Read/Write Variables
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* System Automation AAO CGlobals
******************************************************
COMMON.AOFCNMASK = 290C0D0E0F101518
COMMON.INGREQ_ORIGINATOR = 1
COMMON.AOFRESTARTALWAYS = 0
COMMON.AOFSMARTMAT = 0| Variable | Value | Effect |
|---|---|---|
| AOF_AAO_AAREQUEST_MAX_WAIT | 1 to 999 seconds | Defines the maximum wait time in seconds. Is used when the MAXWAIT parameter is not specified for the workload. See MAXWAIT parameter for valid range. |
| AOF_AAO_AOCUPDT_LOGGING | YES | NO | Specifies whether or not trace messages should be written to the NetView log in case AOCUPDT is invoked without its LOG parameter specified. The default is YES. |
| FORCE_YES | FORCE_NO | Specifies whether or not trace messages should be written to the NetView log overruling the value specified with the LOG parameter in the AOCUPDT invocation. | |
| AOF_AAO_AOCUPDT_PRESERVE_CASE | YES | When AOCUPDT is used with parameters MSG, INFO, or USER, the case of these parameter values is preserved for display in SDF. |
| Not defined or any other value | All AOCUPDT parameter values are translated to uppercase. Default behavior. | |
| AOF_AAO_GWPING_RETRY | 1-99 | The gateway monitor can issue the PING command before attempting a potentially time consuming
RMTCMD for a remote target. With this AAO, you can specify the number of retry attempts when the
PING command was not successful. When the AAO is not set or when the value specified is invalid then the PING command will not be issued at all. |
| AOF_AAO_HW_VALIDATION (The option applies to SA z/OS only). | YES | This option allows hardware validation to be performed. For details, see the chapter Enabling Sysplex Automation and the section Hardware Validation specifically. YES is the default. |
| NO | This option inhibits the hardware validation to continue. Functions depending on the validation may not work properly. The affected validation routines terminate with return code 2. | |
| AOF_AAO_INJECT_NOFORCE_REQ | Any value | SA z/OS does not inject a STOP vote with Priority Force for source *RECYCLE when processing an INGREQ REQ=STOP RESTART=YES request. Instead the regular stop request is passed to the automation manager and removed automatically when the resource is down. This also removes any previous request for the resource that was made by the same source. |
| AOF_AAO_IPL_COMPLETE_MSG | COND | Specifies whether only message ING313I is given if all resources reached the AVAILABLE status within the expected time limit and ING314I if this is not the case. |
| ALWAYS | Specifies that if ING314I has been given and the resources become AVAILABLE later (at any point in time) ING315I will be issued additionally. The subscription remains in effect until the resources reach the AVAILABLE status. | |
| AOF_AAO_ISQ_APROF_AUTOOPEN (Introduced in OA59957) |
Y | Processor Operations automatically performs a
PROFILE CMD(OPEN) common command, each time an ISQXIII connection request is executed for a closed
connection. Subsequent PROFILE OPEN and CLOSE requests will perform faster in your existing
automation routines, because they can recognize this automatic profile open and skip the actual OPEN
and CLOSE operations. You can test this variable before doing any profile operation on your CPC. The overall PROFILE performance can benefit significantly, depending on the number of activation profiles that are defined in your CPC configuration. |
| Not defined or any other value | No automatic PROFILE CMD(OPEN) command is performed each time an ISQXIII connection request is executed for a closed connection. | |
| AOF_AAO_ISQ_DISABLE_ICMP_PING (Introduced in OA59957) |
Y | Processor Operations doesn't use ICMP
ECHO requests (PINGs) to check the accessibility of target hardware and target systems. It means
that in some situations (for example, connection address switch, connection initialization and close
operations, and monitoring), Processor Operations has to try operations
blindly. Enable this option only if there is a strict requirement to disable ICMP ECHO requests. |
| Not defined or any other value | Processor Operations uses ICMP ECHO requests (PINGs) to check the accessibility of target hardware and target systems. This is the default and recommended setting. | |
| AOF_AAO_ISQ_DYNTGT | User-defined | Contains the pattern of how to compose dynamic target system names at
Processor Operations start. The pattern can be composed from the following 3 building blocks:
For more details of the pattern, see Processor Operations – setup for dynamic target system names in IBM Z System Automation User's Guide. |
| AOF_AAO_ISQ_KALIST | ip_addr | ip_addr/i | Specifies either the dotted decimal address or the hostname of an SE or an
HMC. / - separator i - idle time in minutes Multiple definitions can be made, separated by at least one blank. Note, that each ip_addr must match with the processor address definitions from the PDB. |
| AOF_AAO_JLM_RECYCLE | RESET | Directs Job Log Monitoring to ignore any former monitoring after a NetView recycle. |
| RESUME | Directs Job Log Monitoring to continue its monitoring after a NetView recycle. | |
| AOF_AAO_MSG_EHKVAR | YES | This indicates that when calling commands, the tokens of the triggering
message are to be stored in variables EHKVAR0 through EHKVAR9 and EHKVART, if not specified in
parameter EHKVAR. YES is the default. |
| NO | This indicates that the tokens of the triggering message are not to be stored in EHKVAR variables, if not specified in parameter EHKVAR. | |
| AOF_AAO_MVSTAPEMON | >0 | Set this value to represent the number of iterations for INGRTAPE to continue monitoring using MVS commands after the LATE alert has been reached. A non-zero entry also indicates using MVS commands for all tape mount monitoring prior to the LATE alert. |
| 0 | INGRTAPE relies on the receipt of the DOMMED message to satisfy any outstanding alerts. | |
| AOF_AAO_OMVS_SHUTDOWN | NOWAIT | This causes the wait for a complete termination of OMVS to be skipped. |
| AOF_AAO_RDS_TSO_DSN | User-defined | Must be set in order to use the RDS table editor under TSO. Specify a name of the RDS working data set. If this value is changed then NetView requires a recycle for it to take effect. |
| AOF_AAO_RDS_TSO_RACFHLQ | User-defined | Must be set in order to use RACF® protection of the RDS table editor under TSO. Specify high level qualifier which could be up to 26 bytes long and may contain dots. If this value is changed then NetView requires a recycle for it to take effect. |
| AOF_AAO_RETENTIONPERIOD | 0 to 1440 | Defines how long (in minutes) SA z/OS should keep the CGLOBALS that are used to keep track of command requests that are received from TWS. The default is 60 minutes. |
| AOF_AAO_SDF_MSGDEL_OPERID | taskname | Name of the task to be used by RMTCMD to delete captured exceptional messages from the SDF focal point on the target system. |
| <OPER> | Use the original operator ID from the focal point for RMTCMD to delete the messages on the target. | |
| blank | Use the Reporter ID task for RMTCMD to delete critical messages on the target. This is the default. | |
| AOF_AAO_SDFBFP_ROOT.* | User-defined | Defines the static root names of the backup focal point. For more details,
refer to "Restrictions and
Limitations" of the command SDFTREE in IBM Z System Automation Programmer's Reference. When used, the variable AOF_AAO_SDFBFP_ROOT.0 must exist and defines the number of adjacent globals. The value of an adjacent global can be the name of a single root name or a list of root names separated by a blank character. |
| AOF_AAO_SDFPFP_ROOT.* | User-defined | Defines the static root names of the primary focal point. For more
information, see "Restrictions
and Limitations" of the SDFTREE command in IBM Z System Automation Programmer's Reference. When this variable is used, the AOF_AAO_SDFPFP_ROOT.0 variable must exist and defines the number of adjacent globals. The value of an adjacent global can be the name of a single root name or a list of root names that are separated by blank characters. The globals are evaluated only when the primary focal point and the backup focal point are updated in parallel. |
| AOF_AAO_SDFROOT_LISTAOF_AAO_SDFROOT_LISTn (where n is 1 to 4) | User-defined | (Deprecated, use AOF_AAO_SDFROOT.*) Defines the value of the &SDFROOT variable that is used as the root name for the sample SDF panels that are provided with SA z/OS. The value can be the name of a single system or a list of system names separated by a blank character. A list can be used at the SDF focal point to have SA z/OS generate the necessary panel definitions for all systems in the list. Use the AOF_AAO_SDFROOT_LISTn variables to honor the maximum length of common global variables within the NetView environment. The system name can be appended by one or more member names separated by slashes,
the first name refers to the panel definitions, and the second name refers to the tree definitions,
for example |
| AOF_AAO_SDFROOT.* | User-defined | Defines the value of the &SDFROOT variable that is used as the root name
for the sample SDF panels that are provided with SA z/OS. When used, the variable AOF_AAO_SDFROOT.0 must exist and defines the number of adjacent globals. The value of an adjacent global can be the name of a single system or a list of system names separated by a blank character. A list can be used at the SDF focal point to have SA z/OS generate the necessary panel definitions for all systems in the list. The system name can be appended by one or more member
names separated by slashes, the first name refers to the panel definitions, and the second name
refers to the tree definitions, for example
SYS1 SYS2/MYPNLS SYS3&SLASH./MYTREE
SYS4/MYPNLS/MYTREE. Refer to "Status Component Panel Definition" in IBM Z System Automation Programmer's Reference for the interpretation of these definitions. The
default names are AOFPNLS and AOFTREE.Note: NetView interprets two consecutive slashes as the begin
of a line comment. For this reason the sample above uses the symbol for the slash character followed
by the slash character itself.
|
| AOF_AAO_SDFTGT_COMP.* | User-defined | Defines particular component names to be forwarded to the SDF
focal point on RESYNC requests without deleting and refreshing the whole tree of the root that the
component belongs to. For more information, see "Restrictions and Limitations" of the SDFTREE command in IBM Z System Automation Programmer's Reference. When used, the variable AOF_AAO_SDFTGT_COMP.0 defines the number of adjacent globals. The trailing wild character asterisk (*) is supported on the component name, the alternate component name, and the major component name, but not on the root component name. For example, the specification "ROOT.H*(IPL*)" matches all component names beginning with "H" and its alternate component names beginning with "IPL". In addition, system symbols are supported as well. |
| AOF_AAO_SEC_PPIAUTH | FAIL | Used by 3rd party check for incoming command received by the Command Receiver, Web Adapter, and E2E Adapter. If corresponding SAF profile or class is not defined the execution of the incoming command is rejected. |
| not defined or any other value | Used by 3rd party check for incoming command received by the Command Receiver, Web Adapter, and E2E Adapter. If corresponding SAF profile or class is not defined the execution of the incoming command is passed through. | |
| AOF_AAO_SDFCxxx.* | User-defined | Defines the value of the &SDFCxxx variable that
is used as the status component name for the sample SDF trees that are provided with SA z/OS where xxx can be any
sequence of characters that meets the NetView
requirements for common globals. When used, the variable AOF_AAO_SDFCxxx.0 must exist and defines the number of adjacent globals. The value of an adjacent global can be the name of a status component or a list of status component names separated by a blank character. All adjacent globals are combined to a list to have SA z/OS replicate the desired tree definitions for all component names in the list. For more information refer to "AOCUPDT" and "AOFTREE" in IBM Z System Automation Programmer's Reference for the interpretation of these definitions. |
| AOF_AAO_SDFCsaplex.n | Names the System Automation subplexes of the entire enterprise. | |
| AOF_AAO_SHUTDOWN_BOOST | YES | not defined or any other value |
This variable controls whether shutdown boost is allowed to be activated when a z/OS system is shut down using GDPS. If not specified, a value of YES is assumed. If set to YES, it will allow activation of shutdown boost. Any other value means that shutdown boost activation will not be attempted. Note: This option is intended only in those situations where z/OS systems are generally enabled to
exploit System Recovery Boost but where the installation want to opt out for specific
reasons.
|
| AOF_AAO_SHUTDOWN_STOPAPPL | User-defined | Specifies the name of the resource (name/type/system) that SA z/OS monitors during system shutdown to report shutdown complete back to GDPS. Refer to the GDPS documentation about how to define the stop application for your GDPS solution. |
| AOF_AAO_SHUTSYS_OLD | YES | Indicates that SA z/OS should not redirect the INGREQ ALL REQ=STOP command to the GDPS® STOPAPPL resource when the GDPS tower is active. |
| AOF_AAO_TRANRERUN | YES | This indicates that a transient job can be rerun within the lifecycle of a particular z/OS, if not specified otherwise in the automation policy for this job. |
| NO | This indicates that a transient job is only run once in the lifecycle of a particular z/OS, if not specified otherwise in the automation policy for this job. NO is the default value. | |
| AOF_AAO_TWS_CHK_CONDDEP | YES | Set this AAO to YES to exploit the new behavior that allows you to save the return code passed back from the completion checking routine for conditional dependency processing in case of successful operations. |
| AOF_AAO_TWS_CHK_OUTPUT_NETLOG | YES | Set this AAO to YES to place the output of the completion checking routine in the netlog. |
| AOF_AAO_TWS_CMD_OUTPUT_NETLOG | YES|NO | Set this AAO to YES to place the output of the command execution in the netlog. |
| AOF_AAO_TWS_ERRMSG | This AAO can be used to inhibit the ERRMSG parameter. If set to NON BLANK, it erases the contents of the ERRMSG parameter. | |
| AOF_AAO_TWS_MAX_WAIT_TIME | Defines the installation default for the maximum wait time for the INGREQ and INGMOVE command. The default is taken when no wait time is specified in the completion information parameter. | |
| AOF_AAO_TWS_RESYSPLEX | YES|NO | This AAO can be used to allow the TWS special resource name to use the
SA z/OS Sysplex name instead of SYSPLEX to
facilitate an enterprise-wide naming convention. Default: NO for SYSPLEX |
| AOF_AAO_VPCEINIT | 0 | SA z/OS does not invoke the GDPS initialization exit, VPCEINIT, |
| AOF_ASSIGN_JOBNAME | 1 | This indicates that SA z/OS exploits the NetView "ASSIGN BY JOBNAME" feature with a
higher priority than the "ASSIGN BY MESSAGE ID" feature (priority level 3). This is the default setting. |
| 0 | SA z/OS exploits the NetView "ASSIGN BY JOBNAME" feature with a lower priority than the "ASSIGN BY MESSAGE ID" feature (priority level 4). | |
| AOF_E2E_EAS_PPI | User-defined | PPI receiver ID of the event/automation service to be used to forward events to the end-to-end automation adapter. |
| AOF_E2E_EVT_RETRY | 1 to n | Specifies the number of retries, at intervals of one second, that are used to transfer events via PPI TECROUTE to the message adapter of the event/automation service. The events are then forwarded to the end-to-end automation adapter. |
| AOF_E2E_EXREQ_NETLOG | 1 | The output to requests received from the end-to-end automation adapter and issued by the primary automation agent, is logged to the NetView log. |
| 0 | The output to those requests is not logged to the NetView log. 0 is the default setting. |
|
| AOF_E2E_TKOVR_TIMEOUT | hh:mm:ss | If a hot restart of the automation manager takes longer than the value specified in this variable, the end-to-end automation manager is informed about the outage and has to resynchronize with the first-level automation. |
| AOF_EMCS_AUTOTASK_ASSIGNMENT | 1 | SA z/OS assigns an autotask to extended MCS consoles with a console status of MASTER or ACTIVE. |
| 0 | SA z/OS does not assign
an autotask to extended MCS consoles with a console status of MASTER or ACTIVE. 0 is the default. |
|
| AOF_EMCS_CN_ASSIGNMENT | 1 | SA z/OS obtains an
extended MCS console with a unique name for operator station tasks (OSTs). If an MVS console was obtained for the OST previously, it is released. 1 is the default setting. |
| 0 | SA z/OS does not obtain an extended MCS console with a unique name for OSTs and the command AOCGETCN is disabled. | |
| AOF_AAO_FDBK_HONOR_CS (Introduced in OA59461) |
0 | INGREQ/INGMOVE/INGGROUP FDBK command processing will post the
operation as successful when the expected observed status of a resource has been reached. 0 is the default setting. |
| 1 | INGREQ/INGMOVE/INGGROUP FDBK command processing will post the
operation as successful when the compound status is SATISFACTORY and the observed status matches the
expected status. In addition, for an APG with the CSONLY flag, an operation will be posted complete when its compound status is SATISFACTORY, and its observed status ends up in the expected status, or STARTING (for a start action), or STOPPING/DEGRADED (both for a stop action). |
|
| AOF_PRESERVE_EXECUTION_CONTEXT | 1 | When SA z/OS uses the RMTCMD infrastructure, the originating user ID will log on to the target NetView environment. After logon, it will switch to the automated function user ID to invoke the intended action. |
| 0 | When SA z/OS uses the RMTCMD infrastructure, the originating
user ID will switch to the automated function user ID during the RMTCMD processing. 0 is the default setting. For security considerations of this variable, see RMTCMD Security Considerations. |
|
| AOFACFINIT | 1 | This indicates that SA z/OS attempts to proceed with initialization despite
error messages during the processing of the automation control file.
1 is the default setting. |
| 0 | SA z/OS stops the initialization process upon such errors. | |
| AOFARMQUERYRETRYS | User-defined numeric value | The number of times AOFPARMQ is called to query the ARM status of an element
after a status of UNKNOWN is returned. If the ARM status does not change to another status before
the number of retries is exhausted, SA z/OS
continues processing and assume the element is not ARM-enabled. The default is 10. |
| AOFARMQUERYWAIT | User-defined numeric value | The number of seconds to wait between retries as specified in the
AOFARMQUERYRETRYS value above. The default is 15. |
| AOFCNMASK | User-defined | The characters that are used in determining unique console names can be
tailored by updating the common global variable AOFCNMASK. This global is used as a hex mask to
extract characters from the following string when generating unique console names with command
AOCGETCN: Where
The default for AOFCNMASK is 290C0D0E0F101718. X'29' selects character A in position 41, X'0C' through X'10' selects the last five characters of the opid in positions 12 to 16, X'17' and X'18' select the last two characters of the sysname in positions 23 and 24. If AOFCNMASK is null, AOCGETCN attempts to obtain a unique extended MCS console after a 1 minute interval, followed by a two minute interval and so forth for a maximum of 5 passes (15 minutes elapsed from the initial invocation of the command). Tailoring AOFCNMASK requires you to ensure that it consists of an even number of characters, because every two characters represent one hexadecimal number. Otherwise the generation of unique console names does not work. For example, with
Note: The value you specify here will take precedence over the specification of the NetView ConsMask
style sheet parameter.
|
| AOFCNMASK_EXTENDED | User-defined | Additional identifier for the generation of unique console names. This variable can be set individually in the NetView stylesheet, if an additional user-defined identifier is needed for the generation of unique console names (for example, if previous console names were not unique). In this case AOFCNMASK_EXTENDED has to be assigned with a value and the common global variable AOFCNMASK has to be tailored to extract the needed characters from AOFCNMASK_EXTENDED (see AOFCNMASK). If an additional identifier is not needed for the generation of unique console names, this common global does not have to be used and the console names are generated in the usual way. Maximum length is 172 characters. |
| AOFDEFAULT_TARGET | User-defined | Sets a default for the TARGET parameter for all commands where this parameter is used. |
| AOFDESCA | 010000100000 1000
|
Descriptor code for action messages |
| AOFDESCD | 010000100000 1000
|
Descriptor code for decision messages |
| AOFDESCE | 001000100000 1000
|
Descriptor code for eventual action messages |
| AOFDESCI | 000001100000 1000
|
Descriptor code for informational messages |
| AOFDESCW | 100000100000 1000
1 |
Descriptor code for wait messages |
| AOFEXPLAIN_USER | User-defined | The EXPLAIN command accepts this variable to include help support for customer installation supplied terms. It can hold one or more pairs of term/help panel specifications separated by a blank. If the specified status in the EXPLAIN command is not a valid SA z/OS status, the command routine checks whether it is an installation defined term. If so, the associated help panel is displayed. |
| AOFINITREPLY | hh:mm:ss | The initial reply AOF603D is issued and automatically responded after
hh:mm:ss. 00:02:00 (2 minutes) is the default setting. |
| 0 | The initial reply AOF603D is not issued and automation continues with the default start without asking the operator. | |
| AOF_INIT_MCSFLAG | User-defined valid value | This variable contains the MCSFLAG that is used for WTOs and WTORs that are
issued by SA z/OS during initialization.
The default is '00000000'. |
| AOF_INIT_ROUTCDE | User-defined valid value | This variable contains the ROUTCDE (routing code) that is used for WTOs and
WTORs that are issued by SA z/OS during
initialization. The default is '01000000'. |
| AOF_INIT_SYSCONID | User-defined valid value | This variable contains the SYSCONID that is used for WTOs and WTORs that are
issued by SA z/OS during initialization.
The default is blank. |
| AOFLOCALHOLD | 0 | INGNTFY and SA z/OS
initialization executes the SETHOLD AUTO command on the notify operator. 0 is the default setting. |
| 1 | SETHOLD must be manually invoked. | |
| AOFMATLISTING | 0 | Setting this variable to 0 means that the NetView automation table listing is not placed in the DSILIST data set at NetView automation table load time. |
| Not defined or all values except 0 | If you do not set the variable or if you set it to any value different from 0, a NetView automation table listing is placed in the DSILIST data AOFMATLISTING set. | |
| AOFOPCCMDMSG | 0 | OPCAMOD only produces messages that are generated by INGOPC. 0 is the default setting. |
| 1 | OPCAMOD produces EVJ011I, EVJ412I, EVJ420I, and EVJ423I messages. | |
| AOFRESTARTALWAYS | 1 | An application that has been shut down normally, outside the control of SA z/OS, with RESTARTOPT=ALWAYS, is restarted regardless of whether or not it has reached its critical error threshold. |
| 0 | An application that has been shut down normally, outside the control of
SA z/OS, with RESTARTOPT=ALWAYS, is not
restarted if it has reached its critical error threshold. 0 is the default setting. |
|
| AOFRMTCMDWAIT | See NetView RMTCMD | Contains the installation wait time when RMTCMD is used for communication.
60 seconds is the default setting for RMTCMD. |
| AOFRPCWAIT | 0 to n | This is the number of seconds that SA z/OS waits for command responses from other systems
in the sysplex. 10 is the default setting. |
| AOFSENDALERT | Yes or No | This defines whether NetView alert forwarding (YES) or the command handler
(NO) is used to forward data to the focal point. Yes is the default setting. |
| AOFSERXINT | 1 | The exit AOFEXINT is processed under the BASEOPER automation operator under the initialization process. This is the default. |
| 0 | The exit AOFEXINT execution is serialized within the initialization process. | |
| AOFSHUTDELAY | 0 to 59 | This is the number of minutes that SA z/OS waits for a termination message before
continuing the shutdown process. Any values outside this range are treated as 0. With a setting of
0, message AOF745E is not issued. 0 is the default setting. |
| AOFSMARTMAT | 0 | The SA z/OS Agent is disabled from refreshing ATs and the MRT. The user must supply an AT member INGMSG02 which is included when SA z/OS initially loads INGMSG01. |
| 1 | The SA z/OS Agent is enabled to
refresh ATs when an INGAMS REFRESH is
issued. The AT fragment built by
the customization dialog is not loaded; the user
must supply a member INGMSG02 which is used instead. The ATs are loaded after a successful test load. This will allow the agent to notify the AM about a load problem of the AT. The agent may notify the AM of an AT load failure, thus stopping the configuration refresh. The SA z/OS Agent will not load any MRT. |
|
| 2 | The SA z/OS Agent is enabled to load the
AT that is generated by the customization dialog and to refresh ATs when an INGAMS REFRESH is issued. The
AT that is built by the customization dialog is dynamically loaded into storage as the
INGMSG02 fragment. The ATs are loaded after a successful test load. This allows the agent to inform the AM about any load problem for the AT. The agent may notify the AM of an AT load failure, thus stopping the configuration refresh. The SA z/OS Agent will not load any MRT. This is the default value. |
|
| 3 | The SA z/OS automation agent is enabled to load the MRT that is generated by the customization dialog and to refresh the MRT when an INGAMS REFRESH is issued. The AT built by the customization dialog is dynamically loaded into storage as the INGMSG02 fragment. The MRT built by the customization dialog is dynamically loaded as INGMRT01. The ATs and the MRT will be loaded after a successful test load. If an error is detected in the MRT, then the Agent initialization is not interrupted and no MRT is loaded. If an error is detected when a configuration refresh is requested, then the refresh is not performed. | |
| AOFSPOOLFULLCMD | 1 | SA z/OS does not execute the Spool recovery passes more than once. Message AOF2941I is issued if the SPOOLFULL condition persists. |
| 0 | SA z/OS re-executes the
Spool recovery commands. 0 is the default setting. |
|
| AOFSPOOLSHORTCMD | 1 | SA z/OS does not execute the Spool recovery passes more than once. Message AOF2941I is issued if the SPOOLSHORT condition persists. |
| 0 | SA z/OS re-executes the
Spool recovery commands. 0 is the default setting. |
|
| AOFSTATUSCMDSEL | 0 | Issue all status commands or replies that are associated with the new status,
without respect to any specified selection values. No thresholds are checked for the minor resource
subsystem.status to derive selection criteria or
prevent the issuing of commands or replies if critical thresholds are exceeded. If AOFSTATUSCMDSEL is not set, or it is set to a value other than 0, only commands or replies with a given selection criterion such as starttype or stoptype are issued. |
| AOFUSSWAIT | 1 to n | This is the number of seconds SA z/OS waits for the completion of a user-defined
z/OS UNIX monitoring routine (specified in the
z/OS UNIX Control Specification panel) until it
receives a timeout. When the timeout occurs, SA z/OS no longer waits for a response from the
monitoring routine and sends a SIGKILL to the monitoring routine. 10 is the default setting. |
| INGCICS_CORRWAIT | User-defined numeric value | The number of seconds that INGCICS waits for output from a CICS® transaction. If not specified, INGCICS uses a default CORRWAIT (CCDEF) value. |
| INGIMS_CORRWAIT | User-defined numeric value | The number of seconds that INGIMS waits for output from an IMS command. If not specified, INGIMS uses the default CORRWAIT (CCDEF) value. |
| INGOPC_MULTIPLIER | 1 to n | This is used in conjunction with AOFRMTCMDWAIT and AOFRPCWAIT to determine how long to wait before giving up. |
| INGPAC_SHOWNOLIMIT | 1 | Pacing gates that have a concurrency limit of NOLIMIT are always shown on the INGPAC display. This is the default. |
| 0 | Pacing gates that have a concurrency limit of NOLIMIT are not shown on the INGPAC display. | |
| INGRAITF_WAIT | User-defined numeric value | The number of seconds that the INGRAITF routine waits. |
| INGREQ_ORIGINATOR | 1 | Indicates that SA z/OS assigns individual originator IDs for each operator issuing an INGREQ command. |
| 0 | All operators are grouped under originator ID OPERATOR. 0 is the default setting. |
AOF_DYNRES_DB_EXTINFO (introduced in OA63123)
This AOF_DYNRES_DB_EXTINFO variable defines to use Db2 as the backend database to store dynamic resources. INGDYN calls the Db2 backend if this variable exists and meets the following syntax requirement:
- DB2
- Tells INGDYN to use DB2 as the backend.
- ssid
- Speicifies the Db2 subsystem ID that's used to connect to the Db2 database. A data-sharing group ID (grpid) can be used as well.
- schema
- Identifies the schema of the data model. If not specified, IBMING is used.
- inst-schema
- Identifies the schema of the stored procedures and function. If not specified, the same value as schema is used.
- sysname
- Specifies the name of the z/OS system.
- domain
- Specifies the NetView domain identifier.
-
DB2 SCI3 KEYCssid=SCI3, sysname=KEYC, schema=inst-schema=ING
DB2 DBCI.MYDYN IPXFG IPXFHgrpid=DBCI, schema=inst-schema=MYDYN, domain=IPXFG (KEYA),IPXFH(KEYB)
DB2 DBCI.PLEX1.ING KEYA IPXFIgrpid=DBCI, schema=PLEX1, inst-schema=ING, sysname+domain=KEYA, IPXFI(KEYC)