Filter and rule list parameter explanations
This topic provides detailed explanations for filters and rule list parameters.
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AA_AMODE | The AA_AMODE parameter specifies the application mode.
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AA_APPL | The AA_APPL parameter specifies the application name.
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AA_ASTAT | The AA_ASTAT parameter indicates the application status.
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AA_AVAIL | The AA_AVAIL parameter includes or excludes applications base on the total number of bytes that are available in the application. This amount represents the total budget minus the total allocation space in the application.
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AA_CDATE | The AA_CDATE parameter indicates the date the application was created in the application database in yyyy/mm/dd format.
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AA_HSMC | The AA_HSMC parameter indicates the total amount of space allocated on DASD for HSM data sets assigned to this application.
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AA_HSMH | The AA_HSMH parameter indicates the largest amount of space allocated on DASD for HSM data sets assigned to this application.
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AA_KHSM | The AA_KHSM parameter indicates if HSM data sets are tracked for this application.
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AA_KTEMP | The AA_KTEMP parameter indicates if temporary data sets are tracked for this application.
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AA_KVSAM | The AA_KVSAM parameter indicates if VSAM data sets are tracked for this application.
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AA_LDATE | The AA_LDATE parameter contains the date of the last allocation that resulted in one of the application fields being updated in yyyy/mm/dd format.
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AA_NVSAMC | The AA_NVSAMC parameter includes or excludes applications based on the total number of bytes that are allocated to non-VSAM data sets in the application.
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AA_PERMC | The AA_PERMC parameter indicates the total amount of space allocated on DASD for permanent data sets assigned to this application.
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AA_PERMH | The AA_PERMH parameter indicates the largest amount of space allocated on DASD for permanent data sets assigned to this application.
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AA_PERMM | The AA_PERMM parameter specifies the maximum amount of space allowed for permanent data sets assigned to this application.
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AA_PERMP | The percentage of the permanent data set budget currently being used.
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AA_PHSM | The AA_PHSM parameter indicates if HSM data set allocations are included as part of the permanent data set allocations.
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AA_PTEMP | The AA_PTEMP parameter indicates if temporary data set allocations are included as part of the permanent data set allocations.
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AA_PVSAM | The AA_PVSAM parameter indicates if VSAM data set allocations are included as part of the permanent data set allocations.
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AA_TEMPC | The AA_TEMPC parameter indicates the total amount of space allocated on DASD for temporary data sets assigned to this application.
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AA_TEMPH | The AA_TEMPH parameter indicates the largest amount of space allocated on DASD for temporary data sets assigned to this application.
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AA_TEMPM | The AA_TEMPM parameter specifies the maximum amount of space allowed for temporary data sets assigned to this application
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AA_TEMPP | The AA_TEMPP parameter specifies the percentage of the temporary data set budget that is currently being used.
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AA_UFLDn | The AA_UFLD n parameter is an application-defined user field (1 through 3).
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AA_UNAME | The AA_UNAME parameter is an application-defined user name.
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AA_VLCNT | The AA_VLCNT parameter indicates the number of volumes that contain at least one data set included in the application's allocation amounts.
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AA_VSAMC | The AA_VSAMC parameter indicates the total amount of space allocated on DASD for VSAM data sets assigned to this application.
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AA_VSAMH | The AA_VSAMH parameter indicates the largest amount of space allocated on DASD for VSAM data sets assigned to this application.
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AA_VSAMM | The AA_VSAMM parameter indicates the maximum amount of space allowed for VSAM data sets assigned to this application.
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AA_VSAMP | The AA_VSAMP parameter specifies the percentage of the VSAM data set budget that is currently being used.
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AA_WTHRS | The AA_WTHRS parameter specifies a percentage of the budget that can be used by the application before a warning message is issued.
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AC_ACCCNT | The AC_ACCCNT parameter specifies a catalog access count in the current Catalog Scan performance interval.
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AC_ACCTIM | The AC_ACCTIM parameter specifies a catalog average access time in the current Catalog Scan performance interval. The access time is in microseconds (0.000001 seconds).
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AC_ACCTIMHC | The AC_ACCTIMHC parameters specifies the access count from the hour with the highest average access time in the current Catalog Scan performance interval.
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AC_ACCTIMHR | The AC_ACCTIMHR parameter specifies the hour containing the highest average access time in the current Catalog Scan performance interval.
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AC_ACCTIMHW | The AC_ACCTIMHW parameter specifies the highest average access time from all hours in the current Catalog Scan performance interval. The access time is in microseconds (0.000001 seconds).
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AC_ALI# | The AC_ALI# parameter specifies the number of aliases defined in the master catalog with an association to a user catalog.
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AC_CAT | The AC_CAT parameter specifies the catalog name up to 44 characters.
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AC_CODE | The AC_CODE parameter specifies the value in the IBM ACCODE field. Normally, this field is used in conjunction with user-generated tape labels. The tape manager for CA, CA1, uses the field to indicate various special tapes, such as Off-site, permanent hold, and so on.
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AC_DS# | The AC_DS# parameter specifies the data set entries with an associated alias in the master catalog.
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AC_EXTS | The AC_EXTS parameter specifies the catalog extents.
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AC_MALI# | The AC_MALI# parameter specifies a high-water-mark of data set entries. This is from the alias with the highest number of data set entries.
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AC_MALIN | The AC_MALIN parameter specifies the name of the alias with the highest number of data set entries.
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AC_PUSED | The AC_PUSED parameter specifies the percent of allocation that is used.
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AC_PUSEDT | THE AC_PUSEDT parameter specifies the percent of allocation that is used in tenths of a percent.
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AC_SIZE | The AC_SIZE parameter specifies the catalog total size in tracks.
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AC_UALI# | The AC_UALI# parameter specifies a count of unique high level qualifiers of the unavailable data set entries. The qualifiers are from data set entries that do not have an alias defined in the master catalog. The user catalog must be explicitly named in order to access these data set entries.
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AC_UDS# | The AC_UDS# parameter specifies the data set entries with no associated alias in the master catalog. The user catalog must be explicitly named in order to access these data set entries.
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ACF2USER | The ACF2USER parameter contains the user name (CA ACF2 system). This is a 24-byte value. For ACF2 users, this parameter should be used instead of USER or RACF.
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ACT_ACCUM | The ACT_ACCUM parameter accumulates event and job actions over time and batch the events or job JCL statements together. When you use ACT_JOB to tailor skeleton JCL, you can use ACT_ACCUM to batch together or accumulate all the resources that match the solution over a specified time period, and create one set of tailored JCL that includes all the resources. When you use ACT_ACCUM with the ACT_EVENTID parameter, events are accumulated over the time period and issued at once.
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ACT_COUNT | The ACT_COUNT parameter specifies the maximum to the number of records to which actions can be taken. ACT_EVENTID and ACT_JOBNAME keywords identify the possible actions to take. ACT_COUNT determines the maximum number of records those actions will be taken against. If ACT_COUNT is not specified the action will be taken on all records in the result group for the associated SET statement, unless limited by use of the ACT_SUM_LIM keyword. (optional)
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ACT_EVENTID | The ACT_EVENTID parameter specifies an event to issue for each record in the SET result group. This action is applied to the result group of records that match the SET statement INC/EXC statements. The action is applied after any SORT= specification is processed, which means the events will be generated in sort order. The number of events to issue can be limited by ACT_SUM_LIM or ACT_COUNT keywords. ACT_EVENTID and ACT_JOB specify the actions to take. Every SET statement should have at least one of these keywords or no action will be taken. Both statements can be used; however, care should be taken when doing this. Care must also be used when specifying ACT_EVENTID= in an AUTOx type FLST or RLST member.
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ACT_JOB | The ACT_JOB parameter specifies the name of a member containing skeleton JCL to be submitted using the Skeleton Tailoring facility. The member name must contain skeleton JCL and be located in BBSLIB data set of the BMC AMI StorageStarted Task. ACT_JOB causes the submission of a single job, with the pool/volume/data set names passed to the Skeleton Tailoring facility. The JCL member should make use of the )DO or )REPEAT capability of skeleton tailoring to ensure all variable values are processed by the submitted job. This is described in detail below. ACT_JOB is recommended over ACT_EVENTID if the result of the ACT_EVENTID will be to submit a job. Using ACT_EVENTID in conjunction with BMC AMI Ops Automation rules to submit a job causes a job to be submitted for each event, each record in the FLST/RLST result group (as limited by a count or sum limit). Using ACT_JOBNAME causes all of the result records to be passed to the Skeleton Tailoring facility in a single iteration. ACT_JOB and ACT_EVENTID specify the actions to take. Every SET statement should have at least one of these keywords, or no action will be taken. Both statements can be used, however, care should be taken when doing this.
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ACT_SUM_FLD | The ACT_SUM_FLD optional parameter causes a running total of the specified field to be maintained for each record against which a specified action is taken. When using ACT_SUM_FLD, ACT_SUM_LIM can be used to stop action from being taken after the running total reaches a specified value.
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ACT_SUM_LIM | The ACT_SUM_LIM optional parameter can be used to limit the number of records to be included in any specified action. If specified, ACT_SUM_FLD= must also be specified. A running total of the field specified in ACT_SUM_FLD is maintained as each action is taken. At the completion of the action the total is updated. Prior to taking the next action, the total is compared to ACT_SUM_LIM. If the total is less than the limit, the next action is taken. If the total is equal to or greater than the limit, action processing is bypassed for the remainder of the records in the SET group.
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ACT_TOD | The ACT_TOD parameter specifies accumulated data should be processed, issuing events or creating tailored skeleton JCL or both. This parameter is used when ACT_ACCUM=TOD is specified. Make certain that the time of day (TOD) that is specified in this parameter does not occur in a time period during which the solution is disabled, as specified by the WINDOW_xxx parameters. See WINDOW_STRT for more information. This is an optional parameter. This parameter is required when ACT_ACCUM=TOD.
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AD_ALVL1 | The AD_ALVL1 parameter contains the application name (Application Level 1).
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AD_ALVL2 | The AD_ALVL2 parameter contains the application name (Application Level 2).
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AD_ALVL3 | The AD_ALVL3 parameter contains the application name (Application Level 3).
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AD_ALVL4 | The AD_ALVL4 parameter contains the application name (Application Level 4).
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AD_BASE | The AD_BASE parameter indicates the base name of the data set. For non-VSAM data sets, the base name is the same as the data set name. For VSAM data sets, the base name is the name of the VSAM cluster associated with the data set.
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AD_BKUPCATS | The AD_BKUPCATS parameter indicates if one or more backup versions exist for a data set that was cataloged at the time of backup.
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AD_BKUPDATE | The AD_BKUPDATE parameter contains the most recent backup date for the data set. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, the most recent backup data may be from either a cataloged or uncataloged data set at the time of backup.
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AD_BKUPDAYS | The AD_BKUPDAYS parameter Contains the number of days since the last backup was performed on the data set. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, the number of days since the last backup may be from either a cataloged or uncataloged data set.
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AD_BKUPSIZE | The AD_BKUPSIZE parameter contains the backup space usage for the data set (in bytes). The space usage does not include retained backup versions. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, the backup information could be for more than one data set.
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AD_BKUPTOTS | The AD_BKUPTOTS parameter contains the number of backup versions that exist for the data set. The count does not include retained backup versions. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, the backup information could be for more than one data set.
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AD_BKUPUNCS | The AD_BKUPUNCS parameter indicates if one or more backup versions exist for a data set that was uncataloged at the time of backup. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, backup information may exist for data sets cataloged and uncataloged at the time of their backup.
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AD_BKUPWDAY | The AD_BKUPWDAY parameter contains the number of work days since the last backup was performed on the data set. This number is calculated by subtracting the last backup date from the current date and adjusting the number according to the SMSCALxx calendar. Note: The DFSMShsm BCDS(s) must be read to retrieve backup information. The HSM Collector (SVHSM) must be active in order for this information to be retrieved. DFSMShsm backup information is grouped by data set name. If duplicate data set names exist, the number of work days since the last backup may be from either a cataloged or uncataloged data set.
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AD_BLKEF | The AD_BLKEF parameter specifies the percentage of blocking efficiency.
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AD_BLKEFT>FLST/RLST parameter | The AD_BLKEFT parameter specifies the blocking efficiency of the data set in tenths of a percent. BMC recommends that the AD_BLKEF keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
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AD_BLKSZ | The AD_BLKSZ parameter contains physical block size or VSAM control interval size for the data set. For VSAM KSDS, ESDS and RRDS, the control interval size is displayed. For all other data set types, the physical block size is displayed. For VSAM data sets, the physical block size and control interval size are obtained from the catalog.
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AD_BLKTR | The AD_BLKTR parameter contains the number of physical blocks that will fit on one track. The value relates to the Percent Efficiency value.
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AD_CASPL | The AD_CASPL parameter contains the number of VSAM control area splits performed on the data set. This number is for the entire VSAM data set if it spans multiple volumes. Non-VSAM data sets will show NA in this field.
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AD_CAT | The AD_CAT parameter contains the catalog status of the data set.
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AD_CDATE | The AD_CDATE parameter contains the 10-character creation date of the data set in yyyy/mm/dd format.
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AD_CDAYS | The AD_CDAYS parameter specifies the number of days since the data set was created. The product calculates this number by subtracting the creation date from the current date. The calculation does not include the data set's time of creation.
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AD_CHG | The AD_CHG parameter indicates if the data set has been opened for update since its last backup. Note: This indicator is based off the flag DS1DSCHG in the format 1/8 DSCB for the data set. If a backup is run while the data set is opened for update, the flag is turned off in the DSCB. However, since the data set is still open, additional updates may occur to it after the backup. The flag would still be off in the DSCB, even though updates have occurred since the backup.
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AD_CISPL | The AD_CISPL parameter contains the number of VSAM control interval splits performed on the data set. This number is for the entire VSAM data set if it spans multiple volumes. Non-VSAM data sets will show NA in this field.
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AD_COMPP | The AD_COMPP parameter selects compressed data sets that are the specified percentage of their original size. This is only available if catalog information is included in data collection. Example: AD_COMPP=30 will display data sets compressed to 30% of their original size.
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AD_COMPR | The AD_COMPR parameter indicates if the data set is compressed.
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AD_DAYS | The AD_DAYS parameter contains the number of days since the data set was opened. This number is calculated by subtracting the last reference date from the current date.
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AD_DCLAS | The AD_DCLAS parameter contains the SMS-assigned data class or one of the specified values for the data set.
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AD_DCVALID | The AD_DCVALID parameter indicates whether the data class to which the data set is assigned is valid. The data class of the data set is inspected during a VTOC Scan and validated against SMS data class definitions at the time that the scan occurs.
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AD_DIRBA | The AD_DIRBA parameter specifies the number of allocated PDS directory blocks.
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AD_DIRBF | The AD_DIRBF parameter specifies the number of free PDS directory blocks
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AD_DIRBU (PTF BPG7923 applied) | The AD_DIRBU parameter specifies the percentage PDS directory blocks used in tenths of a percent.
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AD_DOCC | The AD_DOCC parameter contains the device occupancy percentage.
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AD_DOCCT>FLST/RLST parameter | The AD_DOCCT parameter specifies the device occupancy percentage in tenths of a percent. BMC recommends that the AD_DOCC keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
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AD_DSN | The AD_DSN parameter specifies the data set name.
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AD_DSORG | The AD_DSORG parameter contains the data set file organization and access method used to manage the data set.
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AD_DSTYP | The AD_DSTYP parameter specifies the data set type.
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AD_ENCRIND | The AD_ENCRIND parameter filters on data sets by their encryption status.
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AD_EXTS | The AD_EXTS parameter specifies the number of extents occupied by the data set on the volume.
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AD_EXTSB | The AD_EXTSB parameter specifies the number of extents occupied by the data set on a non-EAV volume or in the BAS area of an EAV volume.
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AD_EXTSE | The AD_EXTSE parameter specifies the number of extents occupied by the data set in the EAS area of an EAV volume.
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AD_GROUP | The AD_GROUP parameter specifies the SMS storage group name that is displayed if the AUTODS function is associated with an AUTOPOOL GROUP=Function.
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AD_IAMIND | The AD_IAMIND parameter filters on data sets that are defined as IAM (Innovation Access Method). This is only available if catalog information is included in data collection.
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AD_LDATE | The AD_LDATE parameter contains the last date the data set was opened in yyyy/mm/dd format.
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AD_LRECL | The AD_LRECL parameter contains the maximum record length for the data set. For VSAM data sets, the record length is obtained from the catalog.
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AD_MCVALID | The AD_MCVALID parameter indicates whether the management class to which the data set is assigned is valid. The management class of the data set is inspected during a VTOC Scan and validated against SMS management class definitions at the time that the scan occurs.
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AD_MNTTYPE | The AD_MNTTYPE parameter indicates the mount type of the volume on which the data set exists.
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AD_MCLAS | The AD_MCLAS parameter contains the SMS-assigned management class or one of the specified values.
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AD_MULTD | The AD_MULTD parameter indicates whether the AUTODS record was used in the creation of a multivolume summarization record. AD_MULTD=Y indicates that the data set is cataloged and was found on multiple volumes (based on the volumes scanned by the AUTODS request). The AUTODS results include one data set record per volume and one summarized data set record for all volumes. Each of these records have AD_MULTD=Y set. The summarized data set record has AD_VOLSQ=0 set. The other data set records have AD_VOLSQ set to their proper volume sequence number (a nonzero value). An AD_MULTD=Y specification in VTOC Scan Data Set Filter dialog member SMFW21xx can be used to force the display of single volume lines of multivolume data sets together with requests to display multivolume summary lines (VOLSQ=0).
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AD_POOL | AD_POOL is the pool name that is associated with the data set. The pool is derived from the pool that is assigned to the volume on which the data set exists. The volume, and therefore the data set, can be assigned in up to eight pools and subpools. If a pool name was specified on the AUTODS command, this keyword value is set to that pool name. If no pool name was specified on the AUTODS command, this keyword value is set to the first pool name that is assigned to the volume. When this keyword is used in the data set filtering member, the value of this keyword is always the first pool name that is assigned to the volume.
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AD_POOLT | The AD_POOLT parameter contains the pool type.
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AD_PUSED | The AD_PUSED parameter contains the percentage of allocation that is used.
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AD_PUSEDT>FLST/RLST parameter | The AD_PUSEDT parameter specifies the device occupancy percentage in tenths of a percent. BMC recommends that the AD_PUSEDT keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
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AD_REBLK | The AD_REBLK parameter contains the reblockable indicator, which determines whether the data set can be reblocked by the system when being moved from one device geometry to another. This is also known as System Determined Block Size and typically allocates a block size that uses the space on the device most efficiently. N indicates that the data set is not allocated with System Determined Blocksizing and must be manually reblocked when moved from one device geometry to another.
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AD_RECFM | The AD_RECFM parameter contains the data set record format.
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AD_SCLAS | The AD_SCLAS parameter contains the SMS-assigned storage class or one of the specified values.
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AD_SCVALID | The AD_SCVALID parameter indicates whether the storage class to which the data set is assigned is valid. The storage class of the data set is inspected during a VTOC Scan and validated against SMS storage class definitions at the time that the scan occurs.
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AD_SIZE | The AD_SIZE parameter specifies the data set size in kilobytes (one kilobyte equals 1024 bytes) on the volume.
| ||||||||||||||||||||||||||||||||||||||
AD_SIZEB | The AD_SIZEB parameter specifies the amount of data set space that is allocated on a non-EAV volume or in the BAS area of an EAV volume kilobytes; one kilobyte equals 1024 bytes.
| ||||||||||||||||||||||||||||||||||||||
AD_SIZEE | The AD_SIZEE parameter specifies the amount of data set space that is allocated in the EAS area of an EAV volume in kilobytes (one kilobyte equals 1024 bytes).
| ||||||||||||||||||||||||||||||||||||||
AD_SMSI | The AD_SMSI parameter specifies the SMS status of the volume
| ||||||||||||||||||||||||||||||||||||||
AD_STORGRP | The AD_STORGRP parameter specifies the SMS storage group name that is displayed if the AUTODS function is associated with an AUTOPOOL GROUP=Function.
| ||||||||||||||||||||||||||||||||||||||
AD_STRPC | The AD_STRPC parameter specifies the number of data set stripes.
| ||||||||||||||||||||||||||||||||||||||
AD_SUL | The AD_SUL parameter specifies the standard user labels (SULs) allocated to a DASD data set.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSA | The AD_TRKSA parameter specifies the number of tracks allocated.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSAB | The AD_TRKSAB parameter specifies the number of tracks allocated in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSAE | The AD_TRKSAE parameter specifies the number of tracks allocated in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSF | The AD_TRKSF parameter specifies the number of tracks unused by the data set on the volume. For VSAM data sets, the number of tracks unused is calculated from the high-allocated RBA and high-used RBA values for each volume. These values are obtained from the catalog.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSFB | The AD_TRKSFB parameter specifies the number of tracks unused by the data set on a non-EAV volume or in the BAS area of an EAV volume. For VSAM data sets, the number of tracks unused is calculated from the high-allocated RBA and high-used RBA values for each volume.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSFE | The AD_TRKSFE parameter specifies the number of tracks unused by the data set in the EAS area of an EAV volume. For VSAM data sets, the number of tracks unused is calculated from the high-allocated RBA and high-used RBA values for each volume. These values are obtained from the catalog.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSU | The AD_TRKSU parameter specifies the number of tracks used by the data set on the volume. For VSAM data sets, the number of tracks used is calculated from the starting RBA and high-used RBA values for each volume. These values are obtained from the catalog.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSUB | The AD_TRKSUB parameter specifies the number of tracks used by the data set on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AD_TRKSUE | The AD_TRKSUE parameter specifies the number of tracks used by the data set in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AD_VOL | The AD_VOL parameter specifies the volume name.
| ||||||||||||||||||||||||||||||||||||||
AD_VOLSQ | The AD_VOLSQ parameter specifies the volume sequence number for the data set. An AD_VOLSQ=0 specification in VTOC Scan Data Set Filter dialog member SMFW21xx can be used to force the display of multivolume summary lines (VOLSQ=0), which is an alternative to the VTOC Scan Data Set Filter dialog specification “Include VOLSQ=0 Recs Y”.
| ||||||||||||||||||||||||||||||||||||||
AD_VSAMCOMP | The AD_VSAMCOMP parameter indicates whether this is the data or index component of a VSAM cluster.
| ||||||||||||||||||||||||||||||||||||||
AD_VSNVS | The AD_VSNVS parameter specifies the data set category.
| ||||||||||||||||||||||||||||||||||||||
AD_WCDAY | Specifies the number of working days (calendar-adjusted) since the data set was created. The SMSCALSxx calendar member defines working days. If you do not use SMSCALSxx or if the HSMMCCNV function is not active, the days are not adjusted. In that case, the value of AD_WCDAY will equal the value of AD_CDAY. The calculation does not include the data set's time of creation.
| ||||||||||||||||||||||||||||||||||||||
AD_WDAYS | Specifies the number of working days (from 0 through 2147483647) since the data set was last referenced. The SMSCALSxx calendar member defines working days. If you do not use SMSCALSxx or if the HSMMCCNV function is not active, the days are not adjusted. In that case, the value of AD_WDAYS will equal the value of AD_DAYS. The product calculates this number by substracting the last reference date from the current date and adjusting the number according to the SMSCALSxx calendar.
| ||||||||||||||||||||||||||||||||||||||
AD_XDATE | The AD_XDATE parameter specifies the expiration date for the data set in yyyy/mm/dd format.
| ||||||||||||||||||||||||||||||||||||||
AD_XTFMT | The AD_XTFMT parameter indicates whether the data set is in extended format.
| ||||||||||||||||||||||||||||||||||||||
AD_XTNDA | The AD_XTNDA parameter indicates whether the data set is extended addressability.
| ||||||||||||||||||||||||||||||||||||||
AE_CALAGE | The AE_CALAGE parameter specifies the calendar-adjusted number of days since the data set was last referenced. Calendar-adjusted days are working days as defined in BMC AMI Storagecalendar member SMSCALS xx. If SMSCALS xx is not used or function HSMMCCNV is not active, these days are not adjusted and this keyword value will be equal to the AE_REFAGE keyword value.
| ||||||||||||||||||||||||||||||||||||||
AE_CATEGORY | The AE_CATEGORY parameter specifies the category of failing HSM function.
| ||||||||||||||||||||||||||||||||||||||
AE_DSN | The AE_DSN parameter specifies the name of the data set against which the failing HSM function was performed.
| ||||||||||||||||||||||||||||||||||||||
AE_DSNn | The AE_DSN n parameter specifies the data set name qualifier of the data set against which the failing HSM function was performed.
| ||||||||||||||||||||||||||||||||||||||
AE_DSORG | The AE_DSORG parameter specifies the data set organization.
| ||||||||||||||||||||||||||||||||||||||
AE_FRVOL | The AE_FRVOL parameter specifies the volser of the original (from) volume. If the HSM action is performed on only one volume, the value of this keyword will be equal to the value of the AE_TVOL keyword. This value is the volume on which the data set currently resides.
| ||||||||||||||||||||||||||||||||||||||
AE_HLQ | The AE_HLQ parameter specifies the high-level data set name qualifier of the data set against which the failing HSM function was performed.
| ||||||||||||||||||||||||||||||||||||||
AE_HOST | The AE_HOST parameter specifies the ID of HSM host performing the failing function.
| ||||||||||||||||||||||||||||||||||||||
AE_JOBNAME | The AE_JOBNAME parameter specifies the job name of the requestor of the failing HSM function. If the job name of the requestor is not available, filtration does not take place. To determine if the job name is available for the error, see the MAINVIW SRM HSM Error Detail view.
| ||||||||||||||||||||||||||||||||||||||
AE_LLQ | The AE_LLQ parameter specifies the low-level data set name qualifier of the data set against which the failing HSM function was performed.
| ||||||||||||||||||||||||||||||||||||||
AE_LREF | The AE_LREF parameter specifies the date when the data set was last referenced.
| ||||||||||||||||||||||||||||||||||||||
AE_MGMTCL | The AE_MGMTCL parameter specifies the name of an SMS Management Class for the data set that the failing HSM function was performed against.
| ||||||||||||||||||||||||||||||||||||||
AE_POOL | The AE_POOL parameter specifies the name of a BMC AMI StoragePool in which the data set is found, based on the primary volume against which the failing HSM function was performed.
| ||||||||||||||||||||||||||||||||||||||
AE_RC | The AE_RC parameter specifies the return code of the failing HSM function.
| ||||||||||||||||||||||||||||||||||||||
AE_REFAGE | The AE_REFAGE parameter specifies the number of days since the data set was last referenced.
| ||||||||||||||||||||||||||||||||||||||
AE_RSN | The AE_RSN parameter specifies the reason code of the failing HSM function.
| ||||||||||||||||||||||||||||||||||||||
AE_SIZE | The AE_SIZE parameter specifies the data set size in bytes.
| ||||||||||||||||||||||||||||||||||||||
AE_SMS | The AE_SMS parameter specifies whether the data set that the failing HSM function was performed against is managed by SMS.
| ||||||||||||||||||||||||||||||||||||||
AE_STORCL | The AE_STORCL parameter specifies the name of an SMS Storage Class for the data set that the failing HSM function is performed against.
| ||||||||||||||||||||||||||||||||||||||
AE_STORGRP | The AE_STORGRP parameter specifies the name of an SMS Storage Group for the data set that the failing HSM function is performed against.
| ||||||||||||||||||||||||||||||||||||||
AE_TVOL | The AE_TVOL parameter specifies the volser of the receiving (to) volume. If the HSM action is performed on only one volume, the value of this keyword will be equal to the volser where the data set currently resides.
| ||||||||||||||||||||||||||||||||||||||
AE_USERID | The AE_USERID parameter specifies the user ID of the requestor of the failing HSM function. If the user ID of the failing function requestor is not available, filtration does not take place.
| ||||||||||||||||||||||||||||||||||||||
AL_ACCCNT | The AL_ACCCNT parameter specifies an alias access count in the current Catalog Scan performance interval.
| ||||||||||||||||||||||||||||||||||||||
AL_ACCTIM | The AL_ACCTIM parameter specifies an alias average access time in the current Catalog Scan performance interval. The access time is in microseconds (0.000001 seconds).
| ||||||||||||||||||||||||||||||||||||||
AL_ACCTIMHC | The AL_ACCTIMHC parameter specifies the access count from the hour with the highest average access time in the current Catalog Scan performance interval.
| ||||||||||||||||||||||||||||||||||||||
AL_ACCTIMHR | The AL_ACCTIMHR parameter specifies the hour containing the highest average access time in the current Catalog Scan performance interval.
| ||||||||||||||||||||||||||||||||||||||
AL_ACCTIMHW | The AL_ACCTIMHW parameter specifies the highest average access time from all hours in the current Catalog Scan performance interval. The access time is in microseconds (0.000001 seconds).
| ||||||||||||||||||||||||||||||||||||||
AL_ALIAS | The AL_ALIAS parameter specifies the alias name.
| ||||||||||||||||||||||||||||||||||||||
AL_DS# | The AL_DS# parameter specifies the data set entries associated with the alias.
| ||||||||||||||||||||||||||||||||||||||
AL_INMAST | The AL_INMAST specifies if the alias is defined in the master catalog.
| ||||||||||||||||||||||||||||||||||||||
ALCTYPE | The ALCTYPE parameter contains and specifies the unit of space allocation. It applies to both primary and secondary space quantities.
| ||||||||||||||||||||||||||||||||||||||
ALTPOOL | The ALTPOOL parameter specifies the name of an alternate pool to search for additional space during secondary space allocation when no volumes are available in the current pool. The alternate pool search uses MNTYPE=ALL (mount type). See also the parameters SPACVOLA, MNTYPE, and USECPOOL.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_CASPL | The AO_DA_CASPL parameter specifies to include or exclude a data set based on VSAM data component CA split count. For data sets not using RLS, this count is the current total for the data component. For data sets using RLS, this count is what has occurred for a current open under a job. If the data set is open under multiple jobs, each job will have their own separate values.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_CISPL | The AO_DA_CISPL parameter specifies to include or exclude a data set based on VSAM data component CI split count. For data sets not using RLS, this count is the current total for the data component. For data sets using RLS, this count is what has occurred for a current open under a job. If the data set is open under multiple jobs, each job will have their own separate values.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_DELS | The AO_DA_DELS parameter specifies to include or exclude a data set based on VSAM data component record deletions. For data sets not using RLS, this count is the current total for the data component. For data sets using RLS, this count is what has occurred for a current open under a job. If the data set is open under multiple jobs, each job will have their own separate values.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_EXTS | The AO_DA_EXTS parameter specifies to include or exclude a data set based on VSAM data component extent count.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_HARBA | The AO_DA_HARBA parameter specifies to include or exclude a data set based on VSAM data component high allocated RBA.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_HURBA | The AO_DA_HURBA parameter specifies to include or exclude a data set based on VSAM data component high used RBA.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_INS | The AO_DA_INS parameter specifies to include or exclude a data set based on VSAM data component record inserts. For data sets not using RLS, this count is the current total for the data component. For data sets using RLS, this count is what has occurred for a current open under a job. If the data set is open under multiple jobs, each job will have their own separate values.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_PCTF | The AO_DA_PCTF parameter specifies to include or exclude a data set based on VSAM data component percentage full.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_PCTFT | The AO_DA_PCTFT parameter specifies to include or exclude a data set based on VSAM data component percentage full (the number is in tenths).
| ||||||||||||||||||||||||||||||||||||||
AO_DA_RECS | The AO_DA_RECS parameter specifies to include or exclude a data set based on VSAM data component total record count.
| ||||||||||||||||||||||||||||||||||||||
AO_DA_UPDS | The AO_DA_UPDS parameter specifies to include or exclude a data set based on VSAM data component record updates. For data sets not using RLS, this count is the current total for the data component. For data sets using RLS, this count is what has occurred for a current open under a job. If the data set is open under multiple jobs, each job will have their own separate values.
| ||||||||||||||||||||||||||||||||||||||
AO_DSN | The AO_DSN parameter specifies the VSAM cluster, or mask of clusters, to include or exclude.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_EXTS | The AO_IX_EXTS parameter specifies to include or exclude a data set based on VSAM index component extent count. Note Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_HARBA | The AO_IX_HARBA parameter specifies to include or exclude a data set based on VSAM index component high allocated RBA. Note: Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_HURBA | The AO_IX_HURBA parameter specifies to include or exclude a data set based on VSAM index component high used RBA. Note: Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_PCTF | The AO_IX_PCTF parameter specifies to include or exclude a data set based on VSAM index component percentage full. Note: Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_PCTFT | The AO_IX_PCTFT parameter specifies to include or exclude a data set based on VSAM index component percentage full (the number is in tenths). Note: Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_IX_RECS= | The AO_IX_RECS parameter specifies to include or exclude a data set based on VSAM index component total record count. Note: Non-indexed VSAM clusters automatically fail qualification when this keyword is specified.
| ||||||||||||||||||||||||||||||||||||||
AO_JOB | The AO_JOB parameter specifies a job name to include or exclude.
| ||||||||||||||||||||||||||||||||||||||
AO_JOBELAP | The AO_JOBELAP parameter specifies to include or exclude a data set based on the time (in minutes) a job has been running.
| ||||||||||||||||||||||||||||||||||||||
AO_RLS | The AO_RLS parameter specifies to include or exclude a data set based on if RLS is being used.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGC | The AP_CTIGC parameter includes or excludes pools based on the largest contiguous free cylinders.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGCB | The AP_CTIGCB parameter includes or excludes pools based on the largest amount of contiguous free cylinders either on a non-EAV volume or in the BAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGCE | The AP_CTIGCE parameter includes or excludes pools based on the largest amount of contiguous free cylinders in the EAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGT | The AP_CTIGT parameter includes or excludes pools based on the largest contiguous free tracks.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGTB | The AP_CTIGTB parameter includes or excludes pools based on the largest contiguous free tracks either on a non-EAV volume or in the BAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_CTIGTE | The AP_CTIGTE parameter includes or excludes pools based on the largest contiguous free tracks in the EAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#DA | The AP_DS#DA parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of DISABLED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#DN | The AP_DS#DN parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of DISABLED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#EN | The AP_DS#EN parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of ENABLED.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#NM | The AP_DS#NM parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of NOT SMS MANAGED.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#NS | The AP_DS#NS parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of NO STATUS GIVEN.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#QA | The AP_DS#QA parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of QUIESCED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_DS#QN | The AP_DS#QN parameter includes or excludes pools based on the number of data sets that are allocated on volumes with an SMS status of QUIESCED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_DTDB2 | The AP_DTDB2 parameter specifies the number of data sets with DSNTYPE DB2 (DB2 table spaces).
| ||||||||||||||||||||||||||||||||||||||
AP_DTDBZ | The AP_DTDBZ parameter specifies the total size of data sets with DSNTYPE DB2 (DB2 table spaces).
| ||||||||||||||||||||||||||||||||||||||
AP_DTGDS | The AP_DTGDS parameter specifies the number of data sets with DSNTYPE GDS (generation data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTGDZ | The AP_DTGDZ parameter specifies the total size of data sets with DSNTYPE GDS (generation data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTHFS | The AP_DTHFS parameter specifies the number of data sets with DSNTYPE HFS (hierarchical file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTHFZ | The AP_DTHFZ parameter specifies the total size of data sets with DSNTYPE HFS (hierarchical file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTHSM | The AP_DTHSM parameter specifies the number of data sets with DSNTYPE HSM (HSM backup or migrate data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTHSZ | The AP_DTHSZ parameter specifies the total size of data sets with DSNTYPE HSM (HSM backup or migrate data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTLRG | The AP_DTLRG parameter specifies the number of data sets with DSNTYPE LRGE (large format data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTLRZ | The AP_DTLRZ parameter specifies the total size of data sets with DSNTYPE LRGE (large format data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTNVS | The AP_DTNVS parameter specifies the number of data sets with DSNTYPE NVSM. These are non-VSAM data sets that are not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AP_DTNVZ | The AP_DTNVZ parameter specifies the total size of data sets with DSNTYPE NVSM. These are non-VSAM data sets not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AP_DTPDE | The AP_DTPDE parameter specifies the number of data sets with DSNTYPE PDE (PDSE data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTPDZ | The AP_DTPDZ parameter specifies the total size of data sets with DSNTYPE PDE (PDSE data sets).
| ||||||||||||||||||||||||||||||||||||||
AP_DTTMP | The AP_DTTMP parameter specifies the number of data sets with DSNTYPE TMP (temporary data sets). This count is temporary data sets that existed on the volumes at collection time.
| ||||||||||||||||||||||||||||||||||||||
AP_DTTMZ | The AP_DTTMZ parameter specifies the total size of data sets with DSNTYPE TMP (temporary data sets). This number is the total size of temporary data sets that existed on the volumes at collection time.
| ||||||||||||||||||||||||||||||||||||||
AP_DTVSM | The AP_DTVSM parameter specifies the number of data sets with DSNTYPE VSAM. These are the VSAM data sets not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AP_DTVSZ | The AP_DTVSZ parameter specifies the total size of data sets with DSNTYPE VSAM. These are the VSAM data sets not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AP_DTZFS | The AP_DTZFS parameter specifies the number of data sets with DSNTYPE ZFS (zSeries file system data set).
| ||||||||||||||||||||||||||||||||||||||
AP_DTZFZ | The AP_DTZFZ parameter specifies the total size of data sets with DSNTYPE ZFS (zSeries file system data set).
| ||||||||||||||||||||||||||||||||||||||
AP_FREEC | The AP_FREEC parameter includes or excludes pools based on the total count of free cylinders.
| ||||||||||||||||||||||||||||||||||||||
AP_FREECB | The AP_FREECB parameter includes or excludes pools based on the total count of free cylinders on non-EAV volumes and in the BAS area of EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AP_FREECE | The AP_FREECE parameter includes or excludes pools based on the total count of free cylinders in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREED | The AP_FREED parameter includes or excludes pools based on the total number of free data set control blocks (DSCB) for all volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEDA | The AP_FREEDA parameter specifies the free size of SMS DISABLED ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEDN | The AP_FREEDN parameter specifies the free size of SMS DISABLED NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEEN | The AP_FREEEN parameter specifies the free size of SMS ENABLED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREENG | The AP_FREENG parameter specifies the free size of SMS NOT GIVEN volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEQA | The AP_FREEQA parameter specifies the free size of SMS QUIESCE ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEQN | The AP_FREEQN parameter specifies the free size of SMS QUIESCE NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREET | The AP_FREET parameter includes or excludes pools based on the total count of free tracks.
| ||||||||||||||||||||||||||||||||||||||
AP_FREETB | The AP_FREETB parameter includes or excludes pools based on the total count of free tracks on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_FREETE | The AP_FREETE parameter includes or excludes pools based on the total count of free tracks in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEUN | The AP_FREEUN parameter specifies the free size of SMS UNMANAGED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEV | The AP_FREEV parameter includes or excludes pools based on the total number free index records in a volume’s VTOC index.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEX | The AP_FREEX parameter includes or excludes pools based on the total number of free extents.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEXB | The AP_FREEXB parameter includes or excludes pools based on the total count of free extents on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_FREEXE | The AP_FREEXE parameter includes or excludes pools based on the total count of free extents in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FSIZE | The AP_FSIZE parameter includes or excludes pools based on the amount of free space in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_FSIZEB | The AP_FSIZEB parameter includes or excludes pools based on the amount of free space in bytes on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_FSIZEE | The AP_FSIZEE parameter includes or excludes pools based on the amount of free space in the pool in bytes in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_GROUP | The AP_GROUP parameter includes or excludes pools based on the pool, group, or subpool name.
| ||||||||||||||||||||||||||||||||||||||
AP_HDFUL | The AP_HDFUL parameter includes or excludes pools based on the VVDS percentage full high-water mark.
| ||||||||||||||||||||||||||||||||||||||
AP_HDFULT | The AP_HDFULT parameter includes or excludes pools based on high-water mark volume VVDS percentage full in tenths, which is the percentage full of the most utilized volume VVDS in the pool. BMC recommends that the AP_HDFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_HFULL | The AP_HFULL parameter includes or excludes pools based on the high-water mark volume percentage full, which is the percentage full of the highest utilized volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_HFULLT | The AP_HFULLT parameter includes or excludes pools based on the high-water mark volume percentage full in tenths, which is the percentage full of the highest utilized volume in the pool. BMC recommends that the AP_HFULL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_HIFUL | The AP_HIFUL parameter includes or excludes pools based on the high-water mark volume VIR percentage full.
| ||||||||||||||||||||||||||||||||||||||
AP_HIFULT | The AP_HIFULT parameter includes or excludes pools based on the high-water mark volume VIR percentage full in tenths, which is the percentage full of the most utilized volume VIR in the pool. BMC recommends that the AP_HIFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_HREEC | The AP_HREEVC parameter includes or excludes pools based on the high-water mark count of free cylinders.
| ||||||||||||||||||||||||||||||||||||||
AP_HREECB | The AP_HREEVCB parameter includes or excludes pools based on the high-water mark count of free cylinders on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_HREECE | The AP_HREEVCE parameter includes or excludes pools based on the high-water mark count of free cylinders in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_HREED | The AP_HREED parameter includes or excludes pools based on the high-water mark count of free DSCBs.
| ||||||||||||||||||||||||||||||||||||||
AP_HREET | The AP_HREET parameter includes or excludes pools based on the high-water mark count of free tracks.
| ||||||||||||||||||||||||||||||||||||||
AP_HREETB | The AP_HREETB parameter includes or excludes pools based on the high-water mark count of free tracks on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_HREETE | The AP_HREETE parameter includes or excludes pools based on the high-water mark count of free tracks in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_HREEV | The AP_HREEV parameter includes or excludes pools based on the high-water mark count of free VIR.
| ||||||||||||||||||||||||||||||||||||||
AP_HREEX | The AP_HREEXB parameter includes or excludes pools based on the high-water mark count of free extent.
| ||||||||||||||||||||||||||||||||||||||
AP_HREEXB | The AP_HREEXB parameter includes or excludes pools based on the high-water mark count of free extents on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_HREEXE | The AP_HREEXEB parameter includes or excludes pools based on the high-water mark count of free extents in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_HVFRG | The AP_HVFRG parameter includes or excludes pools based on the high-water mark fragmentation index.
| ||||||||||||||||||||||||||||||||||||||
AP_HVFUL | The AP_HVFUL parameter includes or excludes pools based on the high-water mark VTOC percentage full.
| ||||||||||||||||||||||||||||||||||||||
AP_HVFULT | The AP_HVFULT parameter includes or excludes pools based on the high-water mark volume VTOC percentage full in tenths, which is the VTOC percentage full of the most utilized volume VTOC in the pool. BMC recommends that the AP_HVFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEDA | The AP_IDLEDA parameter specifies the idle size of SMS DISABLED ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEDN | The AP_IDLEDN parameter specifies the idle size of SMS DISABLED NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEEN | The AP_IDLEEN parameter specifies the idle size of SMS ENABLED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLENG | The AP_IDLENG parameter specifies the idle size of SMS NOT GIVEN volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEQA | The AP_IDLEQA parameter specifies the idle size of SMS QUIESCE ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEQN | The AP_IDLEQN parameter specifies the idle size of SMS QUIESCE NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_IDLEUN | The AP_IDLEUN parameter specifies the idle size of SMS UNMANAGED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_ISIZE | The AP_ISIZE parameter indicates the total idle size in tracks of the VTOC indexes contained in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LDFUL | The AP_LDFUL parameter includes or excludes pools based on the VVDS percentage full low-water mark.
| ||||||||||||||||||||||||||||||||||||||
AP_LDFULT | The AP_LDFULT parameter includes or excludes pools based on the low-water mark volume VVDS percentage full in tenths, which is the percentage full of the least utilized volume VVDS in the pool. BMC recommends that the AP_LDFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_LFULL | The AP_LFULL parameter includes or excludes pools based on the low-water mark volume percentage full.
| ||||||||||||||||||||||||||||||||||||||
AP_LFULLT | The AP_LFULLT parameter includes or excludes pools based on the low-water mark volume percentage full in tenths, which is the percentage full of the least utilized volume in the pool. BMC recommends that the AP_LFULL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_LIFUL | The AP_LIFUL parameter includes or excludes pools based on the low-water mark volume VIR percentage full.
| ||||||||||||||||||||||||||||||||||||||
AP_LIFULT | The AP_LIFULT parameter includes or excludes pools based on the low-water mark volume VIR percentage full in tenths, which is the percentage full of the least utilized volume VIR in the pool. BMC recommends that the AP_LIFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_LPRIC | The AP_LPRIC parameter includes or excludes pools based on the largest primary allocation (cylinders).
| ||||||||||||||||||||||||||||||||||||||
AP_LPRICB | The AP_LPRICB parameter includes or excludes pools based on the largest primary allocation (cylinders) either on a non-EAV volume or in the BAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LPRICE | The AP_LPRICE parameter includes or excludes pools based on the largest primary allocation (cylinders) in the EAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_LPRIT | The AP_LPRIT parameter includes or excludes pools based on the largest primary allocation (tracks).
| ||||||||||||||||||||||||||||||||||||||
AP_LPRITB | The AP_LPRITB parameter includes or excludes pools based on the largest primary allocation (tracks) either on a non-EAV volume or in the BAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LPRITE | The AP_LPRITE parameter includes or excludes pools based on the largest primary allocation (tracks) in the EAS area of an EAV volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LREEC | The AP_LREEC parameter includes or excludes pools based on the low-water mark free count of cylinders.
| ||||||||||||||||||||||||||||||||||||||
AP_LREECB | The AP_LREECB parameter includes or excludes pools based on the low-water mark count of free cylinders on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_LREECE | The AP_LREECE parameter includes or excludes pools based on the low-water mark count of free cylinders in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LREED | The AP_LREED parameter includes or excludes pools based on the low-water mark free count of DSCBs.
| ||||||||||||||||||||||||||||||||||||||
AP_LREET | The AP_LREET parameter includes or excludes pools based on the low-water mark free count of tracks.
| ||||||||||||||||||||||||||||||||||||||
AP_LREETB | The AP_LREETB parameter includes or excludes pools based on the low-water mark count of free tracks on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_LREETE | The AP_LREETE parameter includes or excludes pools based on the low-water mark count of free tracks in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LREEV | The LP_LREEV parameter includes or excludes pools based on the low-water mark free count of VIR.
| ||||||||||||||||||||||||||||||||||||||
AP_LREEX | The AP_LREEX parameter includes or excludes pools based on the low-water mark free count of extent.
| ||||||||||||||||||||||||||||||||||||||
AP_LREEXB | The AP_LREEXB parameter includes or excludes pools based on the low-water mark count of free extents on non-EAV volumes and in the BAS area of EAV volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_LREEXE | The AP_LREEXE parameter includes or excludes pools based on the low-water mark count of free extents in the EAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_LVFRG | The AP_LVFRG parameter includes or excludes pools based on the low-water mark fragmentation index.
| ||||||||||||||||||||||||||||||||||||||
AP_LVFUL | The AP_LVFUL parameter includes or excludes pools based on the low-water mark of VTOC percentage full.
| ||||||||||||||||||||||||||||||||||||||
AP_LVFULT | The AP_LVFULT parameter includes or excludes pools based on the low-water mark volume VTOC percentage full in tenths, which is the percentage full of the least utilized volume VTOC in the pool. BMC recommends that the AP_LVFUL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_NONVSDSC | The AP_NONVSDSC parameter includes or excludes pools based on the number of non-VSAM data sets that are defined in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_NONVSDSZ | The AP_NONVSDSZ parameter includes or excludes pools based on the number of bytes that are allocated to non-VSAM data sets defined in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTDA | The AP_PCTTDA parameter specifies the percentage of total pool space for SMS DISABLED ALL volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTDAT | The AP_PCTTDAT parameter specifies the percentage of total pool space for SMS DISABLED ALL volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTDN | The AP_PCTTDN parameter specifies the percentage of total pool space for SMS DISABLED NEW volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTDNT | The AP_PCTTDNT parameter specifies the percentage of total pool space for SMS DISABLED NEW volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTEN | The AP_PCTTEN parameter specifies the percentage of total pool space for SMS ENABLED volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTENT | The AP_PCTTENT parameter specifies the percentage of total pool space for SMS ENABLED volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTNG | The AP_PCTTNG parameter specifies the percentage of total pool space for SMS NOT GIVEN volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTNGT | The AP_PCTTNGT parameter specifies the percentage of total pool space for SMS NOT GIVEN volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTQA | The AP_PCTTQA parameter specifies the percentage of total pool space for SMS QUIESCE ALL volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTQAT | The AP_PCTTQAT parameter specifies the percentage of total pool space for SMS QUIESCE ALL volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTQN | The AP_PCTTQN parameter specifies the percentage of total pool space for SMS QUIESCE NEW volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTQNT | The AP_PCTTQNT parameter specifies the percentage of total pool space for SMS QUIESCE NEW volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTUN | The AP_PCTTUN parameter specifies the percentage of total pool space for SMS UNMANAGED volumes.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTTUNT | The AP_PCTTUNT parameter specifies the percentage of total pool space for SMS UNMANAGED volumes in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUDA | The AP_PCTUDA parameter specifies the percentage used of SMS DISABLED ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUDAT | The AP_PCTUDAT parameter specifies the percentage used of SMS DISABLED ALL volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUDN | The AP_PCTUDN parameter specifies the percentage used of SMS DISABLED NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUDNT | The AP_PCTUDNT parameter specifies the percentage used of SMS DISABLED NEW volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUEN | The AP_PCTUEN parameter specifies the percentage used of SMS ENABLED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUENT | The AP_PCTUENT parameter specifies the percentage used of SMS ENABLED volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUNG | The AP_PCTUNG parameter specifies the percentage used of SMS NOT GIVEN volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUNGT | The AP_PCTUNGT parameter specifies the percentage used of SMS NOT GIVEN volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUQA | The AP_PCTUQA parameter specifies the percentage used of SMS QUIESCE ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUQAT | The AP_PCTUQAT parameter specifies the percentage used of SMS QUIESCE ALL volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUQN | The AP_PCTUQN parameter specifies the percentage used of SMS QUIESCE NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUQNT | The AP_PCTUQNT parameter specifies the percentage used of SMS QUIESCE NEW volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUUN | The AP_PCTUUN parameter specifies the percentage used of SMS UNMANAGED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PCTUUNT | The AP_PCTUUNT parameter specifies the percentage used of SMS UNMANAGED volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFL | The AP_PERFL parameter includes or excludes pools based on the pool percentage full based on used space as it relates to total space.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFLB | The AP_PERFLB parameter includes or excludes pools based on the percentage of used space to total space in the pool, not including EAS space. This percentage includes non-EAV volume space and the BAS area of EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFLBT | The AP_PERFLBT parameter includes or excludes pools based on the percentage of used space to total space in the pool, not including EAS space, in tenths. This percentage includes non-EAV volume space and the BAS area of EAV volumes in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFLE | The AP_PERFLE parameter includes or excludes pools based on the percentage of used EAS space to total EAS space in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFLET | The AP_PERFLBT parameter includes or excludes pools based on the percentage of used EAS space to total EAS space in the pool in tenths.
| ||||||||||||||||||||||||||||||||||||||
AP_PERFLT | The AP_PERFLT parameter includes or excludes pools based on the pool percentage full in tenths based on used space as it relates to total space. BMC recommends that the AP_PERFL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#DA | The AP_SMDS#DA parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of DISABLED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#DN | The AP_SMDS#DN parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of DISABLED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#EN | The AP_SMDS#EN parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of ENABLED.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#NM | The AP_SMDS#NM parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of NOT MANAGED.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#NS | The AP_SMDS#NS parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of NO STATUS GIVEN.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#QA | The AP_SMDS#QA parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of QUIESCED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_SMDS#QN | The AP_SMDS#QN parameter includes or excludes pools based on the size of the smallest data set in bytes on a volume with an SMS status of QUIESCED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACDA | The AP_SPACDA parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of DISABLED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACDN | The AP_SPACDN parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of DISABLED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACEN | The AP_SPACEN parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of ENABLED.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACNM | The AP_SPACNM parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of NOT SMS MANAGED.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACNS | The AP_SPACNS parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of NO STATUS GIVEN.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACQA | The AP_SPACQA parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of QUIESCED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_SPACQN | The AP_SPACQN parameter includes or excludes pools based on the number of bytes that are allocated on volumes with an SMS status of QUIESCED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_STORGRP | The AP_STORGRP parameter specifies the pool, group, or subpool name.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALDA | The AP_TOTALDA parameter specifies the total size of SMS DISABLED ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALDN | The AP_TOTALDN parameter specifies the total size of SMS DISABLED NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALEN | The AP_TOTALEN parameter specifies the total size of SMS ENABLED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALNG | The AP_TOTALNG parameter specifies the total size of SMS NOT GIVEN volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALQA | The AP_TOTALQA parameter specifies the total size of SMS QUIESCE ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALQN | The AP_TOTALQN parameter specifies the total size of SMS QUIESCE NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TOTALUN | The AP_TOTALUN parameter specifies the total size of SMS UNMANAGED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_TSIZE | The AP_TSIZE parameter includes or excludes pools based on the total allocated space in bytes.
| ||||||||||||||||||||||||||||||||||||||
AP_TYPE | The AP_TYPE parameter includes or excludes pools based on the pool type.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDDA | The AP_USEDDA parameter specifies the used size of SMS DISABLED ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDDN | The AP_USEDDN parameter specifies the used size of SMS DISABLED NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDEN | The AP_USEDEN parameter specifies the used size of SMS ENABLED volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDNG | The AP_USEDNG parameter specifies the used size of SMS NOT GIVEN volumes in the pool
| ||||||||||||||||||||||||||||||||||||||
AP_USEDQA | The AP_USEDQA parameter specifies the used size of SMS QUIESCE ALL volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDQN | The AP_USEDQN parameter specifies the used size of SMS QUIESCE NEW volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_USEDUN | The AP_USEDUN parameter specifies the used size of SMS UNMANAGED volumes in the pool
| ||||||||||||||||||||||||||||||||||||||
AP_USIZE | The AP_USIZE parameter includes or excludes pools based on the amount of allocated space in the pool (used size).
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#DA | The AP_VOL#DA parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of DISABLED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#DN | The AP_VOL#DN parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of DISABLED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#EN | The AP_VOL#EN parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of ENABLED.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#NM | The AP_VOL#NM parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of NOT SMS MANAGED.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#NS | The AP_VOL#NS parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of NO STATUS GIVEN.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#OFFL | The AP_VOL#OFFL parameter includes or excludes pools based on the number of volumes that are assigned to the group that is currently offline. This field is available for storage groups only. Pools and subpools will always have a offline volume count of zero. This keyword should be used in conjunction with the AP_TYPE=STORGRP keyword to ensure that only storage groups are interrogated.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#QA | The AP_VOL#QA parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of QUIESCED ALL.
| ||||||||||||||||||||||||||||||||||||||
AP_VOL#QN | The AP_VOL#QN parameter includes or excludes pools based on the number of volumes in the pool with an SMS status of QUIESCED NEW.
| ||||||||||||||||||||||||||||||||||||||
AP_VOLC | The AP_VOLC parameter includes or excludes pools based on the number of online volumes in this pool on the collecting z/OS system.
| ||||||||||||||||||||||||||||||||||||||
AP_VOLCE | The AP_VOLCE parameter includes or excludes pools based on the number of online EAV volumes in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_VOLFRAGH | The AP_VOLFRAGH parameter includes or excludes pools based on the highest fragmentation index value of all volumes in the pool. This value is the fragmentation index value for the most fragmented volume in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_VSAMDSC | The AP_VSAMDSC parameter includes or excludes pools based on the number of VSAM data sets that are defined in the pool.
| ||||||||||||||||||||||||||||||||||||||
AP_VSAMDSZ | The AP_VSAMDSZ parameter includes or excludes pools based on the number of bytes that are allocated to VSAM data sets that are defined in the pool.
| ||||||||||||||||||||||||||||||||||||||
APPL | The APPL parameter specifies the Storage Guard Control Application to use for filtering for the following EZSRMHSM views:
| ||||||||||||||||||||||||||||||||||||||
ATL_LIBNAME | The ATL_LIBNAME parameter specifies or contains the name of an Automated Tape Library. BMC AMI Storagename masking can be used for filter list entries. Allowed in data set filtering FLST members
| ||||||||||||||||||||||||||||||||||||||
AUTOLEV | The AUTOLEV parameter contains an 8-character literal AUTOLEV x, where x is a number indicating the current automation level for the resource being automated AUTOLEV0 indicates that multiple levels are not being used. AUTOLEV1 indicates the first level of a multiple level request. For multiple level automation this field must be used either in this FLST/RLST member or contained within event text of any event issued and then referenced in the MANIVIEW AutoOPERATOR rule that looks for the event.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGC | The AV_CTIGC parameter specifies the largest single extent in full cylinders available for allocation.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGCB | The AV_CTIGCB parameter specifies the largest single extent in full cylinders available for allocation either on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGCE | The AV_CTIGCE parameter specifies the largest single extent in full cylinders available for allocation in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGT | The AV_CTIGT parameter specifies the largest single extent in tracks available for allocation.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGTB | The AV_CTIGTB parameter specifies the largest single extent in tracks available for allocation either on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_CTIGTE | The AV_CTIGTE parameter specifies the largest single extent in tracks available for allocation in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_DEVTYPE | The AV_DEVTYPE parameter includes or excludes volumes based on the emulated device type.
| ||||||||||||||||||||||||||||||||||||||
AV_DSMINBYT | The AV_DSMINBYT parameter contains the size of the smallest data set on the volume in bytes.
| ||||||||||||||||||||||||||||||||||||||
AV_DSNC | The AV_DSNC parameter includes or excludes volumes based on the number of data sets on a volume.
| ||||||||||||||||||||||||||||||||||||||
AV_DSNCE | The AV_DSNCE parameter includes or excludes volumes based on the number of data sets in the EAS area of the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_DTDB2 | The AV_DTDB2 parameter specifies the number of data sets with DSNTYPE DB2 (DB2 table spaces).
| ||||||||||||||||||||||||||||||||||||||
AV_DTDBZ | The AV_DTDBZ parameter specifies the total size in tracks of data sets with DSNTYPE DB2 (DB2 table spaces).
| ||||||||||||||||||||||||||||||||||||||
AV_DTGDS | The AV_DTGDS parameter specifies the number of data sets with DSNTYPE GDS (generation data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTGDZ | The AV_DTGDZ parameter specifies the total size in tracks of data sets with DSNTYPE GDS (generation data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTHFS | The AV_DTHFS parameter specifies the number of data sets with DSNTYPE HFS (hierarchical file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTHFZ | The AV_DTHFZ parameter specifies the total size in tracks of data sets with DSNTYPE HFS (hierarchical file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTHSM | The AV_DTHSM parameter specifies the number of data sets with DSNTYPE HSM (HSM backup or migrate data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTHSZ | The AV_DTHSZ parameter specifies the total size in tracks of data sets with DSNTYPE HSM (HSM backup or migrate data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTLRG | The AV_DTLRG parameter specifies the number of data sets with DSNTYPE LRGE (large format data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTLRZ | The AV_DTLRZ parameter specifies the total size in tracks of data sets with DSNTYPE LRGE (large format data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTNVS | The AV_DTNVS parameter specifies the number of data sets with DSNTYPE NVSM. These are non-VSAM data sets that are not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AV_DTNVZ | The AV_DTNVZ parameter specifies the total size in tracks of data sets with DSNTYPE NVSM. These are non-VSAM data sets that are not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AV_DTPDE | The AV_DTPDE parameter specifies the number of data sets with DSNTYPE PDE (PDSE data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTPDZ | The AV_DTPDZ parameter specifies the total size in tracks of data sets with DSNTYPE PDE (PDSE data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTTMP | The AV_DTTMP parameter specifies the number of data sets with DSNTYPE TMP (temporary data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTTMZ | The AV_DTTMZ parameter specifies the total size in tracks of data sets with DSNTYPE TMP (temporary data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTVSM | The AV_DTVSM parameter specifies the number of data sets with DSNTYPE VSAM. These are VSAM data sets that are not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AV_DTVSZ | The AV_DTVSZ parameter specifies the total size in tracks of data sets with DSNTYPE VSAM. These are VSAM data sets that are not described by the following DSNTYPE values:
| ||||||||||||||||||||||||||||||||||||||
AV_DTZFS | The AV_DTZFS parameter specifies the number of data sets with DSNTYPE ZFS (zSeries file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_DTZFZ | The AV_DTZFZ parameter specifies the total size in tracks of data sets in tracks with DSNTYPE ZFS (zSeries file system data sets).
| ||||||||||||||||||||||||||||||||||||||
AV_EAVI | The AV_EAVI parameter specifies whether the volume is an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FBYTE | The AV_FBYTE parameter indicates the number of free bytes on the volume. This number is calculated by multiplying the track size in bytes by the number of free tracks on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FBYTEB | The AV_FBYTEB parameter specifies the amount of used space in a non-EAV volume or in the BAS area of an EAV volume, in bytes.
| ||||||||||||||||||||||||||||||||||||||
AV_FBYTEE | The AV_FBYTEE parameter specifies the amount of used space in the EAS area of an EAV volume in bytes.
| ||||||||||||||||||||||||||||||||||||||
AV_FRAGI | The AV_FRAGI parameter contains the fragmentation index value of the volume. The higher the value, the more fragmented the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FRAGIB | The AV_FRAGIB parameter specifies the fragmentation index value of a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FRAGIE | The AV_FRAGIE parameter specifies the fragmentation index value of the EAS area of an EAV volume. Higher values mean that the volume is more fragmented.
| ||||||||||||||||||||||||||||||||||||||
AV_FREEC | The AV_FREEC parameter specifies the number of free cylinders on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREECB | The AV_FREECB parameter specifies the number of free cylinders on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREECE | The AV_FREECE parameter specifies the number of free cylinders in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREED | The AV_FREED parameter contains the number of free (Format 0) DSCBs on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREET | The AV_FREET parameter specifies the number of free tracks on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREETB | The AV_FREETB parameter specifies the number of free tracks on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREETE | The AV_FREETE parameter specifies the number of free tracks in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREEV | The AV_FREEV parameter contains the number of free VIRs (VTOC index records) on the volume
| ||||||||||||||||||||||||||||||||||||||
AV_FREEX | The AV_FREEX parameter specifies the total amount of free extents on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREEXB | The AV_FREEXB parameter specifies the number of free extents on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FREEXE | The AV_FREEXE parameter specifies the number of free extents in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FSIZE | The AV_FSIZE parameter specifies the number of tracks not used on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FULL | The AV_FULL parameter specifies the percentage of used space to total space for the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FULLB | The AV_FULLB parameter specifies the percentage of used space to total space in the BAS area of an EAV volume. For non-EAV volume, this value is the total volume percentage full.
| ||||||||||||||||||||||||||||||||||||||
AV_FULLBT | The AV_FULLBT parameter specifies the percentage of used space to total space in the BAS area of an EAV volume in tenths. For non-EAV volume, this value is the total volume percentage full.
| ||||||||||||||||||||||||||||||||||||||
AV_FULLE | The AV_FULLE parameter specifies the percentage of used EAS space to total EAS space on an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_FULLET | The AV_FULLET parameter specifies the percentage of used EAS space to total EAS space on an EAV volume in tenths.
| ||||||||||||||||||||||||||||||||||||||
AV_FULLT | The AV_FULLT parameter specifies the volume percentage full in tenths based on used space as it relates to total space. BMC recommends that the AV_FULL keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AV_IDLETRKS | The AV_IDLETRKS parameter includes or excludes volumes based on the number of idle tracks on a volume.
| ||||||||||||||||||||||||||||||||||||||
AV_IPCTF | The AV_IPCTF parameter specifies the VTOC index percentage full.
| ||||||||||||||||||||||||||||||||||||||
AV_IPCTFT | The AV_IPCTFT parameter specifies the VIR percentage in tenths based on used space as it relates to total space in the VTOC index. BMC recommends that the AV_IPCTF keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AV_ISIZE | The AV_ISIZE parameter specifies the total size in tracks of the VTOC index.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRIC | The AV_LPRIC parameter specifies the largest possible primary extent on the volume in cylinders. This value is the sum of the five largest extents on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRICB | The AV_LPRICB parameter specifies the largest possible primary extent on a non-EAV volume or in the BAS area of an EAV volume, in cylinders. This value is the sum of the five largest extents on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRICE | The AV_LPRICE parameter specifies the largest possible primary extent in the EAS area of an EAV volume in cylinders. This value is the sum of the five largest extents in the EAS area of and EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRIT | The AV_LPRIT parameter specifies the largest possible primary extent in tracks. This value is sum of the five largest extents on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRITB | The AV_LPRITB parameter specifies the largest possible primary extent on a non-EAV volume or in the BAS area of an EAV volume, in tracks. This value is the sum of the five largest extents on a non-EAV volume or in the BAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_LPRITE | The AV_LPRITE parameter specifies the largest possible primary extent in the EAS area of an EAV volume in tracks. This value is the sum of the five largest extents in the EAS area of an EAV volume.
| ||||||||||||||||||||||||||||||||||||||
AV_MNT | The AV_MNT parameter contains an indictor of how the volume is mounted.
| ||||||||||||||||||||||||||||||||||||||
AV_PID | The AV_PID parameter contains the physical disk ID.
| ||||||||||||||||||||||||||||||||||||||
AV_POLICY | The AV_POLICY parameter includes or excludes volumes based on the policy to which the volume is assigned. When volumes are assigned to more than one policy, the value in this field will contain either the policy name associated with this run of the AUTOVOL function or the first policy to which the volume is assigned. All of the policies to which the volume is assigned can be viewed in the Configuration views.
| ||||||||||||||||||||||||||||||||||||||
AV_POOL | The AV_POOL parameter indicates the pool or subpool name associated with the record. The pool or subpool name is the name of the pool or subpool specified on the AUTOVOL command, regardless of whether the volume is included in more than one pool or subpool.
| ||||||||||||||||||||||||||||||||||||||
AV_PTYP | The AV_PTYP parameter indicates the type of pool or subpool.
| ||||||||||||||||||||||||||||||||||||||
AV_RAIDTYP | The AV_RAIDTYP parameter includes or excludes volumes based on the type of RAID device.
| ||||||||||||||||||||||||||||||||||||||
AV_RVABYTS | The AV_RVABYTS parameter includes or excludes volumes based on the number of back-end shared bytes that are assigned to the volume. This value is associated with volumes on RVA devices. This keyword should be used in conjunction with the AV_RTYPE=RVA keyword to ensure that only volumes on RVA devices are interrogated. Volumes that do not exist on an RVA volume will have an AV_RVABYTS value of zero.
| ||||||||||||||||||||||||||||||||||||||
AV_RVABYTU | The AV_RVABYTU parameter includes or excludes RVA volumes based on the number of back-end unique bytes that are assigned to the volume. This value is associated with volumes on RVA devices. This keyword should be used in conjunction with the AV_RTYPE=RVA keyword to ensure that only volumes on RVA devices are interrogated. Volumes that do not exist on an RVA volume will have an AV_RVABYTU value of zero.
| ||||||||||||||||||||||||||||||||||||||
AV_RVADEVID | The AV_RVADEVID parameter includes or excludes RVA volumes based on the device ID that is assigned within the RVA box. This value is associated with volumes on RVA devices. This keyword should be used in conjunction with the AV_RTYPE=RVA keyword to ensure that only volumes on RVA devices are interrogated. Volumes that do not exist on an RVA volume will have an AV_RVADEVID value of zero.
| ||||||||||||||||||||||||||||||||||||||
AV_RVADEVN | The AV_RVADEVN parameter includes or excludes RVA volumes based on the RVA device name that is assigned to the volume. This value is associated with volumes on RVA devices. This keyword should be used in conjunction with the AV_RTYPE=RVA keyword to ensure that only volumes on RVA devices are interrogated. Volumes that do not exist on an RVA volume will have an AV_RVADEVN value of zero.
| ||||||||||||||||||||||||||||||||||||||
AV_RVASSF | The AV_RVASSF parameter includes or excludes RVA volumes based on the name of the RVA subsystem frame on which they exist. This value is associated with volumes on RVA devices. This keyword should be used in conjunction with the AV_RTYPE=RVA keyword to ensure that only volumes on RVA devices are interrogated. Volumes that do not exist on an RVA volume will have an AV_RVASSF value of zero.
| ||||||||||||||||||||||||||||||||||||||
AV_SMSGP | The AV_SMSGP parameter contains the SMS-assigned storage group name. If the volume is not SMS managed, this field will be blank.
| ||||||||||||||||||||||||||||||||||||||
AV_SMSI | The AV_SMSI parameter contains the SMS status of the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_SSID | The AV_SSID parameter includes or excludes volumes based on the subsystem ID.
| ||||||||||||||||||||||||||||||||||||||
AV_STORGRP | The AV_STORGRP parameter contains the SMS-assigned storage group name. If the volume is not SMS-managed, this field will be blank.
| ||||||||||||||||||||||||||||||||||||||
AV_TBYTE | The AV_TBYTE parameter indicates the number of bytes on the volume. This number is calculated by multiplying the track size in bytes by the number of tracks on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_TSIZE | The AV_TSIZE parameter specifies the total volume size in tracks.
| ||||||||||||||||||||||||||||||||||||||
AV_UBYTE | The AV_UBYTE parameter specifies the number of used bytes on the volume. This number is calculated by multiplying the track size in bytes by the number of used tracks on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_UBYTEB | The AV_UBYTEB parameter specifies the amount of used space on a non-EAV volume or in the BAS area of an EAV volume in bytes.
| ||||||||||||||||||||||||||||||||||||||
AV_UBYTEE | The AV_UBYTEE parameter specifies the amount of used space in the EAS area of an EAV volume in bytes.
| ||||||||||||||||||||||||||||||||||||||
AV_UCB | The AV_UCB parameter contains the device number for the volume (four hexadecimal digits). Masking characters are not allowed with this parameter; it is treated as a number.
| ||||||||||||||||||||||||||||||||||||||
AV_USEDEXTS | The AV_USDEXTS parameter includes or excludes volumes based on the number of used extents on the volume.
| ||||||||||||||||||||||||||||||||||||||
AV_USIZE | The AV_USIZE parameter specifies the amount of space used on the volume in tracks.
| ||||||||||||||||||||||||||||||||||||||
AV_USIZEB | The AV_USIZEB parameter specifies the amount of used space on a non-EAV volume or in the BAS area of an EAV volume in tracks.
| ||||||||||||||||||||||||||||||||||||||
AV_USIZEE | The AV_USIZEE parameter specifies the amount of used space in the EAS area of an EAV volume in tracks.
| ||||||||||||||||||||||||||||||||||||||
AV_VOL | The AV_VOL parameter contains the volume serial number.
| ||||||||||||||||||||||||||||||||||||||
AV_VPCTF | The AV_VPCTF parameter specifies the VVDS percentage full.
| ||||||||||||||||||||||||||||||||||||||
AV_VPCTFT | The AV_VPCTFT parameter specifies the VTOC percentage in full tenths. BMC recommends that the AV_VPCTF keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AV_VSIZE | The AV_VSIZE parameter specifies the total size in tracks of the VVDS.
| ||||||||||||||||||||||||||||||||||||||
AV_VTOCF | The AV_VTOCF parameter contains the percentage of used VTOC space.
| ||||||||||||||||||||||||||||||||||||||
AV_VTOCFT | The AV_VTOCFT parameter specifies the VTOC percentage in full tenths. BMC recommends that the AV_VTOCF keyword be used to specify whole number percentage values. This keyword can be used when more granularity is needed.
| ||||||||||||||||||||||||||||||||||||||
AV_VTOCI | The AV_VTOCI parameter contains the VTOC index status.
| ||||||||||||||||||||||||||||||||||||||
AV_VTOCZ | The AV_VTOCZ parameter contains the volumes VTOC size in tracks.
| ||||||||||||||||||||||||||||||||||||||
AVL | The AVL parameter specifies the average block size for BLK allocations and record length for KAV, MAV, and UAV allocations.
| ||||||||||||||||||||||||||||||||||||||
BACKCMD | The BACKCMD parameter specifies whether the DFSMShsm backup initiated by command (instead of automatically) is allowed or disallowed. If BACKCMD=Y is specified, HSMBACKP is activated both for backups initiated automatically and on command. If BACKCMD=N, HSMBACKP is activated only for automatic backup processing.
| ||||||||||||||||||||||||||||||||||||||
BACKPCMD | The BACKPCMD parameter specifies whether this backup is command initiated.
| ||||||||||||||||||||||||||||||||||||||
BACKUP | The BACKUP parameter specifies the inclusion of data sets and volumes in DFSMShsm backup processing in function HSMBACKP. BACKUP=N excludes selected resources from DFSMShsm backup processing. The default is NO. For BMC AMI Storagefunction HSMMIGRT, specifies that migration direct from ML0 to ML2 is allowed without a DFSMShsm backup copy of the data set. The default is Y.
| ||||||||||||||||||||||||||||||||||||||
BCDS | The BCDS parameter specifies if DFSMShsm BCDS information should be collected when performing a VTOC scan.
| ||||||||||||||||||||||||||||||||||||||
BCDS_ACTSIZ | The BCDS_ACTSIZ parameter specifies if DFSMShsm backup space usage should be actual or an estimate. Calculating an estimate is based on the space used by the most current backup version of a data set. By estimating, less BCDS retrievals are required which reduces the elapsed time of the VTOC scan execution.
| ||||||||||||||||||||||||||||||||||||||
BKPTOTV | The BKPTOTV parameter specifies the total number of HSM backup versions that HSM will retain for the cataloged data set.
| ||||||||||||||||||||||||||||||||||||||
BKPVER | The BKPEVER parameter specifies the current number of HSM backup versions for the cataloged data set.
| ||||||||||||||||||||||||||||||||||||||
BLKSIZE | The BLKSIZE parameter specifies or contains the block size of a data set. A specification of zero requests a system determined block size (if supported by your release of z/OS and DFP). In a filter list specification, greater than (>) or less than (<) signs can be used instead of the equals sign (=).
| ||||||||||||||||||||||||||||||||||||||
BOXSERIAL | The BOXSERIAL parameter specifies the five-position box serial number. This keyword allows you to build pools of volumes based on the box in which the volume exists. The box serial number is unavailable for offline volumes. Offline volumes will have a box serial number of blanks until the volume is brought online. There is no filter available for a box serial number of blanks.
| ||||||||||||||||||||||||||||||||||||||
BUFSP | The BUFSP parameter contains and specifies the buffer space for the cluster or the data component of VSAM data sets. Any existing buffer space specification is overridden. Note: A BUFSP value that is too small will be ignored by VSAM. Generally, a value less than {2 x data CISIZE} for non-indexed files or a value less than {2 x data CISIZE+1x index CISIZE} for indexed files will be too small.
| ||||||||||||||||||||||||||||||||||||||
BYPASS_ENQ | The BYPASS_ENQ parameter indicates whether the ENQ on the SYSDSN resource ( qname=SYSDSN, rname=dsname) should be bypassed before expanding the PDS directory. The default is NO. Care must be taken when setting this parameter to YES. When YES is specified, a reader of the PDS could encounter unpredictable results during the PDS directory expansion.
| ||||||||||||||||||||||||||||||||||||||
BYTES | The BYTES parameter specifies the amount of space in bytes on the candidate volume.
| ||||||||||||||||||||||||||||||||||||||
CAL | The CAL parameter specifies that dates must be adjusted by the specifications in the BMC AMI Storage nonworking day calendar; for example, an expiration date is calculated using the retention period in days plus the number of nonworking days in that period.
| ||||||||||||||||||||||||||||||||||||||
CALAGE | The CALAGE parameter contains the calendar-adjusted unreferenced day count set by the HSMMIGRT function. The number of nonworking days is subtracted from the unreferenced day count.
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CAND_VOL | The CAND_VOL parameter specifies the volume serial number of the candidate volume that is being taken from the candidate pool. The FLST/RLST statements get invoked for each volume in the candidate pool, one at a time, starting with the first volser in ascending volser order. The first volume to match an FLST and RLST statement is used, and subsequent volumes are not run through the function for this iteration of the AUTOADDV request command. The CAND_VOL value will change with each run through the AUTOADDV function for this request. Use caution when using this keyword. Filtering on a specific volser could prevent the facility from working except on the first iteration.
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CANDIDATE | The CANDIDATE parameter specifies whether the IDCAMS DEFINEVOL=() list for a VSAM data set is used as an indicator of secondary volume allocation. If CANDIDATE=Y, the number of DEFINEd volumes is used to select that many candidate volumes from the BMC AMI Storagepool. If CANDIDATE=N, no secondary volumes are assigned or available through normal z/OS processing (but SPACVOLA can be used to assign secondary volumes from a BMC AMI Storage pool). Note that with specification of the CANDIDATE parameter, the candidate volumes are assigned from the pool, not from those volumes specified in the IDCAMS DEFINE VOL list. Note also that CANDIDATE overrides NVOLVSAM.
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CAT | The CAT parameter contains the name of the catalog for a data set. BMC AMI Storagename masking can be used.
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CATALOG | The CATALOG parameter contains and specifies the removal of the CATALOG parameter during VSAM cluster definition.
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CATLGTDS | The CATLGTDS parameter specifies whether a cataloged tape data set is selected.
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CATLGVER | The CATLGVER parameter indicates whether backup versions of data sets cataloged on the correct volume and at the time that the backup version was made are to be displayed by EZSRMHSM view SMBKVR (Backup Data Set Versions).
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CISIZE | The CISIZE parameter specifies the value of the data or cluster or index control interval size in the corresponding component of the IDCAMS control cards. Any existing specification of control interval size is overridden.
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COMP | The COMP parameter specifies whether a tape data set is to be compressed. (IDRC must be supported by the allocated cartridge device.)
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CONTIG | The CONTIG parameter contains and specifies whether a data set is allocated with contiguous space required.
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CREATEDAGE | The CREATEDAGE parameter contains the number of days since the data set was created. For tape scan data set filtering, this number is calculated by subtracting the creation date from the tape scan date. If the creation date is not available, filtration does not take place.
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CREATEDATE | The CREATEDATE parameter contains the 10-character creation date of the data set in yyyy/mm/dd format. If the creation date is not available, filtration does not take place.
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CREATEDCAGE | The CREATEDCAGE parameter contains the calendar-adjusted day count since the creation date. For tape scan data set filtering, this number is calculated by subtracting the creation date from the tape scan date. If the creation date is not available, filtration does not take place.
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CRITBIAS | The CRITBIAS parameter defines the number of data sets that can reside on the volume before the current allocation.
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CRITEMC | The CRITEMC parameter specifies whether the volume meeting CRITDSN criteria includes EMC physical volumes. If yes, data sets specified with CRITDSN should not reside on the same EMC Physical volume nor the same MVS Logical volume. If no, data sets specified with CRITDSN can reside on the same EMC physical volume.
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CRITFAIL | Defines the allocation process if a volume that meets the criteria cannot be found. If YES is specified, allocation fails; if NO is specified, allocation is directed to the best available volume in the first pool and the system tries the next pool. If no acceptable volume is found, CRITFAIL is processed on the saved volume.
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CRITLIST | The table that contains allocation volumes.
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CURDAY | The CURDAY parameter includes or excludes the data set if the specified day has been met.
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CURSPACE | The CURSPACE parameter contains the number of bytes that the data set will use after adding the current space request.
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CURTIME | The CURTIME parameter contains the current time of day. The time is in the form of hh:mm:ss
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DADSM_FUNC | The DADSM_FUNC parameter contains the current point in allocation for most Allocation functions.
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DATACLAS | The DATACLAS parameter specifies or contains the name of a DFSMS data class. BMC AMI Storagename masking can be used for filter list entries. Rule list entries must specify a valid data class name.
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DD | The DD parameter contains the data definition statement name from a JCL statement. BMC AMI Storagename masking can be used.
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DEF_SPCUNIT | The DEF_SPCUNIT parameter specifies the space unit of the PQTY and SQTY keywords and the space unit used in allocation of the data set for VSAM IDCAMS-defined data sets. After the primary and secondary allocation amounts have been computed, the amounts are then converted (if necessary) to the specified unit. This optional keyword is ignored for data sets that are not VSAM IDCAMS defined, including VSAM JCL-defined data sets.
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DEFUNIT | The DEFUNIT parameter specifies the default unit name for volumes located outside STK silos.
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DESC | The DESC rule SET statement can be used to associate a text description with the solution. This description is displayed in views to help identify each solution.
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DEVTYPE | The DEVTYPE parameter contains the type of device. For all functions except OPTBLKSZ, valid values are DASD, TAPE, or UNKN. For OPTBLKSZ, valid values are TAPE, 3380, and 3390. The UNKN (unknown) device type is used for devices that are neither DASD nor TAPE and for devices that are requested by specific unit address.
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DIR | The DIR parameter contains and specifies the number of directory blocks for partitioned data sets.
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DIR_BLOCKS= RLST parameter | The DIR_BLOCKS parameter specifies the number of directory blocks to add to the PDS that experiences an out-of-space condition on the directory.
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DISPn | The DISP n parameter contains a data set disposition. DISP1 is the first JCL DISP subparameter (status); DISP2 is the second JCL DISP subparameter (normal termination disposition); and DISP3 is the third JCL DISP subparameter (abnormal termination disposition).
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DPORDEF | The DPORDEF parameter specifies the default response time for device selection based on DASD performance. The default value is used when response time information has not been accumulated for a device, such as when it has just been brought online. DPORDEF can only be specified in conjunction with DPORMIN/MAX. Note: The DASD Performance Optimization feature requires that VOLSEL=DPO be specified in order to select a device based on performance.
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DPORMAX | The DPORMAX parameter specifies the maximum response time objective for device selection based on DASD performance. DPORMAX is normally specified in conjunction with DPORMIN. Note that the DASD Performance Optimization feature requires that VOLSEL=DPO be specified in order to select a device based on performance.
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DPORMIN | The DPORMIN parameter specifies the minimum response time objective for device selection based on DASD performance. DPORMIN is normally specified in conjunction with DPORMAX. Note that the DASD Performance Optimization feature requires that VOLSEL=DPO be specified in order to select a device based on performance.
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DPORSEP | The DPORSEP parameter specifies the response time value that is used to force selection of different volumes for data sets in the same job step. When multiple data sets are allocated in a single job step and device selection based on DASD performance is specified for some or all, this separation factor is added to the current response time for previously used volumes in order to increase the likelihood that new allocations will go to a different volume. DPORSEP can only be specified in conjunction with PORMIN/MAX. Note that the DASD Performance Optimization feature requires that VOLSEL=DPO be specified in order to select a device based on performance.
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DPOWIND | The DPOWIND parameter specifies the window (length of the performance interval) that is used to analyze the response characteristics of DASD devices for selection based on performance. Note: The DASD Performance Optimization feature requires that VOLSEL=DPO be specified in order to select a device based on performance.
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DSN | The DSN parameter contains the data set name. BMC AMI Storagename masking can be used.
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DSNAME | Synonym. See DSN. | ||||||||||||||||||||||||||||||||||||||
DSNn | The DSN n parameter specifies or contains a data set name qualifier. BMC AMI Storage name masking can be used for filter list entries.
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DSNTYPE | The DSNTYPE parameter contains the data set name type (but only if it is specified in the JCL).
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DSORG | The DSORG parameter contains the data set organization.
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DSORGE | The DSORGE parameter contains the data set organization.
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DSORGF | The DSORGF parameter contains the data set organization.
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DSTYPE | The DSTYPE parameter contains the data set type.
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DYNALLOC | The DYNALLOC parameter contains the allocation type (dynamic or JCL).
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ENVIR | The ENVIR parameter specifies the DFSMS allocation environment. Note: This parameter is not available for functions SPACPRIM, SPACSECA, SPACSECB, SPACSECI, SPACSECR, SPACSWIR, and SPACVOLA.
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ERASE | The ERASE parameter contains and specifies the removal of the ERASE parameter during cluster definition.
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EVENTID | The EVENTID parameter specifies the identifier assigned to the user event in SMEVNTxx.
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EXPDT | The EXPDT parameter contains and specifies the expiration date for a data set.
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EXPTYPE | The EXPTYPE parameter specifies the type of expiration to select. This parameter can be combined with the EXPTYPENUM parameter create a specific filter for the tape data set records that do not contain an actual expiration date. The content of the tape data set expiration date field is identified by the expiration type values below.
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EXPTYPENUM | This parameter can be combined with the EXPTYPE parameter to create a specific filter for the tape data set records that do not contain an actual expiration date. The EXPTYPENUM parameter specifies the numerical value in the expiration date field to select.
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EXTENT | The EXTENT parameter contains the number of extents for a data set.
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FDEV | The FDEV parameter specifies the device type of the primary volume from which data set was migrated/backed up by HSM.
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FILESEQ | The FILESEQ parameter contains the file sequence number of the data set. Note: This parameter is not available for functions SPACPRIM, SPACSECA, SPACSECB, SPACSECI, SPACSECR, SPACSWIR, and SPACVOLA.
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FORCE | The FORCE parameter specifies whether the program specified block size should be overridden.
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FREESIZE | The FREESIZE parameter includes or excludes the data set based on the free space that existed in the data set at the high-water mark at the time of allocation.
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FUNCTION | The FUNCTION parameter specifies the name of the current function.
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GDGVER | The GDGVER parameter contains the version number relative to the current generation of a GDG data set. This parameter is valid for the HSMMIGRT and HSMDELET functions only.
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HDPORDEF | The HDPORDEF parameter specifies the default response time for device selection based on DASD performance. The default value is used when response time information has not been accumulated for a device, such as when it has just been brought online. HDPORDEF is useful only when specified in conjunction with HDPORMIN/MAX. This parameter is available only when VOLSEL=HISTDPO.
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HDPORMAX | The HDPORMAX parameter specifies the maximum response time objective for device selection based on DASD performance. HDPORMAX is normally specified in conjunction with HDPORMIN. This parameter is available only when VOLSEL=HISTDPO.
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HDPORMIN | The HDPORMIN parameter specifies the minimum response time objective for device selection based on DASD performance. HDPORMIN is normally specified in conjunction with HDPORMAX. This parameter is available only when VOLSEL=HISTDPO.
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HDPORSEP | The HDPORSEP parameter specifies the response time value that is used to force selection of different volumes for data sets in the same job step. When multiple data sets are allocated in a single job step and device selection based on DASD performance is specified for some or all, this separation factor is added to the current response time for previously used volumes in order to increase the likelihood that new allocations will go to a different volume. This parameter is available only when VOLSEL=HISTDPO.
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HDPOSTIM | The HDPOSTIM parameter specifies the starting time (each day) for a range of snapshots to be analyzed, which allows analysis of data from the same time range, or shift, each day. This parameter is available only when VOLSEL=HISTDPO.
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HDPOETIM | The HDPOETIM parameter specifies the ending time (each day) for a range of snapshots to be analyzed. This allows analysis of data from the same time range, or shift, each day. This parameter is available only when VOLSEL=HISTDPO.
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HDPODAYS | The HDPODAYS parameter specifies the days of the week to be used in determining performance statistics for pooling. This parameter is available only when VOLSEL=HISTDPO.
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HLQ | The HLQ parameter contains the high-level qualifier of a data set name. BMC AMI Storage name masking can be used.
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HSM | The HSM parameter flags a DFSMShsm migration or backup data set. The HSM data set flag is set only if the HSMTRACK (Y) system option has been specified.
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HSM_#PEND_G | The HSM_#PEND_G parameter contains the total number of pending recall requests.
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HSM_#PEND_L | The HSM_#PEND_L parameter contains the number of pending recall requests requested on local system.
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HSM_#SAME_G | The HSM_#SAME_G parameter contains the total number of pending recall requests for the same user.
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HSM_#SAME_L | The HSM_#SAME_L parameter contains the number of pending recall requests for the same user originated on local system.
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HSM_ACTION | The HSM_ACTION parameter filters the ACTION= text from the message text for ARC0734I. The action is also parsed from ARC1000I and ARC1001I, and any message that contains ACTION= in the text. If the message text does not contain an action value, a value of blanks is used.
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HSM_ACTIVE | The HSM_ACTIVE parameter indicates whether the recall request is currently being processed by HSM (Y) or still waiting to be processed (N). Note: When a request is currently being processed, it cannot be canceled with the SET CANCEL keyword. See the SET CANCEL keyword for more information.
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HSM_AGE | The HSM_AGE parameter filters the age of the data set as contained in the message text for ARC0734I. The age is also obtained from any message with AGE in the message text. If the message text does not contain an AGE keyword, a value of zero is used.
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HSM_BLOCKS | The HSM_BLOCKS parameter filters the number of blocks as contained in the message text for ARC0734I. If the message text does not contain a number of blocks, a value of zero is used.
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HSM_CANCEL | The HSM_CANCEL parameter cancels a recall request. This parameter is valid for both HSMPRTY and HSMRQUE functions but handled differently. HSMPRTY function will cause exit ARCRPEXT to set return code to prevent recall request from queuing, whereas HSMRQUE function will cause HSM cancel command issued internally by SVOS and entry removed from recall request queue file.
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HSM_DUPL | The HSM_DUPL parameter indicates whether the current recall request is a duplicate of a currently outstanding request. A duplicate is defined as a request for the same data set. The current recall is considered to be a duplicate if there is a request for the same data set name currently waiting to be processed by DFSMShsm. This keyword is only valid in the FLST/RLST of the HSMPRTY function.
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HSM_FRVOL | The HSM_FRVOL parameter filters the from volume, FRVOL, in the message text for ARC0734I. For other messages, a value of blank is used.
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HSM_HOST | The HSM_HOST parameter filters the host ID of the DFSMShsm address space issuing the message. For function HSMRQUE it indicates the ID of the HSM host that placed a recall request on the queue, whereas for function HSMPRTY it indicates the ID of the HSM host that executed the recall request. The host ID is always available.
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HSM_JOBNAM | The HSM_JOBNAM parameter filters the name of the recall that requested the job.
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HSM_MLV | The HSM_MLV parameter filters the migration level of the volume.
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HSM_MSGID | The HSM_MSGID parameter filters the ARC message number.
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HSM_PRTY | The HSM_PRTY parameter determines the recall request priority to be set by Return Priority (ARCRPEXT) installation exit.
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HSM_RC | The HSM_RC parameter filters the return code indicated in the message text. If the message does not include a return code value, zero is used.
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HSM_REAS | The HSM_REAS parameter filters the reason code indicated in the message. If the message does not include a reason code value, zero is used.
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HSM_SIZE | The HSM_SIZE parameter specifies the migrated data set size.
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HSM_SOURCE | The HSM_SOURCE parameter indicates the source from which a recall request was generated.
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HSM_STRING | The HSM_STRING parameter filters a string found in the message text.
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HSM_TIME | The HSM_TIME parameter specifies the elapsed time since the recall was requested.
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HSM_TIME_EX | The HSM_TIME_EX parameter specifies the elapsed time since DFSMShsm started executing the recall request. HSM_CANCEL=Y cannot be used with this parameter.
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HSM_TOVOL | The HSM_TOVOL parameter filters the to volume, TOVOL, in the message text for ARC0734I. For other messages a value of blank is used.
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HSM_TRACKS | The HSM_TRACKS parameter filters the number of tracks as contained in the message text for ARC0734I. If the message text does not contain a number of tracks, a value of zero is used.
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HSM_TRKS | The HSM_TRKS parameter contains the migrated data set size in tracks.
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HSM_USERID | The HSM_USERID parameter specifies the user ID of the recall requestor.
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HSM_WAIT | The HSM_WAIT parameter indicates whether the recall requestor is waiting for the recall completion.
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HSMAAGE | The HSMAAGE parameter specifies the number of calendar-adjusted days since the data set was migrated/backed up. Calendar-adjusted days are working days as defined in BMC AMI Storagecalendar member SMSCALS xx. If SMSCALS xx is not used or function HSMMCCNV is not active, these days are not adjusted and this keyword value will be equal to the HSMAGE keyword value.
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HSMAGE | The HSMAGE parameter specifies the number of days since the HSM backup/migration of the data set was made. This value is calculated by subtracting the backup/migration date from the current date. The time of the migration is not included in the calculation.
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HSMCMD | The HSMCMD parameter specifies a valid HSM command to be issued for each record in the SET result group. The command is applied after any SORT specification is processed, which means that the commands are generated in sort order. You can use the ACT_SUM_LIM or ACT_COUNT parameter to limit the number of commands that are issued. The HSM command syntax does not require any command character or prefix. The SVOS address space will determine the main (primary) HSM Started Task on the system and issue the command to that HSM address space by prefixing the command with the modifier and HSM Started Task name. The command can contain variables that will be replaced by values that are available in the result solution set created by the criteria defined in the solution. These are the same variables that are available for skeleton tailoring. The command cannot exceed 126 bytes in length after all variable substitutions are made and the prefix has been added and must be enclosed in single quotation marks.
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HSMCMPR | The HSMCMPR parameter specifies the degree of compression of the migrated copy of the data set, expressed as a percentage of the original size.
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HSMDATE | The HSMDATE parameter specifies the date when the HSM backup/migration of the data set was made.
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HSMDEV | The HSMDEV parameter specifies media used for making the last HSM backup/migration.
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HSMDSN | The HSMDSN parameter specifies the data set name of the HSM backup/migration copy of the data set.
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HSMEXPDT | The HSMEXPDT parameter specifies the expiration date of the data set that existed when HSM migrated this data set. If expiration date is not available, the value 9999/99/99 will be used.
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HSMSIZE | The HSMSIZE parameter specifies the data set size, in kilobytes, on the HSM backup/migration volume.
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HSMTIME | The HSMTIME parameter specifies the time of day when the HSM backup/migration of the data set was made.
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HSMVOL | The HSMVOL parameter specifies the HSM volume to which the data set backup/migration was made by HSM.
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HWMSIZE | The HWMSIZE parameter includes or excludes the data set based on the high-water mark (HWM) allocation size. The HWM allocation size is the size of the data set before unused space was released by using the RLSE parameter.
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IAM_DS | The IAM_DS parameter specifies whether a data set has been determined to be an IAM data set or not.
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IMBED | The IMBED parameter contains and specifies the removal of the IMBED parameter during cluster definition.
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IN_ATL_LIB | The IN_ATL_LIB parameter specifies whether a tape data set in an Automated Tape Library is selected.
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IN_VTS_LIB | The IN_VTS_LIB parameter specifies whether a tape data set in a Virtual Tape Library is selected.
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JCL_SPCUNIT | The JCL_SPCUNIT parameter specifies the space unit of the PQTY and SQTY keywords and the space unit used in allocation of the data sets that are not VSAM IDCAMS-defined data sets. After the primary and secondary allocation amounts have been computed, the amounts are then converted (if necessary) to the specified unit. unit type is taken from the JCL statement This optional keyword is ignored for data sets that are VSAM IDCAMS defined.
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JOB | The JOB parameter contains the jobname (batch job, Started Task, TSO user). BMC AMI Storage name masking can be used.
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JOB_DEST | The JOB_DEST parameter is used in conjunction with the ACT_JOB parameter to tailor skeleton JCL. The JOB_DEST parameter determines the destination of the tailored JCL produced by the solution.
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JOB_GROUP | The JOB_GROUP parameter specifies whether the Automation component will group each resource matching the SET statement into one batch job or if each resource matching the SET statement will be included in individual jobs. The Automation component includes all resources that match a SET statement into one job. For example, the command When The default is JOB_GROUP=Y. If the keyword is not specified, all resources matching the SET statement will be grouped together into a single job. The JOB_GROUP keyword is ignored if ACT_JOB is not specified on the same SET statement.
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JOBACCTn | The JOBACCT n parameter contains the nth field of the job card ACCT field. BMC AMI Storage name masking can be used.
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JOBCLASS | The JOBCLASS parameter contains the value of the class field of the job card of the currently executing job. BMC AMI Storagename masking can be used. Note: This parameter is not available for functions DSNCHECK, HSMBACKP, HSMDELET, HSMMCCNV, HSMMIGRT, HSMRQUE, SMSACSDC, SMSACSMC, SMSACSSC, SMSACSSG, or SMSACSTE.
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JOBSDAY | The JOBSDAY parameter contains the day of the week the job was started.
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JOBSTIME | The JOBSTIME parameter contains the start time for the job stated in the form of HH:MM:SS.
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JOBTYPE | The HSM parameter specifies the type of job that issued a request.
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LABELTYP | The LABELTYP parameter contains the value of the LABEL parameter of the DD statement. Note: This parameter is not available for functions SPACPRIM, SPACSECA, SPACSECB, SPACSECI, SPACSECR, SPACSWIR, and SPACVOLA.
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LAST_VOL | The LAST_VOL parameter specifies whether this volume is the last volume in the list of candidate pool volumes. The volumes in the candidate pool are run through the AUTOADDV function one at a time, in ascending volser order. The first volume to match an AUTOADDV RLST statement is used. If all volumes in the candidate pool are run through the function and none is selected, the AUTOADDV request fails. This keyword can be used to ensure that a volume is selected rather than allowing the AUTOADDV request to fail.
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LBKPVER | The LBKPVER parameter specifies the absolute number that uniquely identifies the last backup version. The numbering begins at 1 for the first backup version of the data set and is retained for its life span.
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LEVEL | The LEVEL parameter specifies the account level being processed by application.
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LIMIT | The LIMIT parameter specifies the size limit of a data set in megabytes.
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LLQ | The LLQ parameter specifies or contains the low-level qualifier of a data set name. BMC AMI Storage name masking can be used for filter list entries.
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LREADAGE | The LREADAGE parameter contains the number of days since the data set was last read. If the last read date is not available, filtration does not take place. For tape scan data set filtering, this number is calculated by subtracting the last read date from the tape scan date.
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LREADCAGE | The LREADCAGE parameter contains the calendar-adjusted number of work days since the data set was last read. If the last read date is not available, filtration does not take place. For tape scan data set filtering, this number is calculated by subtracting the calendar-adjusted last read date from the tape scan date. Calendar-adjusted days are working days as defined in BMC AMI Storage calendar member SMSCALS xx. If SMSCALS xx is not used, these days are not adjusted and this keyword value will be equal to the LREADAGE keyword value.
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LREADDATE | The LREADDATE parameter contains the 10-character last read date of the data set in yyyy/mm/dd format. If the last read date is not available, filtration does not take place.
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LRECL | The LRECL parameter contains the logical record length of a data set.
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LREF | The LREF parameter indicates the most recent date on which the migrated data set was referenced. If the last referenced date is not available, it will be substituted with the date when the data set was migrated
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LWRITEAGE | The LWRITEAGE parameter contains the number of days since the data set was last written. If the last write date is not available, filtration does not take place. For tape scan data set filtering, this number is calculated by subtracting the last write date from the tape scan date.
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LWRITECAGE | The LWRITECAGE parameter contains the calendar-adjusted number of work days since the data set was last written. If the last write date is not available, filtration does not take place. For tape scan data set filtering, this number is calculated by subtracting the calendar-adjusted last write date from the tape scan date. Calendar-adjusted days are working days as defined in BMC AMI Storage calendar member SMSCALS xx. If SMSCALS xx is not used, these days are not adjusted and this keyword value will be equal to the LWRITEAGE keyword value.
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LWRITEDATE | The LWRITEDATE parameter contains the 10-character last write date of the data set in yyyy/mm/dd format. If the last write date is not available, filtration does not take place.
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MAXQLF | The MAXQLF parameter specifies the maximum number of qualifiers a data set name can have.
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MAXSIZE | The MAXSIZE parameter contains the maximum size of a data set in bytes, based on the maximum possible extent count. For a non-VSAM data set, this value is the primary extent size plus the size of 15 secondary extents; for VSAM data sets, this value is the free space primary extent size plus the size of 122 secondary extents.
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MGMTCLAS | The MGMTCLAS parameter specifies or contains the name of a DFSMS management class. BMC AMI Storage name masking can be used for filter list entries. Rule list entries must specify a valid management class name.
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MIGCMD | The MIGCMD parameter specifies whether DFSMShsm migration initiated by command (instead of automatically) is to be handled by HSMMIGRT. If MIGCMD=Y is set, the BMC AMI Storage function HSMMIGRT is activated for migration initiated automatically and on command. If MIGCMD=N, HSMMIGRT is activated only for automatic migration processing.
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MIGCTLG | The MIGCTLG parameter specifies the cataloged indicator for a migrated data set.
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MIGDAYS | The MIGDAYS parameter specifies the interval in days that a data set must be unreferenced before being eligible for migration. This count is added to the data set's date of last reference; if the resultant date is less than or equal to the current date, the data set is marked eligible for migration. See also the CAL parameter. Note: The MIGDAYS parameter is no longer valid for HSMMIGRT. It has been replaced by CALAGE and REFAGE. MIGDAYS remains available for compatibility only; it will cause no action.
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MIGLEV | The MIGLEV parameter specifies the migration level of the data set.
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MIGRATE | The MIGRATE parameter specifies that DFSMShsm migration should be allowed or disallowed. When DFSMShsm tries to migrate data sets, the BMC AMI Storage function HSMMIGRT gets control. Migration can be allowed or disallowed from HSMMIGRT by setting MIGRATE to Y or N respectively.
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MIGRTCMD | The MIGRTCMD parameter specifies whether this migration is command initiated.
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MINQLF | The MINQLF parameter specifies the minimum number of qualifiers a data set name can have.
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ML2 | The ML2 parameter specifies that DFSMShsm migration from ML0 direct to ML2 (skipping ML1) is allowed. (DFSMShsm release 2.4.0 or later is required.) See also the BACKUP parameter.
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MNTYPE | The MNTYPE parameter contains and specifies the mount type for additional volumes in secondary space allocation. MNTYPE=ALL considers all volumes in the pool, regardless of the volume mount type. MNTYPE=CURRENT searches only for volumes with the same mount type as the current volume. Note that, regardless of the MNTYPE specification, all volumes in an alternate pool are considered eligible. Also, for compatibility with STOP-X37 comparison, triplets can be specified with the first operand in the triplet specifying a partial mount type, the second operand specifying the offset in the mount type for the comparison to start, and the third operand, the comparison operator. For example, MNTYPE=((PV,1,EQ),(ST,1,EQ)) would allow volumes that are mounted PUBLIC or STORAGE. The values are defined as follows:
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MODE | MODE is the FLST SET statement parameter that specifies the status of the function for the resources that are selected by following INC/EXC statements. When SET MODE=INACT is specified, any selected resources are bypassed for processing by the function. When SET MODE=SIM is specified, selected resources are processed in simulation mode, in which the action is not applied but a message is issued (depending on the MSG parameter) to indicate the action that would be applied if SET MODE=ACT were specified. Note: If EVENTID= is used on an FLST SET statement with MODE=INACT, the event will still be issued. The MODE parameter is the most significant filter list SET statement parameter. The MODE parameter defines the processing mode for the selected resources. The values are defined as follows:
Different sets of selected resources can have different processing modes for a function. Tip: Simulate mode (SIM) is used only for the HSM collector, Allocation, and DMS2HSM.
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MSG | MSG is the FLST SET statement parameter that specifies the message generation option for resources that are selected by the following parameters. Informational and error messages can be produced, or all messages can be suppressed. Note that the MSG option on the function definition in the SMFUNC xx member is overridden by this option for specific selected resources. Note: The MSG parameter is used only for the HSM collector, Allocation, and DMS2HSM.
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MTSDSP | The MTSDSP parameter specifies the DFHSM Small Data Set Packing (SDSP) indicator.
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MULTIVOL_DS | The MULTIVOL_DS parameter specifies whether a tape data set with a volume sequence number of two or more is selected.
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NEWAPPL | The NEWAPPL parameter specifies the value of an account code that is used to override the default account code. NEWAPPL replaced NEWACCT, which is also still accepted.
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NOCATLG2 | The NOCATLG2 parameter specifies the action to be taken when a NOT CATLGD2 condition occurs. This condition occurs when a data set has a disposition of (NEW,CATLG) and the same name already exists in the catalog. The NOCATLG2 function can cancel the job, or rename or delete or uncatalog the old data set. See also the parameter PURGE.
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NOCATWHEN | The NOCATWHEN parameter specifies when NOCATLG2 processing will occur for a non-SMS data set.
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NOCHECK | The NOCHECK parameter specifies the checks bypassed in space recovery validation.
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NQUAL | The NQUAL parameter contains the total number of qualifiers in a data set name.
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NUMBLKS | The NUMBLKS parameter specifies the number of blocks (block count).
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NUNIT | The NUNIT parameter specifies the number of units requested. This value is the larger of units coded UNIT=(SYSALLDA,n) or volumes requested VOL=SER=.
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NVOL | The NVOL parameter specifies the number of volumes that can be allocated to or requested for a non-VSAM data set or VSAM data component.
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NVOLINDX | The NVOLINDX parameter specifies the number of volumes that can be allocated to a VSAM index component. Note that CANDIDATE overrides NVOLINDX.
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NVOLMAX | The NVOLMAX parameter specifies whether the number of volumes that can be assigned to a data set is limited to the number of volumes in the pool in which the data set resides.
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OLDACCT | The OLDACCT parameter specifies the value of a default account code.
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OLDDSN | The OLDDSN parameter contains the name of the old data set (on a rename operation).
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OLDHLQ | The OLDHLQ parameter contains the old data set high-level qualifier (on a rename operation).
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OPER | The OPER parameter allows the operator to provide a volume when the system cannot find space for a volume switch during SPACVOLA. This option is not available for SMS-managed data sets.
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ORGSIZE | The ORGSIZE parameter specifies the original size in kilobytes, of the data set migrated/backed up by HSM.
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ORGTRK | The ORGTRK parameter specifies the number of tracks that HSM will allocate at the time the data set is restored/recalled.
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ORIGUNIT | The ORIGUNIT parameter contains the original unit name (generic or esoteric) specified in the JCL. For VSAM allocations, the value will always be SYSALLDA.
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ORIGVOL | The ORIGVOL parameter contains the original VOLSER specified in the JCL or in the IDCAMS control cards.
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ORGSIZE | The ORGSIZE parameter specifies the original size of data set, in tracks, before it was migrated.
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OWNER | The OWNER parameter contains and specifies an owner to be assigned during cluster definition.
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PCTFREE | The PCTFREE parameter includes or excludes the data set based on the free-space percentage for the data set at the high-water mark at the time of allocation.
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PCTFREELA | The PCTFREELA parameter includes or excludes the data set based on the free space percentage in the primary allocation or last secondary extent for the data set. If the data set never went into secondary allocations, this value is the free space percentage in the primary allocation, before unused space was released with RLSE. If the data set went into secondary allocations, this value is the free space percentage in the last secondary extent, before unused space was released with RLSE.
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PCTI | The PCTI parameter specifies the percentage value by which a secondary allocation is increased.
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PCTIACT | The PCTIACT parameter specifies when the secondary-extent percentage increase is activated.
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PCTICALC | The PCTICALC parameter specifies how many times to apply the calculated percentage increase to the secondary extent before becoming constant.
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PGM | The PGM parameter contains the name of the currently executing program. BMC AMI Storage name masking can be used.
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PGMRNAME | The PGMRNAME parameter contains the value of the programmer name field of the job card of the currently executing job. BMC AMI Storage name masking can be used. Note: This parameter is not available for functions DSNCHECK, SMSACSDC, SMSACSMC, SMSACSSC, SMSACSSG, or SMSACSTE.
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POOL | The POOL parameter specifies or contains the name of a pool. BMC AMI Storage name masking can be used for filter list entries. Up to 15 values of this parameter can be specified within parentheses when used as an action parameter on a SET statement.
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PQTY | The PQTY parameter specifies the size in kilobytes for the primary space allocation.
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PQTYPCT | The PQTYPCT parameter reduces the primary allocation amount by a percentage. This value is ignored if the PQTY keyword is set.
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PQTYPCTF | The PQTYPCTF parameter reduces the primary allocation amount by a percentage of free space in the primary allocation. The free space information is from the last allocation for the data set, which is maintained in the DS Size Assist database. The free space maintained in the database might not match the one that displays in ISPF 3.2. It is the free space that would have existed if RLSE was not specified at data set close. This value is ignored if the PQTY or PQTYPCT keyword is set or if the data set went into secondary allocations.
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PRI_CYL | The PRI_CYL parameter specifies the number of primary cylinders on the volume. Offline volumes have a primary cylinder count of zero. When the volume goes online, the actual primary cylinder count is determine and the volume is included in the appropriate pools.
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PRISPACE | The PRISPACE parameter contains the requested primary space in the units specified in the space request.
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PROCSTEP | The PROCSTEP parameter contains the step name of the currently executing procedure. BMC AMI Storage name masking can be used. Note: This parameter is not available for functions DSNCHECK, SMSACSDC, SMSACSMC, SMSACSSC, SMSACSSG, or SMSACSTE.
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PURGE | The PURGE parameter specifies whether the old data set should be purged when a NOT CATLGD2 error occurs and NOCATLG2=DELETE and the old data set has an unexpired expiration date. See also the parameter NOCATLG2.
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PWDDEL | The PWDDEL parameter specifies that any passwords specified for a VSAM definition be deleted.
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QUALn | This parameter is a synonym. See DSN n. | ||||||||||||||||||||||||||||||||||||||
QUALL | This parameter is a synonym. See LLQ. | ||||||||||||||||||||||||||||||||||||||
RACF | The RACF parameter contains the name of the IBM RACF or CA Technologies CA – Top Secret group. BMC AMI Storage name masking can be used. (This parameter will not have a value if your security system is CA Technologies CA – ACF2.)
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RACFGRP | The RACFGRP parameter tests the value of either the RACF group coded on the JOB card or the default RACF group.
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RACFUID | The RACFUID parameter specifies the value of the RACF user ID on a JOB card.
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RAIDDEVTYPE | The RAIDDEVTYPE parameter allows you to require a specific RAID device type for an allocation. If a particular hardware is chosen, the candidate list of volumes will be limited to devices that have the requested attribute flag enabled.
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RAID_TYPE | The RAID_TYPE parameter specifies the raid type of the candidate volume. To see the raid type for a volume in the candidate pool, select the pool from the pool configuration view, GPCNFG, and look at the 'RAID Type' column in the VOLCNFG view.
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REC_TYPE | The REC_TYPE parameter specifies the type of pending recall request queue criteria under which the user will receive an action notification
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RECFM | The RECFM parameter contains the record format of a data set.
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RECORG | The RECORG parameter contains the record organization of a VSAM data set.
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REFAGE | The REFAGE parameter contains the unadjusted, unreferenced day count set by the HSMMIGRT.
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REFVOL | The REFVOL parameter contains the volume serial number of the referenced DASD volume. This DASD volume contains the data set referenced by a VOL=REF parameter in the JCL DD statement. Note: If the VOL=REF refers to an uncataloged data set name, REFVOL will contain the string NULVRF. Referring to an uncataloged data set in a VOL=REF statement will normally cause a JCL error; however, this JCL error can be suppressed by the SUPVOLRF function.
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REJECT | The REJECT parameter specifies whether the z/OS service request is to be rejected or accepted.
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RELEASE | The RELEASE parameter contains the space release flag.
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RELSPACE | The RELSPACE parameter specifies whether the dataset is flagged for release of unused space.
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RELGEN# | The RELGEN parameter specifies the relative generation number of backup versions. The most recent backup version is 0, the next most recent is 1, and so forth.
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REORG | The REORG parameter specifies whether SPACVOLA will start a Started Task to reorganize a data set that has just been made multivolume by SPACVOLA.
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REORG_NSMS | The REORG_NSMS parameter specifies the SMRORGxx suffix that contains the DFDSS control cards to be used by the DFDSS reorganize Started Task to reorganize a non-SMS multivolume data set. It also specifies the BMC AMI Storage pool name of the target pool to which the multivolume data set is to be reorganized.
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REORG_PROC | The REORG_PROC parameter specifies the name of the procedure library member to be used as the Started Task JCL for the DFDSS reorganize job that is started by SPACVOLA processing automatically if REORG=Y is specified in the SPACVOLA RLST SET statement.
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REORG_SMS | The REORG_SMS parameter specifies the SMRORG xx suffix that contains the DFDSS control cards to be used by the DFDSS reorganize Started Task to reorganize an SMS multivolume data set. It also specifies the DFSMS Storage Class to be used as the target Storage Class to which the multivolume data set is to be reorganized.
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REPL | The REPL parameter contains and specifies the removal of the REPLICATE parameter during cluster definition.
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REPLACE | The REPLACE parameter specifies that the z/OS value is to be replaced by the BMC AMI Storage calculated value.
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RETNCPY | The RETNCPY parameter indicates whether retained backup copies are to be displayed by EZSRMHSM view HSMBKVR (Backup Data Set Versions).
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RETPD | The RETPD parameter contains and specifies the retention period in days for a new data set.
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REUSE | The REUSE parameter contains and specifies the removal of the REUSE parameter during cluster definition.
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RLSE | The RLSE parameter specifies that the SPACRLSE function is to release space for newly allocated data sets.
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ROUND | The ROUND parameter contains and specifies that the ROUND subparameter of the SPACE parameter is in the JCL.
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RQ_INTRVL | The RQ_INTRVL parameter specifies the time interval in minutes between same actions issued by function HSMRQUE. The REC_TYPE INC/EXC parameter defines the type of pending recall request queue criteria under which function HSMRQUE triggers an action and generates notification.
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SECALLOCS | The SECALLOCS parameter includes or excludes the data set based on secondary allocations in the last allocation for the data set.
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SECSPACE | The SECSPACE parameter contains the requested secondary space in the units specified in the space request.
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SCAN | The SCAN parameter specifies not to budget space for any level associated with a data set; this parameter is unique to the application collector
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SEP | The SEP parameter specifies whether the data and index components of a VSAM key-sequenced data set are allocated to separate volumes in a pool. CANDIDATE=Y must also be specified for VSAM component separation.
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SGC_FUNC | The SGC_FUNC parameter specifies the value of the application collector function currently being processed.
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SGP_@BUSY | The SGP_@BUSY parameter specifies channel path busy threshold for inclusion or exclusion.
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SGP_BESCOLT | The SGP_BESCOLT parameter specifies the collected back-end space in tenths of a MB.
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SGP_BESFREE | The SGP_BESFREE parameter specifies the free back-end space in tenths of a megabyte.
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SGP_BESTOTL | The SGP_BESTOTL parameter specifies the total back-end space in tenths of a megabyte.
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SGP_BESUNCL | The SGP_BESUNCL parameter specifies the uncollected back-end space in tenths of a megabyte.
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SGP_CFWHIT@ | The SGP_CFWHIT@ parameter specifies percentage of DFAST reads satisfied by cache threshold.
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SGP_CFWPRSC | The SGP_CFWPRSC parameter specifies number of CFAST writes and reads per-second threshold.
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SGP_CHPID | The SGP_CHPID parameter specifies channel paths to be included or excluded.
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SGP_CNTLUID | The SGP_CNTLUID parameter specifies subsystem IDs of cache controllers to be included or excluded.
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SGP_CONNTIM | The SGP_CONNTIM parameter specifies the data set connect time threshold in 0.1-millisecond increments.
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SGP_CUBSYDL | The SGP_CUBSYDL parameter specifies the control unit busy delay threshold in 0.1-millisecond increments.
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SGP_DFWHIT@ | The SGP_DFWHIT@ parameter specifies percentage of DFAST writes satisfied by cache threshold.
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SGP_DFWPRSC | The SGP_DFWPRSC parameter specifies number of DFAST writes per-second threshold.
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SGP_DISCTIM | The SGP_DISCTIM parameter specifies the data set disconnect time threshold in 0.1-millisecond increments.
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SGP_DP@BUSY | The SGP_DP@BUSY parameter specifies director port busy percentage to be included or excluded.
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SGP_DPBSYDL | The SGP_DPBSYDL parameter specifies the director port busy delay time threshold in 0.1-millisecond increments.
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SGP_DVBSYDL | The SGP_DVBSYDL parameter specifies the device busy delay time threshold in 0.1-millisecond increments.
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SGP_ECMCFBS | The SGP_ECMCFBS parameter specifies the ECAM channel programs bypassed due to busy configuration in tenths of a megabyte.
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SGP_ECMMSGS | The SGP_ECMMSGS parameter specifies ECAM messages processed in tenths of a megabyte.
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SGP_ECMNSPC | The SGP_ECMNSPC parameter specifies the ECAM channels programs bypassed due to no buffer space in tenths of a megabyte.
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SGP_ECMPGMS | The SGP_ECMPGMS parameter specifies the ECAM channel programs in tenths of a megabyte.
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SGP_FSCBYRD | The SGP_FSCBYRD parameter specifies the collected free space bytes read in tenths of a megabyte.
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SGP_FSCPERC | The SGP_FSCBYRD parameter specifies the percentage of collected free space in tenths of a percent.
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SGP_FSUPERC | The SGP_FSUPERC parameter specifies the percentage of uncollected free space in tenths of a percent.
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SGP_IOPRSEC | The SGP_IOPRSEC parameter specifies number of I/Os per-second threshold.
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SGP_IOSQTIM | The SGP_IOSQTIM parameter specifies the data set IOSQ time threshold in 0.1-millisecond increments.
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SGP_LCU@BSY | The SGP_LCU@BSY parameter specifies LCU busy percentage to be included or excluded.
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SGP_LCUID | The SGP_LCUID parameter specifies the logical control unit ID of those controllers to be included or excluded.
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SGP_NCL | The SGP_NCL parameter specifies the net capacity load in bytes.
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SGP_NCLPERC | The SGP_NCLPERC parameter specifies the net capacity load percentage in tenths of a percent.
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SGP_NRDHIT@ | The SGP_NRDHIT@ parameter specifies percentage of normal reads satisfied by cache threshold.
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SGP_NRDPSEC | The SGP_NRDPSEC parameter specifies number of normal reads per-second threshold.
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SGP_NWRHIT@ | The SGP_NWRHIT@ parameter specifies percentage of normal writes satisfied by cache threshold.
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SGP_NWRTPSC | The SGP_NWRTPSC parameter specifies number of normal writes per-second threshold.
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SGP_PENDTIM | The SGP_PENDTIM parameter specifies the data set pending time threshold in 0.1-millisecond increments.
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SGP_RDHIT@ | The SGP_RDHIT@ parameter specifies percentage of reads satisfied by cache threshold.
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SGP_RDSPRSC | The SGP_RDSPRSC parameter specifies number of reads per-second threshold.
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SGP_READ@ | The SGP_READ@ parameter specifies the percentage of IOs that are reads threshold.
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SGP_RESERV@ | The SGP_RESERV@ parameter specifies percentage volume is reserved for inclusion or exclusion.
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SGP_RESPTIM | The SGP_RESPTIM parameter specifies the data set response time threshold in 0.1-millisecond increments.
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SGP_RSFNAME | The SGP_RSFNAME parameter specifies the IXPF subsystem frame name.
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SGP_SRDHIT@ | The SGP_SRDHIT@ parameter specifies percentage of sequential reads satisfied by cache threshold.
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SGP_SRDPRSC | The SGP_SRDPRSC parameter specifies number of sequential reads per-second threshold.
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SGP_SWRHIT@ | The SGP_SWRHIT@ parameter specifies percentage of sequential writes satisfied by cache threshold.
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SGP_SWRPRSC | The SGP_SWRPRSC parameter specifies number of sequential writes reads per-second threshold.
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SGP_WRHIT@ | The SGP_WRHIT@ parameter specifies percentage of writes satisfied by cache threshold.
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SGP_WRITE@ | The SGP_WRITE@ parameter specifies percentage of IOs that are writes threshold.
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SGP_WRPRSEC | The SGP_WRPRSEC parameter specifies number of writes per-second threshold.
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SHOWSMAT | The SHOWSMAT parameter specifies whether SMAT variables should be displayed for debugging problems with BMC AMI Storage rules. This parameter is generally only used at the request of BMC Software support.
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SIZE | The SIZE parameter contains the size of either the primary extent or the primary plus two secondary extents.
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SMF | The SMF parameter specifies the SMF message generation option for resources that are selected by the following parameters. Informational and error messages can be written to the SMF data set, or all messages can be omitted from the SMF data set. Note that the SMF option on the function definition in the SMFUNC xx member is overridden by this option for specific selected resources. Note: The SMF parameter is used only for the HSM collector, Allocation, and DMS2HSM.
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SMS | This parameter is a synonym. See SMSMANAGED. | ||||||||||||||||||||||||||||||||||||||
SMSGROUP | The SMSGROUP parameter specifies the SMS storage group to which the primary volume of the backed up or migrated data set was assigned.
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SMSMANAGED | The SMSMANAGED parameter specifies whether the resource is managed by DFSMS.
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SMSNVOL | Specifies whether to use the NVOL value to change the number of volumes and units allocated to an non-VSAM SMS-managed data set.
Note The SMSNVOL parameter works in conjunction with the NVOL= parameter only in the DASDPOOL function. | ||||||||||||||||||||||||||||||||||||||
SMSPOOL | The SMSPOOL parameter specifies 1 to 15 SMSPOOLs that are to be used to limit volume selection during DADSM ALLOCATE for SMS-managed data sets.
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SMSPOOL_EXT | The SMSPOOL_EXT parameter specifies 1 to 15 SMSPOOLs that are to be used to limit volume selection during DADSM EXTENDNV (extend to a new volume) for SMS-managed data sets.
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SOLUTION | The SOLUTION parameter contains the solution value from the originating AUTO function command. It is recommended that each SET statement in the AUTO function include a unique solution value. This solution value can then be used on the AUTO function console command to invoke the solution.
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SORT | The SORT parameter specifies INC/EXC fields to sort the result group of record prior to taking any actions on the group. This parameter can be used, in conjunction with ACT_COUNT to take actions on the pools with the highest or lowest values in any of the pool space information fields.
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SPACPRIM | The SPACPRIM parameter specifies the lower limit and decrement of space reduction, both as a percentage of the original primary allocation value. The first value specifies a lower limit, below which SPACPRIM will not go. The second value is the percentage by which the primary allocation will be decremented. For example, if
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SPACSECA | The SPACSECA parameter specifies the size of the secondary space allocation as a percentage of the primary space allocation for data sets with no specified secondary allocation. For example, if the primary space allocation is 10 cylinders and
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SPACSECB | The SPACSECB parameter specifies the lower limit for the space reduction as a percentage of the original secondary allocation request.
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SPACSECI | The SPACSECI parameter specifies the point in secondary extent processing for physical sequential data sets that the SPACSECI function automatically increases the size of the secondary allocation request. After the specified number of secondary extents have been allocated, SPACSECI increases the size of the secondary allocation by 100 percent of the original secondary allocation for each subsequent allocation. See the SPACSECI function description for an example. See also the SPACPRIM and SPACSECA parameters.
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SPACSECR | The SPACSECR parameter specifies the lower limit and the decrement of space reduction, both as a percentage of the original secondary allocation value. The first value specifies a lower limit, below which SPACSECR will not go. The second value is the percentage by which the secondary allocation will be decremented. For example, if
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SPACSWIR | The SPACSWIR parameter specifies the lower limit and decrement amount for space reduction when adding a new volume. Both are specified as a percentage of the original primary allocation value. The first value specifies a lower limit, below which SPACSWIR will not go. The second value is the percentage by which the primary allocation will be decremented. For example, if
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SPACVOLA | The SPACVOLA parameter specifies the maximum number of volumes on which a data set can be allocated during secondary extent processing. The SPACVOLA function adds volumes to a data set allocation, up to the limit. SPACVOLA does not support SAS data libraries. (SAS does not support z/OS multivolume data sets.) See also the SPACPRIM, SPACSECA, and SPACSECI parameters.
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SPECIFIC | The SPECIFIC parameter specifies whether a specific volume was requested for a new data set allocation.
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SPLIT | The SPLIT parameter specifies whether affinity separation should be applied to resources selected for the STKSUPP function. When unit affinity directs multiple DD statements to a single drive, STKSUPP can apply affinity separation to allocate separate devices for silo and non-silo volumes, so volumes would not have to be entered into or removed from silos.
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SQTY | The SQTY parameter specifies the size in kilobytes for the secondary space allocation.
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SQTYPCT | The SQTYPCT parameter reduces the secondary allocation amount by a percentage. This value is ignored if the SQTY keyword is set.
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SQTYPCTF | The SQTYPCTF parameter reduces the secondary allocation amount by a percentage of free space in the last secondary extent. The free space information is from the last allocation for the data set, which is maintained in the DS Size Assist database. The free space maintained in the database might not be the one that displays in ISPF 3.2. It is the free space that would have existed if RLSE was not specified at data set close. This value is ignored if the SQTY or SQTYPCT keyword is set or if the data set did not go into secondary allocations.
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STACKDS | The STACKDS parameter specifies whether a tape data set with a file sequence number of two or more is selected.
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STEP | The STEP parameter contains the stepname of a job step. BMC AMI Storage name masking can be used.
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STEPACCTn | The STEPACCT n parameter contains the nth subfield in the ACCT field of the EXEC JCL statement. BMC AMI Storage name masking can be used.
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STOGROUP or STORGRP | The STOGROUP or STORGRP parameter specifies or contains the DFSMS storage group name for a data set. BMC AMI Storage name masking can be used for filter list entries. Rule list entries must specify a valid DFSMS storage group name.
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STORCLAS | The STORCLAS parameter specifies or contains the DFSMS storage class name for a data set. BMC AMI Storage name masking can be used for filter list entries. Rule list entries must specify a valid storage class name.
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STORGRP | This parameter is a synonym. See STOGROUP. | ||||||||||||||||||||||||||||||||||||||
STRIPCNT | The STRIPCNT parameter contains the number of stripes allocated to the data set. The STRIPCNT parameter is used to determine the number of stripes that are allocated to an extended format sequential data set. This parameter will always be one for a single stripe data set.
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STRIPTY | The STRIPTY parameter specifies the type of extended format data set.
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SUPVOL | The SUPVOL parameter specifies that allocation requests for specific volumes are suppressed (SUPVOL=Y) or allowed (SUPVOL=N). Suppression of specific volume requests allows BMC AMI Storage to allocate to any volumes in the eligible pools. See also the parameters USEVOL and MNTYPE.
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SVOSCMD | The SVOSCMD parameter specifies a valid SVOS command to be issue for each record in the SET result group. The command is applied after any SORT specification is processed, which means that the commands are generated in sort order. You can use the ACT_SUM_LIM or ACT_COUNT parameter to limit the number of commands that are issued. The SVOS command syntax does not require any command character or prefix. The command can contain variables which will be replaced by values available in the result solution set created by the criteria defined in the solution. These are the same variables that are available for skeleton tailoring. The command cannot exceed 126 bytes in length after all variable substitutions are made and must be enclosed in single quotation marks.
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SYSCMD | The SYSCMD parameter specifies a valid MVS system or JES command to be issue for each record in the SET result group. The command is applied after any SORT specification is processed, which means that the commands are generated in sort order. You can use the ACT_SUM_LIM or ACT_COUNT parameter to limit the number of commands that are issued. The command can contain variables which will be replaced by values available in the result solution set created by the criteria defined in the solution. These are the same variables that are available for skeleton tailoring. The command must be coded using the same syntax required for entering the command to the MCS console. The command cannot exceed 126 bytes in length after all variable substitutions are made and must be enclosed in single quotation marks. Note: If the MVS.MCSOPER.** RACF facility is active, the USERID associated with the SVOS address space must be given READ access, which enables SVOS to activate an MCS console. For more information, see Customizing after installation.
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SYSID | The SYSID parameter contains a z/OS operating system identifier. BMC AMI Storage name masking can be used. Note: This parameter is not available for functions DSNCHECK, SMSACSDC, SMSACSMC, SMSACSSC, SMSACSSG, or SMSACSTE.
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TAPE_EXPDT | The TAPE_EXPDT parameter contains the 10-character expiration date of the tape data set in yyyy/mm/dd format. Filtration does not take place if the expiration date field does not contain an actual expiration date. Tape data set records with an actual expiration date will have an EXPTYP value of D, J, or blank displayed in the Tape management Data Set Details by DSN view. An expiration date of 9999/99/99 will be assigned for tape data sets that do not have an expiration date.
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TAPELOC | The TAPELOC parameter specifies the tape data set location as determined by the Tape Management Software. BMC AMI Storage name masking can be used for filter list entries.
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TEMPDSN | The TEMPDSN parameter flags temporary data sets. This parameter is unique to the application collector.
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TRKCYL | The TRKCYL parameter specifies the number of tracks per cylinder of the source volume for the SPACCONV function. The value is used to calculate the proper size of an allocation on new devices for specifications based on devices no longer used.
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TRKLEN | The TRKLEN parameter specifies the number of bytes per track of the source volume for the SPACCONV function. The value is used to calculate the proper size of an allocation on new devices for specifications based on devices no longer used.
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UNIT | The UNIT parameter contains or specifies the unit generic name (esoteric or generic) to be used by the data set during allocation. Note: To use the UNIT=Filter on VTS data sets, you must specify JCLEXT=NO in the SMMSYS xx member.
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UNIT_ADDR | The UNIT_ADDR parameter specifies the unit address of the candidate volume. This unit address will be re-initialized to the target volser and brought online to the target storage group. To see the unit address, also know as device address or UCB address, for a volume in the candidate pool, select the pool from the pool configuration view, GPCNFG, and look at the Dev UCB column in the VOLCNFG view.
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UPDTINDEX | The UPDTINDEX parameter picks the space allocation of the VSAM INDEX file from Rule list of SPACSQTY. The default value for UPDTINDEX is NO, so it takes the space allocation from DEFINE INDEX mentioned in the JCL. When the UPDTINDEX value is changed to Y with the global parameter VINDEX set to Y in SMMSYSXX, the allocation space for the VSAM INDEX file is taken from the Rule list parameters PQTY and SQTY with unit mentioned in ALCTYPE.
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USECPOOL | The USECPOOL parameter specifies whether the current pool or the alternate pool is searched to find an additional volume required by a secondary allocation. USECPOOL=Y specifies that the current pool is searched, followed by the alternate pool, if any. USECPOOL=N specifies that the current pool is not searched; the search begins with the alternate pool, if any. If USECPOOL=N and no alternate pool is specified, the secondary allocation attempt fails. See also the parameters SPACVOLA, MNTYPE, and ALTPOOL.
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USER | The USER parameter contains the user name (RACF or CA Top Secret; for CA ACF2, contains the logon ID). BMC AMI Storagename masking can be used.
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USEVOL | The USEVOL parameter specifies the type of volume (storage, private, or all) that satisfies non-specific allocation requests. See also the SUPVOL and MNTYPE parameters.
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USRCn | The USRC n parameter is a character field for a user-specified variable one to eight characters long. The value of n can be 1-10 (for example USRC1, USRC2, and so forth).
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USRNy | The USRN y parameter is a numeric field for a user-specified variable.
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VARn | The VAR n parameter specifies variable text that can be substituted into the selected skeleton JCL, which allows user-created variables associated with the SET statement to be passed to the skeleton JCL. This keyword can be used to reduce the number of skeleton JCL members that are needed for a particular function. Rather than having one member for each unique specification, the &VAR keywords can be used to set the unique value in the variable, whatever it is, and have it included in the tailoring process. The &VAR keywords can contain other skeleton variables. For example,
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VCOMPLLQ | The VCOMPLLQ parameter specifies or contains the low-level qualifier of a VSAM data set component. BMC AMI Storagename masking can be used for filter list entries.
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VENDOR | The VENDOR parameter specifies the vendor name of the volume.
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VFORCE | The VFORCE parameter specifies that naming conventions for VSAM components will be forced by adding standard component suffixes (DATA, INDEX) to VSAM data set cluster names.
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VIO | The VIO parameter specifies that a data set should be allocated in main storage (VIO=Y) or on DASD (VIO=N).
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VOL_DEVTYPE | The VOL_DEVTYPE parameter specifies the emulated device type of the candidate volume. To see the emulated device type value for a volume in the candidate pool, select the pool from the pool configuration view, GPCNFG, and look at the Emulated Device column in the VOLCNFG view. Offline volumes have a emulated device type of blank. When the volume comes online the device type is determined and the volume is included in the appropriate pools.
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VOL | The VOL parameter contains the volume serial number. BMC AMI Storage name masking can be used.
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VOLSEL | The VOLSEL parameter specifies the method of volume selection from a pool.
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VOLSER | The VOLSER parameter specifies the volume serial ID or accepts a special asterisk mask in which leading asterisks require the new volume name to match the existing volume name in the leading asterisk positions. For example, VOLSER=(***) will add only volumes for which the first three characters match the existing volume. Also, for compatibility with STOP-X37 comparison, triplets can be specified with the first operand in the triplet specifying a partial volume name, the second operand specifying the offset into the volume name to start the comparison, and the third operand is the comparison operator. For example,
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VSAM_DEFINE | The VSAM_DEFINE parameter includes or excludes the data set based on whether it is a VSAM-defined data set.
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VSAMCOMP | The VSAMCOMP parameter contains the VSAM data set component type (DATA or INDEX).
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VSAMDEF | The VSAMDEF parameter contains the VSAM data set cluster definition (DATA or INDEX).
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VSAMSEP | The VSAMSEP parameter contains an indicator of whether data and index components are on separate volumes.
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VSNVS | The VSNVS parameter specifies whether the data set category is VSAM or non-VSAM.
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VTS_LIBNAME | The VTS_LIBNAME parameter specifies or contains the name of a Virtual Tape Library. BMC AMI Storagename masking can be used for filter list entries.
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WINDOW_DAYS | The WINDOW_DAYS parameter specifies the days of the week on which the solution is allowed to run. For any day that is defined to run the solution, the time of day must also fall within the WINDOW_STRT and WINDOW_END range. If a solution is requested at a time of day that falls outside of the WINDOW_STRT and WINDOW_END range, the request is ignored.
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WINDOW_END | The WINDOW_END parameter indicates an end time of day prior to which the solution is allowed to run. The time between the WINDOW_STRT and WINDOW_END specifications indicate when the solution is allowed to run. The solution is disabled outside of the time window. A value of 0000 indicates midnight. A value of 2400 is treated as 0000. If the WINDOW_STRT and WINDOW_END values are the same, the solution can run 24 hours a day. | ||||||||||||||||||||||||||||||||||||||
WINDOW_STRT | The WINDOW_STRT parameter indicates a start time of day when the solution is allowed to run. The time between the WINDOW_STRT and WINDOW_END specifications indicate when the solution is allowed to run. The solution is disabled outside the time window. A value of 0000 indicates midnight, as does a value of 2400. If the WINDOW_STRT and WINDOW_END times specify the same resulting value, the solution is always active and the times have no impact.
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XMODE | The XMODE parameter contains the execution mode of a job.
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