com.ibm.cics.model

Interface IManagedRegion

    • Method Detail

      • getName

        java.lang.String getName()
        Getter for field CICSNAME

        CICS system name

        The name of a CICS system that is currently known to CICSPlex SM. Once a CICS system makes itself known to CICSPlex SM, it is considered a MAS.

        Specified by:
        getName in interface ICICSObject
      • getCMASName

        java.lang.String getCMASName()
        Getter for field CMASNAME

        CMAS name

        The name of a CMAS that participates in the management of the specified MAS.

      • getType

        IManagedRegion.TypeValue getType()
        Getter for field MASTYPE

        MAS type

        The type of relationship that exists between this MAS and the specified CMAS:

        • LOCAL - The MAS resides in the same MVS image as the CMAS and uses the CICSPlex SM ESSS facility to communicate with it.
        • REMOTE - The MAS is a stand-alone CICS region (SMSS).
        • N_A - The MAS is not currently active; its type cannot be determined.
      • getState

        IManagedRegion.StateValue getState()
        Getter for field CICSSTATE

        MAS status

        The status of the MAS is either ACTIVE or INACTIVE. CICSPlex SM can only manage MASs that are active.

        ACTIVE
        The CICS system is active and connected to CICSPlex SM.
        INACTIVE
        The CICS system is inactive, or not connected to CICSPlex SM, or communication to the CMAS that manages the MAS is not active.

        A MAS can be inactive for one of two reasons:

        • The Stop action was used to stop the MAS agent
        • The CICS system itself is inactive, but is still known
        Other valid options are LOSTCONN, LOSTCMAS, and LOSTMAS. Note:

        If this field is blank, the MAS is temporarily between an inactive and active state.

      • getMonitoringStatus

        IManagedRegion.MonitoringStatusValue getMonitoringStatus()
        Getter for field MONSTATUS

        Monitoring status

        Indicates whether resource monitoring is active in this MAS. The valid values are:

        YES
        Resource monitoring is active in this MAS.
        NO
        Resource monitoring is inactive in this MAS. If the MAS has just been initialized or has been updated to turn monitoring on, this value is displayed until monitoring is fully initialized.
        N_A
        The MAS is not connected to its CMAS (the MAS Status field shows INACTIVE).
        FORCE
        To stop resource monitoring even if it is being used by real-time analysis. All resource monitoring will stop. If an evaluation definition names a monitor table resource, that evaluation definition becomes inactive.

        Note: For Monitoring to become fully initialized the MAS must have a Monitoring Specification associated with it.

      • getRTAStatus

        IManagedRegion.RTAStatusValue getRTAStatus()
        Getter for field RTASTATUS

        Real time analysis status

        Indicates whether real time analysis (RTA) is active in this MAS. The valid values are:

        YES
        System availability monitoring and MAS resource monitoring are active.
        NO
        No RTA monitoring is active. If the MAS has just been initialized or has been updated to turn analysis on, NO is displayed until RTA is fully initialized.
        SAM
        System availability monitoring is active.
        MRM
        MAS resource monitoring is active.
        N_A
        The MAS is not connected to its CMAS (the MAS Status field shows INACTIVE).

        Note: For Real time analysis to become fully initialized the MAS must have a Real time analysis Specification associated with it.

      • getWLMStatus

        IManagedRegion.WLMStatusValue getWLMStatus()
        Getter for field WLMSTATUS

        Workload manager status

        Indicates whether the workload manager (WLM) is active in this MAS. The valid values are:

        YES
        The workload manager (WLM) is active in this MAS.
        NO
        The workload manager (WLM) is inactive in this MAS. If the MAS has just been initialized or has been updated to turn workload management on, this value is displayed until WLM is fully initialized.
        N_A
        The MAS is not connected to its CMAS (the MAS Status field shows INACTIVE).

        Note: For the workload manager to become fully initialized the MAS must have a workload manager Specification associated with it.

      • getRetention

        java.lang.Long getRetention()
        Getter for field RETENTION

        Monitoring data retention period

        The number of minutes collected data is to be kept after resource monitoring stops. (Resource monitoring stops when the CICS system stops or when the MAS view command is used to stop resource monitoring for the CICS system.) The retention period can be:

        1 - 1440
        Collected data is to be kept the specified number of minutes.
        0
        Collected data is not to be kept.
      • getSampleInterval

        java.lang.Long getSampleInterval()
        Getter for field CICSSAMP

        Sample interval for CICS region monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getGlobalSampleInterval

        java.lang.Long getGlobalSampleInterval()
        Getter for field GLBLSAMP

        Sample interval for global region monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getDB2SampleInterval

        java.lang.Long getDB2SampleInterval()
        Getter for field DBXSAMP

        Sample interval for DB2/DBCTRL monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getConnectionSampleInterval

        java.lang.Long getConnectionSampleInterval()
        Getter for field CONNSAMP

        Sample interval for connection monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getFileSampleInterval

        java.lang.Long getFileSampleInterval()
        Getter for field FILESAMP

        Sample interval for file monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getJournalSampleInterval

        java.lang.Long getJournalSampleInterval()
        Getter for field JRNLSAMP

        Sample interval for journal monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getProgramSampleInterval

        java.lang.Long getProgramSampleInterval()
        Getter for field PROGSAMP

        Sample interval for program monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getTerminalSampleInterval

        java.lang.Long getTerminalSampleInterval()
        Getter for field TERMSAMP

        Sample interval for terminal monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getTDQSampleInterval

        java.lang.Long getTDQSampleInterval()
        Getter for field TDQSAMP

        Sample interval for TDQ monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getTransactionSampleInterval

        java.lang.Long getTransactionSampleInterval()
        Getter for field TRANSAMP

        Sample interval for transaction monitoring

        The number of seconds in the range 1 - 86400 that CICSPlex SM is to wait between requests to collect sample data for the named type of monitoring. A value of 0 means that no resource monitoring is to occur.

      • getKernelTrace

        java.lang.String getKernelTrace()
        Getter for field KNLTRACE

        Kernel linkage trace flags

        The kernel linkage trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getTratrace

        java.lang.String getTratrace()
        Getter for field TRATRACE

        Trace services trace flags

        The trace services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getMessageTrace

        java.lang.String getMessageTrace()
        Getter for field MSGTRACE

        Message services trace flags

        The message services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getServicesTrace

        java.lang.String getServicesTrace()
        Getter for field SRVTRACE

        Common services trace flags

        The external services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getChetrace

        java.lang.String getChetrace()
        Getter for field CHETRACE

        Cache services trace flags

        The cache services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getQuetrace

        java.lang.String getQuetrace()
        Getter for field QUETRACE

        Queue services trace flags

        The queue services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getComtrace

        java.lang.String getComtrace()
        Getter for field COMTRACE

        Communications trace flags

        The communications trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getMASTrace

        java.lang.String getMASTrace()
        Getter for field MASTRACE

        MAS services trace flags

        The MAS services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getWLMTrace

        java.lang.String getWLMTrace()
        Getter for field WLMTRACE

        Workload management trace flags

        The workload management trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getToptrace

        java.lang.String getToptrace()
        Getter for field TOPTRACE

        Topology trace flags

        The topology trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getRtatrace

        java.lang.String getRtatrace()
        Getter for field RTATRACE

        Real time analysis (RTA) trace flags

        The real time analysis trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getDattrace

        java.lang.String getDattrace()
        Getter for field DATTRACE

        Data repository services trace flags

        The data repository services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getBastrace

        java.lang.String getBastrace()
        Getter for field BASTRACE

        Business Application Services (BAS) trace flags

        Business Application Services trace flag settings.

        Alter trace flag settings only when asked to by IBM System Support center personnel.

      • getSeccmdchk

        IManagedRegion.SeccmdchkValue getSeccmdchk()
        Getter for field SECCMDCHK

        Simulated security command check

        Indicates whether or not CICSPlex SM security checking is to simulate CICS command checking for this CICS system. Specify:

        • YES - Simulate CICS security checking for this CICS system.
        • NO - Do not simulate CICS security checking for this CICS system.
        • INHERIT - Use the value assigned to the CICSplex with which this CICS system is associated.
        • N_A - Not applicable.
      • getSecreschk

        IManagedRegion.SecreschkValue getSecreschk()
        Getter for field SECRESCHK

        Simulated security resource check

        Indicates whether CICSPlex SM security checking is to simulate CICS command checking for this CICS system. Specify:

        • YES - Simulate CICS security checking for this CICS system.
        • NO - Do not simulate CICS security checking for this CICS system.
        • INHERIT (asterisk) - Use the value assigned to the CICSplex with which this CICS system is associated.
      • getSecbypass

        IManagedRegion.SecbypassValue getSecbypass()
        Getter for field SECBYPASS

        Simulated security exemption check

        Indicates whether all simulated CICS security checking is to be bypassed for this CICS system:

        • YES - Bypass all simulated CICS security checking for this CICS system.
        • NO - Do not bypass simulated CICS security checking for this CICS system.
        • INHERIT (asterisk) - Use the value assigned to the CICSplex with which this CICS system is associated.
        • N_A - Not applicable.
      • getSamsev

        IManagedRegion.SamsevValue getSamsev()
        Getter for field SAMSEV

        Severity for system availability monitoring event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getSossev

        IManagedRegion.SossevValue getSossev()
        Getter for field SOSSEV

        Severity for short on storage (SOS) event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getSdmsev

        IManagedRegion.SdmsevValue getSdmsev()
        Getter for field SDMSEV

        Severity for system dump event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getTdmsev

        IManagedRegion.TdmsevValue getTdmsev()
        Getter for field TDMSEV

        Severity for transaction dump event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getMxtsev

        IManagedRegion.MxtsevValue getMxtsev()
        Getter for field MXTSEV

        Severity for CICS-at-maximum-tasks event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getStlsev

        IManagedRegion.StlsevValue getStlsev()
        Getter for field STLSEV

        Severity for CICS-stalled event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getSamaction

        java.lang.String getSamaction()
        Getter for field SAMACTION

        Action for system availability monitoring event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getSosaction

        java.lang.String getSosaction()
        Getter for field SOSACTION

        Action for short on storage (SOS) event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getSdmaction

        java.lang.String getSdmaction()
        Getter for field SDMACTION

        Action for system dump event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getTdmaction

        java.lang.String getTdmaction()
        Getter for field TDMACTION

        Action for transaction dump event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getMxtaction

        java.lang.String getMxtaction()
        Getter for field MXTACTION

        Action for CICS-at-maximum-tasks event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getStlaction

        java.lang.String getStlaction()
        Getter for field STLACTION

        Action for CICS-stalled event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getPrimaryCMAS

        java.lang.String getPrimaryCMAS()
        Getter for field PRICMAS

        Primary CMAS name

        The name of the CMAS that is assigned the task of monitoring the availability of this CICS system.

      • getActvtime

        java.lang.String getActvtime()
        Getter for field ACTVTIME

        Period definition name

        The name of the period definition that identifies the hours during which this CICS system is to be running.

      • getDescription

        java.lang.String getDescription()
        Getter for field DESC

        CICS system description

        A description of the CICS system.

      • getTimeZoneOffset

        java.lang.Long getTimeZoneOffset()
        Getter for field TMEZONEO

        Time zone offset

        The adjustment value that is to be applied to the computed time. This value is used to resolve time references in areas that do not use a standard zone. Specify:

        • A value between 0 and 59 to identify the number of minutes to be added to the time for that time zone (for areas that do not use a standard time zone).
        • INHERIT - Inherit the time zone offset assigned to the CMAS to which this CICS system is connected, or the primary CMAS, if the CICS system is inactive
      • getTimeZone

        java.lang.String getTimeZone()
        Getter for field TMEZONE

        Time zone

        The time zone in which this CICS system is located. Specify:

        • A code in the range B through Z.
        • INHERIT - Inherit the time zone offset assigned to the CMAS to which this CICS system is connected, or the primary CMAS, if the CICS system is inactive.
        Note: If you specify * (asterisk) for any one of the time fields, you must specify asterisk for all three time fields.
      • getDaylightSaving

        IManagedRegion.DaylightSavingValue getDaylightSaving()
        Getter for field DAYLGHTSV

        Daylight saving time in effect

        Indicates whether you are currently recognizing daylight saving time. Specify:

        • YES - Recognize daylight saving time.
        • NO - Do not recognize daylight saving time.
        • INHERIT - Use the value assigned to the daylight time indicator assigned to the CMAS to which this CICS system is connected, or the primary CMAS, if the CICS system is inactive.
        • N_A - Not applicable.
      • getAutoinst

        IManagedRegion.AutoinstValue getAutoinst()
        Getter for field AUTOINST

        Autoinstall request type

        Indicates whether resources associated with the system through a resource description should be automatically installed when the MAS connects to the CMAS:

        • ALWAYS - Install resources every time the MAS connects after a CICS startup.
        • COLDONLY - Install resources only when the MAS connects after a CICS INITIAL or COLD start.
        • NEVER - Resources should never be automatically installed in this CICS system.
        • WARMONLY - Install resources only when the MAS connects after a CICS warm start or emergency restart (AUTO).
      • getAinsfail

        IManagedRegion.AinsfailValue getAinsfail()
        Getter for field AINSFAIL

        Autoinstall failure action

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getHost

        java.lang.String getHost()
        Getter for field HOST

        Host Name

        The 116-character host name of the system (for example, www.example.com), or its dotted decimal IP address (for example, 9.20.181.3). This is used for IPIC SYSLINK connections.

      • getNetworkid

        java.lang.String getNetworkid()
        Getter for field NETWORKID

        Network ID

        The network ID of the system. NETWORKID is used in combination with the APPLID option to ensure unique naming for connecting systems via IPIC. This is used for IPIC SYSLINK connections.

      • getPort

        java.lang.Long getPort()
        Getter for field PORT

        Port number

        A decimal number, in the range 1 through 65535, specifying the port number to be used for outbound requests on this IPIC connection. That is, the number of the port on which the remote system will be listening. This is used for IPIC SYSLINK connections.

      • getReadrs

        java.lang.Long getReadrs()
        Getter for field READRS

        RS server read interval

        This attribute applies to CICSPlex SM Sysplex Optimized Workloads. If the MAS is not at a sufficiently high enough release to support Sysplex Optimized Workloads, then this value will contain zero, and will not be changeable to any other value.

        If the MAS is at high enough release for Optimized Workload support, then the following help explanation applies:

        Within a workload running in optimized mode, this value specifies the minimum interval between region status refreshes that a routing region would request from the CICS CFDT server. This is the current value used by this CICS region.

        The value range is from 0 to 2000, and represents units of milliseconds:

        • A value of 0 means that a routing region will request a status update of this region on every occasion that it examines this region's status.
        • Values between 1 and 2000 specify the minimum millisecond time interval that must expire before this region's status data can be refreshed.

          A low value mean that the router will refresh a target's status from the RS server more often than for a higher value. For workloads in QUEUE mode, this will result in a task load more evenly balanced across the CICS regions in the workload target scope (assuming all other health and link factors are equal) . However, the utilization of the RS server will be correspondingly increased, which may consequently result in a higher utilization of your coupling facility.

        A value of 1000 represents a one second interval. The default value is 200 milliseconds

        You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS System definition panel.

      • getUpdaters

        java.lang.Long getUpdaters()
        Getter for field UPDATERS

        RS server update frequency

        This attribute applies to CICSPlex SM sysplex optimized workloads. If the MAS is not at a sufficiently high enough release to support sysplex optimized workloads, then this value will contain zero, and will not be changeable to any other value.

        If the MAS is at high enough release for optimized workload support, then the following help explanation applies:

        Within a workload running in optimized mode, this value specifies the frequency with which the CICS CFDT (RS) server will be called to modify the value of the task load within a target CICS region. This is the current value used by this CICS region.

        The value range is from 0 to 25:

        • A value of 0 means that the RS server is not notified of any task load count changes, which disables the optimized workload function for this CICS region.
        • Values between 1 and 25 are applied as an arithmetic percentage to a region's MAXTASKS setting. The resultant task count value is used as a numeric threshold to drive an update call to the RS server.

        For example, with a MAXTASKS setting of 120, and with this attribute set to 20, the RS server will be called to update the WLM load count when the regions task count changes between:

        • 23 and 24 tasks - (20%),
        • 47 and 48 tasks - (40%),
        • 71 and 72 tasks - (60%),
        • 95 and 96 tasks - (80%),
        • 119 and 120 tasks - (100%).

        The RS server would be updated when a regions task load increments or decrements across these boundaries.

        If you specify a value that is at the lower end of the 1-25 scale, then that will cause an increase in the frequency of updates to the RS server across its task load range. For workloads in QUEUE mode, this will result in a task load more evenly balanced across the CICS regions in the workload target scope (assuming all other health and link factors are equal) . However, the utilization of the RS server will be correspondingly increased, which may consequently result in a higher utilization of your coupling facility.

        You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS System definition panel.

      • getToprsupd

        java.lang.Long getToprsupd()
        Getter for field TOPRSUPD

        RS server top tier

        This attribute applies to CICSPlex SM sysplex optimized workloads. If the MAS is not at a sufficiently high enough release to support sysplex optimized workloads, then this value will contain zero, and will not be changeable to any other value.

        If the MAS is at high enough release for optimized workload support, then the following help explanation applies:

        For sysplex optimized workloads, this value is converted from a task load percentage to an actual task count. That count will be subtracted from the MAXTASK value for the region to determine top tier task load range.

        The value range is from 1 to 25, or INHERIT.

        • A value of INHERIT means assign the value that is specified for this attribute in the parent CICSplex definition (CPLEXDEF) object for this CICS region. This is the default setting for this attribute.
        • Values between 1 and 25 are applied as an arithmetic percentage to a region's MAXTASKS setting. The resultant task count value is subtracted from the region's MAXTASKS setting to establish a task load top tier. If the task load in a region runs up to its MAXTASKS limit, then the task load must drop back below this value before the MAXTASKS state for the region is switched off and broadcast to the coupling facility.

        The default value is 5%. You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS system definition panel.

        You should only change this value after giving consideration to the impact that the change may have on your workload and coupling facility throughput.

      • getBotrsupd

        java.lang.Long getBotrsupd()
        Getter for field BOTRSUPD

        RS server bottom tier

        This attribute applies to CICSPlex SM sysplex optimized workloads. If the MAS is not at a sufficiently high enough release to support sysplex optimized workloads, then this value will contain zero, and will not be changeable to any other value.

        If the MAS is at high enough release for optimized workload support, then the following help explanation applies:

        For sysplex optimized workloads, this value is converted from a task load percentage to an actual task count. That count will be used to define the bottom tier task load range (from zero up to this value).

        The value range is from 1 to 25, or INHERIT.

        • A value of INHERIT means assign the value that is specified for this attribute in the parent CICSplex definition (CPLEXDEF) object for this CICS region. This is the default setting for this attribute.
        • Values between 1 and 25 are applied as an arithmetic percentage to a region's MAXTASKS setting. The task count value from zero up to this value is deemed to be the task load bottom tier. If the task load in a region falls into this range, then it will be broadcast to the coupling facility for every change in the load. Once the load reaches this value, then the RS server update frequency task rules will be activated.

        The default value is 1%. You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS system definition panel.

        You should only change this value after giving consideration to the impact that the change may have on your workload and coupling facility throughput.

      • getWlmthrsh

        java.lang.Long getWlmthrsh()
        Getter for field WLMTHRSH

        Task load health threshold

        This attribute is used by CICSPlex SM Workload Manager. It specifies a percentage threshold of the current region's task load, which is calculated by dividing the current task count by the maximum task count. When the load for a target region reaches this threshold, then WLM considers the region to be relatively unhealthy. This will cause higher link weights to be applied to the WLM routing algorithm when evaluating this region.

        When a target scope covers local and remote regions relative to the router, then WLM will favour local targets over remote ones. The effect of this attribute is that when this load threshold in the local regions is achieved, then WLM will start to favour remote targets instead. When all targets in the scope achieve this load threshold, then WLM will revert to favouring local targets again.

        The value range is from 1 to 100, and the default value is 60. If this value specifies 0, then the current MAS is not at a high enough CICS release to support this function, and you will not be able to change it to any other value.

        Note: this value is nullified when applied to the routing factor of link neutral dynamic routing requests. This is because the link weight itself is ignored for the LNQUEUE and LNGOAL algorithms.

        You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS System definition panel.

      • getWlmqmode

        IManagedRegion.WlmqmodeValue getWlmqmode()
        Getter for field WLMQMODE

        Task load queue mode

        This attribute is used by CICSPlex SM Workload Manager and applies to target regions. This value specifies how the queued task load of a target CICS region is to be evaluated:

        • MAXTASK - specifies that both active and MAXTASK queued tasks are to be included in the task load evaluation for the region.
        • ALL - specifies that the task load evaluation for the region will include active tasks, tasks queued for the MAXTASK limit and tasks that are queued because of a TRANCLASS limit.

        The default value is ALL.

        If this value specifies N_A , then the current MAS is not at a high enough CICS release to support this function, and you will not be able to change it to any other value.

        You may change this value here to dynamically change the value assigned to the current CICS region. If you want the change to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS System definition panel.

      • getWlmopten

        IManagedRegion.WlmoptenValue getWlmopten()
        Getter for field WLMOPTEN

        WLM optimization enablement

        This attribute shows if optimized workload routing is enabled.

        When set to ENABLED, this region can utilize optimized workload management.

        If this attribute is set to DISABLED, then optimized workload management is suppressed.

        The value can be changed to dynamically alter the value assigned to the current CICS region. If this change is to be applied to this CICS region after it has been restarted, then you must also change this value in the CICS System definitions panel.

      • getNrmsev

        IManagedRegion.NrmsevValue getNrmsev()
        Getter for field NRMSEV

        Severity for Non-responsive-MAS event

        The severity level that is to be associated with the named condition. The severity codes are: VLS, LS, LW, HW, HS, or VHS. Specify N_A to exclude this condition from monitoring.

      • getNrmaction

        java.lang.String getNrmaction()
        Getter for field NRMACTION

        Action for Non-responsive-MAS event

        The name of the action definition to be used when generating notification about the named condition. Specify inherit to derive the action definition action from the analysis specification.

      • getCpsmver

        java.lang.String getCpsmver()
        Getter for field CPSMVER

        CPSM version of MAS

        The CICSPlex SM version of the current MAS.

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