the queue even after the threshold is reached. The lower priority request is kept waiting in the queue till all high priority requests are executed. Also note that further enqueues of the low priority requests are rejected right away.

• standbyThreadCount: integer(int32)
  Read Only: true

  The number of threads in the standby pool. Threads that are not needed to handle the present work load are designated as standby and added to the standby pool. These threads are activated when more threads are needed.

• stuckThreadCount: integer(int32)
  Read Only: true

  Number of stuck threads in the thread pool.

• suspended: boolean
  Read Only: true

  Indicates if the RequestManager is suspended. A suspended manager will not dequeue work and dispatch threads till it is resumed.

• throughput: number(double)
  Read Only: true

  The mean number of requests completed per second.

• type: string
  Read Only: true

  Returns the type of the MBean.

  Constraints

  • unharvestable

{
    "type":"object",
    "properties":{
        "completedRequestCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int64",
            "description":"<p>The number of completed requests in the priority queue.</p>"
        },
        "executeThreadIdleCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>The number of idle threads in the pool. This count does not include standby threads and stuck threads. The count indicates threads that are ready to pick up new work when it arrives</p>"
        },
        "executeThreadTotalCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>The total number of threads in the pool.</p>"
        },
        "healthState":{
            "readOnly":true,
            "$ref":"#/definitions/Health State"
        },
        "hoggingThreadCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p> The threads that are being held by a request right now. These threads will either be declared as stuck after the configured timeout or will return to the pool before that. The self-tuning mechanism will backfill if necessary. </p>"
        },
        "minThreadsConstraintsCompleted":{
            "readOnly":true,
            "type":"integer",
            "format":"int64",
            "description":"<p>Number of requests with min threads constraint picked up out of order for execution immediately since their min threads requirement was not met. This does not include the case where threads are idle during schedule.</p>"
        },
        "minThreadsConstraintsPending":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>Number of requests that should be executed now to satisfy the min threads requirement.</p>"
        },
        "name":{
            "readOnly":true,
            "x-weblogic-unharvestable":true,
            "type":"string",
            "description":"<p>The name of this configuration. WebLogic Server uses an MBean to implement and persist the configuration.</p><p><h5>Constraints</h5></p><ul><li>unharvestable</li></ul>"
        },
        "overloadRejectedRequestsCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>Number of requests rejected due to configured Shared Capacity for work managers have been reached.</p>"
        },
        "pendingUserRequestCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>The number of pending user requests in the priority queue. The priority queue contains requests from internal subsystems and users. This is just the count of all user requests.</p>"
        },
        "queueLength":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>The number of pending requests in the priority queue. This is the total of internal system requests and user requests.</p>"
        },
        "sharedCapacityForWorkManagers":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>Maximum amount of requests that can be accepted in the priority queue. Note that a request with higher priority will be accepted in place of a lower priority request already in the queue even after the threshold is reached. The lower priority request is kept waiting in the queue till all high priority requests are executed. Also note that further enqueues of the low priority requests are rejected right away. </p>"
        },
        "standbyThreadCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p> The number of threads in the standby pool. Threads that are not needed to handle the present work load are designated as standby and added to the standby pool. These threads are activated when more threads are needed. </p>"
        },
        "stuckThreadCount":{
            "readOnly":true,
            "type":"integer",
            "format":"int32",
            "description":"<p>Number of stuck threads in the thread pool.</p>"
        },
        "suspended":{
            "readOnly":true,
            "type":"boolean",
            "description":"<p>Indicates if the RequestManager is suspended. A suspended manager will not dequeue work and dispatch threads till it is resumed.</p>"
        },
        "throughput":{
            "readOnly":true,
            "type":"number",
            "format":"double",
            "description":"<p>The mean number of requests completed per second.</p>"
        },
        "type":{
            "readOnly":true,
            "x-weblogic-unharvestable":true,
            "type":"string",
            "description":"<p>Returns the type of the MBean.</p><p><h5>Constraints</h5></p><ul><li>unharvestable</li></ul>"
        }
    },
    "description":""
}

• state: string

  This property indicates the reported state as:

  • OK - Service is healthy.

  • WARN - Service could have problems in the future

  • CRITICAL - Something must be done now to prevent service failure

  • FAILED - Service has failed and must be restarted

  • OVERLOADED - Service is functioning normally but there is too much work in it

  • UNKNOWN - Service state cannot be determined

• subsystemName: string

  This property indicates the service for which the health state is reported.

• symptoms: array Items
  Title: Items

  This property indicates the cause of the reported state.

{
    "type":"object",
    "properties":{
        "state":{
            "type":"string",
            "description":"<p>This property indicates the reported state as:</p><ul><li><p>OK - Service is healthy.</p></li><li><p>WARN -  Service could have problems in the future</p></li><li><p>CRITICAL - Something must be done now to prevent service failure</p></li><li><p>FAILED - Service has failed and must be restarted</p></li><li><p>OVERLOADED -  Service is functioning normally but there is too much work in it</p></li><li><p>UNKNOWN - Service state cannot be determined</p></li></ul>"
        },
        "subsystemName":{
            "type":"string",
            "description":"<p>This property indicates the service for which the health state is reported.</p>"
        },
        "symptoms":{
            "title":"Items",
            "type":"array",
            "items":{
                "$ref":"#/definitions/Symptom"
            },
            "description":"<p>This property indicates the cause of the reported state.</p>"
        }
    },
    "description":"<p>Represents the health of the services that are in a WebLogic server domain. Selected subsystems within each WebLogic Server instance monitor their health status based on criteria specific to the subsystem.</p>"
}

• Array of: object Symptom

  Represents an observation reported by a service with its health state. A symptom can be used to determine the reason for the current health state of a WebLogic server.

{
    "title":"Items",
    "type":"array",
    "items":{
        "$ref":"#/definitions/Symptom"
    },
    "description":"<p>This property indicates the cause of the reported state.</p>"
}

• info: string

  This property provides additional information about the symptom if available.

• instanceId: string

  This property represents an identifier for the symptom.

• severity: string

  This property indicates a low, medium, or high severity level.

• type: string

  This property represents the cause of the symptom (low memory, network error, stuck threads, and so on).

{
    "type":"object",
    "properties":{
        "info":{
            "type":"string",
            "description":"<p>This property provides additional information about the symptom if available.</p>"
        },
        "instanceId":{
            "type":"string",
            "description":"<p>This property represents an identifier for the symptom.</p>"
        },
        "severity":{
            "type":"string",
            "description":"<p>This property indicates a low, medium, or high severity level.</p>"
        },
        "type":{
            "type":"string",
            "description":"<p>This property represents the cause of the symptom (low memory, network error, stuck threads, and so on).</p>"
        }
    },
    "description":"<p>Represents an observation reported by a service with its health state. A symptom can be used to determine the reason for the current health state of a WebLogic server.</p>"
}