• • IBM Health Checker for z/OS
  • How to send your comments to IBM
  • Summary of changes
    • Summary of changes
    • z/OS Version 2 Release 1 summary of changes
• Using IBM Health Checker for z/OS
  • Introduction
    • What is a check?
    • For more information, see our fabulous Redpaper!
    • Background for IBM's checks
  • Setting up IBM Health Checker for z/OS
    • Stopping and Starting IBM Health Checker for z/OS Manually
    • Sharing critical IBM Health Checker for z/OS information between systems at different levels
      • Sharing IEASYSxx
      • Sharing the HZSPROC procedure
      • Sharing HZSPRMxx
    • Steps for optimizing IBM Health Checker for z/OS
      • In a rush? Use these basic steps
    • Software requirements
      • Software requirement for running REXX checks
    • Customizing the IBM Health Checker for z/OS procedure
    • Allocate the HZSPDATA data set to save check data between restarts
      • Monitoring and sizing the HZSPDATA data set
    • Optionally set up the HZSPRINT utility
    • Optionally define log streams to keep a record of the check output
    • Create security definitions
      • Setting up security for the IBM Health Checker for z/OS started task
      • Setting up security for the HZSPRINT utility
        • Security for printing check output from the message buffer
        • Security for printing check output from a log stream
      • Setting up security for IBM Health Checker for SDSF support
    • Create multilevel security definitions
    • Create HZSPRMxx parmlib members
      • Tell the system which HZSPRMxx members you want to use
        • How do the HZSPRMxx settings specified in HZSPROC and IEASYSxx interact?
    • Assign IBM Health Checker for z/OS to a WLM service class
    • Obtain checks for IBM Health Checker for z/OS
  • Working with check output
    • Hey! My system has been configured like this for years, and now I'm receiving exceptions!
    • Understanding system data issued with the check messages
    • Understanding exception messages
    • Evaluating check output and resolving exceptions
    • Customizing check exceptions with dynamically varying severity
    • Approaches to automation with IBM Health Checker for z/OS
      • More automation ideas
      • Using HZS exception messages for automation
    • Understanding check state and status
      • User controlled states
      • IBM Health Checker for z/OS controlled states
      • ACTIVE(DISABLED) and INACTIVE(ENABLED) - understanding check state combinations
      • Check status
    • Using the HZSPRINT utility
      • Example of HZSPRINT output
      • HZSPRINT utility completion codes
    • Finding check message documentation with LookAt
  • Managing checks
    • Making dynamic, temporary changes to checks
      • Using SDSF to manage checks
      • Managing checks with the MODIFY hzsproc command
        • Cheat sheet: examples of MODIFY hzsproc commands
        • Why you should not add checks using the MODIFY hzsproc command
        • Why does my check reappear after I delete it? Understanding delete processing
        • But my check doesn't reappear after ADDNEW - what happened to it?
        • Why can't I re-add my HZSPRMxx parmlib defined check after I delete it? More understanding of the delete processing...
        • How can I delete checks while IBM Health Checker for z/OS is terminating?
        • Using the category filter to manage checks
    • Making persistent changes to checks
    • Creating and maintaining IBM Health Checker for z/OS policies
      • How IBM Health Checker for z/OS builds policies from policy statements
        • Define one policy in multiple HZSPRMxx parmlib members
        • Define multiple policies in one HZSPRMxx parmlib member
        • Some finer points of how policy values are applied
          • REPLACE PARMLIB command nuances
          • ACTIVATE POLICY command nuances
          • START HZSPROC policy nuances
        • How IBM Health Checker for z/OS uses the dates on policy statements
      • Can I put non-policy statements in my HZSPRMxx member?
      • Using SYNCVAL in a policy to specify the time of day that a check runs
        • Examples: Making SYNCVAL work for you
        • Fine points of how SYNCVAL works
        • SYNCVAL restrictions
      • Policy statement examples
      • Can I create policy statements using the MODIFY command?
      • Specifying the HZSPRMxx members you want the system to use
    • Using HZSPRMxx and MODIFY hzsproc command
      • Guidelines for HZSPRMxx parmlib members
        • HZSPRMxx summary
        • Parameter in IEASYSxx (or supplied by the operator)
        • IBM supplied defaults for HZSPRMxx
        • Syntax rules for HZSPRMxx
      • Syntax and parameters for HZSPRMxx and MODIFY hzsproc
      • Examples of DISPLAY output
• Developing Checks for IBM Health Checker for z/OS
  • Planning checks
    • Identifying potential checks
    • The life-cycle of a check - check terminology
    • What kind of check do you want to write?
      • Local checks
      • Remote checks
      • Writing local and remote checks in Metal C
      • REXX checks
      • Summary of checks - differences and similarities
    • Issuing messages for your check - message table checks versus DIRECTMSG checks
    • Where to next? A road map for developing your check
  • Writing local check routines
    • Metal C or assembler?
    • Sample local checks
    • Local check routine basics
    • Defining a local check to IBM Health Checker for z/OS
    • Programming considerations
      • Environment
      • Requirements
      • Restrictions
      • Gotchas
      • Input Registers
      • Output Registers
      • Establishing a recovery routine for a check
      • Assembler reentrant entry and exit linkage
    • Using the check parameter parsing service (HZSCPARS)
    • Using the HZSPQE data area in your local check routine
    • Function codes for local check routines
    • Creating and using data saved between restarts
    • Using ENF event code 67 to listen for check status changes
    • Issuing messages in your local check routine with the HZSFMSG macro
      • Reporting check exceptions
    • Defining the variables for your messages
      • Using default HZSMGB data area format (MGBFORMAT=0)
      • Using HZSMGB data area format MGBFORMAT=1
    • Writing a check with dynamic severity levels
    • Controlling check exception message WTOs and their automation consequences
    • The well-behaved local check routine - recommendations and recovery considerations
    • Building Metal C checks
    • Debugging checks
  • Writing remote check routines
    • Metal C or assembler?
    • Sample checks
    • Remote check routine basics
    • Programming considerations
      • Environment
      • Requirements
      • Restrictions
      • Establishing a recovery routine for a check
    • Preparing for check definition - making sure IBM Health Checker for z/OS is up and running
      • Using ENF event code 67 to listen for IBM Health Checker for z/OS availability
    • Allocate a pause element token using IEAVAPE
    • Issue the HZSADDCK macro to define a remote check to IBM Health Checker for z/OS
      • Example of an HZSADDCK macro call for a remote check
    • Pause the remote check routine with IEAVPSE
    • Using HZSCHECK REQUEST=OPSTART and REQUEST=OPCOMPLETE to communicate check start and stop to IBM Health Checker for z/OS
    • Using the check parameter parsing service (HZSCPARS)
    • Using the HZSPQE data area in your remote check routine
    • Release codes for remote check routines
    • Ending a check that is coupled with an application
    • Creating and using data saved between restarts
    • Issuing messages in your remote check routine with the HZSFMSG macro
      • Reporting check exceptions
    • Defining the variables for your messages
      • Using default HZSMGB data area format (MGBFORMAT=0)
      • Using HZSMGB data area format MGBFORMAT=1
    • Writing a check with dynamic severity levels
    • Controlling check exception message WTOs and their automation consequences
    • Recommendations and recovery considerations for remote checks
    • Building Metal C checks
    • Debugging checks
  • Writing REXX checks
    • Sample REXX checks
    • REXX check basics
    • Using input data sets in a TSO-environment REXX check
    • Using REXXIN data sets
      • REXXIN data set naming conventions
    • Using REXXOUT data sets
      • REXXOUT data set naming conventions
      • Examples: Capturing error data in REXXOUT
    • Defining a REXX check to IBM Health Checker for z/OS
    • Using ENF event code 67 to listen for check status changes
    • Issuing messages from your REXX check with the HZSLFMSG function
      • Reporting check exceptions
    • Writing a check with dynamic severity levels
    • Controlling check exception message WTOs and their automation consequences
    • The well-behaved REXX check - recommendations and recovery considerations
    • Debugging REXX checks
  • Writing an HZSADDCHECK exit routine
    • Programming considerations for the HZSADDCHECK exit routine
      • Environment
      • Input Registers
      • Output Registers
    • Defining multiple local or REXX checks in a single HZSADDCHECK exit routine
    • Dynamically adding local or REXX exec checks to IBM Health Checker for z/OS
      • Using operator commands to add checks to the system dynamically
      • Using a routine to add checks to the system dynamically
    • Debugging HZSADDCHECK exit routine abends
    • Creating product code that automatically registers checks at initialization
    • Creating product code that deletes checks as it goes down
  • Creating the message input for your check
    • How messages and message variables are issued at check runtime
    • Planning your check messages
      • Planning your exception messages
      • Planning your information messages
      • Planning your report messages
      • Planning your debug messages
      • Decide what release your check will run on
      • Decide whether to translate your check exception messages into other national languages
      • Rely on IBM Health Checker for z/OS to issue basic check information for you
    • Creating the message table
      • Examples of message input
        • Exception message example
        • Information message example
        • Report message example
        • Debug message example
        • Message list tagging example
    • Syntax of message input
      • Message input tags
        • Copyright information
        • Message list tag - <msglist>
        • Message instance tag - <msg>
        • Message number tag - <msgnum>
        • Message text (<msgtext>) and message variable (<mv>) tags
        • Message item tag - <msgitem>
        • Message Table
      • Special formatting tags for the message table
      • How messages are formatted in the message buffer
        • Extra fields issued to the message buffer for exception messages
      • Using symbols in the message table
        • Using pre-defined system symbols
        • Defining your own symbols for check messages
          • Syntax for defining your symbols - the <!ENTITY> tag
    • Generating the compilable assembler CSECT for the message table
    • Support for translating messages to other languages
      • Guidelines for coding translatable exception message text lines
  • IBM Health Checker for z/OS System REXX Functions
    • HZSLSTRT function
      • Input variables
      • Output variables
      • HZSLSTRT return codes
    • HZSLFMSG function
      • Input variables
        • Input variables for HZSLFMSG_REQUEST='CHECKMSG'
        • Input variables for HZSLFMSG_REQUEST='DIRECTMSG'
          • Required HZSLFMSG_REQUEST='DIRECTMSG' variables
          • Optional HZSLFMSG_REQUEST='DIRECTMSG' variables
        • Input variables for HZSLFMSG_REQUEST='HZSMSG'
        • Input variables for HZSLFMSG_REQUEST='STOP'
      • HZSLFMSG Output variables
      • HZSLFMSG return codes
    • HZSLSTOP function
      • Input variables
      • Output variables
      • HZSLSTOP return codes
  • IBM Health Checker for z/OS HZS macros
    • HZSADDCK macro — HZS add a check
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Example 1: Add a low severity check that is to run once. The check shares a check routine with other checks, so provides an entry code
        • Example 2: Add a high severity check that is to run once every one hour and fifteen minutes.
    • HZSCHECK macro — HZS Check command request
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Examples
    • HZSCPARS macro — HZS Check Parameter Parsing
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Examples
    • HZSFMSG macro — Issue a formatted check message
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Examples
      • Example 1:
        • Operation:
      • Example 2:
        • Operation:
    • HZSPREAD macro — Read Check Persistent Data
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Examples
          • Example 1:
          • Example 2:
    • HZSPWRIT macro — Write Check Persistent Data
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Example
    • HZSQUERY macro — HZS Query
      • Description
        • Environment
        • Programming Requirements
        • Restrictions
        • Input Register Information
        • Output Register Information
        • Performance Implications
        • Syntax
        • Parameters
        • ABEND Codes
        • Return and Reason Codes
        • Examples
• Check Descriptions
  • IBM Health Checker for z/OS checks
    • Where are the migration checks?
    • Allocation checks (IBMALLOC)
      • ALLOC_ALLC_OFFLN_POLICY
      • ALLOC_SPEC_WAIT_POLICY
      • ALLOC_TIOT_SIZE
    • ASM checks (IBMASM)
      • ASM_NUMBER_LOCAL_DATASETS
      • ASM_PAGE_ADD
      • ASM_PLPA_COMMON_SIZE
      • ASM_PLPA_COMMON_USAGE
      • ASM_LOCAL_SLOT_USAGE
    • Catalog checks (IBMCATALOG)
      • CATALOG_IMBED_REPLICATE
      • CATALOG_RNLS
    • Communications Server checks (IBMCS)
      • CSRES_AUTOQ_GLOBALTCPIPDATA
      • CSRES_AUTOQ_RESOLVEVIA
      • CSRES_AUTOQ_TIMEOUT
      • CSTCP_CINET_PORTRNG_RSV_tcpipstackname
      • CSTCP_IPMAXRT4_tcpipstackname
      • CSTCP_IPMAXRT6_tcpipstackname
      • CSTCP_SYSTCPIP_CTRACE_tcpipstackname
      • CSTCP_SYSPLEXMON_RECOV_tcpipstackname
      • CSTCP_TCPMAXRCVBUFRSIZE_tcpipstackname
      • CSVTAM_CSM_STG_LIMIT
      • CSVTAM_T1BUF_T2BUF_EE
      • CSVTAM_T1BUF_T2BUF_NOEE
      • CSVTAM_VIT_DSPSIZE
      • CSVTAM_VIT_OPT_ALL
      • CSVTAM_VIT_OPT_PSSSMS
      • CSVTAM_VIT_SIZE
      • ZOSMIGV2R1_CS_GATEWAY
      • ZOSMIGV2R1_CS_LEGACYDEVICE
    • Consoles checks (IBMCNZ)
      • CNZ_AMRF_Eventual_Action_Msgs
      • CNZ_Console_MasterAuth_Cmdsys
      • CNZ_Console_Mscope_And_Routcode
      • CNZ_Console_Operating_Mode
      • CNZ_Console_Routcode_11
      • CNZ_EMCS_Hardcopy_Mscope
      • CNZ_EMCS_Inactive_Consoles
      • CNZ_OBSOLETE_MSGFLD_AUTOMATION
      • CNZ_Syscons_Allowcmd
      • CNZ_Syscons_Mscope
      • CNZ_Syscons_PD_Mode
      • CNZ_Syscons_Routcode
      • CNZ_Task_Table
      • ZOSMIGV1R13_CNZ_Cons_Oper_Mode
    • Contents supervision checks (IBMCSV)
      • CSV_APF_EXISTS
      • CSV_LNKLST_NEWEXTENTS
      • CSV_LNKLST_SPACE
      • CSV_LPA_CHANGES
    • DAE checks (IBMDAE)
      • DAE_SHAREDSN
      • DAE_SUPPRESSING
    • Device Manager checks (IBMDMO)
      • DMO_TAPE_LIBRARY_INIT_ERRORS
    • DFSMS OPEN/CLOSE/EOV checks (IBMOCE)
      • OCE_XTIOT_CHECK
    • Global Resource Serialization checks (IBMGRS)
      • GRS_AUTHQLVL_SETTING
      • GRS_Mode
      • GRS_SYNCHRES
      • GRS_CONVERT_RESERVES
      • GRS_EXIT_PERFORMANCE
      • GRS_GRSQ_SETTING
      • GRS_RNL_IGNORED_CONV
    • HSM checks (IBMHSM)
      • HSM_CDSB_BACKUP_COPIES
      • HSM_CDSB_DASD_BACKUPS
      • HSM_CDSB_VALID_BACKUPS
    • ICSF checks (IBMICSF)
      • ICSF_COPROCESSOR_STATE_NEGCHANGE
      • ICSF_MASTER_KEY_CONSISTENCY
      • ICSFMIG_DEPRECATED_SERV_WARNINGS
      • ICSFMIG7731_ICSF_RETAINED_RSAKEY
      • ICSFMIG7731_ICSF_PKDS_TO_4096BIT
      • ICSFMIG77A1_COPROCESSOR_ACTIVE
      • ICSFMIG77A1_TKDS_OBJECT
      • ICSFMIG77A1_UNSUPPORTED_HW
    • Infoprint Server checks (IBMINFOPRINT)
      • INFOPRINT_PRINTWAY_MODE
      • INFOPRINT_V2DB_CHECK
      • ZOSMIGV1R12_INFOPRINT_INVSIZE
    • IOS checks (IBMIOS)
      • IOS_CAPTUCB_PROTECT
      • IOS_CMRTIME_MONITOR
      • IOS_FABRIC_MONITOR
      • IOS_IORATE_MONITOR
      • IOS_MIDAW
      • IOS_STORAGE_IOSBLKS
    • JES2 checks (IBMJES2)
      • JES2_Z11_Upgrade_CK_JES2
    • Loadwait/Restart checks (IBMSVA)
      • SVA_AUTOIPL_DEFINED
      • SVA_AUTOIPL_DEV_VALIDATION
    • PDSE checks (IBMPDSE)
      • PDSE_SMSPDSE1
    • Predictive failure analysis checks (IBMPFA)
    • RACF checks (IBMRACF)
      • Write your own RACF resource checks!
      • RACF_AIM_STAGE
      • RACF_CERTIFICATE_EXPIRATION
      • RACF_GRS_RNL
      • RACF_ICHAUTAB_NONLPA
      • RACF_SENSITIVE_RESOURCES
      • RACF_classname_ACTIVE
      • RACF_IBMUSER_REVOKED
      • RACF_UNIX_ID
      • ZOSMIGV1R13_DEFAULT_UNIX_ID
    • Reconfiguration checks (IBMRCF)
      • RCF_PCCA_ABOVE_16M
      • ZOSMIGV1R12_RCF_PCCA_ABOVE_16M
    • RMM checks (IBMRMM)
      • ZOSMIGV1R10_RMM_REJECTS_DEFINED
      • ZOSMIGV1R10_RMM_VOL_REPLACE_LIM
      • ZOSMIGV1R10_RMM_VRS_DELETED
      • ZOSMIGV1R11_RMM_DUPLICATE_GDG
      • ZOSMIGV1R11_RMM_REXX_STEM
      • ZOSMIGV1R11_RMM_VRSEL_OLD
    • RRS checks (IBMRRS)
      • RRS_ArchiveCFStructure
      • RRS_RMDataLogDuplexMode
      • RRS_RMDOffloadSize
      • RRS_DUROffloadSize
      • RRS_MUROffloadSize
      • RRS_RSTOffloadSize
      • RRS_Storage_NumLargeLOGBlks
      • RRS_Storage_NumLargeMSGBlks
      • RRS_Storage_NumServerReqs
      • RRS_Storage_NumTransBlks
    • RSM checks (IBMRSM)
      • RSM_HVSHARE
      • RSM_MEMLIMIT
      • RSM_MAXCADS
      • RSM_AFQ
      • RSM_REAL
      • RSM_RSU
    • RTM checks (IBMRTM)
      • RTM_IEAVTRML
    • SDSF checks (IBMSDSF)
      • SDSF_CLASS_SDSF_ACTIVE
      • SDSF_ISFPARMS_IN_USE
    • SDUMP checks (IBMSDUMP)
      • SDUMP_AVAILABLE
      • SDUMP_AUTO_ALLOCATION
    • Serviceability checks (IBMSLIP)
      • SLIP_PER
    • SMB checks (IBMSMB)
      • SMB_NO_ZFS_SYSPLEX_AWARE
      • ZOSMIGREC_SMB_RPC
    • SMS checks (IBMSMS)
      • SMS_CDS_REUSE_OPTION
      • SMS_CDS_SEPARATE_VOLUMES
    • Supervisor checks (IBMSUP)
      • IEA_ASIDS
      • IEA_LXS
      • SUP_HIPERDISPATCH
      • SUP_HiperDispatchCPUConfig
      • SUP_LCCA_ABOVE_16M
      • SUP_SYSTEM_SYMBOL_TABLE_SIZE
      • ZOSMIGV1R12_SUP_LCCA_ABOVE_16M
    • System logger checks (IBMIXGLOGR)
      • IXGLOGR_STAGINGDSFULL
      • IXGLOGR_ENTRYTHRESHOLD
      • IXGLOGR_STRUCTUREFULL
    • System trace checks (IBMSYSTRACE)
      • SYSTRACE_BRANCH
      • SYSTRACE_MODE
    • Timer supervisor checks (IBMTIMER)
      • ZOSMIGREC_SUP_TIMER_INUSE
    • TSO/E (IBMTSOE)
      • TSOE_USERLOGS
      • TSOE_PARMLIB_ERROR
    • z/OS UNIX System Services checks (IBMUSS)
      • USS_AUTOMOUNT_DELAY
      • USS_CLIENT_MOUNTS
      • USS_FILESYS_CONFIG
      • USS_HFS_DETECTED
      • USS_KERNEL_PVTSTG_THRESHOLD
      • USS_KERNEL_STACKS_THRESHOLD
      • USS_MAXSOCKETS_MAXFILEPROC
      • USS_PARMLIB
      • USS_PARMLIB_MOUNTS
      • ZOSMIGREC_ROOT_FS_SIZE
      • ZOSMIGV1R13_RO_SYMLINKS
    • VLF checks (IBMVLF)
      • VLF_MAXVIRT
    • VSAM checks (IBMVSAM)
      • VSAM_INDEX_TRAP
    • VSAM RLS checks (IBMVSAMRLS)
      • VSAMRLS_CFCACHE_MINIMUM_SIZE
      • VSAMRLS_CFLS_FALSE_CONTENTION
      • VSAMRLS_DIAG_CONTENTION
      • VSAMRLS_QUIESCE_STATUS
      • VSAMRLS_SHCDS_CONSISTENCY
      • VSAMRLS_SHCDS_MINIMUM_SIZE
      • VSAMRLS_SINGLE_POINT_FAILURE
      • VSAMRLS_TVS_ENABLED
    • VSM checks (IBMVSM)
      • VSM_ALLOWUSERKEYCSA
      • VSM_CSA_LARGEST_FREE
      • VSM_CSA_LIMIT
      • VSM_SQA_LIMIT
      • VSM_PVT_LIMIT
      • VSM_CSA_THRESHOLD
      • VSM_SQA_THRESHOLD
      • VSM_CSA_CHANGE
    • XCF checks (IBMXCF)
      • XCF_CDS_MAXSYSTEM
      • XCF_CDS_SEPARATION
      • XCF_CDS_SPOF
      • XCF_CF_ALLOCATION_PERMITTED
      • XCF_CF_CONNECTIVITY
      • XCF_CF_MEMORY_UTILIZATION
      • XCF_CF_PROCESSORS
      • XCF_CF_SCM_UTILIZATION
      • XCF_CF_STR_AVAILABILITY
      • XCF_CF_STR_DUPLEX
      • XCF_CF_STR_EXCLLIST
      • XCF_CF_STR_MAXSCM
      • XCF_CF_STR_MAXSPACE
      • XCF_CF_STR_NONVOLATILE
      • XCF_CF_STR_POLICYSIZE
      • XCF_CF_STR_PREFLIST
      • XCF_CF_STR_SCM_AUGMENTED
      • XCF_CF_STR_SCMMAXSIZE
      • XCF_CF_STR_SCM_MINCOUNTS
      • XCF_CR_STR_SCM_UTILIZATION
      • XCF_CF_SYSPLEX_CONNECTIVITY
      • XCF_CFRM_MSGBASED
      • XCF_CLEANUP_VALUE
      • XCF_DEFAULT_MAXMSG
      • XCF_FDI
      • XCF_MAXMSG_NUMBUF_RATIO
      • XCF_SFM_ACTIVE
      • XCF_SFM_CFSTRHANGTIME
      • XCF_SFM_CONNFAIL
      • XCF_SFM_SSUMLIMIT
      • XCF_SFM_SUM_ACTION
      • XCF_SIG_CONNECTIVITY
      • XCF_SIG_PATH_SEPARATION
      • XCF_SIG_STR_SIZE
      • XCF_SYSPLEX_CDS_CAPACITY
      • XCF_SYSSTATDET_PARTITIONING
      • XCF_TCLASS_CLASSLEN
      • XCF_TCLASS_CONNECTIVITY
      • XCF_TCLASS_HAS_UNDESIG
    • z/OS File System checks (IBMZFS)
      • ZOSMIGV1R11_ZFS_INTERFACELEVEL
      • ZOSMIGREC_ZFS_RM_MULTIFS
      • ZOSMIGV1R11_ZFS_RM_MULTIFS
      • ZOSMIGV1R13_ZFS_FILESYS
      • ZOSMIGV2R1_ZFS_VERIFY_CACHESIZE
      • ZFS_VERIFY_CACHESIZE
• • Trademarks