/DISPLAY ACTIVE Command >>-+-/DISPLAY-+--+-ACT--+--------+----------------------+------>< '-/DIS-----' | +-DC-----+ | | '-REGION-' | +-AFFIN--NODE--nodename----------------+ +-AOITKN-------------------------------+ +-APPC---------------------------------+ | .----------. | | V | | '-AREA--+---areaname-+-----+--+------+-' +-ALL--------------+ '-IOVF-' | .--------------. | | V | | '---+-IC-------+-+-' +-MADSIOT--+ +-NOTOPEN--+ +-OFR------+ +-RECOVERN-+ '-STOPPED--'
/DISPLAY ASSIGNMENT Command >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .------------. V | >--ASMT--+-LINE--line#--PTERM--+-----pterm#---+-+-----+-------->< | '-ALL------------' | | .-----------. | | V | | +-LINK--+-----link#---+-+--------------------+ | '-ALL-----------' | | .----------------. | | V | | +-LTERM--+---+-ltermname--+-+-+--------------+ | | '-ltermname*-' | | | '-ALL----------------' | | .-------------. | | V | | +-MSNAME--+---+-msname--+-+-+----------------+ | | '-msname*-' | | | '-ALL-------------' | | .-----------------. | | V | | +-MSPLINK--+-----msplinkname---+-+-----------+ | '-ALL-----------------' | | .--------------. | | V | | +-NODE--+-----nodename---+-----------------+-+ | | .----------. | | | | V | | | | +-nodename--USER--+---username-+-+-+ | | | '-ALL----------' | | | '-ALL------------------------------' | | .------------. | | V | | +-SYSID--+-----sysid#---+-+------------------+ | '-ALL------------' | | .---------------. | | V | | '-USER--+---+-username--+-+-+----------------' | '-username*-' | '-ALL---------------'
/DISPLAY Command: CCTL Through HSSP >>-+-/DISPLAY-+--+-CCTL--+-------------------------------+-+--->< '-/DIS-----' | | .----------. | | | | V | | | | '-+---cctlname-+-+--+---------+-' | | '-ALL----------' +-ACTIVE--+ | | '-INDOUBT-' | +-CONV--+-----------------+---------------+ | '-+-BUSY-+--| A |-' | | '-HELD-' | +-CPLOG-----------------------------------+ +-CQS-------------------------------------+ | .--------. | | V | | +-DB--+-+---dbname-+-+--+-------+-+-------+ | | '-ALL--------' '-BKERR-' | | | | .-------------. | | | | V | | | | +---+-ALLOCF--+-+-----------+ | | | +-ALLOCS--+ | | | | +-BACKOUT-+ | | | | +-EEQE----+ | | | | +-INQONLY-+ | | | | +-LOCK----+ | | | | +-NOTINIT-+ | | | | +-NOTOPEN-+ | | | | +-OFR-----+ | | | | '-STOPPED-' | | | '-OLR-----------------------' | | .---------. | | V | | +-DBD----dbdname-+------------------------+ | .------------. | | V | | +-DESC--+---descriptor-+-+----------------+ | '-ALL------------' | +-FDR-------------------------------------+ +-FPV-------------------------------------+ +-HSB-------------------------------------+ '-HSSP------------------------------------' A: |--+------------------------------------+-----------------------| | .--------. | | V | | +-LINE--line#--PTERM--+---pterm#-+-+-+ | '-ALL--------' | | .---------------. | | V | | +-NODE--+---+-nodename--+-+-+--------+ | | '-nodename*-' | | | '-ALL---------------' | | .---------------. | | V | | '-USER--+---+-username--+-+-+--------' | '-username*-' | '-ALL---------------'
/DISPLAY Command: LINE through LTERM .-------. V | >>-+-/DISPLAY-+--+-LINE--+---line#-+--+------+----------+-+---->< '-/DIS-----' | | '-QCNT-' | | | | .--------. | | | | V | | | | +-line#--PTERM--+---pterm#-+-+-+ | | | '-ALL--------' | | | +-ALL--------------------------+ | | | .--------------. | | | | V | | | | '---+-DEACT----+-+-------------' | | +-IDLE-----+ | | +-LOOPTEST-+ | | +-NOIN-----+ | | +-NOOUT----+ | | +-NOQUEUE--+ | | +-NOTOPEN--+ | | +-PSTOPPED-+ | | +-PUR------+ | | +-RESP-----+ | | +-RESPINP--+ | | +-STOPPED--+ | | +-TKOTRA---+ | | '-TRA------' | | .-------. | | V | | +-LINK--+-+---link#-+-+--+------+-+------+ | | '-ALL-------' '-MODE-' | | | | .-------. | | | | V | | | | '---link#-+--QCNT---------' | | .----------------. | | V | | '-LTERM--+---+-ltermname--+-+----------+-' | '-ltermname*-' | | .-----------. .----------. | | V | V | | +---ltermname-+----+-QCNT-+-+-+ | '-EMHQ-' | '-ALL--+------+---------------' '-QCNT-'
/DISPLAY Command: LU through MSNAME >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .--------. V | >--+-LU--+-+---luname-+-+--+-INPUT--+---------------+-+-------->< | | '-ALL--------' '-OUTPUT-' | | | | .--------. | | | | V | | | | +---luname-+--QCNT-------------------------+ | | | .--------. | | | | V | | | | '-luname--TPNAME--+---tpname-+-+--+------+-' | | '-ALL--------' '-QCNT-' | +-MASTER-------------------------------------------+ +-MODIFY--+-| B |-+--------------------------------+ | '-ALL---' | | .-------------. | | V | | '-MSNAME--+---+-msname--+-+--+---------------------' | '-msname*-' | | .--------. | | V | | +---msname-+--QCNT-+ '-ALL--------------' B: |--+------------------------------------------------------------+--| '-ADDS--CHNGS--DBS--DELS--DMS--FMS--MODS--PDS--PSS--RCS--TRS-'
/DISPLAY NODE Command >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .---------------. V | >----NODE--+---+-nodename--+-+--+----------+------------+------>< | '-nodename*-' +-RECOVERY-+ | | '-REC------' | | .---------------. | | V | | +---+-nodename--+-+--+------+----------------+ | '-nodename*-' '-MODE-' | | .----------. .----------. | | V | V | | +---nodename-+----+-QCNT-+-+-----------------+ | '-EMHQ-' | | .----------. | | V | | +-nodename--USER--+---username-+-+--+------+-+ | '-ALL----------' '-QCNT-' | +-ALL--+----------+--------------------------+ | +-RECOVERY-+ | | '-REC------' | | .------------. | | V | | '-----| BB |---+-----------------------------' BB: |--+-ACTIV----+-------------------------------------------------| +-AUTOSR---+ +-BCKUP----+ +-CLSDST---+ +-CON------+ +-CONVACT--+ +-CONVHLD--+ +-C1INOP---+ +-C2INOP---+ +-C3INOP---+ +-C4INOP---+ +-DEACT----+ +-EXCL-----+ +-FORCES---+ +-IDLE-----+ +-INOP-----+ +-LOCK-----+ +-LOST-----+ +-MFST-----+ +-OPNDST---+ +-PAGE-----+ +-PRI------+ +-PRST-----+ +-QUI------+ +-RELREQ---+ +-RESP-----+ +-RESPINP--+ +-RESYNC---+ +-SEC------+ +-SHUT-----+ +-SIGN-----+ +-SIMLOGON-+ +-STATIC---+ +-STOPPED--+ +-TEST-----+ +-TKOTRA---+ '-TRA------'
/DISPLAY Command: OASN through OVERFLOWQ >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .------------. V | >--+-OASN--SUBSYS--+---subsysname-+-+----------------------------+->< | '-ALL------------' | +-OLDS--+-+-------+--+----------+--+--------+--+----------+-+-+ | | '-INUSE-' '-,BACKOUT-' '-,ERROR-' '-,STOPPED-' | | | '-ALL-----------------------------------------------' | +-OTMA--------------------------------------------------------+ | .---------------. | | V | | '-OVERFLOWQ--STRUCTURE--+---structurename-+-+-----------------' '-ALL---------------'
/DISPLAY Command: POOL through PSB .-------------------. V | >>-+-/DISPLAY-+--+-POOL--+---+-AOIP----------+-+-+-+----------->< '-/DIS-----' | | +-CBT-----------+ | | | | +-CESS----------+ | | | | +-CIOP----------+ | | | | +-DBAS-+------+-+ | | | | | '-STAT-' | | | | | +-DBB-----------+ | | | | +-DBWP----------+ | | | | +-DCC-----------+ | | | | +-DEP-----------+ | | | | +-DISP----------+ | | | | +-DMBP----------+ | | | | +-EMHB----------+ | | | | +-EPCB----------+ | | | | +-FP------------+ | | | | +-FPDB----------+ | | | | +-FPWP----------+ | | | | +-GEN-----------+ | | | | +-HIOP----------+ | | | | +-LUMC----------+ | | | | +-LUMP----------+ | | | | +-MAIN----------+ | | | | +-MFP-+------+--+ | | | | | '-STAT-' | | | | | +-OSAM----------+ | | | | +-PSBP----------+ | | | | +-PSBW----------+ | | | | +-QBUF-+------+-+ | | | | | '-STAT-' | | | | | '-SUM-----------' | | | '-ALL-------------------' | | .---------. | | V | | +-PGM--+---pgmname-+-+------------+ | '-ALL---------' | | .---------. | | V | | '-PSB----psbname-+----------------'
/DISPLAY Command: PTERM through SHUTDOWN STATUS >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .--------------. V | >--+-PTERM----+-COMPINOP-+-+--------------------------------+-->< | +-CONVACT--+ | | +-CONVHLD--+ | | +-EXCL-----+ | | +-INOP-----+ | | +-LOCK-----+ | | +-LOOPTEST-+ | | +-MFSTEST--+ | | +-NOIN-----+ | | +-NOOUT----+ | | +-NOQUEUE--+ | | +-NOTOPEN--+ | | +-PAGE-----+ | | +-PRST-----+ | | +-PSTOPPED-+ | | +-PUR------+ | | +-RESP-----+ | | +-RESPINP--+ | | +-SIGN-----+ | | +-STOPPED--+ | | +-TEST-----+ | | +-TKOTRA---+ | | '-TRA------' | +-Q--+-+---------------------+--| C |--+-------------+-+-+ | | | .------. | '-TRANSACTION-' | | | | | V | | | | | | '-CLASS--+---cls#-+-+-' | | | | '-ALL------' | | | '-BALGRP--+------+--------------------------------' | | '-QCNT-' | +-QCNT--+-APPC--------+--MSGAGE--msgage------------------+ | +-BALGRP------+ | | +-LTERM-------+ | | +-OTMA--------+ | | +-REMOTE------+ | | '-TRANSACTION-' | | .-ALL-------------. | +-RECOVERY--+-----------------+--------------------------+ | '-RCVTOKEN--token-' | | .---------. | | V | | +-RTC--+---rtcname-+-+-----------------------------------+ | '-ALL---------' | '-SHUTDOWN--STATUS---------------------------------------' C: |--+-------------------------+----------------------------------| | .-------. | | V | | '-PRIORITY--+---prty#-+-+-' '-ALL-------'
/DISPLAY Command: STATUS through TMEM >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .-----------------. V | >--+-STATUS----+-------------+-+---------------------------+--->< | +-CLASS-------+ | | +-DATABASE----+ | | +-LINE--------+ | | +-LINK--------+ | | +-LTERM-------+ | | +-LUNAME------+ | | +-MSNAME------+ | | +-NODE--------+ | | +-PROGRAM-----+ | | +-PTERM-------+ | | +-RTCODE------+ | | +-TMEMBER-----+ | | +-TRANSACTION-+ | | '-USER--------' | | .---------------. | | V | | +-STRUC--+---structurename-+-+--------------------------+ | '-ALL---------------' | | .------------. | | V | | +-SUBSYS--+---subsysname-+-+----------------------------+ | '-ALL------------' | | .----------. | | V | | +-SYSID--TRANSACTION--+---tranname-+-+------------------+ | '-ALL----------' | +-TIMEOVER--time#---------------------------------------+ | .-------------. | | V | | '-TMEM--+---tmembername-+--+------------------------+-+-' | +-QCNT--TPIPE--tpipename-+ | | '-TPIPE--+-tpipename-+---' | | '-ALL-------' | '-ALL-----------------------------------------'
/DISPLAY Command: TRACE through TRAN .-----------------. V | >>-+-/DISPLAY-+--+-TRACE--+---+-EXIT--------+-+-+-+------------>< '-/DIS-----' | | +-LINE--------+ | | | | +-LINK--------+ | | | | +-LUNAME------+ | | | | +-MONITOR-----+ | | | | +-NODE--------+ | | | | +-OSAMGTF-----+ | | | | +-PI----------+ | | | | +-PROGRAM-----+ | | | | +-PSB---------+ | | | | +-TABLE-------+ | | | | +-TCO---------+ | | | | +-TIMEOUT-----+ | | | | +-TMEMBER-----+ | | | | +-TRANSACTION-+ | | | | +-TRAP--------+ | | | | '-XTRC--------' | | | '-ALL-----------------' | +-TRACKING STATUS----------------+ | .---------------. | | V | | '-TRAN--+---+-tranname--+-+--+---' | '-tranname*-' | | .----------. | | V | | +---tranname-+--QCNT-+ '-ALL--+------+------' '-QCNT-'
/DISPLAY Command: UOR through USER >>-+-/DISPLAY-+-------------------------------------------------> '-/DIS-----' .-ALL-------. >--+-UOR--+-ACTIVE----+-------------------------+-------------->< | +-INDOUBT---+ | | | .-------. | | | | V | | | | '---prtkn-+-' | | .---------------. | | V | | '-USER--+---+-username--+-+--+----------+--+-' | '-username*-' +-RECOVERY-+ | | '-REC------' | | .----------. | | V | | +---username-+--+-AUTOLOGON------+-+ | '-QCNT--+------+-' | | '-EMHQ-' | | .-------------. | | V | | +---+-ALLOC---+-+------------------+ | +-CONVACT-+ | | +-CONVHLD-+ | | +-DEADQ---+ | | +-EXCL----+ | | +-MFST----+ | | +-PRST----+ | | +-RESP----+ | | +-RESPINP-+ | | +-STATIC--+ | | +-STOPPED-+ | | '-TEST----' | '-ALL------------------------------'
Table 44 lists the environments (DB/DC, DBCTL, and DCCTL) from which the command and keywords can be issued.
Command / Keywords | DB/DC | DBCTL | DCCTL |
---|---|---|---|
/DISPLAY | X | X | X |
ACT | X | X | X |
AFFIN | X | X | |
AOITKN | X | X | X |
APPC | X | X | |
AREA | X | X | |
ASMT | X | X | |
AUTOLOGON | X | X | |
BALGRP | X | X | |
BKERR | X | X | |
CCTL | X | X | |
CLASS | X | X | |
CONV | X | X | |
CPLOG | X | X | X |
CQS | X | X | |
DB | X | X | |
DBD | X | X | |
DC | X | X | |
DESC | X | X | |
EMHQ | X | X | |
EXIT | X | X | |
FDR | X | X | |
FPV | X | X | |
HSB | X | X | |
HSSP | X | X | |
INDOUBT | X | X | |
INPUT | X | X | |
LINE | X | X | |
LINK | X | X | |
LTERM | X | X | |
LU | X | X | |
MADSIOT | X | X | |
MASTER | X | X | |
MODE | X | X | |
MODIFY | X | X | X |
MONITOR | X | X | X |
MSGAGE | X | X | |
MSNAME | X | X | |
MSPLINK | X | X | |
NODE | X | X | |
OASN | X | X | X |
OLDS | X | X | X |
OSAMGTF | X | X | |
OTMA | X | X | |
OUTPUT | X | X | |
OVERFLOWQ | X | X | |
PI | X | X | |
PGM | X | X | X |
POOL | X | X | X |
PRIORITY | X | X | |
PSB | X | X | X |
PTERM | X | X | |
Q | X | X | |
QCNT | X | X | |
RECOVERY | X | X | |
REGION | X | X | X |
REMOTE | X | X | |
RTC | X | X | |
SHUTDOWN | X | X | X |
STATUS | X | X | X |
STRUC | X | X | |
SUBSYS | X | X | X |
SYSID | X | X | |
TABLE | X | X | X |
TCO | X | X | X |
TIMEOUT | X | X | |
TIMEOVER | X | X | |
TMEM | X | X | |
TPIPE | X | X | |
TPNAME | X | X | |
TRACE | X | X | X |
TRACKING | X | X | X |
TRAN | X | X | |
TRAP | X | X | |
UOR | X | X | |
USER | X | X | |
XTRC | X | X | X |
/DISPLAY displays the processing status of IMS message queues and processing resources. /DISPLAY can provide helpful information for controlling IMS operations.
The output from a /DISPLAY command consists of headings that describe the display, the information requested, and a time stamp showing Julian date and time, in one of the following two formats:
You control the timestamp format by specifying the YEAR4= execution parameter.
If the command includes a generic parameter that does not match any existing resource, an error message results.
See Status and Attributes for the /DISPLAY Command for a list of attributes and status in the /DISPLAY command.
|In an IMSplex, when status is copied to RM at signoff/logoff |time, the status (and control blocks if the resource is dynamic) |is deleted from the local system. Pre-IMS Version 9 Automated Operator |Interface (AOI) application programs that issue /DISPLAY commands will not see some status information that is kept |in RM. When a /DISPLAY command is issued for NODE, USER, and LTERM resources from |the command master, global status from RM may be displayed. The |output of the display command will be dependent on the following |guidelines: |
|| Using ALL, generic parameters, the /DISPLAY STATUS command, and the /DISPLAY CONVERSATION command without a specific resource name will result in extensive accesses |to the Resource Manager for global information, and their use should |be carefully considered.
The /DISPLAY ACTIVE command displays region and DC information associated with an IMS system. The region is scheduled to an application program and the IMS resources are assigned.
When you issue /DISPLAY ACTIVE from a specific environment, such as DCCTL, only the information that is valid for that environment is displayed.
Examples of using the /DISPLAY ACTIVE command are shown in
|Here is a list of the output for the /DISPLAY ACTIVE DC command: |
|There can be only one OTMA group active at one time.
|The following are displayed for the VTAM ACB: |
|Restriction: IMS displays either the |USERVAR or the GRSNAME. For non-XRF or non-RSR subsystems (no USERVAR |specified), IMS displays the GRSNAME, which can be blank.
| |If the IMS system is XRF, the following fields are appended to |the date/time stamp: |
||The following list is the output for the /DISPLAY ACTIVE REGION command:
If no regions of that type exist, the job name is set to MSGRGN, |FPRGN, BATCHRGN, or DBTRGN, depending on the region type. DBTRGN |is only displayed for systems that support DBT threads.
| |DBTRGN, BATCHRGN, or FPRGN is displayed for DBCTL.
|The following region/program types can be displayed: |
|DFSCPIC is displayed for CPI Communications driven transaction programs that have |not issued a DL/I APSB call to allocate a PSB.
| |For DBCTL, SB name is displayed.
||
| |The /DISPLAY AFFINITY command displays current affinities the IMS subsystem has with specific nodes.
This command is only valid when you use VTAM generic resources.
An example of using the /DISPLAY AFFINITY command is shown in Example for /DISPLAY AFFINITY Command
/DISPLAY AOITOKEN displays all AOI tokens in the system. An example using /DISPLAY AOITOKEN is shown in Example for /DISPLAY AOITOKEN Command
The following information is displayed for each AOI token:
If QCT=0 and W-REGID=NONE, then the AOI token is deleted at the next checkpoint.
APPC displays inquiries about LU 6.2 related activities, including the current outbound LU if it is different from the base LU.
The output for /DISPLAY APPC is as follows:
/DISPLAY AREA displays data sets, status conditions, control intervals, and databases associated with an area.
Examples of using the /DISPLAY AREA command are shown in:
The output for /DISPLAY AREA includes:
Status conditions associated with the area include:
Status conditions associated with the ADS include the following:
These statistics are only displayed if IOVF is specified on the /DIS AREA command (/DIS AREA ALL IOVF or /DIS AREA areaname IOVF). If the IOVF parameter is not specified on the /DIS AREA command, N/A appears in the display output.
If the /DIS AREA IOVF command is entered on an RSR tracking subsystem, the IOVF statistics might be incorrect.
When the ALL parameter is used with the IOVF keyword (for example, /DIS AREA ALL IOVF), performance can be affected depending on the number and size of areas involved. If large areas, large numbers of areas, or both are involved, the control region can appear to be stopped while processing this command.
"Attribute" is a reserved parameter. Attributes listed with Table 45 can be used with the AREA keyword. Areas are selected for display based on the attribute or attributes specified. For example, /DISPLAY AREA STOPPED will only display areas that are currently stopped. The attribute display format is the same as the standard AREA display. Attributes usually correspond to the conditions displayed for areas. Any exceptions are flagged in Table 45
The attributes are reserved parameters for the /DISPLAY AREA command and cannot be used to name areas. Table 45 lists the attributes that can be used with the AREA keyword.
IC | NOTOPEN1 |
OFR | RECOVERN2 |
RECALL | STOPPED |
Note:
|
|If an IMS Fast Path utility is active when the /DISPLAY AREA command is issued, the following output line is displayed: |
|UTILITY XXXX PVTTOT# YY PVTAVL# ZZ IMSID:SSSS TTTT
| The output values represent: |
||There are six IMS Fast Path utilities, two VSO functions, |and one IBM DBTOOL utility that can be displayed. They include: |
|/DISPLAY ASSIGNMENT displays resource assignments.
Examples of using the /DISPLAY ASSIGNMENT command are shown in:
The following information is displayed when this command is used:
The USER parameter can be generic.
/DISPLAY CCTL displays all coordinator controllers connected to DBCTL along with the pseudo-recovery token, recovery token, region ID, psbname, and status. Coordinator controllers that are attached to IMS show a status of ATTACHED.
Restriction The /DISPLAY CCTL command does not support the ODBA interface to IMS DB. Use the /DISPLAY UOR command for displaying status information about units of work for protected resources that are managed by RRS z/OS.
Examples of using the /DISPLAY CCTL command are shown in:
The status of active threads can be any of the following:
INDOUBT displays all in-doubt threads. The status of all in-doubt threads is always displayed as INDOUBT.
| /DISPLAY CONVERSATION displays all BUSY and HELD conversations in the IMS system |if no other keywords or parameters are specified. The command displays |a 4-byte conversation ID. The conversation IDs are unique only for |each user and terminal.
An example of using the /DISPLAY CONVERSATION command is shown in Example for /DISPLAY CONVERSATION Command
The following information is displayed when this command is used:
When ISC is used with parallel sessions, one line of information for each session in a conversation is displayed. The user name is also displayed.
When the NODE keyword is used and the node is an ISC node, information for all applicable sessions of the parallel session node is displayed. For dynamic terminals, the conversations of the currently associated user are displayed. The NODE parameter can be generic.
When the USER keyword is specified, all conversations that apply to that user are displayed. The USER parameter can be generic. In an IMSplex, use of the /DISPLAY CONVERSATION command without a specific resource name will result in extensive accesses to the Resource Manager for global information, and its use should be carefully considered.
For an IMS conversational transaction issued from an LU 6.2 application program, /DISPLAY CONVERSATION shows the LU name and user ID (if available) of the LU 6.2 conversation along with the IMS conversation ID and status.
/DISPLAY CPLOG displays the value of the IMS execution parameter, CPLOG. CPLOG specifies the number of system log records between system-generated checkpoints.
/DISPLAY CQS displays information about the Common Queue Server (CQS), including the CQS job name, version number, and current status. Valid status conditions are CONNECTED and DISCONNECTED.
This command is only valid in a shared-queues environment.
An example of using the /DISPLAY CQS command is shown in Example for /DISPLAY CQS Command
/DISPLAY DATABASE displays the status of specified databases. If a specified database is a DEDB, the associated DEDB areas are also displayed.
The /DISPLAY DATABASE command can be used on HALDBs. For more information see High Availability Large Database Commands
An example of using the /DISPLAY DATABASE command is shown in Example 1 for /DISPLAY DATABASE Command
The following information is displayed:
"Attribute" is a reserved parameter. Attributes listed with Table 46 can be used with the DATABASE keyword. Databases are selected for display based on the attribute or attributes specified. For example, /DISPLAY DATABASE OFR will only display those databases that are currently being recovered by online forward recovery (OFR). The attribute display format is the same as the standard DATABASE display. Attributes usually correspond to the conditions displayed for databases.
|Restriction: The OLR attribute cannot |be entered with any other attribute.
ALLOCF | ALLOCS |
BACKOUT | EEQE |
INQONLY | LOCK |
NOTINIT | NOTOPEN |
OFR | |OLR |
RECALL | STOPPED |
Attributes are reserved parameters for the /DISPLAY DATABASE command and cannot be used to name databases.
/DISPLAY DATABASE with BKERR displays error queue elements associated with a DL/I database and displays incomplete backouts.
The output includes:
The EEQE information might not be current if the database is registered with DBRC and is not open, because IMS updates EEQE information from DBRC when the database is opened.
The /DIS DB command with BKERR does not display individual RBAs for I/O tolerated non-SDEP CIs of a DEDB area defined with the Virtual Storage Option (VSO). Instead, a single entry with a value of 00000001 is displayed; the EEQE type is set to IOT/VSO. I/O tolerated SDEP CIs for the area are displayed individually by RBA. SeeExample 4 for /DISPLAY DATABASE Command.
/DISPLAY DBD displays, for databases that are being accessed, their type, the PSBs accessing them, and the type of access. /DISPLAY DBD can be used only if Fast Path is installed.
An example of using /DISPLAY DBD is shown in Example for /DISPLAY DBD Command
/DISPLAY DESCRIPTOR displays LU 6.2 descriptors. All specified values are displayed, as are defaults/blanks for values not specified in the descriptor.
An example of using /DISPLAY DESCRIPTOR is shown in Example for /DISPLAY DESCRIPTOR Command
The output for /DISPLAY DESCRIPTOR is as follows:
/DISPLAY FDR displays the current status for IMS Fast Database Recovery regions.
IMS rejects this command if the active IMS subsystem is not connected to a Fast Database Recovery region.
An example of using /DISPLAY FDR is shown in Example for /DISPLAY FDR Command
/DISPLAY FPVIRTUAL displays the areas loaded into a z/OS data space or coupling facility. That is, those areas that have been specified with the virtual storage option (VSO) are displayed with this command.
Examples of using /DISPLAY FPVIRTUAL are shown in Example for /DISPLAY FPVIRTUAL Command
Each data space is displayed, along with each of the areas that reside in the data space. All numbers shown are in decimal values.
The actual space usage can be significantly less than what is reserved if a VSO dataspace is not preloaded.
/DISPLAY HSB displays the system-related information in an XRF environment. If the command is entered on the active system, information about the active system is displayed. If the command is entered on the alternate system, information about both systems is displayed.
An example of using the /DISPLAY HSB command is shown in Example for /DISPLAY HSB Command
The output for /DISPLAY HSB includes:
Following the display line of ALARM, AUTO, or both, the takeover conditions specified on the SWITCH control statement of the DFSHSBxx PROCLIB member are shown. (xx is the SUF= parameter of the IMS procedure.) There are two groups per line and each group is separated by an asterisk. Each group can include one or more of the following:
/DISPLAY HSSP displays information about the current HSSP (high-speed sequential processing) activities.
An example of using the /DISPLAY HSSP command is shown in Example for /DISPLAY HSSP Command
The output for /DISPLAY HSSP includes:
/DISPLAY LINE, when followed by a valid line number or ALL, displays the status and queue counts for the specified communication line or lines and physical terminal. The queue count for /DISPLAY LINE is reset to zero after an IMS cold start.
Lines are selected for display based on the attributes specified. Attributes that can be used with the LINE keyword are shown in Table 47. The attribute display format is the same as the standard LINE display. The attributes correspond to the conditions displayed for lines. For example, /DISPLAY LINE LOOPTEST displays all lines that are currently in looptest mode.
DEACT | NOQUEUE | RESPINP |
IDLE | NOTOPEN | STOPPED |
LOOPTEST | PSTOPPED | TKOTRA |
NOIN | PUR | TRA |
NOOUT |
RESP |
An example of using the /DISPLAY LINE command is shown in Example for /DISPLAY LINE Command
This keyword is only valid in a shared-queues environment.
/DISPLAY LINK, when followed by a valid link number or ALL, displays the status and queue counts for the specified logical link. The queue count for /DISPLAY LINK is reset to zero after an IMS cold start.
In addition, /DISPLAY LINK shows if the logical link is assigned to a physical link and the partner identification that is assigned to it during system definition.
The /DISPLAY LINK link# MODE command, when entered from the primary IMS system, displays in the ACT MODETBL field the mode table name from the /RESTART command or LOGON exit. The same field does not display on the secondary IMS system.
Examples for using the /DISPLAY LINK command are shown in:
This keyword is only valid in a shared-queues environment.
/DISPLAY LTERM displays status and queue counts for the specified logical terminal name. The status displayed can be one of the following:
The LTERM parameter can be generic where the generic parameter specifies lterms that already exist.
/DISPLAY LTERM ALL does not display lterms in alphabetical order.
Examples of using the /DISPLAY LTERM command are shown in:
IMS does not check if the specified name is a valid LTERM in the IMS subsystem on which the command is entered.
The /DISPLAY LTERM ALL QCNT command displays all of the LTERMs on the shared queues with a global queue count.
This command does not display queue counts for Fast Path output messages for the NODE unless EMHQ and QCNT are specified.
This keyword is only valid in a shared-queues environment.
For IMS subsystems in a shared-queues environment with the time control option, TCO, enabled, AFFINITY has been added to the queue names of TCO LTERMs. When the /DISPLAY LTERM DFSTCFI QCNT command is issued, the queue count of messages for the DFSTCFI LTERM pertains to the TCO LTERM on the local IMS subsystem. The queue count is zero priot to adding AFFINITY to the queue names.
In a shared queues environment, there are certain situations that cause an LTERM message to be retrieved from the global queue and moved to the local queue, but the message has not been delivered. If this occurs, the global queue count is zero and you need to display the local queue to see the output message.
/DISPLAY LUNAME displays information about a specific LU 6.2 application program. After restart and any checkpoint, only LU 6.2 resources with status or messages queued are displayed.
This keyword is only valid in a shared-queues environment.
/DISPLAY LUNAME INPUT displays the count of LU 6.2 inbound conversations and synchronous outbound activities for the specified LU names and their status. The status displayed can be none, stopped (STO), traced (TRA), or both stopped and traced.
/DISPLAY LUNAME INPUT can indicate that a command such as /STO LUNAME ALL INPUT or /TRACE SET ON LUNAME ALL INPUT was entered before the display that applies to all future LU 6.2 inbound conversations. The /DISPLAY LUNAME INPUT command includes:
Status can be stopped (STO), traced (TRA), or stopped and traced.
/DISPLAY LUNAME OUTPUT displays the count of asynchronous output messages that are being enqueued and dequeued for the LU name and the count of LU 6.2 asynchronous outbound conversations for that LU name.
/DISPLAY LUNAME OUTPUT can indicate that a command such as /STO LUNAME ALL OUTPUT or /TRACE SET ON LUNAME ALL OUTPUT was entered that applies to all future LU 6.2 outbound conversations. The status displayed can be none, stopped (STO), traced (TRA), or both stopped and traced. /DISPLAY LUNAME OUTPUT includes:
Status can be stopped (STO), traced (TRA), or stopped and traced.
/DISPLAY LUNAME TPNAME displays the number of asynchronous output messages being enqueued and dequeued and their status. The status displayed can be none, stopped (STO), traced (TRA), or both stopped and traced.
If the LU name includes a network identifier, you must specify the network-qualified LU name when using the TPNAME keyword. A network-qualified LU name refers to a different resource than a non-qualified LU name.
/DISPLAY LUNAME TPNAME includes the following:
/DISPLAY MASTER displays the logical terminal name and the line and physical terminal number associated with the master terminal.
If the 3270 master terminal capability was generated during IMS system definition, the logical terminal name, line, and physical terminal number of the secondary master terminal are also displayed.
MASTER is not valid for use in a DBCTL environment.
An example of using the /DISPLAY MASTER command is shown in Example for /DISPLAY MASTER Command.
The /DISPLAY MODIFY command displays online change status for this IMS, which is participating in a local or global online change:
The status displayed for each library is displayed as A for active or I for inactive, and is followed by the DD names and databases that make up the library. Status information displays for the following libraries:
Work in progress for resources to be deleted or changed causes the /MODIFY COMMIT command to fail. You must wait for the work in progress to complete, or force it to complete (for example, by issuing a command), before issuing /MODIFY COMMIT. Table 48 lists the resource type, resource name, and the status displays for work in progress that would prevent the /MODIFY COMMIT command from completing successfully:
Resource Type | Resource Name | Status |
---|---|---|
DATABASE | dbname | AREAS OPEN: |
/DBD ACTIVE | ||
/DBR ACTIVE | ||
/DBR OR /STOP IN PROGRESS | ||
DATABASE IN USE | ||
DBR NEEDED FOR PARTITION | ||
nnnn PSB SCHEDULED | ||
RANDOMIZER: rndmname | ||
RECOVERY IN PROGRESS | ||
AREA | areaname | OPEN |
RECOVERY IN PROGRESS | ||
PROGRAM | pgmname | SCHEDULED |
QUEUING nn | ||
GLOBAL QUEUE COUNT INTERNAL ERROR | ||
GLOBAL QUEUE COUNT STORAGE ERROR | ||
RTCODE | rtcode | ACTIVE |
TRAN | tranname | IN USE QUEUING nn SCHEDULED SUSPENDED CONVERSATION TERM/USER nodename ID= nnnn nodename username ID= nnnn username ID= nnnn lin#-pte# ID= nnnn 1- SC ID= nnnn GLOBAL QUEUE COUNT INTERNAL ERROR GLOBAL QUEUE COUNT STORAGE ERROR |
In a shared-queues environment, /DISPLAY MODIFY only shows local work in progress, except for the TRAN QUEUING status and the PROGRAM QUEUING status, for which this command shows the sum of local and global queue counts. That is, /DISPLAY MODIFY does not show whether there is work in progress for other IMS subsystems sharing the message queues. If the /DISPLAY MODIFY command shows no work in progress for the IMS subsystem which the command was issued, a /MODIFY COMMIT command can be issued for that IMS subsystem.
If IMS cannot access the global queue counts, IMS displays the GLOBAL QUEUE COUNT INTERNAL ERROR status. If IMS cannot obtain sufficient storage to query global queue counts, IMS displays the GLOBAL QUEUE COUNT STORAGE ERROR status. In either case, online change will fail if there are global queue counts for resources being changed or deleted.
Table 49 lists the parameters that can be used with the /DISPLAY MODIFY command in a DBCTL environment.
ADDS | DBS | MODS |
ALL | DELS | PDS |
CHNGS | DMS | PSS |
Table 50 lists the parameters that can be used with the /DISPLAY MODIFY command in a DCCTL environment.
ADDS | FMS | RCS |
ALL | MODS | TRS |
CHNGS | PDS | |
DELS | PSS |
Examples of using the /DISPLAY MODIFY command are shown in Example 1 for /DISPLAY MODIFY Command.
/DISPLAY MODIFY with one or more parameters (not including ALL) is only valid if IMS is in the MODIFY PREPARE state, which means that a /MODIFY PREPARE or an INITIATE OLC PHASE(PREPARE) command completed successfully. The /DISPLAY MODIFY parameters and the information displayed are:
For DBCTL, transactions do not apply. For DCCTL, databases do not apply.
If DMS is specified with the ADDS, CHNGS, DELS, or MODS parameters, the DMBs in ACBLIB to be added, changed, or deleted display as ADDED, CHANGED, or DELETED.
If the status of the associated database in MODBLKS is ADDED, DMS displays a DMB as ADDED. If the status of the associated database in MODBLKS is DELETED, DMS displays a DMB as DELETED.
/DISPLAY MODIFY MODS shows all of the resources to be added, changed, or deleted by /MODIFY COMMIT, which is equivalent to the output from /MODIFY PREPARE with the LTERM keyword specified.
If PSS is specified with the ADDS, CHNGS, DELS, or MODS parameters, the PSBs in ACBLIB to be added, changed, or deleted display as ADDED, CHANGED, or DELETED.
If the status of the associated program in MODBLKS is ADDED, PSS displays a PSB as ADDED. If the status of the associated program in MODBLKS is DELETED, PSS displays a PSB as DELETED.
/DISPLAY MODIFY displays these status terms:
This line is followed by a line with the randomizer name and status of LOADED or NOT LOADED.
If the randomizer is shared by one or more DEDBs, another line is displayed with 'DEDBS SHARING RANDOMIZER:' followed by the randomizer name. Online change won't delete a randomizer that is shared by other DEDBs. This line is followed by one line for each DEDB sharing the same randomizer.
The terminal information displayed is:
/DISPLAY MSNAME displays the queue counts for the specified logical link path. Generic parameters are supported for the MSNAME keyword.
An example of using the /DISPLAY MSNAME command is shown in /DISPLAY MSNAME.
This keyword is only valid in a shared-queues environment.
/DISPLAY NODE, when followed by a valid node name or ALL, displays status, queue counts, and number of messages sent to and received from the specified node. When using ISC, the output for a parallel-session node shows one line of information for each session of the node whether the node is active or not and whether logical terminals are assigned or not. If a session is active, the user identifier (preceded by a dash) and the status and queue counts are displayed on a subsequent line. /DISPLAY NODE displays queue counts up to a maximum of 32 KB. The queue count for /DISPLAY NODE is reset to zero when sessions are not active, or when a signed-on user issues /SIGN OFF.
The USER keyword is valid for ISC nodes with users or dynamic nodes with signed on users. The NODE parameter can be generic where the USER keyword is not present. The generic parameter specifies nodes that already exist. A status of STATIC is displayed for nodes defined to IMS via system definition. STATIC is also supported as an attribute parameter. Static nodes are used with the /DISPLAY NODE command in the same way that dynamic nodes are used.
/DISPLAY NODE shows signed on users, where the user ID follows the status SIGN in parentheses.
Examples of using the /DISPLAY NODE command are shown in
IMS does not check if the specified name is a valid LTERM in the IMS subsystem on which the command is entered.
This command does not display queue counts for Fast Path output messages for the NODE unless EMHQ and QCNT are specified.
This keyword is only valid in a shared-queues environment.
The IMS ID (RSEname if an XRF system) of the IMS system that currently owns this resource. If the resource is not currently owned, this field will be displayed as NONE.
The scope of recovery for a resource, and from where the end-user significant status is maintained and recovered.
The following status are end-user significant status for nodes and users.
These are statuses that frequently change for a resource, and thus there are performance considerations related to maintaining end-user significant status. The installation can tell IMS how to recover end-user significant status by specifying the level of recovery for each status. Shown for each resource is the level of recovery for each end-user significant status.
N/A is displayed by /DISPLAY NODE ALL MODE for VTAM 3270 nodes.
"Attribute" is a reserved parameter. Attributes listed in Table 45 can be used with the NODE keyword. Nodes are selected for display based on the attribute or attributes specified. The attribute display format is the same as the standard NODE display. Attributes usually correspond to the conditions displayed for nodes. Any exceptions are flagged in the following list.
The attributes are reserved parameters for the /DISPLAY NODE command and cannot be used to name nodes.
For example, /DISPLAY NODE TRACE displays all nodes that are currently being traced. Following is a list of the attributes that can be specified with the NODE keyword:
Explanations of the attributes can be found in Status and Attributes for the /DISPLAY Command.
The /DISPLAY OASN SUBSYS command displays the outstanding recovery units (Origin Application Schedule Numbers) associated with the external subsystem (not CCTL subsystem) specified by the SUBSYS keyword.
The OASN is assigned by IMS when it schedules an application into a dependent region. The OASN, coupled with the IMS ID, becomes the recovery token for units of work distributed to other subsystems.
An example of using the /DISPLAY OASN SUBSYS command is shown in Example for /DISPLAY OASN Command.
/DISPLAY OLDS displays the system logging status. The ddnames for the online log data sets that are currently online are listed in the sequence used. That is, the one currently being used is listed first, with the one most recently used listed next, and so on. OLDS status information is displayed with each ddname. The meanings of these status messages is provided. In the case of dual logging, two lines of status output are displayed per OLDS ID; the first for the primary OLDS and the second for the secondary OLDS.
/DISPLAY OLDS shows the percentage of the OLDS used (shown under % FULL in the output) and the rate at which it is being filled (shown under RATE in the output). The RATE is the average number of blocks written to the current OLDS since the last /DISPLAY OLDS was issued. If no blocks were written, the RATE is 0, or, if elapsed time is 0, the previous RATE will be displayed.
An example of using the /DISPLAY OLDS command is shown in Example for /DISPLAY OLDS Command.
/DISPLAY OLDS shows one of the following as the archive status of each OLDS:
When the archive status of an OLDS is scheduled or started and DBRC has generated the JCL for the archive job, the archive job name will be included in the output.
/DISPLAY OLDS also shows the following status information for OLDS:
When the backout of at least one dependent region
would require an SLDS because all of its log records are not available
from OLDS, the following line will be inserted in front of SLDSREAD ON or SLDSREAD OFF in the OLDS STATUS display:
SLDS REQUIRED FOR BACKOUT - RGN nnnnn
The value nnnnn is the region number of the application that would require the oldest record for backout. An OLDS that is stopped or had an I/O error will be dynamically deallocated after it is no longer needed for backout.
Following the detailed OLDS data set information, the dual OLDS state (DUAL, DEGRADED DUAL, NONDEGRADABLE DUAL or SINGLE) and the WADS recording state (DUAL, SINGLE, or NO) display. Also, the DDNAMEs of all available WADS display. The DDNAMEs of the current WADS are preceded by an asterisk (*).
SLDSREAD ON or OFF is also displayed. If SLDSREAD is on it indicates that IMS is enabled to retrieve both SLDS and OLDS.
Restriction: Under the dual logging environment, the number of primary OLDS and secondary OLDS must be the same; otherwise, the status of the OLDS is incorrect.
The following parameters, when used with the /DISPLAY OLDS command, specify selection criteria used to select which OLDS are to be included in the display output. All these parameters are optional. If none are specified, ALL is the default action. When multiple parameters are specified, an OLDS satisfying any one of the specified criteria is included in the output.
/DISPLAY OTMA displays the current status for IMS Open Transaction Manager Access (OTMA) clients and servers. This command displays the following:
The server is always the first member displayed.
The status can be one of the following:
If the server leaves the XCF group (for example, because of a /STOP OTMA command), then the XCF status is displayed as NOT DEFINED.
The status can be one of the following:
The security status can be one of the following:
NONE CHECK FULL PROFILE
See /SECURE for more information on the security status.
This command is functionally equivalent to the /DISPLAY TMEMBER ALL command.
Examples of using the /DISPLAY OTMA command are shown in:
/DISPLAY OVERFLOWQ displays a list of queue names that are in overflow mode for those coupling facility list structures specified (for the STRUCTURE keyword) that are in overflow mode. It also displays the queue type of the resource for each queue. If a specified structure is not defined, the overflow structure name is displayed as NOT-DEFINED.
Queue names displayed might not be defined to the IMS subsystem on which this command is issued. If a queue type is not defined, the type is displayed as UNKNOWN, and the queue name is displayed as the 16-byte queue name (with the queue type as the first byte).
This command is only valid in a shared-queues environment.
This command displays the following information:
When LUNAME and TPNAME cannot be located on the system on which they're defined, UNKNOWN appears under the LUNAME and TPNAME headings in the display output.
When LUNAME and TPNAME cannot be located on the system on which they're defined, UNKNOWN appears under the LUNAME and TPNAME headings in the display output.
An example of using the /DISPLAY OVERFLOWQ command is shown in Example for /DISPLAY OVERFLOWQ Command.
/DISPLAY POOL displays processor storage utilization statistics for the various IMS storage pools.
When the /DISPLAY POOL command is issued from a specific environment (such as DBCTL), only the information that is valid for that environment is displayed.
Certain storage utilization statistics can be obtained with the DL/I STAT call.
Control block table (CBT) pools are defined in DFSCBT00 and are grouped into classes for the purposes of the /DISPLAY POOL command. All CBT pools are valid in all environments.
Examples of using the /DISPLAY POOL command are shown in:
The classes and corresponding parameters are:
A CBT class display shows information for each pool in that class. The amount of storage displayed for these pools might change because the storage is obtained as needed and can be freed when not in use. In addition, a summary of the total current global and local storage in the class and in all CBT pools is displayed.
If SUM is specified, a summary of the total current local and global storage for each CBT class is displayed.
For the following storage pools, the amount of storage obtained is specified during system definition or via EXEC statement overrides in the IMS procedure JCL.
Statistics for VSAM local shared resource pools are displayed in the order in which the pools are defined. For each local shared resource pool, each subpool's statistics are displayed in ascending order by buffer size. The smallest buffers are listed first and the largest buffers are listed last. If an index subpool exists in the shared resource pool, its statistics follow the data subpool statistics. Index statistics are also displayed in ascending order by buffer size.
Headings for VSAM subpools include the pool ID of the local shared resource pool. They also indicate whether the subpool is a data subpool (type D) or an index subpool (type I).
Table 51 shows the environments (DB/DC, DBCTL, or DCCTL) in which each storage pool is valid. If a pool is not valid in an environment, it will not appear when /DISPLAY POOL ALL is issued.
The following lists indicate the abbreviations used in the /DISPLAY POOL command for each pool and subpool.
The database buffer pool display consists of the OSAM buffer pool and, if VSAM is in the system, the VSAM buffer subpool. The display also includes information about the buffer space used by sequential buffering within the online IMS subsystem. The information about the sequential buffering buffer space includes:
Statistics for each OSAM subpool are displayed separately. The final display provides the statistical summation for all the OSAM subpools in all the shared resource pools.
Statistics for each VSAM subpool are displayed separately. The final display provides the statistical summation for all the VSAM subpools in all the shared resource pools.
The BSIZE value in the final display is ALL.
Each OSAM subpool is displayed separately. The final display provides the statistical summation for all the OSAM subpools.
For the summary totals, the POOLID is not shown. BSIZE is set to ALL. NBUF indicates the total number of buffers in the pool. The FX= field is replaced by OSM=, which shows the total size of the OSAM buffer pool.
Each VSAM subpool is displayed separately. The final display provides the statistical summation for all the VSAM subpools.
The BSIZE value in the final display is the total size of all the VSAM subpool buffers. BSIZE is set to ALL. For the summary totals, the POOLID is not shown. The TYPE and FX= fields are replaced by VS=, which is the total size of the VSAM subpool in virtual storage, and HS=, which is the total size of the VSAM subpool in Hiperspace.
You use the percentages displayed for HITS and VALID together.
Example: If HITS is 40%, and VALID is 75%, a buffer was found in the pool 40% of the time, and of that 40%, 75% of the buffers found had valid data, that is, 30% of the HITS had valid data. So, IMS had to read data from DASD approximately 70% of the time.
During the execution of IMS, the AOIP, CIOP, HIOP, CESS, FPWP, EMHB, LUMP, and LUMC buffer pools can dynamically expand and contract.
Internally, each dynamic pool has one or more blocks of storage that are not contiguous, each divided into fixed length buffers. By obtaining new blocks and releasing unused blocks, a buffer pool can expand or contract during the execution of IMS. The number of blocks needed for each pool depends on several factors such as the number of buffer requests from the pool, buffer size, and block size.
/DISPLAY PROGRAM displays the status of programs.
The status displayed can be one of the following:
DB-STOPD I/O PREVEN LOCK NOTINIT STOPPED TRA
For definitions of the status conditions, refer to Status and Attributes for the /DISPLAY Command.
For DBCTL, this command displays the status of BMP programs, DEDB utilities, and CCTL PSBs. Because DBCTL has no knowledge of CICS programs, their status is not displayed.
An example of using the /DISPLAY PROGRAM command is shown in Example for /DISPLAY PROGRAM Command.
/DISPLAY PSB displays the status of PSBs, which transactions these PSBs are processing, any routing code associated with the transactions, the databases being accessed, and the type of access. This keyword can be used only if Fast Path is installed.
For HSSP PSBs, the letter H is appended to the access intent under the ACCESS heading.
For DBCTL, the status of CCTL PSBs is displayed.
An example of using the /DISPLAY PSB command is shown in Example for /DISPLAY PSB Command.
/DISPLAY PTERM can be specified without an associated LINE keyword on /DISPLAY when PTERM is used with the special "attribute" parameter. Physical terminals are selected for display based on the attribute or attributes specified. The attribute display format is the same as the standard LINE/PTERM display. Attributes usually correspond to the conditions displayed for line/physical terminals.
An example of using the /DISPLAY PTERM command is shown in Example for /DISPLAY PTERM Command.
The attributes that can be specified with the PTERM keyword are listed in Table 52. For example, /DISPLAY PTERM TRACE displays all physical terminals that are currently being traced.
COMPINOP | CONVACT1 |
CONVHLD2 | EXCL |
INOP | LOCK |
LOOPTEST | MFSTEST |
NOIN | NOOUT |
NOQUEUE | NOTOPEN |
PAGE | PRST |
PSTOPPED | PUR |
RESP | RESPINP |
SIGN | STOPPED |
TEST | TKOTRA |
TRA | |
Notes:
|
/DISPLAY Q displays the message queues according to classes and priority levels.
This keyword is only valid in a shared-queues environment.
Combinations of the CLASS, PRIORITY, and TRANSACTION keywords allow classes, priority levels within classes, transactions within priority levels, and message counts to be displayed on an as-needed basis.
Examples of using the /DISPLAY Q command are shown in:
/DISPLAY QCNT displays global queue information for the specified resource type. The resource type can be APPC, BALGRP, LTERM, OTMA, REMOTE, or TRANSACTION. This command displays all the queues for the resource type with at least one message whose message age is greater than the message age value specified.
|The following list describes the resource types allowed: |
|For messages that are placed on the shared queues using a side |information entry name, the side information entry name is returned |in the LUNAME field and the character string, DFSSIDE, is returned |in the TPNAME field.
|If you specify MSGAGE 0, all resources (queues) are displayed.
|Recommendation: When you issue this command, IMS reads every message for the resource type. To minimize the performance impact, issue this command only when necessary.
This command is valid only in a shared-queues environment.
The output from the /DISPLAY QCNT command contains the following information:
|If the output is the result of a /DISPLAY QCNT APPC MSGAGE or a /DISPLAY QCNT OTMA MSGAGE command, the value displayed for the queue name is the character |string 'TMSTMP' followed by the IMSID (or the |first seven bytes of the RSENAME if XRF capable) of the IMS to which |the output messages have affinity.
Note: The timestamp is the time when the |message is put on the Shared Queues by CQS. These timestamps can |be used to select records from the CQS log or the IMS log. Because |this is a CQS generated timestamp, it may not correspond to the timestamp |for the same message on the IMS log as logging a message in IMS |and logging the same message in CQS are separate events.
Examples of using the /DISPLAY QCNT command are shown in Example for /DISPLAY QCNT Command.
|The /DISPLAY RECOVERY command displays the recovery process in progress. It also displays |the list of database data sets and areas being recovered by an online database |recovery service. The database data sets and areas are displayed as part of a recovery list, |which is a set of database data sets, areas, or both processed by an online |database recovery service in a single recovery instance. The /DISPLAY RECOVERY command also shows the status of one or all of the recovery |lists that exist.
If an online database recovery service is executing in an IMS DB/DC control region, the /DISPLAY RECOVERY command can be issued from LTERMs, automated operator (AO) application programs, the IMS Master Terminal (MTO), or the MVS master console and secondary console.
If an online database recovery service is running in an IMS DBCTL region, the /DISPLAY RECOVERY command can be issued by programs using the IMS DBCTL AOI or the MVS master console and secondary console.
Examples of using the /DISPLAY RECOVERY command are shown in:
The /DISPLAY RECOVERY command output is divided into three sections.
This section displays the status of one or more recovery lists. The status includes the following information:
This section displays status of the recovery in progress, if there is one. The section is omitted if no recovery is in progress. The status includes the following information:
This section displays the list of database data sets and areas in the given recovery list. The status includes the following information:
/DISPLAY RTCODE displays the status of Fast Path routing codes, the PSB using the routing code, and the region, if any.
An example of using the /DISPLAY RTCODE command is shown in Example for /DISPLAY RTCODE Command.
/DISPLAY SHUTDOWN STATUS displays system activity during a shutdown type of checkpoint. When issuing the /DISPLAY SHUTDOWN STATUS command from a specific environment (such as DBCTL), only the information that is valid for that environment is displayed. For example, in a DBCTL environment, only the number of IMS threads is displayed.
In an LU 6.2 environment, the /DISPLAY SHUTDOWN STATUS command indicates the dependent regions that have active CPI Communications driven transaction programs. These regions must be terminated prior to shutdown completion. In addition, the command also displays LU 6.2 conversations that hang the shutdown processing.
In a shared-queues environment, the /DISPLAY SHUTDOWN STATUS command displays the CQS job name that needs to be restarted if IMS shutdown hangs because CQS is inactive.
If a /DISPLAY SHUTDOWN STATUS command is issued while a database is being recovered with the Online Recovery Services, the response DB RECOVERY IN PROGRESS will be returned in addition to the other responses.
Examples of using the /DISPLAY SHUTDOWN STATUS command are shown in
The status displayed when the /DISPLAY SHUTDOWN STATUS command is issued can include the following:
For DBCTL, a count of active CCTL threads is included.
INPUT IN PROCESS OUTPUT IN PROCESS AWAITING RESPONSE XX MSGS IN QUEUE
If there is no terminal activity, the status can be one of the following:
NO INPUTTING LINES NO OUTPUTTING LINES
PRIMARY MSTR SECOND MSTR ACTIVE , MESSAGES WAITING SYS CONSOLE
ACTIVE indicates the terminal is in the following states:
OPERABLE ALLOWING INPUT ALLOWING OUTPUT NOT STOPPED FOR QUEUEING NOT LOCKED NOT IN TEST MODE
MESSAGES WAITING indicates that there are system messages (Q3) waiting to be sent, thus preventing shutdown from completing.
BMP MSG TP MSG FP
If status of a line or link shows input or output in progress and immediate shutdown is desired, the /IDLE command can be used.
One of the following commands can be used to close the VTAM node:
The /STOP DC or /CHECKPOINT(other than simple checkpoint) command can be issued to close the VTAM ACB.
If a checkpoint purge is in progress and messages are in the output queues, an orderly shutdown can be initiated by entering the /CLSDST or /STOP command. This allows termination after the next output message is sent, but might be insufficient for display terminals or terminals in input mode. If a node is hung, the following can be done:
If any messages are queued for PTERM1 (system console) or the master terminal, they must be requested and received before the purge will complete. /STOP and /IDLE are ineffective against these terminals. When using ISC parallel sessions, one line of information is displayed for each applicable session of the node. The user name is also displayed.
/DISPLAY STATUS (with no keywords) displays the IMS resources that are in the states listed in Table 53. /DISPLAY STATUS displays only conditions that require operator intervention. Status definitions are shown in Status and Attributes for the /DISPLAY Command.
Resource | State |
---|---|
CLASS | STOPPED |
DATABASE | ALLOCF, BACKOUT, EEQE, INQONLY, LOCK, NOTINIT, NOTOPEN |
DATABASE ADS | PRE-OPEN FAILED, SEVERE-ERROR, UNAVAILABLE, COPY-PHASE, FORMAT-PHASE |
DATABASE AREA | RECOVERY NEEDED, STOPPED |
LINE | IDLE, NOIN, NOOUT, NOQUEUE, NOTOPEN, PSTOPPED, PUR, RESP, RESP-INP, STOPPED |
LINK | ACTV, COLD, ERE, IDLE, NOTIDLE-A, NOTIDLE-B, NOTIDLE-Cxx, NOTOPEN, NRE, N/A, PSTOPPED |
LTERM/MSNAME | LOCK, PSTOPPED, PUR, QERROR, QLOCK, STOPPED |
LUNAME | STO, STO-INP, STO-OUTP |
NODE | CLSDST, CONV-HLD, C1INOP, C2INOP, C3INOP, C4INOP, DEACTIVATED, DISCONNECTED, FORCE, INOP, LOCK, LOST, OPNDST, QUIESCED, RESP, RESP-INP, RESYNC, SHUT, STOPPED |
PROGRAM | DB-STOPD, I/O PREVENT, LOCK, NOTINIT, STOPPED |
PTERM | COMPINOP, CONV-HLD, EXCL, INOP, LOCK, LOOPTEST, NOIN, NOTOPEN, NOOUT, NOQUEUE, PSTOPPED, PUR, RESP, RESP-INP, STOPPED, TEST |
RTCODE | STOPPED |
TMEMBER | STO |
TRAN | LOCK, PSTOPPED, PUR, QERROR, SPND, STOPPED, USTOPPED |
USER | CONV-HLD, DEADQ, RESP, RESP-INP, STOPPED |
Any combination of the indicated keywords can be used to display the associated resources. If no exceptional conditions are found for any of the resources specified by the individual keywords, STATUS UNRESTRICTED is displayed.
For Fast Path databases, the /DISPLAY STATUS DATABASE command shows the area and ADS exceptions as well as the database status. Each area with exceptions is displayed on a separate line after the database line. Each ADS with exceptions is displayed on a separate line after the area line.
The /DISPLAY STATUS USER command provides the status of a user. The ALLOC status is followed by the nodename to which the user is allocated or signed onto in parenthesis.
In an IMSplex, if NODE, LTERM, or USER is specified with the /DISPLAY STATUS command, it will result in extensive accesses to the Resource Manager for global information, and their use should be carefully considered.
In a DBCTL environment, /DISPLAY STATUS with no keywords only displays database and program information.
In a DCCTL environment, /DISPLAY STATUS with no keywords does not display database information.
For /DISPLAY STATUS TRANSACTION, DFSCPIC is displayed as the PSB name for CPI Communications driven transactions that have not issued a DL/I APSB call to allocate a PSB.
For a DB/DC RSR tracking subsystem, /DISPLAY STATUS with no keywords only displays DATABASE, LINE, LTERM, NODE, PTERM, and USER information.
The /DISPLAY STATUS DATABASE and /DISPLAY STATUS commands show the status of online forward recovery (OFR) for those databases in an RSR tracking subsystem that have OFR in progress.
/DISPLAY STATUS LUNAME can indicate that a command such as /STO LUNAME ALL INPUT or /STO LUNAME ALL OUTPUT was entered before the /DISPLAY that applies to all future LU 6.2 inbound or outbound conversations.
/DISPLAY STATUS TMEMBER displays the IMS Open Transaction Manager Access (OTMA) transaction pipes that are stopped. If a transaction pipe is not stopped, its status is UNRESTRICTED. An example of using the /DISPLAY STATUS TMEMBER command is shown in Example 5 for /DISPLAY STATUS Command.
/DISPLAY STRUCTURE displays the status of one or more coupling facility list queue structures used by IMS. This command displays the queue structure name, type, and status.
The status conditions that can be displayed are:
This command is only valid in a shared-queues environment.
An example of using the /DISPLAY STRUCTURE command is shown in Example for /DISPLAY STRUCTURE Command.
/DISPLAY SUBSYS is used to display information about an external subsystem. (The external subsystem is not a CCTL subsystem.) When used without the OASN keyword, the SUBSYS keyword displays the status of the connection between IMS and the external subsystem (not CCTL), as well as all application programs communicating with the external subsystem (not CCTL). The OASN keyword is used with the SUBSYS keyword to display all OASNs associated with the specified external subsystem. (The external subsystem is not a CCTL subsystem.) For more information, see /DISPLAY OASN SUBSYS.
Examples of using the /DISPLAY SUBSYS command are shown in:
For status terms for the connection between IMS and the external subsystem, see Subsystem Status Terms. For status terms for the connection between an IMS application program and the external subsystem, see Dependent Region Status Terms.
Subsystem status terms can be generated by the /DISPLAY SUBSYS command. Dependent region status terms can be generated by the /DISPLAY SUBSYS or /DISPLAY ACTIVE command.
The command recognition character will also be displayed for the external subsystem.
The absence of a PSB name for a thread An a connection to the external subsystem exists but an application program is not currently occupying the region. The presence or absence of an LTERM name indicates whether or not a region is message driven.
The /DISPLAY SYSID TRANSACTION command displays the IDs of the local and remote systems associated with the transaction. Values displayed for the local and remote IDs can range from 1 to 2036.
An example of using the /DISPLAY SYSID TRANSACTION command is shown in Example for /DISPLAY SYSID Command.
The /DISPLAY TIMEOVER command displays all nodes that have been waiting for a VTAM response for a longer time than specified in the /TRACE SET ON TIMEOUT command.
An example of using the /DISPLAY TIMEOVER command is shown in Example for /DISPLAY TIMEOVER Command.
If no nodes are found that have been waiting longer than time# minutes, then the message NO NODE WITH TIMEOVER time# FOUND is displayed. An error message is displayed and the command is rejected if the timeout trace facility failed during IMS initialization. User names are displayed for ISC nodes, but non-ISC nodes show N/A.
The /DISPLAY TMEMBER command displays the current transaction member status for IMS Open Transaction Manager Access (OTMA) clients and servers. This command displays the following:
When you issue /DISPLAY TMEMBER ALL, the server is always the first member displayed.
The status can be one of the following:
If the server leaves the XCF group (for example, because of a /STOP OTMA command), then the XCF status is displayed as NOT DEFINED.
The status can be one of the following:
either SERVER or ACCEPT TRAFFIC.
The security status can be one of the following:
NONE CHECK FULL PROFILE
See /SECURE for more information on the security status.
This command also displays transaction pipe status for each member, including:
This command shows one of the following for the status of a transaction pipe:
Examples of using the /DISPLAY TMEMBER command are shown in:
This keyword is only valid in a shared-queues environment.
/DISPLAY TRACE displays the status and options of the current IMS traces. TRACE must be followed by one or more keywords or by the ALL parameter. There is no default.
Examples of using the /DISPLAY TRACE command are shown in:
This command can display the following information:
In a DCCTL system, ALL displays only DC-related traces. It does not show DB-related traces such as OSAMGTF or PI.
For a DB/DC RSR tracking subsystem, ALL displays only LINE, NODE, PSB, TABLE, and TRAP information.
The display shows which external data set is active and whether the OLDS is being traced for trace logging. The command also indicates if XTRC is usable and the status of the XTRC data sets.
LRDI | LRTR | TR62 | TRVT |
LRIN | PRCH | TRBT | |
LRLT | PRIS | TROT |
The display indicates the status of each exit entry point. If the status is ON, the trace is active for the selected entry point. If the status is OFF, the trace is inactive for the selected entry point. If the status is N/A, the specified DFSMSCE0 trace entry point does not exist in the IMS.
For a DL/I trace, the volume level is displayed in the subcategories.
For an RSR tracking subsystem, TABLE does not show information about the LUMI, QMGR, RETR, SCHD, SQTT, or SUBS table traces.
In an IMSplex, the OCMD, RM, and SCI table traces are included in the table traces displayed.
In an RSR complex, /DISPLAY TRACKING STATUS displays the status of a tracking subsystem. /DISPLAY TRACKING STATUS is valid on active and RSR tracking subsystems.
Examples of using the /DISPLAY TRACKING STATUS command are shown in:
/DISPLAY TRACKING STATUS on an active subsystem displays the following:
/DISPLAY TRACKING STATUS on an active subsystem shows the following information:
At each OLDS switch, the logger no longer attempts to establish a conversation with the log router. Logs are no longer sent to the tracking subsystem. A /START SERVGRP command is required to undo the STOPPED condition.
This field applies only if the conversation status is SENDING LOGS.Otherwise, N/A is displayed.
At each OLDS switch, the logger will attempt to establish a conversation with the log router until it is successful. A /START SERVGRP command can be issued to cause the logger to attempt to establish a conversation with the log router before the next OLDS switch.
When issued on a tracking subsystem, /DISPLAY TRACKING STATUS displays the following:
/DISPLAY TRACKING STATUS shows the same information for an IMS DB/DC tracking subsystem or a DBCTL tracking subsystem.
/DISPLAY TRACKING STATUS on a tracker shows the following information:
For example, a status of INACTIVE appears if the active subsystems have shut down and the tracking subsystem has completed its tracking work.
If the active subsystems are XRF-capable, the subsystem name displayed includes a hyphen and the one-character HSBID.
Example: The XRF alternate for IMSA would be displayed as IMSA-2.
If the gap information is not known to the tracking subsystem, the PRILOG token associated with the gap is displayed as "MISSING LOG, PRILOG TOKEN=". The following gap information is displayed:
In an XRF environment, the NAME is the RSENAME rather than the IMSID.
The /DISPLAY TRANSACTION command displays the class, priorities, queue counts, the number and size of output segments for a specified transaction code, and the number of regions the transaction is currently scheduled in, all on the first line. The next two indented lines show the PSB name associated with the transaction and the status. DFSCPIC is displayed as PSB name for CPI Communications driven transactions that have not issued a DL/I APSB call to allocate a PSB. Fast Path exclusive transaction codes only have the transaction code and class displayed. The queue counts are not shown because Fast Path processing bypasses the IMS message queues.
IMS Open Transaction Manager Access (OTMA) supports an architected format for the output from the /DISPLAY TRANSACTION command. The architected output is returned to the OTMA client, not to an IMS operator. See .
The TRANSACTION keyword parameter can be generic.
The status displayed can be one of the following:
BAL
DYNAMIC
I/O PREV
LOCK
PSTOP
PUR
QERR
SPND
STOP
TRA
USTOP
for an explanation of the status.
/DISPLAY TRANSACTION also displays I/O prevention when a BMP program containing GSAM cannot complete scheduling.
Examples of using /DISPLAY TRANSACTION are shown in Example 1 for /DISPLAY TRANSACTION Command and Example 2 for /DISPLAY TRANSACTION Command.
IMS does not check that the specified name is a valid transaction in the IMS subsystem on which the command is entered.
The command /DISPLAY TRAN ALL QCNT displays all of the transactions on the shared queues with a global queue count. /DISPLAY TRAN ALL QCNT also displays an AFFINITY column which gives the IMS SYSID for transactions which have an affinity for a particular IMS system. This is valuable information particularly when there are multiple output lines for the same transaction name. See Example 4 for /DISPLAY TRANSACTION Command.
This keyword is only valid in a shared-queues environment.
The /DISPLAY UOR command displays status information about IMS units of recovery (UORs) for protected resources on the RRS/MVS recovery platform.
If you specify the six-byte pseudo-token of the protected UOR (the prtkn), this command displays information about the requested UOR.
The output from the /DISPLAY UOR command consists of the following:
The /DISPLAY USER command displays all the USER structures and USERIDs that match the parameter or attribute specified.
The USER parameter can be generic when the generic parameter specifies users that already exist.
The following information is displayed:
For non-ISC static users, queue counts are displayed as N/A, since non-ISC static users are not associated with queues.
USERIDs signed onto static nodes can only be used as parameters with the /DISPLAY USER command and the /SIGN ON command. USERIDs cannot be used as parameters with other commands that support the USER keyword.
"Attributes" are reserved parameters for the /DISPLAY USER command and cannot be used to name users. Any one attribute can be used with the USER keyword. Users are selected for display based on the attribute or attributes specified. The attribute display format is the same as the standard USER display. Attributes usually correspond to the conditions displayed for users.
Following is a list of the attributes that can be specified with the USER keyword:
Explanations of the attributes can be found in Status and Attributes for the /DISPLAY Command.
The ALLOC status is followed by the nodename (in parentheses) to which the user is allocated or signed on to.
The use of DEADQ with the /DISPLAY USER command shows all users that have queues marked as dead letter queues. When all the messages are purged by the /DEQUEUE command, the DEADQ status is removed. After all the messages have been purged and the status removed, then the user structure is deleted at the next simple checkpoint.
Examples of using the /DISPLAY USER command are shown in:
IMS does not check if the specified name is a valid LTERM in the IMS subsystem on which the command is entered.
This command does not display queue counts for Fast Path output messages for the NODE unless EMHQ and QCNT are specified.
This keyword is only valid in a shared-queues environment.
The IMS ID (RSEname if an XRF system) of the IMS system that currently owns this resource. If the resource is not currently owned, this field will be displayed as NONE.
The scope of recovery for a resource, and from where the end-user significant status is maintained and recovered.
The following status are end-user significant status for nodes and users.
These are status that frequently change for a resource, and thus there are performance considerations related to maintaining end-user significant status. The installation can tell IMS how to recover end-user significant status by specifying the level of recovery for each status. Shown for each resource is the level of recovery for each end-user significant status.
The following are examples of the /DISPLAY command.
The following are examples of the /DISPLAY ACTIVE command.
Entry ET:
/DISPLAY ACTIVE
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS MSGRGN TP NONE BATCHREG BMP NONE FPRGN FP NONE DBTRGN DBT NONE 1 IMSMPP0 TPE DSN8PS DSN8IP13 1, 3 BATCHREG BMP NONE FPRGN FP NONE DBR3CTA3 DBRC DLI3CTA3 DLS VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 4 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *89041/163619*
Entry ET:
/DISPLAY A
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 1 I3YMPP TP WAITING 4, 1, 2, 3 BATCHREG BMP NONE FPRGN FP NONE DBRC DBRC VTAM ACB CLOSED LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 *89041/100117*
Entry ET:
/DISPLAY A
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 2 I431MPP TP SKS7 DFSDDLT7 1, 3, 6, 7 3 IMS1BMP BMP REGION SIS04P01 1 I431IFP FPM TXCDRN07 DDLTRN07 R3 DBRC VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN - 2 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *89041/144425* DFSRSENM ACTIVE
Explanation: The system is XRF capable so the date time stamp includes the RSE name and system indicator.
Entry ET:
/DISPLAY A
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 1 I431MPP TP TXCDRN18 DDLTRN18 WAIT-INPUT 1, 3, 6, 7 BATCHREG BMP NONE 2 I431IFP FPM NO MSG. DDLTRN07 R3 DBRC VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINE ACTIVE-IN - 0 ACTIV-OUT - 0 *89041/132348* DFSRSENM ACTIVE
Explanation: Transaction TXCDRN18 is waiting for an input message. Program DDLTRN07 currently has no messages to process. Region 1 is in WAIT-FOR-INPUT (WFI) mode.
Entry ET:
/DISPLAY A
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 2 I431MPP TP SKS7 DFSDDLT7 WAIT-MESSAGE 1, 3, 6, 7 3 IMS1BMP BMP REGION SIS04P01 1 I431IFP FPM TXCDRN07 DDLTRN07 R3 DBRC VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN - 2 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *89041/144425* DFSRSENM ACTIVE
Explanation: Transaction SKS7 is waiting for an input message. Program DFSDDLT7 currently has no messages to process. Region 2 is in Pseudo Wait-For-Input (PWFI) mode.
Entry ET:
/DISPLAY A
Response ET:
** SUBSYSTEM NAME ** SYS3 REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 2 I431MPP TP SKS7 DFSDDLT7 WAIT-MESSAGE 1,3,6,7 3 IMS1BMP BMP REGION SIS04P01 1 I431IFP FPM TXCDRN07 DDLTRN07 R3 DBRC VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN- 2 ACTIV-OUT- 0 NODE ACTIVE-IN- 0 ACTIV-OUT- 0 LINK ACTIVE-IN- 0 ACTIV-OUT- 0 *89041/144425* DFSRSENM ACTIVE
Explanation: Transaction SKS7 is waiting for an input message. Program DFSDDLT7 currently has no messages to process. Region 2 is in Pseudo Wait-For-Input (WPFI) mode.
Entry ET:
/DISPLAY ACTIVE
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 1 IMSMPPA TPI TPN1 DFSCPIC WAIT-BLOCKMOVER 20, 22, 24, 26 2 IMSMPPB TPI TPN2 DFSCPIC 21, 23, 25, 22 3 IMSMPPC TP TPN3 SAAPSB1 28, 29, 24, 23 4 IMSMPPD TPI TPN4 DFSCPIC WAIT-SYNCPOINT 14, 15, 16, 17 4 IMSMPPE TP TRAN1 LU2PGMA WAIT-INPUT 2, 4, 6, 8 5 IMSMPPF TP TRAN2 LU2PGMB 1, 3, 5, 7 VTAM ACB OPEN / APPC LUNAME=IMSLUNME ENABLED -LOGONS ENABLED LINE ACTIVE-IN - 2 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *90332/114253*
Entry ET:
/DISPLAY ACTIVE
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS MSGRGN TP NONE BATCHREG BMP NONE FPRGN FP NONE DBTRGN DBT NONE DBRSCHA5 DBRC DLISCHA5 DLS VTAM ACB OPEN -LOGONS DISABLED IMSLU=N/A.N/A APPC STATUS=DISABLED TIMEOUT= 0 APPLID=APPL8 USERVAR=IMS1 LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *95080/183050* DFSRSENM ACTIVE
Explanation: The IMS subsystem is both XRF-capable and RSR-capable.
Entry ET:
/DISPLAY ACTIVE
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS 1 IMSMPPA TP WAITING 4, 1, 2 2 IMS1BMP BMP REGION SIS04P01 WAIT-AOI 4 IMS2BMP BMP REGION SIS04P02 WAIT-AOI 3 I510MPP TP WAIT-EPCB POOL 8, 8, 8, 8 2 IMS3BMP BMP WAIT-EPCB POOL FPRGN FP NONE DBRC DBRC VTAM ACB CLOSED LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 *96280/095345*
Entry ET:
/DISPLAY ACTIVE DC
Response ET:
VTAM STATUS AND ACTIVE DC COUNTS VTAM ACB OPEN -LOGONS ENABLED LINE ACTIVE-IN - 1 ACTIV-OUT - 0 NODE ACTIVE-IN - 1 ACTIV-OUT - 0 LINK ACTIVE-IN - 1 ACTIV-OUT - 0 *89041/110704*
Entry ET:
/DISPLAY ACTIVE DC
Response ET:
VTAM STATUS AND ACTIVE DC COUNTS VTAM ACB OPEN -LOGONS ENABLED IMSLU=SYS1.IMSLUNME STATUS=ENABLED APPLID=APPL8 USERVAR=IMS1 LINE ACTIVE-IN - 2 ACTIV-OUT - 0 NODE ACTIVE-IN - 0 ACTIV-OUT - 0 LINK ACTIVE-IN - 0 ACTIV-OUT - 0 *92232/114253*| | |
Entry ET: |
|/DISPLAY ACTIVE DC|
Response ET: |
|VTAM STATUS AND ACTIVE DC COUNTS |VTAM ACB CLOSED -APPLID ACB |VTAM ACB OPEN -LOGONS ENABLED -MNPS ACB |IMSLU=N/A.N/A APPC STATUS=DISABLED TIMEOUT= 0 |OTMA GROUP=N/A STATUS=NOTACTIVE |APPC/OTMA SHARED QUEUE STATUS - LOCAL=INACTIVE GLOBAL=INACTIVE |APPC/OTMA RRS MAX TCBS - 2 ATTACHED TCBS - QUEUED SENDS - 0 N |APPLID=APPL8 GRSNAME= STATUS=DISABLED MNPS=APPL1 |LINE ACTIVE-IN - 1 ACTIV-OUT - 0 |NODE ACTIVE-IN - 0 ACTIV-OUT - 0 |LINK ACTIVE-IN - 0 ACTIV-OUT - 0 |*03069/143346* DFSRSENM ACTIVE|
|Explanation: An XRF system is using MNPS. The MNPS |ACB is APPL1 which is open and is accepting logons. The APPLID ACB |is APPL8, but it is closed.|
Entry ET:
/DISPLAY ACTIVE REGION
Response ET:
REGID JOBNAME TYPE TRAN/STEP PROGRAM STATUS CLASS MSGRGN TP NONE BATCHREG BMP NONE FPRGN FP NONE DBRGCTAN DBRC NONE *89041/102934*
Entry ET:
/DISPLAY AFFIN NODE NDSLU2A1
Response ET:
NODE APPLID NDSLU2A1 APPL9 *97098/162106*
Explanation: The node has an affinity for APPL ID APPL9.
Entry ET:
/DISPLAY AFFIN NODE LU37722
Response ET:
NODE APPLID LU37722 N/A *97098/162156*
Explanation: The node has no affinities.
Entry ET:
/DISPLAY AOITOKEN
Response ET:
AOITOKEN ENQCT QCT SEGS W-REGID AOITOKN1 4 2 12 NONE AOITOKN2 0 0 0 2,4 AOITOKN3 1 0 0 NONE AOITOKN4 1000000000 1000000000 2147483647 NONE *92280/095345*
Entry ET:
/DISPLAY APPC
Response ET:
IMSLU #APPC-CONV SECURITY STATUS DESIRED IMSLUNME 0 FULL ENABLED ENABLED *90347/114253*
Entry ET:
/DISPLAY APPC
Response ET:
IMSLU #APPC-CONV SECURITY STATUS DESIRED IMSLUNME 0 FULL DISABLED ENABLED *90347/114253*
Entry ET: /DISPLAY APPC Response ET: IMSLU #APPC-CONV SECURITY STATUS DESIRED SYS1.IMSLUNME 0 FULL STOPPED STOPPED *92232/114253*
The following are examples of the /DISPLAY AREA command.
Entry ET:
/DIS AREA db21ar1 db21ar3 db21ar6 IOVF
Response ET:
AREANAME EQECT TOTAL UNUSED TOTAL UNUSED DBNAME EEQECT CONDITIONS DDNAME REMAIN SEQ DEPENDENT DIR ADDRESSABLE DB21AR1 N/A 13 11 74 74-CI DEDBJN21 999 VIR, PREO, PREL DB21AR1 10 N/A N/A N/A N/A N/A DB21AR1B 10 N/A N/A N/A N/A N/A DB21AR1C 10 N/A N/A N/A N/A N/A DB21AR3 N/A 13 11 74 56-CI DEDBJN21 PREO DB21AR3 10 N/A N/A N/A N/A N/A DB21AR3B 10 N/A N/A N/A N/A N/A DB21AR6 N/A 17 15 74 56-CI DEDBJN21 DB21AR6 10 N/A N/A N/A N/A N/A *93076/173254*
Explanation: DIR ADDRESSABLE means Independent Overflow part.
Entry ET:
/DIS AREA ALL
Response ET:
AREANAME EQECT TOTAL UNUSED TOTAL UNUSED DBNAME EEQECT CONDITIONS DDNAME REMAIN SEQ DEPENDENT DIR ADDRESSABLE DB21AR0 N/A 17 15 74 N/A DEDBJN21 999 VIR, PREO, PREL DB21AR0 10 N/A N/A N/A N/A N/A DB21AR1 N/A 13 11 74 N/A DEDBJN21 VIR, PREO DB21AR1 10 N/A N/A N/A N/A N/A DB21AR1B 10 N/A N/A N/A N/A N/A DB21AR1C 10 N/A N/A N/A N/A N/A DB21AR10 N/A 17 15 74 N/A DEDBJN21 VIR, PREO, PREL DB21AR10 10 N/A N/A N/A N/A N/A DB21AR11 N/A 133 131 74 N/A DEDBJN21 VIR DB21AR11 10 N/A N/A N/A N/A N/A DB21AR2 N/A 19 17 74 0-UW DEDBJN21 VIR, PREO, PREL UTILITY: HSRE PVTTOT# 45 PVTAVL# 15 DB21AR2 10 N/A N/A N/A N/A N/A DB21AR3 N/A 13 11 74 N/A DEDBJN21 PREO DB21AR3 10 N/A N/A N/A N/A N/A DB21AR3B 10 N/A N/A N/A N/A N/A DB21AR4 N/A N/A N/A N/A N/A DEDBJN21 STOPPED, NOTOPEN DB21AR5 N/A N/A N/A N/A N/A DEDBJN21 STOPPED, NOTOPEN DB21AR6 N/A N/A N/A N/A N/A DEDBJN21 STOPPED, NOTOPEN DB21AR7 N/A N/A N/A N/A N/A DEDBJN21 NOTOPEN DB21AR8 N/A N/A N/A N/A N/A DEDBJN21 NOTOPEN DB21AR9 N/A N/A N/A N/A N/A DEDBJN21 NOTOPEN *93076/173254*
Explanation: DIR ADDRESSABLE means Independent Overflow part.
Entry ET:
/DIS AREA db11ar4
Response ET:
AREANAME EQECT TOTAL UNUSED TOTAL UNUSED DBNAME EQECT CONDITIONS DDNAME REMAIN SEQ DEPENDENT DIR ADDRESSABLE DB21AR4 N/A N/A N/A N/A N/A DEDBJN21 999 STOPPED, NOTOPEN, RECOVERY *97136/173254*
Explanation: RECOVERY means this Fast Path area is undergoing recovery with the Online Recovery Service.
| | |Entry ET: |
|/DIS AREA DB21AR0|
Response ET: |
|DFS000I AREANAME EQECT TOTAL UNUSED TOTAL UNUSED DBNAME EEQECT CONDITIONS SYS3 |DFS000I DDNAME REMAIN SEQ DEPENDENT DIR ADDRESSABLE SYS3 |DFS000I DB21AR0 N/A 29 28 74 0-UW DEDBJN21 0 VIR, PREO, PREL SYS3 |DFS000I UTILITY: HSSP PVTTOT# 45 PVTAVL# 30 IMSID: IMS2 SYS3 |DFS000I DB21AR01 10 N/A N/A N/A N/A N/A SYS3 |DFS000I DB21AR02 10 N/A N/A N/A N/A N/A SYS3 |DFS000I DB21AR03 10 N/A N/A N/A N/A N/A SYS3|
Explanation: The IMS Fast Path utility, HSSP, is active on IMSID=IMS2.
The following are examples of the /DISPLAY ASSIGNMENT command.
Entry ET:
/DISPLAY ASSIGNMENT LINE 2 PTERM ALL
Response ET:
TERMINAL 2- 1 IN - L2740S2 OUT - L2740S1, L2740S2 *90295/130910*
Entry ET:
/DISPLAY ASSIGNMENT LINE 4 PTERM 1, 2
Response ET:
TERMINAL 4- 1 IN - L2740SM1 OUT- L2740SM1 4- 2 IN - L2740SM2 OUT- L2740SM2 *90295/130328*
Entry ET:
/DISPLAY ASSIGNMENT LINK ALL
Response ET:
LINK PLINK SIDR SIDL MSNAME 1 BLCB1CTC 1 4 SYSTEM2A 1 5 SYSTEM2B 3 6 FRESNO 2 BLCB2BSC 21 23 BOSTON 22 24 ALBANY 3 BLCB1MTM 19 20 TEST1 *90280/072935*
Entry ET:
/DISPLAY ASSIGNMENT LTERM DIALQ1 INQUIRY1 L2740S1 MASTER WTOR
Response ET:
LTERM IN-TERMINAL OUT-TERMINAL USER DIALQ1 11- 1 11- 1 INQUIRY1 5- 1 5- 1 L2740S1 3- 1 3- 1 MASTER 3- 1 3- 1 WTOR 1- SC 1- SC *90295/130657*
Entry ET:
/DISPLAY ASMT LTERM L1 L2 L3
Response ET:
LTERM IN-TERMINAL OUT-TERMINAL USER L1 14- 1 14- 1 L2 NODEA -1 NODEA -1 A L3 N/A -1 N/A -1 B *90231/143059*
Entry ET:
/DISPLAY ASSIGNMENT LTERM ALL
Response ET:
LTERM IN-TERMINAL OUT-TERMINAL USER CRDPUNCH 14- 1 14- 1 DIALQ1 11- 1 11- 1 DIALQ2 12- 1 12- 1 DIALQ3 13- 1 13- 1 INQUIRY1 5- 1 5- 1 INQUIRY2 6- 1 6- 1 INQUIRY3 7- 1 7- 1 INQUIRY4 8- 1 8- 1 INQUIRY5 9- 1 9- 1 INQUIRY6 10- 1 10- 1 L2740SM1 4- 1 4- 1 L2740SM2 4- 2 4- 2 L2740S1 3- 1 3- 1 L2740S2 2- 1 2- 1 MASTER 3- 1 3- 1 PTPPUNCH 14- 1 14- 1 WS12DS WS12- 1 WS12- 1 WTOR 1- SC 1- SC *90295/160953*
Entry ET:
/DISPLAY ASSIGNMENT LTERM ALL
Response ET:
LTERM IN-TERMINAL OUT-TERMINAL USER CRDPUNCH 14- 1 14- 1 DIALQ1 11- 1 11- 1 DIALQ2 12- 1 12- 1 DIALQ3 13- 1 13- 1 INQUIRY1 5- 1 5- 1 INQUIRY2 6- 1 6- 1 INQUIRY3 7- 1 7- 1 INQUIRY4 8- 1 8- 1 INQUIRY5 9- 1 9- 1 INQUIRY6 10- 1 10- 1 L2740SM1 4- 1 4- 1 L2740SM2 4- 2 4- 2 L2740S1 3- 1 3- 1 L2740S2 2- 1 2- 1 MASTER 3- 1 3- 1 PTPPUNCH 14- 1 14- 1 WS12DS WS12- 1 WS12- 1 WTOR 1- SC 1- SC *90295/160953*
Entry ET:
/DISPLAY ASSIGNMENT MSNAME ALL
Response ET:
LINK PLINK SIDR SIDL MSNAME IMS1 N/A 32 3 LINK23B4 IMS1 10 PLNK12V 20 10 LINK12V1 IMS1 N/A 35 3 LINK23U2 IMS1 N/A 28 3 ELINK211 IMS1 1 PLNK12V 31 11 LINK13B3 IMS1 10 PLNK12V 266 2036 LINK13V IMS1 10 PLNK12V 256 1012 LINK12V IMS1 2 PLNK12C 33 13 LINK13C2 IMS1 10 PLNK12V 80 300 LINK13X IMS1 11 PLNK12V 40 9 LINK12V2 IMS1 3 PLNK12M 34 14 LINK13M2 IMS1 12 PLNK13V 38 18 LINK13V2 IMS1 7 N/A 43 44 ELINK124 IMS1 N/A 36 3 LINK23V1 IMS1 1 PLNK12V 21 11 LINK12B1 IMS1 1 PLNK12V 22 12 LINK12B2 IMS1 10 PLNK12V 90 500 LINK12Y IMS1 5 N/A 26 16 ELINK120 IMS1 1 PLNK12V 32 12 LINK13B4 IMS1 N/A 8 3 LINK21V3 IMS1 6 N/A 51 41 ELINK1MS IMS1 3 PLNK12M 24 14 LINK12M1 IMS1 N/A 266 3 LINK23V IMS1 4 N/A 35 15 LINK13U2 IMS1 N/A 31 3 LINK23B3 IMS1 N/A 43 3 ELINK224 IMS1 N/A 80 3 LINK23X IMS1 N/A 37 3 LINK23V2 IMS1 6 N/A 27 17 ELINK121 IMS1 N/A 33 3 LINK23C2 IMS1 4 N/A 25 15 LINK12U1 IMS1 N/A 34 3 LINK23M2 IMS1 5 N/A 29 19 ELINK122 IMS1 N/A 29 3 ELINK222 IMS1 2 PLNK12C 23 13 LINK12C1 IMS1 10 PLNK12V 36 16 LINK13V1 IMS1 7 N/A 42 45 ELINK123 IMS1 16 LKV1TSTB 93 3 PTH3TSTB IMS1 *97258/170244*
Entry ET:
/DISPLAY ASSIGNMENT MSPLINK ALCB3MTM
Response ET:
LINK PLINK TYPE ADDR MAXSESS NODE 3 ALCB3MTM MTM **** *90280/072754*
Entry ET:
/DISPLAY ASMT NODE NLU1 NLUT6S NLUT6P
Response ET:
NODE USER NLU1 IN -L1 , L2 OUT-L2 , L1 NLUT6S IN -L3 OUT-L3 NLUT6P A IN -L5 , L6 NLUT6P N/A IN -NONE OUT-NONE NLUT6P C IN -L7 OUT-L7 *90229/083059*
Entry ET:
/DISPLAY ASMT NODE NLUT6P USER C
Response ET:
NODE USER NLUT6P C IN -L7 OUT-L7 *90229/083059*
Entry ET:
/DISPLAY ASSIGNMENT NODE ALL
Response ET:
NODE USER CT3275 IN -VT3275 , VT3275P OUT-VT3275 , VT3275P CT3277A IN -VT3270A OUT-VT3270A CT3277B IN -VT3270B OUT-VT3270B CT3277C IN -VT3270C OUT-VT3270C CT3277D IN -VT3270P1 OUT-VT3270P1 CT3277E IN -VT3270P2 OUT-VT3270P2 L3270A IN -VT3270L1 OUT-VT3270L1 L3270B IN -VT3270L2 OUT-VT3270L2 L3284A IN -VT3270P3 OUT-VT3270P3 W612 IN -W610JP , W610D6 , W610FP OUT-W610D6 , W610FP , W610JP W613 IN -W620JP , W620D6 , W620PB , W620M6 OUT-W620D6 , W620JP , W620M6 , W620PB FCBOX1 IN -W6CIT OUT-W6CIT *90295/091334*
Entry ET:
/DISPLAY ASMT USER A B C D
Response ET:
USER ID NODE A CICSA NLUT6P I/O- L1 , L2 B I/O- L3 C CICSB NLUT6P I/O- L4 D I/O- NONE *90229/083059*
Entry ET:
/DISPLAY ASSIGNMENT SYSID ALL
Response ET:
LINK PLINK SIDR SIDL MSNAME 1 BLCB1CTC 1 4 SYSTEM2A 1 BLCB1CTC 2 5 SYSTEM2B 1 BLCB1CTC 3 6 FRESNO 3 BLCB1MTM 19 20 TEST1 2 BLCB2BSC 21 23 BOSTON 2 BLCB2BSC 22 24 ALBANY *90280/072821*
Entry ET:
/DISPLAY ASSIGNMENT SYSID ALL
Response ET:
LINK PLINK SIDR SIDL MSNAME IMS1 N/A 8 3 LINK21V3 IMS1 N/A 28 3 ELINK211 IMS1 5 N/A 29 19 ELINK122 IMS1 1 PLNK12V 31 11 LINK13B3 IMS1 1 PLNK12V 32 12 LINK13B4 IMS1 2 PLNK12C 33 13 LINK13C2 IMS1 3 PLNK12M 34 14 LINK13M2 IMS1 4 N/A 35 15 LINK13U2 IMS1 10 PLNK12V 36 16 LINK13V1 IMS1 N/A 37 3 LINK23V2 IMS1 12 PLNK13V 38 18 LINK13V2 IMS1 7 N/A 43 44 ELINK124 IMS1 6 N/A 51 41 ELINK1MS IMS1 10 PLNK12V 80 300 LINK13X IMS1 10 PLNK12V 266 2036 LINK13V IMS1 *97258/170653*
Entry ET:
/DISPLAY ASSIGNMENT SYSID 22 23 24
Response ET:
LINK PLINK SIDR SIDL MSNAME 2 BLCB2BSC 22 24 ALBANY 23 IS LOCAL 24 IS LOCAL *90280/072902*
Entry ET:
/DIS ASMT USER IMSUS01 IMSUS02
Response ET:
USER USERID ID NODE IMSUS01 IMSUS01 DTSLU201 I/O- IMSUS01 N/A IMSUS01 L3270A I/O- T3270LA N/A IMSUS02 L3270B I/O- T3270LB DT327002 IMSUS02 DT327002 I/O- DT327002 *92350/112229*
Entry ET:
/DIS ASMT USER IMSUS01*
Response ET:
USER USERID ID NODE IMSUS01C N/A I/O- NONE IMSUS01D N/A I/O- NONE IMSUS01 IMSUS01 DTSLU201 I/O- IMSUS01 N/A IMSUS01 L3270A I/O- T3270LA *92350/113904*
Entry ET:
/DIS ASMT USER ALL
Response ET:
USER USERID ID NODE CA13 I/O- CA1SP3T1, CA1SP3T2 IMSUS01C N/A I/O- NONE IMSUS01D N/A I/O- NONE LU6SPA N/A LU6NDPF I/O- LU6LTPA1 LU6SPB N/A I/O- LU6LTPB1, LU6LTPB2 DT327002 IMSUS02 DT327002 I/O- DT327002 IMSUS03 IMSUS03 DTSLU601 I/O- IMSUS03 IMSUS01 IMSUS01 DTSLU201 I/O- IMSUS01 IMSUS05 N/A I/O- NONE N/A IMSUS02 L3270B I/O- T3270LB N/A IMSUS01 L3270A I/O- T3270LA N/A IMSUS04 L3270C I/O- T3270LC *92350/114845*
The following are examples of the /DISPLAY CCTL command.
Entry ET:
/DISPLAY CCTL
Response ET:
CCTL STATUS CICS1 *89067/114857*
Entry ET:
/DISPLAY CCTL ALL
Response ET:
CCTL PSEUDO-RTKN RECOVERY-TOKEN REGID PSBNAME STATUS CICS1 ATTACHED 0000000000000000 3 AVAILABLE 0000000000000000 2 AVAILABLE 0000000000000000 1 AVAILABLE *89067/113236*
Entry ET:
/DISPLAY CCTL CICS1
Response ET:
CCTL PSEUDO-RTKN RECOVERY-TOKEN REGID PSBNAME STATUS CICS1 ATTACHED 9FFA9568FF594301 3 BMP255 ACTIVE 9FFA956B7AE24E00 2 BMP255 ACTIVE 0000000000000000 1 AVAILABLE *89067/113251*
Entry ET:
/DISPLAY CCTL CICS1 ACTIVE
Response ET:
CCTL PSEUDO-RTKN RECOVERY-TOKEN REGID PSBNAME STATUS CICS1 ATTACHED 9FFA967C26D69802 2 BMP255 ACTIVE 9FFA967ACF9EB802 1 BMP255 ACTIVE *89067/114557*
Entry ET:
/DISPLAY CCTL CICS1 INDOUBT
Response ET:
CCTL PSEUDO-RTKN RECOVERY-TOKEN REGID PSBNAME STATUS CICS1 ATTACHED 000100C0 9FFA956B7AE24E00 BMP255 INDOUBT 00010040 9FFA9568FF594301 BMP255 INDOUBT *89067/113413*
Entry ET: |
|/DISPLAY CONVERSATION|
Response ET: |
|TERMINAL USER ID STATUS | NO CONVERSATIONS | *91113/182917*|
Entry ET: |
|/DISPLAY CONVERSATION|
Response ET: |
|TERMINAL USER ID STATUS | 11- 2 0001 HELD | 4- 2 0002 ACTIVE, SCHEDULED | 11- 4 0001 HELD | 2- 1 0001 HELD | 5- 1 0002 ACTIVE | *91115/135706*|
Entry ET: |
|/DISPLAY CONVERSATION|
Response ET: |
|TERMINAL USER ID STATUS | LUNAME1 USERID1 0001 ACTIVE | DT327001 IMSUS01 0005 ACTIVE | LUNAME2 0002 ACTIVE,SCHEDULED | LUNAME3 USERID4 0003 ACTIVE,SCHEDULED | LUNAME1 USERID4 0004 SCHEDULED | *90332/114253*|
Entry ET: |
|/DISPLAY CONVERSATION BUSY|
Response ET: |
|TERMINAL USER ID STATUS | NO BUSY CONVERSATIONS | *91113/182959*|
Entry ET: |
|/DISPLAY CONVERSATION BUSY|
Response ET: |
|TERMINAL USER ID STATUS | 2- 1 0001 ACTIVE, SCHEDULED | 4- 2 0010 ACTIVE, SCHEDULED | 4- 1 0011 ACTIVE, SCHEDULED | *91113/192021*|
Entry ET: |
|/DISPLAY CONVERSATION BUSY LINE 4 PTERM ALL|
Response ET: |
|TERMINAL USER ID STATUS | 4- 2 0001 ACTIVE, SCHEDULED | 4- 1 0002 ACTIVE, SCHEDULED | *91113/192101*|
Entry ET: |
|/DISPLAY CONVERSATION BUSY|
Response ET: |
|TERMINAL USER ID STATUS |NETWORK1.LUNAME1 USERID1 0001 ACTIVE |DT327001 IMSUS01 0005 ACTIVE |NID2.LUNAME2 0002 ACTIVE,SCHEDULED |LUNAME3 USERID4 0003 ACTIVE,SCHEDULED |NETWORK1.LUNAME1 USERID5 0004 ACTIVE |*92232/114253*|
Entry ET: |
|/DISPLAY CONVERSATION HELD|
Response ET: |
|TERMINAL USER ID STATUS | NO HELD CONVERSATIONS | *91113/183022*|
Entry ET: |
|/DISPLAY CONVERSATION HELD NODE NSLUTP6|
Response ET: |
|TERMINAL USER ID STATUS | NSLUTP6 SPOOLA 0007 HELD | NSLUTP6 SPOOLC 000A HELD | *91113/183033*
Entry ET:
/DISPLAY CQS
Response ET:
JOBNAME VERS# STATUS CQS1 1.1 CONNECTED *95200/170817*
Explanation: IMS is connected to the Common Queue Server, CQS1.
The following are examples of the /DISPLAY DATABASE command.
Entry ET:
/DISPLAY DATABASE ALL
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS DD41M702 DL/I EX NOTOPEN DD41M803 DL/I EX NOTOPEN DEDBJN21 DEDB SEQ DEPEND DIRECT ADDRES EX NOTOPEN DB21AR0 AREA N/A N/A N/A N/A NOTOPEN DB21AR1 AREA N/A N/A N/A N/A NOTOPEN DB21AR2 AREA N/A N/A N/A N/A NOTOPEN DB21AR3 AREA N/A N/A N/A N/A NOTOPEN DB21AR4 AREA N/A N/A N/A N/A NOTOPEN DB21AR5 AREA N/A N/A N/A N/A NOTOPEN DB21AR6 AREA N/A N/A N/A N/A NOTOPEN DB21AR7 AREA N/A N/A N/A N/A NOTOPEN DB21AR8 AREA N/A N/A N/A N/A NOTOPEN DB21AR9 AREA N/A N/A N/A N/A NOTOPEN DB21AR10 AREA N/A N/A N/A N/A NOTOPEN DB21AR11 AREA N/A N/A N/A N/A NOTOPEN DEDBJN22 DEDB SEQ DEPEND DIRECT ADDRES EX NOTOPEN DB22AR0 AREA N/A N/A N/A N/A NOTOPEN DB22AR1 AREA N/A N/A N/A N/A NOTOPEN DEDBJN23 DEDB SEQ DEPEND DIRECT ADDRES EX NOTOPEN DB23AR0 AREA N/A N/A N/A N/A NOTOPEN DB23AR1 AREA N/A N/A N/A N/A NOTOPEN DIMSRNO1 DL/I EX NOTOPEN DIMSRNO2 DL/I EX NOTOPEN DIMSRNO3 DL/I EX NOTOPEN *89184/142639*
Entry ET:
/DISPLAY DB DD41M803 BKERR
Response ET:
DATABASE DD41M803 ERROR DD TYPE BLOCK DD41M803 IOT 0000003F *90135/161902*
Explanation: An I/O toleration error queue element exists for database DD41M803 on a newly created active system in an XRF environment.
Following an /UNLOCK SYSTEM command on the above system, the /DISPLAY DB DD41M803 BKERR command would yield the following display:
DATABASE DD41M803 NO EEQE OR INCOMPLETE BACKOUT INFORMATION AVAILABLE *90135/163500*
Entry ET:
/DIS DB BE3ORDER BE3PARTS.
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS BE3ORDER DL/I EX STOPPED, LOCK, NOTOPEN, RECALL BE3PARTS DL/I EX NOTOPEN, RECALL *94277/124039*
Entry ET:
/DIS DB RECALL.
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS BE3ORDER DL/I EX STOPPED, LOCK, NOTOPEN, RECALL BE3PARTS DL/I EX NOTOPEN, RECALL IVPDB1 DL/I UP STOPPED, LOCK, NOTOPEN, RECALL IVPDB2 DL/I UP NOTOPEN, RECALL *94277/124119*
Entry ET:
/DISPLAY DATABASE DEDBJN21 BKERR
Response ET:
DATABASE DEDBJN21 ERROR DD TYPE BLOCK DB21AR0 IOT 00015000 DB21AR0 IOT/VSO 00000001 DB21AR1 IOT 00054000 DB21AR1 IOT/VSO 00000001
Explanation: The /DIS DATABASE command with the BKERR keyword does not display individual RBAs for I/O tolerated non-SDEP CIs of a DEDB area defined with the Virtual Storage Option (VSO). Instead, a single entry with a value of 00000001 is displayed and the EEQE type is set to IOT/VSO. I/O tolerated SDEP CIs for the area are displayed individually by RBA.
Entry ET:
/DISPLAY DATABASE OFR
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS BE2PCUST DL/I EX ALLOCS OFR BE3ORDER DL/I EX ALLOCS OFR BE3ORDRX DL/I EX ALLOCS OFR BE3PARTS DL/I EX ALLOCS OFR BE3PSID1 DL/I EX ALLOCS OFR *91240/132406* SYS3
If a full function database data set is undergoing recovery with Online Recovery Service, the output of the /DISPLAY DATABASE command includes this information in the command response.
Entry ET:
/DISPLAY DATABASE DD41M702
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS DD41M702 DL/I EX STOPPED, LOCK, NOTOPEN RECOVERY *97184/142639*
Display the HALDB master for the PHIDAM database called PARTMAST.
Entry ET:
/DIS DB PARTMAST
Response ET:
DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS PARTMAST PHIDAM UP PART1 PART UP ALLOCS PART2 PART UP NOTOPEN PART3 PART UP STOPPED *99166/092514*
Display the HALDB partition for PHIDAM PART2.
Entry ET:
/DIS DB PART2
Response ET:
DFS000I DATABASE TYPE TOTAL UNUSED TOTAL UNUSED ACC CONDITIONS DFS000I PARTMAST PHIDAM UP DFS000I PART2 PART UP NOTOPEN *99166/092737*
Entry ET:
/DISPLAY DBD MSDBLM01 MSDBLM02 MSDBLM03 MSDBLM04
Response ET:
DBD-NAME TYPE PSB-NAME ACCESS MSDBLM01 MSDB DDLTLM06 R/W DDLTLM07 R/W MSDBLM02 MSDB DDLTLM06 R/W DDLTLM07 R/W MSDBLM03 MSDB DDLTLM06 R/W DDLTLM07 R/W MSDBLM04 MSDB DDLTLM06 R/W DDLTLM07 R/W *91068/110958*
Entry ET:
/DISPLAY DESCRIPTOR ALL
Response ET:
DESC LUNAME TPNAME MODE SIDE SYNCLEVEL TYPE LU62DES1 LUNAME4 ACCOUNT ALPHA SIDENME1 CONFIRM MAPPED LU62DES2 LUNAME7 APPLE67890123456+ BETHA SIDENME2 NONE BASIC 789END *90332/114253*
Entry ET:
/DISPLAY DESCRIPTOR ALL
Response ET:
DESC LUNAME MODE SIDE SYNCLEVEL TYPE LU62DES1 NID2.LUNAME4 ALPHA SIDENME1 CONFIRM MAPPED TPNAME: ACCOUNT LU62DES2 LUNAME7 BETHA SIDENME2 NONE BASIC TPNAME: APPLE67890123456789012345 *92232/114253*
Entry ET:
/DISPLAY FDR
Response ET:
FDR-REGION GROUPNAME TIMEOUT ACTIVE FDBRSYS3 055 *96232/114253*
Entry ET:
/DISPLAY FPVIRTUAL
Response ET:
DATASPACE MAXSIZE(4K) AREANAME AREASIZE(4K) OPTION SYS3 001 524188 DB21AR1 76 PREO DB21AR11 152 000 524188 DREF DB21AR0 19 PREO, PREL DB21AR10 19 PREO, PREL DB21AR2 38 PREO, PREL *93076/173254*
Entry ET:
/DISPLAY FPVIRTUAL
Response ET:
DATASPACE MAXSIZE(4K) AREANAME AREASIZE(4K) OPTION 000 524263 DREF DB21AR4 167 PREO, PREL DB21AR2 42 PREO, PREL 001 524263 DB21AR3 84 PREO DB21AR1 84 CF POOL CACHE AREANAME AREASIZE(4K) OPTION CF1 4K N AREAFR01 1000 PREO, PREL CF2 512 Y AREA2 100 PREO, PREL *95225/173254*
Entry ET:
/DISPLAY FPVIRTUAL
|Response ET: |
|DATASPACE MAXSIZE(4K) AREANAME AREASIZE(4K) OPTION SYS3 | 000 524238 DREF SYS3 | DB21AR1 19 PREO, PREL | DB21AR0 19 PREO, PREL | DB23AR1 19 PREO, PREL | 001 524238 SYS3 |NO AREAS LOADED INTO NORM DATASPACE 001. SYS3 | 002 524238 SYS3 |NO AREAS LOADED INTO NORM DATASPACE 002. SYS3 |AREANAME STRUCTURE ENTRIES CHANGED AREA CI# POOLNAME OPTIONS SYS2 |NO BLOCK LEVEL SHARED AREAS EXIST. SYS3 |*03129/145840* SYS3
|Entry ET: |
|/DISPLAY FPVIRTUAL
|Response ET: |
|AREANAME STRUCTURE ENTRIES CHANGED AREACI# POOLNAME OPTIONS |DD01AR0 DD01AR0STR1 0000045 0000000 1234567 POOL2 PREO, PREL |DB33FR01 DB33FR01STRUCTUR 0000550 0000327 POOL5 PREO |DB99AR12 DB99AR12STR1 0000150 0000000 1024 PREO |AAAAAAAA V$$$CFSTRUCTURE1 0000100 0000050 1024 PREO |BBBBBBBB V$$$CFSTRUCTURE1 0000100 0000050 1024 PREO, PREL |CCCCCCCC V$$$CFSTRUCTURE1 0000100 0000050 1024 PREO |DDDDDDDD V$$$CFSTRUCTURE1 0000100 0000050 1024 PREO, PREL |DB21AR1 V$$$CFSTRUCTURE2 0000010 0000005 1024 PREO |DB21AR2 V$$$CFSTRUCTURE2 0000090 0000010 1024 PREO |DB21AR3 V$$$CFSTRUCTURE2 0000200 0000050 1024 PREO, PREL |DB21AR4 V$$$CFSTRUCTURE2 0000050 0000010 1024 PREO |DB21AR5 V$$$CFSTRUCTURE2 0000150 0000010 1024 PREO
|Explanation: Each area using a multi-area structure |is listed individually with its own statistics. The column, AREACI#, |displays the total number of CIs in the root addressable part. This |is the total number of CIs loaded into the structure if the entire Area |was preloaded.
Entry ET (Active System):
/DISPLAY HSB
Response ET:
RSENAME STATUS MODE IMS-ID VTAM UVAR DFSRSENM ACTIVE IMSA USERVAR1 SURVEILLANCE INTERVAL TIMEOUT STATUS LOG 10 99 ACTIVE LNK 3 9 ACTIVE RDS 10 99 ACTIVE *89340/094236*
|Entry ET (Active System - MNPS environment): | |
|/DISPLAY HSB
|Response ET: |
|RSENAME STATUS MODE IMS-ID MNPS NAME | DFSRSENM ACTIVE IMSA USERVAR1 | SURVEILLANCE INTERVAL TIMEOUT STATUS | LOG 10 99 ACTIVE | LNK 3 9 ACTIVE | RDS 10 99 ACTIVE | *89340/094236*
Entry ET (Alternate System):
/DISPLAY HSB
Response ET:
RSENAME STATUS PHASE IMS-ID VTAM UVAR ACT-ID LOG-TIME DFSRSENM BACKUP TRK IMSB USERVAR1 IMSA 09:42:56 BACKUP SYSTEM ACTIVE SYSTEM SURVEILLANCE INTERVAL TIMEOUT STATUS INTERVAL TIMEOUT STATUS LOG 10 99 INACTIVE 10 99 INACTIVE LNK 3 9 INACTIVE 3 9 INACTIVE RDS 10 99 INACTIVE 10 99 INACTIVE TAKEOVER CONDITIONS - ALARM VTAM *RDS LOG *89340/094256*
|Entry ET (Alternate System - MNPS environment): | |
|/DISPLAY HSB
|Response ET: |
|RSENAME STATUS PHASE IMS-ID MNPS NAME ACT-ID LOG-TIME | DFSRSENM BACKUP TRK IMSB USERVAR1 IMSA 09:42:56 | BACKUP SYSTEM ACTIVE SYSTEM | SURVEILLANCE INTERVAL TIMEOUT STATUS INTERVAL TIMEOUT STATUS | LOG 10 99 INACTIVE 10 99 INACTIVE | LNK 3 9 INACTIVE 3 9 INACTIVE | RDS 10 99 INACTIVE 10 99 INACTIVE | TAKEOVER CONDITIONS - ALARM | VTAM *RDS LOG | *89340/094256*
Entry ET (Active System):
/DISPLAY HSSP
Response ET:
RGN TYP JOBNAME PSB DATABASE AREAS-OPTIONS SYS3 1 BMP CSSP020B BMPFPE02 DEDBJN21 IC=(1,C) SYS3 *89122/094325* SYS3
Entry ET:
/DISPLAY LINE 1, 3, 5, 10
Response ET:
LINE TYPE ADDR RECD ENQCT DEQCT QCT SENT 1 CONSOLE **** 0 1 0 1 6 3 2740-II **** 0 0 0 0 0 STOPPED IDLE 5 3270 R 0C9 43 51 43 8 79 *85098/141118*
Entry ET:
/DISPLAY LINE ALL
Response ET:
LINE TYPE ADDR RECD ENQCT DEQCT QCT SENT 1 CONSOLE **** 4 1 1 0 6 2 2740-I **** 0 0 0 0 0 IDLE NOTOPEN 3 2740-II **** 0 0 0 0 0 STOPPED IDLE 4 2740 NSC **** 0 0 0 0 0 STOPPED IDLE 5 3270 R 0C9 43 51 43 8 79 6 3270 L **** 0 0 0 0 0 STOPPED IDLE 7 3270 L 1234 20 22 20 2 0 8 SYSTEM/3 **** 0 0 0 0 0 STOPPED IDLE 9 SYSTEM/7 **** 0 0 0 0 0 STOPPED IDLE 10 2741 **** 0 0 0 0 0 STOPPED IDLE 11 2741 SW **** 0 0 0 0 0 STOPPED IDLE 12 2741 SW **** 0 0 0 0 0 STOPPED IDLE 13 RDR/PTR **** 0 0 0 0 0 STOPPED IDLE 14 RDR/PTR **** 0 0 0 0 0 STOPPED IDLE 15 RDR/PTR **** 0 0 0 0 0 STOPPED IDLE 16 RDR/PTR **** 0 0 0 0 0 STOPPED IDLE 17 2740 SW **** 0 0 0 0 0 STOPPED IDLE 18 DIAL POOL 0 0 0 POOL STOPPED IDLE *85098/141244*
Entry ET:
/DISPLAY LINE 5 PTERM ALL
Response ET:
LIN/PTE TYPE ADDR RECD ENQCT DEQCT QCT SENT 5- 1 3270 R 404081 3 6 6 0 8 5- 2 3270 R C14081 0 6 6 0 7 5- 3 3270 R C1C181 40 30 28 2 61 5- 4 3270 R C1C281 0 3 0 3 0 COMPINOP 5- 5 3270 R C1C381 0 3 0 3 0 COMPINOP 5- 6 3270 R C1C481 0 3 3 0 3 *85098/141412*
Entry ET:
/DISPLAY LINE PSTOPPED, PUR
Response ET:
LINE TYPE ADDR RECD ENQCT DEQCT QCT SENT 4 3270 R **** 4 8 8 0 33 PUR IDLE NOTOPEN 18 3270 R 022 0 4 4 0 4 PSTOPPED IDLE *85098/141283*
The following are example of the /DISPLAY LINK command.
Entry ET:
/DISPLAY LINK ALL
Response ET:
LINK PARTNER RECD ENQCT DEQCT QCT SENT 1 AB 0 0 0 0 0 PSTOPPED IDLE COLD 2 AC 8 21 12 9 12 NOTIDLE-C0C ACTV TRA 3 AD 4 6 6 0 6 IDLE ACTV TRA 4 BC 0 0 0 0 0 PSTOPPED IDLE COLD 5 AE 0 3 0 3 0 PSTOPPED IDLE *91293/171240*
Entry ET:
/DISPLAY LINK 1 3
Response ET:
LINK PARTNER RECD ENQCT DEQCT QCT SENT 1 AB 0 1 0 1 0 IDLE 3 AD 0 0 0 0 0 PSTOPPED IDLE *90280/072548*
Entry ET:
/DISPLAY LINK ALL MODE
Response ET:
LINK PARTNER DEF MODETBL ACT MODETBL 1 AB N/A N/A 2 AC N/A N/A 3 AD N/A N/A 4 AE N/A N/A 5 AK MSC12V 6 AL MS12V *90179/102238*
Explanation: N/A is displayed in the mode table name fields of non-VTAM MSC links. MSC12V and MS12V are mode table names defined at system definition or established using the /CHA command.
The following are examples of the /DISPLAY LTERM command.
Entry ET:
/DISPLAY LTERM DIALQ1 INQUIRY1 L2740S1 L2740SM1 MASTER WTOR
Response ET:
LTERM ENQCT DEQCT QCT DIALQ1 0 0 0 INQUIRY1 0 0 0 L2740S1 1 1 0 STOP L2740SM1 1 0 1 STOP MASTER 12 12 0 WTOR 0 0 0 *90295/123755*
Entry ET:
/DISPLAY LTERM ALL
Response ET:
LTERM ENQCT DEQCT QCT DSPLY1 0 0 0 DSPLY2 0 0 0 DSPLY3 0 0 0 MASTER 8 8 0 WTOR 0 0 0 2740AA1 0 0 0 2740AA2 0 0 0 2740AA3 0 0 0 2740C1 0 0 0 2740C2 0 0 0 2740SM1 2 2 0 STOP 2740SM2 2 2 0 STOP 2740S1 1 1 0 2740S2 1 1 0 QERR LU6A 1 1 0 QLOCK *91276/125448*
Entry ET:
/DISPLAY LTERM LTERMA LTERM123 ABCD QCNT
Response ET:
LTERM GBLQCT LTERMA 1000000000 LTERM123 25 ABCD 0 *95200/170817*
Entry ET:
/DISPLAY LTERM EMHQ QCNT
(one user is on the queue)
Response ET:
LTERM GBLQCT FPE0001 1 *98203/145857*
Entry ET:
/DISPLAY LUNAME luname1 luname2 INPUT
Response ET:
LUNAME #APPC-CONV LUNAME1 15 TRA LUNAME2 5 *90332/114253*
Entry ET:
/DISPLAY LUNAME luname1 luname3 BADLUNME OUTPUT
Response ET:
LUNAME ENQCT DEQCT QCT CONVCT LUNAME1 5 3 2 2 LUNAME3 5 4 1 1 BADLUNME IS INVALID *90332/114253*
Entry ET:
/DISPLAY LUNAME LUNAME1 TPNAME TPNAME1 BADTPNME
Response ET:
LUNAME/TPNAME ENQCT DEQCT QCT LUNAME1 -TPNAME1 0 0 0 STO BADTPNME IS INVALID *90332/114253*
Entry ET:
/DISPLAY LUNAME LUNAME1 TPNAME ALL OUTPUT
Response ET:
LUNAME/TPNAME ENQCT DEQCT QCT LUNAME1 -TPNAME1 0 0 0 STO -TPNAME7890123456+ 5 3 2 TRA,STO 789END -DFSSIDE 2 2 0 *90332/114253*
Entry ET:
/DISPLAY LUNAME LUNAME2 TPNAME ALL
Response ET:
LUNAME/TPNAME ENQCT DEQCT QCT NO TPNAME(S) ASSOCIATED WITH LUNAME *90332/114253*
Entry ET:
/DISPLAY LUNAME 'network1.luname1' luname3 'nid2.luname4' OUTPUT
Response ET:
LUNAME ENQCT DEQCT QCT CONVCT NETWORK1.LUNAME1 5 3 2 2 LUNAME3 5 4 1 1 NID2.LUNAME4 0 0 0 0 *92232/114253*
Entry ET:
/DISPLAY LUNAME 'network1.luname1' TPNAME tpname1 badtpnme
Response ET:
LUNAME/TPNAME ENQCT DEQCT QCT NETWORK1.LUNAME1 -TPNAME1 0 0 0 STO -BADTPNME IS INVALID *92232/114253*
Entry ET:
/DISPLAY LUNAME ALL INPUT
Response ET
LUNAME #APPC-CONV NET1.LU1 0 STO,TRA NET2.LU1 0 LU3 0 STO,TRA NET4.LU3 0 STO NET5.LU5 0 TRA FUTURE INPUT: STO,TRA *93069/114435*
Entry ET:
/DISPLAY LUNAME ALL OUTPUT
Response ET:
LUNAME ENQCT DEQCT QCT CONVCT NET1.LU1 0 0 0 0 STO NET2.LU1 0 0 0 0 TRA LU3 0 0 0 0 STO,TRA NET4.LU3 0 0 0 0 TRA NET5.LU5 0 0 0 0 STO FUTURE OUTPUT: STO,TRA *93069/114435*
Entry ET:
/DISPLAY LUNAME LUNAMEA TPNAME TPNAME1 TPNAME2 QCNT
Response ET:
LUNAME/TPNAME GBLQCT LUNAMEA -TPNAME1 25 -TPNAME2 IS INVALID *95200/170817*
Entry ET:
/DISPLAY LUNAME LUNAMEA1 LUNAMEB LUNAMEC QCNT
Response ET:
LUNAME GBLQCT LUNAMEA1 1000000000 LUNAMEB 25 LUNAMEC IS INVALID *95200/170817*
Entry ET:
/DISPLAY LUNAME LUNAMEB TPNAME ALL QCNT
Response ET:
LUNAME/TPNAME GBLQCT LUNAMEB -TPNAMEB1 10 -TPNAMB1234567890+ 0 12345678901234567890123456789012345678901234567890 *95200/170817*
Entry ET:
/DISPLAY MASTER
Response ET:
LTERM MASTER PTERM 3- 1 *89117/130245*
The following are examples of the /DISPLAY MODIFY command.
In these examples for /DISPLAY MODIFY, /MODIFY PREPARE has already succeeded.
Entry ET:
/DISPLAY MODIFY ALL
Response ET:
LIBRARY IMSACBA (A) OLC.ACBLIB.ALL LIBRARY FORMATA (I) IMSQA.FMT1 LIBRARY MODBLKSA (A) I41RTS42.CMODBLKS LIBRARY MATRIXA (A) OLC1.MATRIX1 LIBRARY IMSACBB (I) OLC.ACBLIB.ALL LIBRARY FORMATB (A) IMSQA.FMT1 LIBRARY MODBLKSB (I) I41RTS42.CMODBLK1 LIBRARY MATRIXB (I) OLC1.MATRIX2 DATABASE OLCDB088 /DBR ACTIVE DATABASE OLCDB101 PSB SCHEDULED PROGRAM OLCPB021 SCHEDULED PROGRAM OLCPB109 SCHEDULED RTCODE OLCRC056 ACTIVE TRAN OLCTB105 QUEUING 1 TRAN CDEBTRN5 CONVERSATION TERM/USER 4- 2 ID= 0009 TRAN OLCTB109 SCHEDULED TRAN CDEBTRN8 CONVERSATION TERM/USER L3270D ID= 0002 TRAN OLCTB111 QUEUING 5 TRAN CDEBTRN2 CONVERSATION TERM/USER DYNT0001 IMSUS01 ID= 0005 TRAN CDEBTRN3 CONVERSATION TERM/USER 12- 1 ID= 0008 TRAN CDEBTRN1 CONVERSATION TERM/USER IMSUS12 ID= 0001 DISPLAY MODIFY COMPLETE *93336/093025*
Entry ET:
/DISPLAY MODIFY DBS
Response ET:
DATABASE CALENDER AREAS OPEN: AREA FEBRUARY AREA APRIL AREA JULY AREA AUGUST AREA SEPTEMBR AREA OCTOBER AREA DECEMBER DATABASE CALENDER RANDOMIZER: RMOD3 DEDBS SHARING RANDOMIZER: RMOD3 DATABASE DEDBJN21 RANDOMIZER: RMOD3 RMOD3 NOT LOADED DATABASE DEDBJN22 RANDOMIZER: RMOD5 RMOD5 NOT LOADED DISPLAY MODIFY COMPLETE *95299/161529*
Entry ET:
/DISPLAY MODIFY TRS
Response ET:
TRAN OLCFT112 QUEUING 2 TRAN OLCFT115 QUEUING 23 PROGRAM OLCFP115 QUEUING 1 TRAN CDEBTRN8 GLOBAL QUEUE COUNT INTERNAL ERROR TRAN OLCFT116 QUEUING 6 DISPLAY MODIFY COMPLETE *96193/135935*
Explanation: Work is in progress that will cause online change to fail, because several transactions and a FP program have a global queue count on the shared queues. The global queue count for transaction CDEBTRN8 could not be determined because of an internal error.
Entry ET:
/DISPLAY MODIFY MODS
Response ET:
DFS000I FORMAT 0C01_FF02A _O ADDED DFS000I FORMAT 0C01_FF02B _O ADDED DFS000I FORMAT 0C7F_FN01A _O CHANGED DFS000I FORMAT 0C7F_FN01B _O CHANGED DFS000I FORMAT 0C7F_FN01C _O CHANGED DFS000I FORMAT 0C7F_FF04A _O DELETED DFS000I FORMAT MF04E DELETED DFS000I DATABASE OLCDB101 ADDED DFS000I DATABASE OLCDB102 ADDED DFS000I DATABASE OLCDB103 ADDED DFS000I DATABASE OLCDB104 ADDED DFS000I DATABASE OLCDB157 ADDED DFS000I DATABASE OLCDB111 DELETED DFS000I DATABASE OLCDB159 DELETED DFS000I DATABASE OLCDI105 DELETED DFS000I DATABASE OLCDI106 DELETED DFS000I DMB OLCDB101 ADDED DFS000I DMB OLCDB102 ADDED DFS000I DMB DEDBJN24 CHANGED DFS000I AREA DB24A000 CHANGED DFS000I DMB OLCDB105 DELETED DFS000I PROGRAM OLCFP107 ADDED DFS000I PROGRAM OLCFP108 ADDED DFS000I PROGRAM OLCPB101 ADDED DFS000I PROGRAM OLCFP109 CHANGED DFS000I PROGRAM OLCFP110 CHANGED DFS000I PROGRAM OLCFP111 CHANGED DFS000I PROGRAM OLCPB105 DELETED DFS000I PROGRAM OLCPB106 DELETED DFS000I PSB OLCFP107 ADDED DFS000I PSB OLCFP108 ADDED DFS000I PSB CDEBS CHANGED DFS000I PSB OLCPB105 DELETED DFS000I PSB OLCPB106 DELETED DFS000I RT CODE OLCFT108 ADDED DFS000I RT CODE OLCFR119 CHANGED DFS000I RT CODE OLCFR117 DELETED DFS000I TRAN OLCFT108 ADDED DFS000I TRAN OLCTBG17 ADDED DFS000I TRAN CDEBTRNA CHANGED DFS000I TRAN CDEBTRN1 CHANGED DFS000I TRAN CONV31X DELETED DFS000I DISPLAY MODIFY COMPLETE *98356/094452* SYS3
Explanation: Displays resources to be modified (added, changed, or deleted) by online change.
Entry ET:
/DISPLAY MODIFY ALL
Response ET:
LIBRARY IMSACBA (A) IMSTESTG.DELTALIB (A) IMSTESTL.TNUC2 (A) IMSTESTG.IMS61RC.ACBLIB (A) IMSTESTG.IMS61R.ACBLIB LIBRARY FORMATA (A) IMSTESTG.MFS.OVERRIDE.FORM (A) IMSTESTG.MFS.FORMAT (A) IMSQA.FMT1 LIBRARY MODBLKSA (A) IMSBLD.I61RTS25.CMODBLKS LIBRARY MATRIXA (A) IMSTESTG.I61RTS25.MATRIX LIBRARY IMSACBB (I) IMSTESTG.DELTALIB (I) IMSTESTL.TNUC3 (I) IMSTESTG.IMS61RC.ACBLIB (I) IMSTESTG.IMS61R.ACBLIB LIBRARY FORMATB (I) IMSTESTG.MFS.OVERRIDE.FORM (I) IMSTESTG.MFS.FORMAT (I) IMSQA.FMT1 LIBRARY MODBLKSB (I) IMSBLD.I61RTS25.CMODBLKS LIBRARY MATRIXB (I) IMSTESTG.I61RTS25.MATRIX DATABASE DEDBJN21 RANDOMIZER: RMOD3 (1) RMOD3 LOADED (2) DEDBS SHARING RANDOMIZER: RMOD3 (3) DEDB DEDBJN22 DEDB DEDBJN23 DEDB DEDB3301 DATABASE DEDBJN22 RANDOMIZER: RMOD3 RMOD3 NOT LOADED DEDBS SHARING RANDOMIZER: RMOD3 DEDB DEDBJN21 DEDB DEDBJN23 DEDB DEDB3301 DATABASE DEDBJN23 RANDOMIZER: RMOD3 RMOD3 LOADED DEDBS SHARING RANDOMIZER: RMOD3 DEDB DEDBJN21 DEDB DEDBJN22 DEDB DEDB3301 NO WORK PENDING *99328/110535* SYS3
Explanation: In the previous example:
Entry ET:
/DISPLAY MODIFY ALL
Response ET:
LIBRARY IMSACBA (A) IMSTESTG.DELTALIB (A) IMSTESTL.TEMPA.ACBLIB (A) IMSTESTG.IMS800C.ACBLIB (A) IMSTESTG.IMS800.ACBLIB (A) IMSTESTG.MFS.OVERRIDE.FORMAT LIBRARY FORMATA (A) IMSTESTG.MFS.FORMAT (A) IMSQA.FMT1 LIBRARY MODBLKSA (A) TEMPA.MODBLKS LIBRARY MATRIXA (A) IMSTESTG.I800TS2A.MATRIX LIBRARY IMSACBB (I) IMSTESTG.DELTALIB (I) IMSTESTL.TEMPB.ACBLIB (I) IMSTESTG.IMS800C.ACBLIB (I) IMSTESTG.IMS800.ACBLIB (I) IMSTESTG.MFS.OVERRIDE.FORMAT LIBRARY FORMATB (I) IMSTESTG.MFS.FORMAT (I) IMSQA.FMT1 LIBRARY MODBLKSB (I) TEMPB.MODBLKS LIBRARY MATRIXB (I) IMSTESTG.I800TS2A.MATRIX DATABASE DEDBJN21 NOT OPEN, BUT DBR NEEDED ON TRACKER (1) DATABASE DEDBJN21 RANDOMIZER: RMOD3 RMOD3 NOT LOADED DATABASE DEDBJN22 RANDOMIZER: RMOD5 RMOD5 NOT LOADED DATABASE DEDBJN24 RANDOMIZER: RMOD4 RMOD4 NOT LOADED DATABASE THFP1WEB RANDOMIZER: DBFHDC44 DBFHDC44 NOT LOADED DISPLAY MODIFY COMPLETE *01303/085213* SYS3
Explanation: The DEDB database DEDBJN21 is prepared to be online changed on a tracker environment. If the AREA is not stopped and the database is not open, the AREA can be open if log records type 5701 or 5950 are routed to the RSR tracking IMS from the active IMS while Online Change is in progress. It is then required that database be DBRed in the case of database level change. The tracking suspend point (Suspended Log Sequence Number) is registered in RECON when the AREA is stopped. After the online change committed sucessfully, and when the /STA AREA command is entered, the Online Forward Recovery will open the AREA and all log records from the suspended point will be applied to the AREA.
Entry ET:
/DISPLAY MSNAME ALL
Response ET:
MSNAME ENQCT DEQCT QCT SYSTEM2A 0 0 0 SYSTEM2B 0 0 0 FRESNO 0 0 0 BOSTON 0 0 0 ALBANY 0 0 0 TEST1 0 0 0 *91350/053859*
Entry ET:
/DISPLAY MSNAME ALL
Response ET:
MSNAME ENQCT DEQCT QCT IMS1 LINK23B4 0 0 0 DYNAMIC IMS1 LINK12V1 0 0 0 IMS1 LINK23U2 0 0 0 DYNAMIC IMS1 ELINK211 0 0 0 DYNAMIC IMS1 LINK13B3 0 0 0 IMS1 LINK13V 0 0 0 IMS1 LINK12V 0 0 0 IMS1 LINK13C2 0 0 0 IMS1 LINK13X 0 0 0 IMS1 LINK12V2 0 0 0 IMS1 LINK13M2 0 0 0 IMS1 LINK13V2 0 0 0 IMS1 ELINK124 0 0 0 IMS1 LINK23V1 0 0 0 DYNAMIC IMS1 LINK12B1 0 0 0 IMS1 LINK12B2 0 0 0 IMS1 LINK12Y 0 0 0 IMS1 ELINK120 0 0 0 IMS1 LINK13B4 0 0 0 IMS1 LINK21V3 0 0 0 DYNAMIC IMS1 ELINK1MS 0 0 0 IMS1 LINK12M1 0 0 0 IMS1 LINK23V 0 0 0 DYNAMIC IMS1 LINK13U2 0 0 0 IMS1 LINK23B3 0 0 0 DYNAMIC IMS1 ELINK224 0 0 0 DYNAMIC IMS1 LINK23X 0 0 0 DYNAMIC IMS1 LINK23V2 0 0 0 DYNAMIC IMS1 ELINK121 0 0 0 IMS1 LINK23C2 0 0 0 DYNAMIC IMS1 LINK12U1 0 0 0 IMS1 LINK23M2 0 0 0 DYNAMIC IMS1 ELINK122 0 0 0 IMS1 ELINK222 0 0 0 DYNAMIC IMS1 LINK12C1 0 0 0 IMS1 LINK13V1 0 0 0 IMS1 ELINK123 0 0 0 IMS1 PTH3TSTB 0 0 0 IMS1 *97258/175636*
The following are examples of the /DISPLAY NODE command.
Entry ET:
/DISPLAY NODE DTSLU* LUP1 ENDS01 LU6NDPA LU6NDPH
Response ET:
NODE-USR TYPE CID RECD ENQCT DEQCT QCT SENT SYS3 DTSLU002 SLUP 010000D3 0 0 0 0 0 SIGN(IMSUS05 ) IDLE CON DTSLU202 SLU2 010000CB 0 0 0 0 1 SIGN(IMSUS02 ) IDLE CON DTSLU603 LUT6 -IMSUS04 010000C7 0 0 0 0 0 SIGN(IMSUS04 ) IDLE CON PRI DTSLU205 SLU2 010000A5 2 1 1 0 3 SIGN(IMSUS14 ) IDLE CONV-ACT CON DTSLU204 SLU2 010000A4 3 0 0 0 4 SIGN(IMSUS13 ) IDLE CON EXC DTSLU203 SLU2 010000A3 3 0 0 0 4 SIGN(IMSUS12 ) PRST(WTOR ) IDLE MFST CON LUP1 SLUP 010000CD 0 0 0 0 0 IDLE CON STATIC ENDS01 SLU2 010000A6 1 0 0 0 2 SIGN(IMSUS08 ) IDLE CON STATIC LU6NDPA LUT6 -LU6SPG 010000BB 0 0 0 0 0 IDLE CON PRI -CA12 010000BD 0 0 0 0 0 IDLE CON PRI -CA11 010000BF 0 0 0 0 0 IDLE CON PRI LU6NDPH LUT6 -CA14 010000C1 0 0 0 0 0 IDLE CON PRI -N/A 00000000 0 0 0 0 0 IDLE STATIC -N/A 00000000 0 0 0 0 0 IDLE STATIC *90240/134730*
Explanation: User IMSUS05 is signed on to dynamic node DTSLU002. User IMSUS02 is signed on to dynamic node DTSLU202. User IMSUS04 is allocated to ISC node DTSLU603. User IMSUS14 is signed on to dynamic node DTSLU205 and has an active conversation. User IMSUS13 is signed on to dynamic node DTSLU204 and is in exclusive mode. User IMSUS12 is signed on to dynamic node DTSLU203 and has a preset destination of LTERM WTOR and is in MFS test mode. Static node LUP1 is logged on. User IMSUS08 is signed on to static node ENDS01. Users LU6SPG, CA12, and CA11 are allocated to static ISC node LU6NDPA, which means node LU6NDPA has 3 active parallel sessions. User CA14 is allocated to static ISC node LU6NDPH, which means node LU6NDPH has one active parallel session.
Entry ET:
/DISPLAY NODE NSLUTP1 NSLUTP6 NPLUTP6
Response ET:
NODE-USR TYPE CID RECD ENQCT DEQCT QCT SENT NSLUTP1 SLU1 00000000 0 0 0 0 0 IDLE NSLUTP6 LUT6 00000000 5 3 2 1 5 IDLE NPLUTP6 LUT6 -A 00000000 1 1 1 0 1 IDLE FORCE -B 00000000 10 25 13 12 9 IDLE -N/A 00000000 0 0 0 0 0 IDLE -C 00000000 0 4 4 0 4 IDLE *90229/083059*
Entry ET:
/DISPLAY NODE ALL
Response ET:
NODE-USR TYPE CID RECD ENQCT DEQCT QCT SENT SYS3 WRIGHT SLU2 00000000 0 0 0 0 0 IDLE LUNS01 NTO 00000000 0 0 0 0 0 IDLE WS12 FIN 00000000 0 0 0 0 0 IDLE VR3275A1 3277 00000000 0 0 0 0 0 IDLE VR3286A1 3286 00000000 0 0 0 0 0 IDLE LUP1 SLUP 00000000 0 0 0 0 0 IDLE Q3290A SLU2 00000000 0 0 0 0 0 IDLE LU6FP02 LUT6 00000000 0 0 0 0 0 IDLE LU6NDPA LUT6 -N/A 00000000 0 0 0 0 0 IDLE -N/A 00000000 0 0 0 0 0 IDLE -N/A 00000000 0 0 0 0 0 IDLE NDNTOXA1 NTO 00000000 0 0 0 0 0 ASR ND3287A1 SLU1 00000000 0 0 0 0 0 ASR ND3287A2 SLU1 00000000 0 0 0 0 0 IDLE ND3287A3 SLU1 00000000 0 0 0 0 0 IDLE ND3287A4 SLU1 00000000 0 0 0 0 0 ASR NDSLU2A1 SLU2 00000000 0 0 0 0 0 ASR NDSLU2A2 SLU2 00000000 1 1 0 1 1 ASR NDSLUPA1 SLUP 00000000 0 0 0 0 0 ASR NDSLUPA2 SLUP 00000000 0 0 0 0 0 IDLE NDLU6XSG LUT6 00000000 0 0 0 0 0 IDLE NDLU6XPG LUT6 -N/A 00000000 0 0 0 0 0 ASR -N/A 00000000 0 0 0 0 0 ASR -N/A 00000000 0 0 0 0 0 ASR -N/A 00000000 0 0 0 0 0 ASR *91213/100107* SYS3
Entry ET:
/DISPLAY NODE IN902D1 IN902D4
Response ET:
NODE-USR TYPE CID RECD ENQCT QCT SENT IN902D1 SLU1 100121C5 125 125 0 125 CON *91012/192544*
Entry ET:
/DISPLAY NODE NLUTP6P USER C
Response ET:
NODE-USR TYPE CID RECD ENQCT DEQCT QCT SENT NLUTP6P LUT6 -C 00000000 0 10 8 2 8 *90229/083059*
The following commands illustrate the use of /DISPLAY to monitor changes in the mode table values for a node.
Entry ET:
/DISPLAY NODE LUTYPEP1 MODE
Response ET:
NODE-USR TYPE DEF MODETBL ACT MODETBL LUTYPEP1 SLUP DEFRESP *90179/100206*
Explanation: DEFRESP is the mode table name defined for node LUTYPEP1 at system definition. The session is not active so the ACT MODETBL field is blank.
Entry ET:
/OPN NODE LUTYPEP1
Response ET:
DFS058I OPNDST COMMAND COMPLETED
Entry ET:
/DISPLAY NODE LUTYPEP1 MODE.
Response ET:
NODE-USR TYPE DEF MODETBL ACT MODETBL LUTYPEP1 SLUP DEFRESP DEFRESP *90179/100508*
Explanation: A mode table name was not specified with the /OPNDST command so the default value defined at system definition was used to initiate the session.
Entry ET:
/CLS NODE LUTYPEP1
Response ET:
DFS058I CLSDST COMMAND COMPLETED
Entry ET:
/DISPLAY NODE LUTYPEP1 MODE
Response ET:
NODE-USR TYPE DEF MODETBL ACT MODETBL LUTYPEP1 SLUP DEFRESP *90179/100630*
Explanation: Active mode table name displays as blank at normal session termination.
Entry ET:
/OPN NODE LUTYPEP1 MODE ALPHA.
Response ET:
DFS058I OPNDST COMMAND COMPLETED
Entry ET:
/DISPLAY NODE LUTYPE1 MODE
Response ET:
NODE-USR TYPE DEF MODETBL ACT MODETBL LUTYPEP1 SLUP DEFRESP ALPHA *90179/100805*
Explanation: The mode table name specified with the /OPNDST command (ALPHA) is used to initiate the session. The default value specified at system definition (DEFRESP) is overridden by the /OPNDST command.
The following example shows the display of all nodes with the automatic session restart designation.
Entry ET:
/DISPLAY NODE AUTOSR
Response ET:
NODE-USR TYPE CID RECD ENQCT DEQCT QCT SENT WS12 FIN 00000000 0 0 0 0 0 ASR NODE0005 FIN 00000000 0 0 0 0 0 ASR NODE0006 FIN 00000000 0 0 0 0 0 ASR NODE0007 FIN 00000000 0 0 0 0 0 ASR NTOLUNS NTO 00000000 0 0 0 0 0 ASR IDLE NTO2741 NTO 00000000 0 0 0 0 0 ASR IDLE LU6NODE2 LUT6 -N/A 00000000 0 0 0 0 0 ASR IDLE -N/A 00000000 0 0 0 0 0 ASR IDLE -N/A 00000000 0 0 0 0 0 ASR IDLE *90179/101609*
Entry ET:
/DISPLAY NODE NODE1 NODE2 QCNT
Response ET:
NODE GBLQCT NODE1 100000 NODE2 25 *95200/170817*
Entry ET:
/DISPLAY NODE NODE1 USER USER1 USER2 QCNT
Response ET:
NODE/USER GBLQCT NODE1 -USER1 10 -USER2 0 *95200/170817*
Entry ET:
/DISPLAY NODE FPEN0001 EMHQ QCNT
Response ET:
LTERM GBLQCT FPEN0001 0 *98203/143542*
Entry ET:
/DISPLAY NODE DTSLU* DTSLU202 L3270A RECOVERY
Response ET:
NODE-USR OWNER SRM CONV STSN FPATH DTSLU002 IMSA GLOBAL Y Y Y DTSLU603 -IMSUS04 IMSA LOCAL Y Y Y DTSLU202 IMSB GLOBAL Y N N L3270A IMSA LOCAL Y N Y *99240/134730*
Entry ET:
/DISPLAY OASN SUBSYS ALL
Response ET:
SUBSYS OASN SSTR 0000000001 *90207/095627*
Entry ET:
/DISPLAY OLDS
Response ET:
OLDS-DDNAME % FULL RATE ARCH-JOB ARCH-STATUS OTHER-STATUS *DFSOLP00 37 9 IN USE DFSOLP02 AVAILABLE DFSOLP01 AVAILABLE SINGLE OLDS LOGGING, SINGLE WADS LOGGING AUTOMATIC ARCHIVE = 01 WADS = *DFSWADS0 DFSWADS1 SLDSREAD ON *89184/141407*
The following are examples of the /DISPLAY OTMA command.
Entry ET:
/DISPLAY OTMA
Response ET:
GROUP/MEMBER XCF-STATUS USER-STATUS SECURITY HOANG -APPL8 ACTIVE SERVER FULL -CLIENT1 ACTIVE ACCEPT TRAFFIC *94165/165753*
Entry ET:
/DISPLAY OTMA
Response ET:
GROUP/MEMBER XCF-STATUS USER-STATUS SECURITY HOANG -APPL8 NOT DEFINED SERVER FULL -CLIENT1 ACTIVE ACCEPT TRAFFIC *94165/165753*
Entry ET:
/DISPLAY OVERFLOWQ STRUCTURE ALL
Response ET:
STRUC-RSCTYPE OFLSTRUC-RSCNAME LUNAME-TMEMBER TPNAME-TPIPE IMSMSGQ01 IMSMSGQ01OFLW TRANSACTION TRANA LTERM LTERMX SUSPENDTRAN TRANA APPC TMSTMP- IMSA LUNAME1 TPNAME1 SERIALTRAN TRANABC IMSA APPC TMSTMP- IMSA OTMA TMSTMP- IMSA TMEMBERA TPIPEA APPC TMSTMP- IMSA NETWORK2.LUNAME2 TPNM123456789012+ 3456789012345678+ 901234567890 OTMA TMSTMP- IMSB REMOTE TRANB REMOTE LTERMA UNKNOWN ASIXTEENCHARNAME REMOTE MSNAMEA IMSEMHQ01 OVERFLOW STRUCTURE IS NOT DEFINED BALGRP FPPSB1 LTERM LTERMY BALGRP FPPSB2 *95200/170817*
The following are examples of the /DISPLAY POOL command.
Entry ET:
/DISPLAY POOL ALL
Response ET:
NAME SP# CURR MAX GETS FREES IOSB 228 28K 28K 3 0 GIOB 228 0K 0K 0 0 OSWA 228 8K 8K 1 0 GOWA 228 0K 0K 0 0 PST 231 52K 56K 14 1 DPST 231 40K 44K 11 1 SAP 231 132K 132K 32 0 GQMW 231 16K 16K 4 0 LQMW 0 324K 324K 81 0 D1WA 228 8K 8K 2 0 DL2W 0 8K 8K 2 0 DG2W 231 4K 4K 1 0 QSAV 231 4K 16K 3 2 VRPL 231 16K 16K 4 0 LSAV 0 808K 808K 201 1 AWE 231 112K 112K 28 0 PDIR 231 36K 36K 1 0 DDIR 231 28K 28K 1 0 LCRE 241 4K 4K 1 0 PCIB 0 0K 0K 0 0 SIDX 241 4K 4K 1 0 RRE 241 4K 4K 1 0 SMB 231 62K 62K 1 0 BCPT 231 4K 4K 1 0 GESE 241 0K 0K 0 0 EPST 231 208K 208K 20 0 IDT 241 0K 0K 0 0 DBRC 231 0K 0K 0 0 TTAB 231 224K 224K 56 0 EZS 241 0K 0K 0 0 FNCB 231 0K 0K 0 0 TCBT 231 4K 4K 1 0 CMWU 231 12K 12K 3 0 FSRB 228 4K 4K 1 0 KLSD 0 0K 0K 0 0 IRLM 231 0K 0K 0 0 STTR 231 52K 52K 13 0 BQEL 231 0K 0K 0 0 USMU 229 0K 0K 0 0 RCTE 231 3K 3K 1 0 SLOG 231 4K 4K 1 0 ADSC 228 0K 0K 0 0 FPCP 231 0K 0K 0 0 AESL 231 0K 0K 0 0 XPST 231 16K 16K 4 0 BXQE 231 16K 16K 4 0 SRBC 228 8K 8K 2 0 MSGP 241 4K 4K 1 0 LPST 251 8K 8K 2 0 CULE 231 4K 4K 1 0 RPST 241 4K 4K 1 0 VTCB 251 18K 18K 0 0 RECA 0 19K 19K 1 0 GSAV 231 0K 0K 0 0 FEIB 231 0K 0K 0 0 IEQE 0 0K 0K 0 0 L56X 231 4K 4K 1 0 X124 241 4K 4K 1 0 STAT 241 4K 4K 1 0 EQEL 241 0K 0K 0 0 TT24 231 24K 24K 6 0 LGWA 231 104K 104K 26 0 VWA 231 8K 8K 2 0 LGWX 0 0K 0K 0 0 LQB 251 104K 104K 0 0 RCNT 251 2K 2K 0 0 DDRE 0 0K 0K 0 0 CCB 0 0K 0K 0 0 LGND 251 8K 8K 2 0 USRD 251 4K 4K 1 0 LS24 0 2K 2K 1 0 GS24 231 0K 0K 0 0 CLLE 231 64K 64K 16 1 QMBA 0 8K 8K 1 0 AHDR 251 0K 0K 0 0 XMCI 241 180K 180K 45 1 DBPB 231 0K 0K 0 0 LG24 0 12K 12K 3 0 IAFP 231 0K 0K 0 0 RACW 231 0K 0K 0 0 LUB 251 0K 0K 0 0 TIB 251 28K 28K 1 0 DESC 251 0K 0K 0 0 PF62 251 0K 0K 0 0 QAB 251 0K 0K 0 0 LCLL 0 436K 436K 109 0 CBLK 251 0K 0K 0 0 SVPG 231 24K 24K 6 0 SVPL 0 148K 148K 37 0 SOPB 0 0K 0K 0 0 CBT POOLS GLBL 1541K LCL 2236K MESSAGE QUEUE POOL: BFRS/SIZE 20/2112 ENQ 6 DEQ 6 CAN 30 WAIT 0 I/O 15 ERR 0 QBLKS: MAX # RECORDS AVAIL 1332 CUR IN USE 3 = 0 % SMSGQ: MAX # RECORDS AVAIL 5940 CUR IN USE 4 = 0 % LMSGQ: MAX # RECORDS AVAIL 1350 CUR IN USE 4 = 0 % MESSAGE FORMAT POOL: SIZE 49152 SPACE 48576 DIRS 9011 REQ1 2 I/O 2 DIR 4 WAIT 2 FREE 48432 ERR 0 SEQUENTIAL BUFFERING: STATUS = NOT INIT MAX N.A. FREE N.A. CURR 0K HIGH 0K OSAM DB BUFFER POOL: ID O04K BSIZE 4K NBUF 1000 FX=Y/Y LCTREQ 1765296 NEWBLK 0 ALTREQ 340800 PURGRQ 39371 FNDIPL 1370897 BFSRCH 1987604 RDREQ 378355 BFSTLW 0 PURGWR 150284 WBSYID 1431 WBSYWR 0 WBSYRD 0 WRLSEO 296 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: ID O08K BSIZE 8K NBUF 100 FX=Y/Y LCTREQ 228080 NEWBLK 0 ALTREQ 0 PURGRQ 0 FNDIPL 204190 BFSRCH 316566 RDREQ 23891 BFSTLW 0 PURGWR 0 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: ID O12K BSIZE 12K NBUF 100 FX=Y/Y LCTREQ 83282 NEWBLK 0 ALTREQ 6896 PURGRQ 4384 FNDIPL 70743 BFSRCH 81395 RDREQ 7622 BFSTLW 0 PURGWR 6118 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: BSIZE ALL NBUF 1200 OSM= 6000K LCTREQ 2076667 NEWBLK 0 ALTREQ 347697 PURGRQ 43755 FNDIPL 1645837 BFSRCH 2385576 RDREQ 409869 BFSTLW 0 PURGWR 156402 WBSYID 1431 WBSYWR 0 WBSYRD 0 WRLSEO 296 WNOBFR 0 ERRORS 00000/00000 VSAM DB BUFFER POOL: ID VLP1 BSIZE 2K TYPE D FX=N/Y/N RRBA 0 RKEY 0 BFALT 0 NREC 0 SYNC PT 29446 NBUFS 500 VRDS 1253 FOUND 0 VWTS 68 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: ID VLP1 BSIZE 4K TYPE D FX=N/Y/N RRBA 370 RKEY 187583 BFALT 0 NREC 10750 SYNC PT 29446 NBUFS 1000 VRDS 145632 FOUND 0 VWTS 9771 HSR-S 0 HSW-S 50 HS NBUFS 50 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: ID VPL1 BSIZE 8K TYPE D FX=N/Y/N RRBA 7375 RKEY 6704 BFALT 0 NREC 0 SYNC PT 29446 NBUFS 100 VRDS 7362 FOUND 0 VWTS 0 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: BSIZE ALL VS= 5800K HS= 200K RRBA 7745 RKEY 194287 BFALT 0 NREC 10752 SYNC PT 29446 NBUFS 1600 VRDS 154247 FOUND 0 VWTS 9839 HSR-S 0 HSW-S 50 HS NBUFS 50 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 DMPB BUFFER POOL: SIZE 200K FREE 200K HIGH 0K PSBP BUFFER POOL: SIZE 80K FREE 80K HIGH 0K DPSB BUFFER POOL: SIZE 160K FREE 160K HIGH 0K CIOP BUFFER POOL: SIZE 14K HIGH 65K LIMIT NONE OVERFLOW 0K MAIN BUFFER POOL: SIZE 40K FREE 39K HIGH 1K SPAP BUFFER POOL: SIZE 0K HIGH 0K LIMIT 9999K OVERFLOW 0K PSBW BUFFER POOL: SIZE 600K FREE 600K HIGH 0K DBWP BUFFER POOL: SIZE 80K FREE 80K HIGH 0K HIOP BUFFER POOL: SIZE 214K HIGH 420K LIMIT 9999K OVERFLOW 0K FPDB BUFFER POOL: AVAIL = 60 WRITING = 0 PGMUSE = 0 UNFIXED = 90 POOLNAME CISIZE PBUF SBUF MAX CURRENT LK HITS VALID 1024 01024 00064 00016 00256 00064 N NA NA 2048 02048 00064 00016 00256 00064 N NA NA CESS BUFFER POOL: POOL IS NOT AVAILABLE FOR STATISTICS EMHB BUFFER POOL: SIZE 0K HIGH 0K LIMIT NONE OVERFLOW 0K FPWP BUFFER POOL: SIZE 0K HIGH 0K LIMIT NONE OVERFLOW 0K EPCB BUFFER POOL: SIZE 300K FREE 300K HIGH 0K LUMP BUFFER POOL: SIZE 68K HIGH 68K LIMIT NONE OVERFLOW 0K LUMC BUFFER POOL: SIZE 0K HIGH 32K LIMIT NONE OVERFLOW 0K *92120/134306*
Entry ET:
/DISPLAY POOL AOIP
Response ET:
AOIP BUFFER POOL: SIZE 32K HIGH 32K LIMIT NONE OVERFLOW 0K *92280/095545*
Entry ET:
/DISPLAY POOL CBT
Response ET:
NAME SP# CURR MAX GETS FREES IOSB 228 20K 20K 1 0 GIOB 228 0K 0K 0 0 OSWA 228 8K 8K 1 0 GOWA 228 0K 0K 0 0 PST 231 52K 56K 14 1 DPST 231 40K 44K 11 1 SAP 231 28K 28K 6 0 GQMW 231 12K 12K 3 0 LQMW 0 40K 40K 10 0 D1WA 228 8K 8K 2 0 DL2W 0 8K 8K 2 0 DG2W 231 4K 4K 1 0 QSAV 231 4K 12K 2 1 VRPL 231 16K 16K 4 0 LSAV 0 68K 72K 17 1 AWE 231 12K 12K 3 0 PDIR 231 36K 36K 1 0 DDIR 231 28K 28K 1 0 LCRE 241 4K 4K 1 0 PCIB 0 0K 0K 0 0 SIDX 241 4K 4K 1 0 RRE 241 4K 4K 1 0 SMB 231 61K 61K 1 0 BCPT 231 4K 4K 1 0 GESE 241 0K 0K 0 0 EPST 231 144K 144K 20 0 IDT 241 0K 0K 0 0 DBRC 231 0K 0K 0 0 TTAB 231 184K 184K 46 0 EZS 241 0K 0K 0 0 FNCB 231 0K 0K 0 0 TCBT 231 4K 4K 1 0 CMWU 231 8K 8K 2 0 FSRB 228 4K 4K 1 0 KLSD 0 0K 0K 0 0 IRLM 231 0K 0K 0 0 STTR 231 52K 52K 13 0 BQEL 231 0K 0K 0 0 USMU 229 0K 0K 0 0 RCTE 231 3K 3K 1 0 SLOG 231 4K 4K 1 0 ADSC 228 0K 0K 0 0 FPCP 231 0K 0K 0 0 AESL 231 0K 0K 0 0 XPST 231 16K 16K 4 0 BXQE 231 16K 16K 4 0 SRBC 228 8K 8K 2 0 MSGP 241 4K 4K 1 0 LPST 251 8K 8K 2 0 CULE 231 152K 152K 1 0 RPST 241 4K 4K 1 0 VTCB 251 305K 305K 0 0 RECA 0 19K 19K 1 0 GSAV 231 0K 0K 0 0 FEIB 231 0K 0K 0 0 IEQE 0 0K 0K 0 0 L56X 231 4K 4K 1 0 X124 241 4K 4K 1 0 STAT 241 4K 4K 1 0 EQEL 241 0K 0K 0 0 TT24 231 24K 24K 6 0 LGWA 231 104K 104K 26 0 VWA 231 8K 8K 2 0 LGWX 0 0K 0K 0 0 LQB 251 104K 104K 0 0 RCNT 251 4K 4K 0 0 DDRE 0 0K 0K 0 0 CCB 0 0K 0K 0 0 LGND 251 8K 8K 2 0 USRD 251 4K 4K 1 0 LS24 0 2K 2K 1 0 GS24 231 0K 0K 0 0 CLLE 231 60K 64K 16 1 QMBA 0 8K 8K 1 0 AHDR 251 0K 0K 0 0 XMCI 241 32K 36K 9 1 DBPB 231 0K 0K 0 0 LG24 0 12K 12K 3 0 IAFP 231 0K 0K 0 0 RACW 231 0K 0K 0 0 LUB 251 0K 0K 0 0 TIB 251 28K 28K 1 0 DESC 251 4K 4K 1 0 PF62 251 0K 0K 0 0 QAB 251 0K 0K 0 0 LCLL 0 36K 36K 9 0 CBLK 251 0K 0K 0 0 CBT POOLS GLBL 1187K LCL 658K *91057/132506*
Entry ET:
/DISPLAY POOL CIOP SPAP HIOP CESS EMHB FPWP LUMP LUMC
Response ET:
CIOP BUFFER POOL: SIZE 16K HIGH 96K LIMIT 999K OVERFLOW 0K SPAP BUFFER POOL: SIZE 0K HIGH 0K LIMIT 9999K OVERFLOW 0K HIOP BUFFER POOL: SIZE 128K HIGH 128K LIMIT 9999K OVERFLOW 0K CESS BUFFER POOL: POOL IS NOT AVAILABLE FOR STATISTICS EMHB BUFFER POOL: SIZE 0K HIGH 0K LIMIT 9999K OVERFLOW 0K FPWP BUFFER POOL: SIZE 0K HIGH 0K LIMIT 9999K OVERFLOW 0K LUMP BUFFER POOL: SIZE 32K HIGH 32K LIMIT NONE OVERFLOW OK LUMC BUFFER POOL: SIZE OK HIGH 32K LIMIT NONE OVERFLOW OK *91051/161116*
Entry ET:
/DISPLAY POOL DBAS
Response ET:
SEQUENTIAL BUFFERING: STATUS = NOT INIT MAX N.A. FREE N.A. CURR 0K HIGH 0K OSAM DB BUFFER POOL: ID BSIZE 2K NBUF 4 FX=N/N LCTREQ 0 NEWBLK 0 ALTREQ 0 PURGRQ 0 FNDIPL 0 BFSRCH 0 RDREQ 0 BFSTLW 0 PURGWR 0 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: ID BSIZE 6K NBUF 4 FX=N/N LCTREQ 0 NEWBLK 0 ALTREQ 0 PURGRQ 0 FNDIPL 0 BFSRCH 0 RDREQ 0 BFSTLW 0 PURGWR 0 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: ID BSIZE 8K NBUF 4 FX=N/N LCTREQ 0 NEWBLK 0 ALTREQ 0 PURGRQ 0 FNDIPL 0 BFSRCH 0 RDREQ 0 BFSTLW 0 PURGWR 0 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000 OSAM DB BUFFER POOL: BSIZE ALL NBUF 12 OSM= 64K LCTREQ 0 NEWBLK 0 ALTREQ 0 PURGRQ 0 FNDIPL 0 BFSRCH 0 RDREQ 0 BFSTLW 0 PURGWR 0 WBSYID 0 WBSYWR 0 WBSYRD 0 WRLSEO 0 WNOBFR 0 ERRORS 00000/00000
VSAM DB BUFFER POOL: ID XXXX BSIZE 1K TYPE D FX=N/N/N RRBA 0 RKEY 0 BFALT 0 NREC 0 SYNC PT 0 NBUFS 8 VRDS 0 FOUND 0 VWTS 0 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: ID XXXX BSIZE 2K TYPE D FX=N/N/N RRBA 0 RKEY 0 BFALT 0 NREC 0 SYNC PT 0 NBUFS 4 VRDS 0 FOUND 0 VWTS 0 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: ID XXXX BSIZE 8K TYPE D FX=N/N/N RRBA 0 RKEY 0 BFALT 0 NREC 0 SYNC PT 0 NBUFS 4 VRDS 0 FOUND 0 VWTS 0 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 VSAM DB BUFFER POOL: BSIZE ALL VS= 48K HS= 0K RRBA 0 RKEY 0 BFALT 0 NREC 0 SYNC PT 0 NBUFS 16 VRDS 0 FOUND 0 VWTS 0 HSR-S 0 HSW-S 0 HS NBUFS 0 HS R/W-FAIL 000000/000000 ERRORS 000000/000000 *92120/134346*
Entry ET:
/DISPLAY POOL DBB
Response ET:
NAME SP# CURR MAX GETS FREES PDIR 231 36K 36K 1 0 DDIR 231 28K 28K 1 0 SMB 231 61K 61K 1 0 BQEL 231 0K 0K 0 0 IEQE 0 0K 0K 0 0 EQEL 241 0K 0K 0 0 DDRE 0 0K 0K 0 0 CLASS = DBB GLBL 125K LCL 0K CBT POOLS GLBL 1187K LCL 662K *91051/161027*
Entry ET:
/DISPLAY POOL DCC
Response ET:
NAME SP# CURR MAX GETS FREES PCIB 0 0K 0K 0 0 VTCB 251 305K 305K 0 0 RECA 0 19K 19K 1 0 LGND 251 16K 16K 4 0 AHDR 251 0K 0K 0 0 IAFP 231 0K 0K 0 0 RACW 231 0K 0K 0 0 LUB 251 0K 0K 0 0 TIB 251 28K 28K 1 0 DESC 251 0K 0K 0 0 PF62 251 0K 0K 0 0 QAB 251 0K 0K 0 0 CBLK 251 0K 0K 0 0 CLASS = DCC GLBL 0K LCL 368K CBT POOLS GLBL 1187K LCL 662K *91051/161038*| | |
Entry ET: |
|/DISPLAY POOL FPDB|
Response ET: |
|POOLNAME CISIZE PBUF SBUF MAX CURRENT LK HITS VALID |V$$$CFSTRUCTURE1 04096 00100 00010 00500 00100 N 000% NA |POOL4 04096 00010 00010 00500 00010 Y NA NA
Entry ET:
/DISPLAY POOL MFP
Response ET:
MESSAGE FORMAT POOL: SIZE 49152 SPACE 48576 DIRS 9011 REQ1 2 I/O 2 DIR 4 WAIT 2 FREE 48432 ERR 0 *91051/172502*
Entry ET:
/DISPLAY POOL MFP CIOP MAIN
Response ET:
MESSAGE FORMAT POOL: SIZE 49152 SPACE 48576 DIRS 9011 REQ1 2 I/O 2 DIR 4 WAIT 2 FREE 48432 ERR 0 CIOP BUFFER POOL: SIZE 96K HIGH 96K LIMIT 999K OVERFLOW 0K MAIN BUFFER POOL: SIZE 40K FREE 40K HIGH 5K *91051/160913*
Entry ET:
/DISPLAY POOL MFP STAT
Response ET:
MFBP BUFFER POOL: 0170 00000000 00000002 00000002 00000000 00000004 00000000 00000000 00000002 0190 00000000 00000000 00000000 00000002 00000000 00000000 00000000 00000000 01B0 00000000 00000001 *91051/172508*
Entry ET:
/DISPLAY POOL PSBP
Response ET:
PSBP BUFFER POOL: SIZE 80K FREE 80K HIGH 0K DPSB BUFFER POOL: SIZE 160K FREE 160K HIGH 0K *91051/161048*
Entry ET:
/DISPLAY POOL QBUF
Response ET:
MESSAGE QUEUE POOL: BFRS/SIZE 20/2112 SYS3 ENQ 18 DEQ 18 CAN 52 WAIT 0 I/O 15 ERR 0 QBLKS: MAX # RECORDS AVAIL 5 CUR IN USE 3 = 60 % SMSGQ: MAX # RECORDS AVAIL 262167 CUR IN USE 4 = 0 % LMSGQ: MAX # RECORDS AVAIL 524293 CUR IN USE 2 = 0 % *91051/172432*
Entry ET:
/DISPLAY POOL QBUF STAT
Response ET:
QBUF BUFFER POOL: 0054 00000000 0000005E 00000126 00000001 00000000 00000000 00000007 00000008 0074 00000008 00000000 00000000 00000000 00000000 00000000 00000000 00000000 0094 00000000 00000000 00000000 00000019 00000323 00000000 00000013 00000013 00B4 00000035 00000003 00000004 00000002 *91051/172440* SYS3
Entry ET:
/DISPLAY POOL SUM
Response ET:
CBT POOLS GLBL 1187K LCL 662K CLASS = OSAM GLBL 28K LCL 0K CLASS = GEN GLBL 724K LCL 54K CLASS = DEP GLBL 216K LCL 0K CLASS = DISP GLBL 88K LCL 128K CLASS = DBB GLBL 125K LCL 0K CLASS = DCC GLBL 0K LCL 368K CLASS = FP GLBL 7K LCL 0K *91051/161003*
Entry ET:
/DISPLAY PROGRAM APOL1 DBFSAMP3 BMP255
Response ET:
PROGRAM TRAN TYPE APOL1 APOL11 TP APOL12 APOL13 APOL14 APOL15 APOL16 APOL17 APOL18 DBFSAMP3 FPSAMP1 FPM BMP255 TRAN255 BMP TXCD255 TXCD255W *90288/140450* SYS3
Entry ET:
/DISPLAY PROGRAM ALL
Response ET:
PROGRAM TRAN TYPE AD2TP TSTAD2A TP NOTINIT TSTAD2R1 APOL1 APOL11 TP NOTINIT APOL12 A3270 A3270 TP NOTINIT 3270S BMAAJK41 BHE4 TP NOTINIT NQE4 SHE4 BMP255 TRAN255 BMP NOTINIT BTAEJK01 BMP NOTINIT BTAPJK01 BMP NOTINIT BTAPJK11 BMP NOTINIT BTAPJK21 BMP NOTINIT BTGGJK01 BMP NOTINIT BTGGJK11 BMP NOTINIT BTGOJK01 BMP NOTINIT BTGRJK05 BMP NOTINIT CPGM1V0 CONV11V0 TP NOTINIT CONV12V0 CONV13V0
DBF#FPU0 FPU DBFSAMP3 FPSAMP1 FPM DBFSAMP4 FPSAMP2 TP NOTINIT DBFSAM22 TP1 FPM DBFSAM99 TP2 TP NOTINIT DCLECHOS DCL TP NOTINIT DDLTBP04 TXCDBP04 FPM DDLTBP05 TXCDBP05 FPM DDLTBP06 TXCDBP06 FPM DDLTBP07 TXCDBP07 FPM NOTINIT DDLTBP08 TXCDBP08 FPM NOTINIT DDLTBP09 TXCDBP09 FPM NOTINIT V2MPPA02 V2MRP01 TP NOTINIT V2MRP02 V2MPPC01 V2SNS01 TP V2SRS02 V2MPPC02 V2MRS04 TP NOTINIT V2MPPP01 V2SNS02 TP NOTINIT V2SRS03 V2SRS04 V2MPPPP02 V2MRP03 TP NOTINIT V2SRP01 WTCPLI TESTPLI TP NOTINIT *89184/142553*
Entry ET:
/DISPLAY PSB DDLTLM06 DDLTLM07
Response ET:
PSB-NAME TRANCODE RTCODE DBD-NAME ACCESS DDLTLM06 TXCDLM06 TXCDLM06 MSDBLM01 R/W MSDBLM02 R/W MSDBLM03 R/W MSDBLM01 R/W MSDBLM04 R/W MSDBLM04 R/W MSDBLM05 R/W MSDBLM05 R/W MSDBLM06 R/W MSDBLM06 R/W MSDBLM06 R/W MSDBLM06 R/O DDLTLM07 TXCDLM07 TXCDLM07 MSDBLM01 R/W MSDBLM02 R/W MSDBLM03 R/W MSDBLM01 R/O MSDBLM04 R/W MSDBLM04 R/W MSDBLM05 R/W MSDBLM05 R/W MSDBLM06 R/W MSDBLM06 R/W MSDBLM06 R/W MSDBLM06 R/O MSDBLM07 R/W *91068/111601*
This example shows the display of all physical terminals that are being traced.
Entry ET:
/DISPLAY PTERM TRA
Response ET:
LIN/PTE TYPE ADDR RECD ENQCT DEQCT QCT SENT 2- 1 2740-II *** 0 0 0 0 0STOPPED INOP NOTOPEN TRA 2- 2 2740-II *** 0 0 0 0 0STOPPED INOP NOTOPEN TRA 11- 1 2740-II *** 0 0 0 0 0STOPPED INOP NOTOPEN TRA 11- 2 2740-II *** 0 0 0 0 0STOPPED INOP NOTOPEN TRA *89184/142950*
The following are examples of the /DISPLAY Q command.
Entry ET:
/DISPLAY Q
Response ET:
CLS CT PTY CT MSG CT TRAN CT 3 5 28 8 *90253/103811*
Entry ET:
/DISPLAY Q BALGRP
Response ET:
BALGRP NO.RGNS MSG CT ENQ COUNT DEQ COUNT DDLTM06 1 1 2 1 DDLTM07 1 0 0 0 *91068/112000*
Entry ET:
/DISPLAY Q BALGRP QCNT
Response ET:
BALGRP GBLQCT SMQFP1 2 SMQFP2 3 *96197/174618*
Entry ET:
/DISPLAY Q CLASS ALL
Response ET:
CLS PTY CT MSG CT TRAN CT 1 1 2 1 2 1 2 1 3 1 4 1 *90253/103855*
Entry ET:
/DISPLAY Q CLASS 1 2
Response ET:
CLS PTY CT MSG CT TRAN CT 1 1 2 1 2 1 2 1 *90253/103913*
Entry ET:
/DISPLAY Q PRIORITY ALL
Response ET:
CLS PTY MSG CT TRAN CT 1 9 2 1 2 1 2 1 3 5 4 1 *90253/103945*
Entry ET:
/DISPLAY Q PRIORITY 10
Response ET:
CLS PTY MSG CT TRAN CT 4 10 18 3 *90253/1104016
Entry ET:
/DISPLAY Q CLASS 4 PRIORITY 10
Response ET:
CLS PTY MSG CT TRAN CT 4 10 18 3 *90309/122418*
Entry ET:
/DISPLAY Q TRANSACTION
Response ET:
CLS PTY MSG CT TRAN PSBNAME 3 10 3 CLOSE DFSSAM05 4 10 2 ADDPART DFSSAM04 4 10 4 PART DFSSAM02 5 7 1 ADDINV DFSSAM04 5 10 5 DLETINV DFSSAM04 *90243/110324*
Entry ET:
/DISPLAY Q CLASS 3 5 TRANSACTION
Response ET:
CLS PTY MSG CT TRAN PSBNAME 3 10 3 CLOSE DFSSAM05 5 7 1 ADDINV DFSSAM04 5 10 5 DLETINV DFSSAM04 *90243/110332*
Entry ET:
/DISPLAY Q CLASS 4 PRIORITY 10 11 TRANSACTION
Response ET:
CLS PTY MSG CT TRAN PSBNAME 4 10 2 ADDPART DFSSAM04 4 10 4 PART DFSSAM02 *90243/110343*
Entry ET:
/DISPLAY Q CLASS 1 2 3 PRIORITY 1
Response ET:
CLS PTY MSG CT TRAN CT 1 1 2 1 2 1 2 1 3 1 4 1 *90253/104321*
Entry ET:
/DISPLAY QUEUE TRANSACTION
Response ET:
CLS PTY MSG CT TRAN PSBNAME 20 5 2 TPN1 DFSCPIC 20 2 5 TPN2 SAAPSB1 22 3 7 TPN3 SAAPSB2 *90332/114253*
Entry ET:
/DISPLAY QCNT LTERM MSGAGE 5
Response ET:
QUEUENAME QCNT-TOTAL QCNT-AGED TSTMP-OLD TSTMP-NEW TESTLTEA 1 1 95280/132006 95280/132006 LTERMABC 4 4 95274/083000 95275/091836 LTERMA 100 100 95275/080000 95281/212224 *95290/132006*
Entry ET:
/DIS QCNT APPC MSGAGE 0
Response ET:
QUEUENAME QCNT-TOTAL QCNT-AGED TSTMP-OLD TSTMP-NEW TMSTMP- SYS3 16 16 02192/080833 02192/080928 LUNAME: L62MVS1 TPNAME: TPNAME123 TMSTMP- IMS2 12 12 02192/080620 02192/080658 LUNAME: NETWRKID.L62IMS1 TPNAME: ABCDEFGHIJKLMNOPQRSTUVWXYZ *02192/081543*
Entry ET:
/DISPLAY QCNT TRANSACTION MSGAGE 5
Response ET:
QUEUENAME QCNT-TOTAL QCNT-AGED TSTMP-OLD TSTMP-NEW TRANA 20 20 95200/132006 95280/132006 TRANBBBB 4 4 95274/083000 95275/091836 TRANSACA 220 220 95275/080000 95281/212224 TRANSDDD 13 0 95290/101455 95290/101456 TRANSEEE 55 13 95277/152118 95290/114317 *95290/132006*
Entry ET:
/DIS QCNT OTMA MSGAGE 0
Response ET:
QUEUENAME QCNT-TOTAL QCNT-AGED TSTMP-OLD TSTMP-NEW TMSTMP- SYS3 24 24 02192/083745 02192/083745 TMEMBER: VC5 TPIPE: CSQ0000D *02192/083757*| | |
The following are examples of the /DISPLAY RECOVERY command.
| |In this example a /DISPLAY RECOVERY command is issued before a /RECOVER START for RCVTOKEN RECOV1 is issued.
|Entry ET: |
|/DISPLAY RECOVERY RCVTOKEN RECOV1|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 FORMING N/A N/A N/A N/A |**** RECOVERY LIST ENTRY INFORMATION *************** |DATABASE DATA SET START OPTION STATUS AUTH SSID |DB23AR1 STAGLOBAL NORMAL NONE |DB23AR2 OFFLINE NORMAL NONE |DB23AR3 STAGLOBAL NORMAL NONE |DB23AR4 STALOCAL NORMAL NONE |DB23AR5 STALOCAL NORMAL NONE |DHVNTZ02 HIDAM STAGLOBAL NORMAL NONE |DIVNTZ02 DBHVSAM1 OFFLINE NORMAL NONE |DXVNTZ02 XDLBT04I STALOCAL NORMAL NONE |*03127/153515*| |
In Example 2, a /DISPLAY RECOVERY command is issued before a /RECOVER START for RCVTOKEN RECOV1 is issued. Some of the database data |sets in the recovery list are still authorized to two IMSs.
|Entry ET: |
|/DISPLAY RECOVERY RCVTOKEN RECOV1|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 FORMING N/A N/A N/A N/A |**** RECOVERY LIST ENTRY INFORMATION *************** |DATABASE DATA SET START OPTION STATUS AUTH SSID |DB23AR1 STAGLOBAL NORMAL NONE |DB23AR2 OFFLINE NORMAL NONE |DB23AR3 STAGLOBAL NORMAL NONE |DB23AR4 STALOCAL NORMAL NONE |DB23AR5 STALOCAL NORMAL NONE |DHVNTZ02 HIDAM STAGLOBAL NORMAL IMS1 | IMS2 |DIVNTZ02 DBHVSAM1 OFFLINE NORMAL IMS1 | IMS2 |DXVNTZ02 XDLBT04I STALOCAL NORMAL IMS1 | IMS2 *03127/153515*| |
In this example, a /DISPLAY RECOVERY command is issued after a /RECOVER START RCVTOKEN RECOV1 ERRORCONT command was issued when the IMS Database Recovery Facility |is the recovery product being used. |In this case, all logs have been processed and 3 of the 8 data |sets have been restored.
|Entry ET: |
|/DISPLAY RECOVERY RCVTOKEN RECOV1|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 STARTED CONT FULL RTDB 0 PRI |**** RECOVERY PROGRESS INFORMATION ***************** |TOKEN PROGRESS INFORMATION RCVTIME |RECOV1 0003 OF 0008 RESTORED N/A |**** RECOVERY LIST ENTRY INFORMATION *************** |DATABASE DATA SET START OPTION STATUS AUTH SSID |DB23AR1 STAGLOBAL NORMAL N/A |DB23AR2 OFFLINE NORMAL N/A |DB23AR3 STAGLOBAL NORMAL N/A |DB23AR4 STALOCAL NORMAL N/A |DB23AR5 STALOCAL NORMAL N/A |DHVNTZ02 HIDAM STAGLOBAL NORMAL N/A |DIVNTZ02 DBHVSAM1 OFFLINE NORMAL N/A |DXVNTZ02 XDLBT04I STALOCAL NORMAL N/A *03127/153515*| |
In the following example, a /DISPLAY RECOVERY command is issued after a /RECOVER START ERRORCONT command was issued. Also a /RECOVER STOP command was issued for DHVNTZ02, and DB23AR2 failed during |a recovery.
|Entry ET: |
|/DISPLAY RECOVERY RCVTOKEN RECOV1|
Response ET: |
| |**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 STARTED CONT FULL RTDB 0 PRI |**** RECOVERY PROGRESS INFORMATION ***************** |TOKEN PROGRESS INFORMATION RCVTIME |RECOV1 2000.251 07:57:00.3 N/A |**** RECOVERY LIST ENTRY INFORMATION *************** |DATABASE DATA SET START OPTION STATUS AUTH SSID |DB23AR1 STAGLOBAL NORMAL N/A |DB23AR2 OFFLINE FAILED N/A |DB23AR3 STAGLOBAL NORMAL N/A |DB23AR4 STALOCAL NORMAL N/A |DB23AR5 STALOCAL NORMAL N/A |DHVNTZ02 HIDAM STAGLOBAL STOPPED N/A |DIVNTZ02 DBHVSAM1 OFFLINE NORMAL N/A |DXVNTZ02 XDLBT04I STALOCAL NORMAL N/A *03127/153515*| |
In this example, a /DISPLAY RECOVERY ALL command is issued after three lists are created using the |IMS Database Recovery Facility recovery product. In this case the |IMS Database Recovery Facility has processed 76 of the 126 logs |that will need to be read. One of the lists (RECOV2) is undergoing |TSR.
|Entry ET: |
|/DISPLAY RECOVERY ALL|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 FORMING N/A N/A N/A N/A |RECOV2 STARTED CONT TSR RTDB 0 PRI |RECOV3 FORMING N/A N/A N/A N/A |**** RECOVERY PROGRESS INFORMATION ***************** |TOKEN PROGRESS INFORMATION RCVTIME |RECOV2 0076 OF 0125 LOGS READ 2003.127 08:30:00.0 |**** RECOVERY LIST ENTRY INFORMATION *************** |DATABASE DATA SET START OPTION STATUS AUTH SSID |DB23AR1 STAGLOBAL NORMAL N/A |DB23AR2 OFFLINE NORMAL N/A |DB23AR3 STAGLOBAL NORMAL N/A |DB23AR4 STALOCAL NORMAL N/A |DB23AR5 STALOCAL NORMAL N/A |DHVNTZ02 HIDAM STAGLOBAL NORMAL N/A |DIVNTZ02 DBHVSAM1 OFFLINE NORMAL N/A |DXVNTZ02 XDLBT04I STALOCAL NORMAL N/A *03127/153515*| |
In this example, a /DISPLAY RECOVERY command is issued after three lists are created. No other |parameters are specified.
|Entry ET: |
|/DISPLAY RECOVERY ALL|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV1 FORMING N/A N/A N/A N/A |RECOV2 FORMING N/A N/A N/A N/A |RECOV3 FORMING N/A N/A N/A N/A |*03127/153515*| |
In this example, a /DISPLAY RECOVERY ALL command is issued when no recovery lists exist.
|Entry ET: |
|/DISPLAY RECOVERY ALL|
Response ET: |
|**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |NO LISTS |*03127/153515*| |
In this example, a /DISPLAY RECOVERY RCVTOKEN RECOV3 is issued when the RCVTOKEN does not exist.
|Entry ET: |
|/DISPLAY RECOVERY RECVTOKEN RECOV3|
Response ET: |
||**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |**** RECOVERY LIST INFORMATION ********************* |TOKEN STATUS ERROR- REC TYPE PROC IC# SOURCE |RECOV3 UNKNOWN N/A N/A *03127/153515*|
Entry ET:
/DISPLAY RTCODE ALL
Response ET:
RTCODE PROGRAM STATUS DCL EMHPSB NOTSCHED,STOPPED EMHCOBOL EMHCOBOL NOTSCHED,STOPPED EMHPLI EMHPLI NOTSCHED,STOPPED EMHTX EMHPSB NOTSCHED,STOPPED TXCDLM06 DDLTLM06 STOPPED TXCDLM07 DDLTLM07 STOPPED *91068/114840*
The following are examples of the /DISPLAY SHUTDOWN STATUS command.
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
DFS134 SHUTDOWN CHECKPOINT NOT IN PROGRESS, CANNOT PROCESS COMMAND
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
SYSTEM PURGING TERMINAL USER STATUS 5- 1 INPUT IN PROCESS 5- 2 INPUT IN PROCESS 11- 1 OUTPUT IN PROCESS TERMINAL USER STATUS LINK 10 OUTPUT IN PROCESS MSG-IN 2 MSG-OUT 2 MASTER ACTIVE *91111/222226*
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
TERMINAL USER STATUS NSLUTP6 SPOOLA AWAITING RESPONSE NSLUTP6 SPOOLB 5 MSGS IN QUEUE NSLUTP6 SPOOLC INPUT IN PROCESS NSLUTP6 SPOOLD OUTPUT IN PROCESS *91111/222226*
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
TERMINAL USER STATUS 5- 1 INPUT IN PROCESS 5- 2 INPUT IN PROCESS 11- 1 OUTPUT IN PROCESS TERMINAL USER STATUS LINK 10 OUTPUT IN PROCESS MSG-IN 2 MSG-OUT 2 MASTER ACTIVE CPI TRAN TRNCODE1 ACTIVE IN REGID 1 CPI TRAN TRNCODE2 ACTIVE IN REGID 4 IMSLU=L62IMS #APPC-CONV= 8 ENABLED LUNAME STATUS LUNAME1 3 CONVERSATIONS(S) IN PROCESS LUNAME1 1 OUTPUT IN PROCESS LUNAME2 4 CONVERSATIONS(S) IN PROCESS *90332/114253*
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
TERMINAL SUBPOOL STATUS 5- 1 INPUT IN PROCESS 5- 2 INPUT IN PROCESS 11- 1 OUTPUT IN PROCESS TERMINAL SUBPOOL STATUS LINK 10 OUTPUT IN PROCESS MSG-IN 2 MSG-OUT 2 MASTER ACTIVE CPI TRAN TRNCODE1 ACTIVE IN REGID1 CPI TRAN TRNCODE2 ACTIVE IN REGID4 IMSLU=SYS1.IMSLUNME #APPC-CONV= 8 ENABLED LUNAME STATUS NETWORK1.LUNAME1 3 CONVERSATION(S) IN PROCESS NETWORK1.LUNAME1 1 OUTPUT IN PROCESS NID2.LUNAME2 4 CONVERSATION(S) IN PROCESS *92232/114253*
Entry ET:
/DISPLAY SHUTDOWN STATUS
Response ET:
TERMINAL USER STATUS 1- 1 INPUT IN PROCESS TERMINAL USER STATUS NO OUTPUTTING LINES MSG-IN 1 MSG-OUT 0 MASTER ACTIVE OTMA PHASE=2 COMMIT 0 TMEMBER=CLIENT1 TPIPE=TPIPE1 *94298/174604*
The following are examples of the /DISPLAY STATUS command.
Entry ET:
/DISPLAY STATUS
Response ET:
**TRAN****PSBNAME STATUS UNRESTRICTED **DATABASE** BMACC1 NOTOPEN,NOTINIT,STOPPED DEDB01 -AREA01 RECOVERY-NEEDED DEDEB03 -AREA02 ADS01 PRE-OPEN FAILED DEDB04 NOTOPEN,STOPPED -AREA01 RECOVERY-NEEDED ADS01 UNAVAILABLE **PROGRAM*** HIMASN01 STOPPED SWITCH STOPPED **NODE**** CT3275 DISCONNECTED CT3277A DISCONNECTED CT3277B SHUT W612 DISCONNECTED **LINE****** 4 STOPPED,IDLE 5 STOPPED,IDLE,NOTOPEN 8 STOPPED,IDLE 10 STOPPED,IDLE,NOTOPEN **PTERM***** 3 1 INOP, STOPPED 3 2 INOP, STOPPED 4 2 INOP, PSTOPPED 5 1 INOP, STOPPED 5 2 INOP, STOPPED 6 1 INOP, STOPPED **LTERM***** LU6A STOPPED VA01 QLOCK **CLASS***** 2 STOPPED **RTCODE**** STATUS UNRESTRICTED **LINK****** 1 PSTOPPED,IDLE,NOTOPEN 3 PSTOPPED,IDLE,COLD 4 PSTOPPED,IDLE,N/A 5 PSTOPPED,IDLE,NOTOPEN **MSNAME**** STATUS UNRESTRICTED **USER****** STATUS UNRESTRICTED **LUNAME**TPNAME**** STATUS UNRESTRICTED *92198/132223*
Entry ET:
/DISPLAY STATUS DATABASE
Response ET:
**DATABASE** DEDB01 -AREA01 STOPPED DEDB02 -AREA02 NOTOPEN -AREA03 ADS03 PRE-OPEN FAILED DEDB03 -AREA05 STOPPED,NOTOPEN ADS03 PRE-OPEN FAILED ADS08 UNAVAILABLE DEDB04 STOPPED DEDB05 NOTOPEN,NOTINIT -AREA01 STOPPED -AREA08 STOPPED,NOTOPEN DEDB06 STOPPED -AREA03 ADS03 UNAVAILABLE DEDB0777 NOTOPEN,LOCK -AREA0555 STOPPED,NOTOPEN ADS03333 SEVERE ERROR ADS08888 UNAVAILABLE *90263/092128*
Entry ET:
/DISPLAY STATUS LUNAME
Response ET:
**LUNAME/TPNAME** LU2 -TPN2 STO LU5 -TPNAME1234567890+ STO 1234567890 LU3 STO-INP LU4 STO-OUTP LU1 STO-INP, STO-OUTP *95229/155100*
Entry ET:
/DISPLAY STATUS LUNAME
Response ET:
**LUNAME/TPNAME** LU2 STO-INP, STO-OUTP -TPN2 STO LU5 STO-INP, STO-OUTP -TPN5 STO -TPNAME1234567890+ STO 1234567890 LU3 STO-INP, STO-OUTP LU4 STO-INP, STO-OUTP LU1 STO-INP, STO-OUTP FUTURE INPUT: STO FUTURE OUTPUT: STO *95229/155146*
Entry ET:
/DISPLAY STATUS NODE
Response ET:
**NODE****** NLUTP6S DISCONNECTED NLU1 STOPPED, DISCONNECTED NLUTP6P -A HELD -N/A STOPPED, DISCONNECTED -E FORCE -C *90231/040059*
Entry ET:
/DISPLAY STATUS RTCODE
Response ET:
**RTCODE**** DCL STOPPED EMHCOBOL STOPPED EMHPLI STOPPED EMHTX STOPPED TXCDBP04 STOPPED TXCDBP05 STOPPED TXCDBP06 STOPPED *91068/114900*
Entry ET:
/DISPLAY STATUS TMEMBER
Response ET:
**TMEMBER/TPIPE** CLIENT1 -TPIPE1 STO *94168/095431*
Entry ET:
/DISPLAY STATUS TRANSACTION
Response ET:
**TRAN****PSBNAME TPN4 DFSCPIC PUR TPN5 DFSCPIC STOPPED TPN6 DFSCPIC I/O PREVEN TPN7 DFSCPIC USTOPPED TRAN1 LU2PGM1 PSTOPPED TRAN2 LU2PGM2 PSTOPPED *90332/114253*
Entry ET:
/DISPLAY STRUCTURE ALL
Response ET:
STRUCTURE NAME TYPE STATUS MSGQ1 MSGQ CONNECTED, AVAILABLE, SHUTDOWN-STRCHKPT EMHQ1 EMHQ CONNECTED, AVAILABLE, IN-OVERFLOW *95200/170817*
Entry ET:
/DISPLAY STRUCTURE MSGQ111 EMHQ1
Response ET:
STRUCTURE NAME TYPE STATUS MSGQ111 IS INVALID EMHQ1 EMHQ DISCONNECTED *95201/121800
The following are examples of the /DISPLAY SUBSYS command.
Entry ET:
/DISPLAY SUBSYS ALL
Response ET:
SUBSYS CRC REGID PROGRAM LTERM STATUS SSTR ? CONN 1 DDLTLM17 PTERM01 CONN, ACTIVE 2 DDLTLM06 PTERM02 CONN *89202/065933*
Entry ET:
/DISPLAY SUBSYS XXX1 XXX3
Response ET:
SUBSYS CRC REGID PROGRAM LTERM STATUS XXX1 1 CONN XXX3 3 CONN *90083/154241*
Entry ET:
/DISPLAY SYSID TRANSACTION SKS1 SKS2 SKS3 SKS4
Response ET:
TRAN PSBNAME RID LID SKS1 DFSDDLT1 21 11 SKS2 DFSDDLT2 NA 11 SKS3 DFSDDLT3 NA 11 SKS4 DFSDDLT4 32 12 *89184/142436*
Entry ET:
/DISPLAY TIMEOVER 10
Response ET:
NODE USER TYPE LAST OUTPUT START TIME SLU1A N/A SLU1 88118/095914 LU6NDPC LU6SPC LUT6 88118/095921 SLU1C N/A SLU1 88118/095929 SLU1B N/A SLU1 88118/095937 SLU1D N/A SLU1 88118/095943 LU6NDPA LU6SPA LUT6 88118/095949 *88118/101150*
The following are examples of the /DISPLAY TMEMBER command.
Entry ET:
/DISPLAY TMEMBER ALL
Response ET:
GROUP/MEMBER XCF-STATUS USER-STATUS SECURITY APPL8 ACTIVE SERVER FULL CLIENT1 ACTIVE ACCEPT TRAFFIC *94165/170450*
Entry ET:
/DISPLAY TMEMBER CLIENT1 TPIPE ALL
Response ET:
MEMBER/TPIPE ENQCT DEQCT QCT STATUS CLIENT1 TRA -TPIPE1 0 0 0 TRA,STO -TPIPE2 2 2 0 TRA,STO -TPIPE3 1 0 1 TRA,STO *94165/170756*
The following are examples of the /DISPLAY TRACE command.
Entry ET:
/DISPLAY TRACE ALL
Response ET:
IMS ACTIVE TRACES LINE TYPE 1 CONSOLE 4 3270 R LINK PARTNER 2 AC NODE TYPE USERS SLUP1 SLUP LU6NDPA LUT6 N/A N/A N/A VAT11 3277 NO PSB TRACES FOUND MONITOR IS INACTIVE TRAN CODE PSB-NAME ADDINV DFSSAM04 PROGRAM NAME APOL1 DEBS TACP1
TABLE TRACE LOGGING ENTRIES VOLUME RETR ON N/A 128/PST N/A DL/I OFF 2268 DL/I ON HIGH LOCK ON MEDIUM PI ON LOW LATC ON OFF 1512 MEDIUM DISP ON OFF 1260 LOW SCHD OFF OFF 630 OFF SUBS OFF OFF 1008 OFF DLOG OFF OFF 756 OFF FAST OFF OFF 252 OFF STRG ON OFF 1260 HIGH IDC0 ON OFF 2268 HIGH LUMI ON OFF 1008 LOW PI TRACE IS ACTIVE OPTIONS: NOT LOGGED NOTIME VOLUME: MEDIUM NO TRAP TRACES FOUND IMS EXTERNAL TRACE IS USABLE XTRC DDNAME ALLOC STATUS STATUS DFSTRA01 DYNA UNALLOCATED CLOSED DFSTRA02 DYNA UNALLOCATED CLOSED DFSTRA0T DYNA UNALLOCATED CLOSED VTAM I/O TIMEOUT FACILITY IS INACTIVE TCO IS NOT ACTIVE LUNAME TPNAME TYPE NO LUNAME TRACES FOUND OSAMGTF TRACE IS INACTIVE *94060/100733*
Entry ET:
/DISPLAY TRACE LINE LINK NODE
Response ET:
IMS ACTIVE TRACES LINE TYPE 1 CONSOLE 30 3270 R 30 3270 R LINK PARTNER 4 RF NODE TYPE USERS L3270A 3277 LU6NDPA LUT6 N/A N/A N/A LEVEL: 4 MODULE: ALL *90290/143519*
Entry ET:
/DISPLAY TRACE LUNAME
Response ET:
IMS ACTIVE TRACES LUNAME TPNAME LUNAME3 INPUT LUNAME3 TPNAME1 OUTPUT LUNAME3 TPNAME7890123456+ OUTPUT 789END LUNAME4 INPUT *90332/114253*
Entry ET:
/DISPLAY TRACE LUNAME
Response ET:
IMS ACTIVE TRACES LUNAME/TPNAME NET1.LU1 INP -TPN1 NET2.LU1 OUTP -TPN2 OUTP LU3 INP, OUTP -TPN3 OUTP -TPN4 OUTP NET4.LU3 OUTP NET5.LU5 INP *93069/114435*
Entry ET:
/DISPLAY TRACE OSAMGTF
Response ET:
IMS ACTIVE TRACES OSAMGTF TRACE IS INACTIVE *92107/090819
Entry ET:
/TRACE SET ON OSAMGTF
Response ET:
DFS058I 09:08:32 TRACE COMMAND COMPLETED
Entry ET:
/DISPLAY TRACE OSAMGTF
Response ET:
IMS ACTIVE TRACES OSAMGTF TRACE IS ACTIVE *92107/090841*
Entry ET:
/DISPLAY TRACE MONITOR
Response ET:
IMS ACTIVE TRACES MONITOR IS ACTIVE: LA SCHD APMQ APDB APDB dbname/partition-name/area-name ... REGION reg# ... region-name ... INTERVAL #seconds EXPIRING hh:mm:ss.tt *98029/114114*
Entry ET:
/TRACE SET ON TABLE QMGR /TRACE SET ON TABLE SQTT /DISPLAY TRACE TABLE
Response ET:
IMS ACTIVE TRACES TABLE TRACE LOGGING ENTRIES VOLUME RETR ON N/A 128/PST N/A DL/I OFF 2268 DL/I ON MEDIUM LOCK ON MEDIUM PI OFF OFF LATC ON OFF 1512 MEDIUM DISP ON OFF 1260 MEDIUM SCHD ON OFF 630 MEDIUM SUBS OFF OFF 1008 OFF DLOG ON OFF 756 MEDIUM FAST OFF OFF 252 OFF STRG ON OFF 1260 MEDIUM IDC0 OFF OFF 2268 OFF LUMI OFF OFF 1008 OFF OTMT OFF OFF 1008 OFF QMGR ON OFF 1008 MEDIUM SQTT ON OFF 1008 MEDIUM *96225/153244*
Entry ET:
/DISPLAY TRACE TCO
Response ET:
IMS ACTIVE TRACES TCO IS NOT ACTIVE *89100/170509*
Entry ET:
/DISPLAY TRACE TIMEOUT
Response ET:
IMS ACTIVE TRACES VTAM I/O TIMEOUT FACILITY IS INACTIVE *89033/170200*
Entry ET:
/DISPLAY TRACE TIMEOUT
Response ET:
IMS ACTIVE TRACES VTAM I/O TIMEOUT FACILITY IS ACTIVE OPTION = NONE TIMEOUT VALUE = 0 *89110/131429*
Entry ET:
/DISPLAY TRACE TIMEOUT
Response ET:
IMS ACTIVE TRACES VTAM I/O TIMEOUT FACILITY IS ACTIVE OPTION = AUTO TIMEOUT VALUE = 10 *89033/170200*
Entry ET:
/DISPLAY TRACE TIMEOUT
Response ET:
IMS ACTIVE TRACES VTAM I/O TIMEOUT FACILITY IS ACTIVE OPTION = MSG TIMEOUT VALUE = 60 *89033/131630*
Entry ET:
/DISPLAY TRACE TMEMBER
Response ET:
IMS ACTIVE TRACES TMEMBER/TPIPE TYPE CLIENT1 -TPIPE1 TRA *94168/095325*
Entry ET:
/DISPLAY TRACE XTRC
Response ET:
IMS ACTIVE TRACES IMS EXTERNAL TRACE IS USABLE SYS3 XTRC DDNAME ALLOC STATUS STATUS DFSTRA01 DYNA UNALLOCATED CLOSED DFSTRA02 DYNA UNALLOCATED CLOSED DFSTRA0T DYNA UNALLOCATED CLOSED *91091/124215*
Entry ET:
/DIS TRACE EXIT
Response ET:
55/DIS TRACE EXIT IEE600I REPLY TO 55 IS;/DIS TRACE EXIT DFS000I IMS ACTIVE TRACES IMS3 DFS000I IMS3 DFS000I EXIT FUNC STATUS IMS3 DFS000I DFSMSCE0 TRBT ON IMS3 DFS000I DFSMSCE0 TRVT ON IMS3 DFS000I DFSMSCE0 TR62 OFF IMS3 DFS000I DFSMSCE0 TROT OFF IMS3 DFS000I DFSMSCE0 LRTR ON IMS3 DFS000I DFSMSCE0 LRLT ON IMS3 DFS000I DFSMSCE0 LRDI ON IMS3 DFS000I DFSMSCE0 LRIN ON IMS3 DFS000I DFSMSCE0 PRCH ON IMS3 DFS000I DFSMSCE0 PRIS N/A IMS3 DFS000I *99096/103002* IMS3 56 DFS996I *IMS READY* IMS3
Response ET:
39/DIS TRACE EXIT IEE600I REPLY TO 39 IS;/DIS TRACE EXIT DFS000I IMS ACTIVE TRACES IMS3 DFS000I IMS3 DFS000I EXIT FUNC STATUS IMS3 DFS000I DFSMSCE0 TRBT N/A IMS3 DFS000I DFSMSCE0 TRVT N/A IMS3 DFS000I DFSMSCE0 TR62 N/A IMS3 DFS000I DFSMSCE0 TROT N/A IMS3 DFS000I DFSMSCE0 LRTR N/A IMS3 DFS000I DFSMSCE0 LRLT N/A IMS3 DFS000I DFSMSCE0 LRDI N/A IMS3 DFS000I DFSMSCE0 LRIN N/A IMS3 DFS000I DFSMSCE0 PRCH N/A IMS3 DFS000I DFSMSCE0 PRIS N/A IMS3 DFS000I *99105/222611* IMS3 46 DFS996I *IMS READY* IMS3
The following are examples of the /DISPLAY TRACKING STATUS command.
The following is an example of a /DISPLAY TRACKING STATUS entered from a tracking subsystem in Los Angeles. The two active systems in San Jose are named IMSA and IMSC. IMSA has an XRF alternate named IMSB. IMSC has an XRF alternate named IMSD. The Coordinated Universal Time is 23:32:09. The local Los Angeles time is 15:32:09. OFR is also in progress and has started processing log data up through 14:11:34 local time.
Entry ET:
/DIS TRACKING STATUS
Response ET:
**** TRACKING SUBSYSTEM **************************************** IMSID READINESS-LEVEL GSG-NAME SG-NAME SG-STATUS IMST RECOVERY IMSGSG1 STLSITE2 IDENTIFIED **** TRACKING STATUS: TRACKING NUMBER OF ACTIVE SUBSYSTEMS: 4 **** TRACKING ACTIVITY ***************************************** NAME TYPE RECEIVED-LOG ROUTED-LOG NOT-ROUTED STATUS IMSD ONLINE N/A N/A N/A CONV-ACT IMSC ACTIVE 15:31:00 15:29:54 2K CONV-ACT IMSB ONLINE N/A N/A N/A CONV-ACT IMSA ACTIVE 15:31:10 15:29:47 3K CONV-ACT **** GAPS ****************************************************** NAME LOG-SEQ-FIRST IN-GAP RECEIVED NOT-ROUTED STATUS IMSC 0000000000007D31 2K 0K N/A WAITING **** ISOLATED LOG SENDER STATUS ******************************** SYSTEM NAME OF TRANSPORT MANAGER SUBSYSTEM: TMPAR NUMBER OF CONVERSATIONS: 1 **** ONLINE FORWARD RECOVERY STATUS **************************** NUMBER OF STREAMS BEING PROCESSED: 0 OFR ROUTING TIME: 2002.090 14:11:34 **** MILESTONE INDEX STATUS ************************************ CURRENT MILESTONE INDEX: 38 RESTART MILESTONE INDEX: 37 **** DLI TRACKING STATUS *************************************** TRACKING PSTS: 0 USAGE OF TRACKING PSTS: 0% BACKLOG OF REDO RECORDS IN DATASPACE: 0K **** FP TRACKING STATUS **************************************** TRACKING PSTS: 0 CURRENT LOG VOLUME IN DATASPACE: 0K MAX LOG VOLUME IN DATASPACE: 0K *02090/153209*
The following is an example of a /DISPLAY TRACKING STATUS command entered on an active system IMSC, located in San Jose.
See Example 1 for /DISPLAY ACTIVE Command for a description of the sample RSR environment.
Entry ET:
/DIS TRACKING STATUS
Response ET:
**** ACTIVE SUBSYSTEM **************************************************** IMSID GSG-NAME SG-NAME SG-STATUS IMSC ACCTGRP1 SITESJ IDENTIFIED **** ACTIVE'S CONVERSATIONS WITH LOG ROUTERS ***************************** IMSID RECORDS-NOT-SENT IMST 1K SENDING LOGS *91317/150416*
The following are examples of the /DISPLAY TRANSACTION command.
Entry ET:
/DISPLAY TRANSACTION ALL
Response ET:
TRAN CLS ENQCT QCT LCT PLCT CP NP LP SEGSZ SEGNO PARLM RC TPN1 22 14 7 5 0 8 5 8 0 0 0 5 PSBNAME: DFSCPIC TPN2 23 16 0 0 0 0 0 0 0 0 0 0 PSBNAME: DFSCPIC STATUS: PUR TPN2 24 0 0 0 0 0 0 0 0 0 0 0 PSBNAME: DFSCPIC STATUS: STOP TRAN1 4 0 0 10 5 8 8 10 0 0 2 2 PSBNAME: LU2PGM1 TRAN2 7 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: LU2PGM2 STATUS: PSTOP *90332/114253*
Entry ET:
/DISPLAY TRANSACTION SKS1 SKS2 SKS3 SKS4 SKS5 SKS6 SKS7
Response ET:
TRAN CLS ENQCT QCT LCT PLCT CP NP LP SEGSZ SEGNO PARLM RC SKS1 1 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: DFSDDLT1 STATUS: TRA SKS2 2 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: DFSDDLT2 SKS3 3 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: DFSDDLT3 STATUS: STOP,TRA SKS4 4 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: DFSDDLT4 STATUS: STOP SKS5 5 0 0 65535 65535 8 8 8 0 0 0 0 PSBNAME: DFSDDLT5 SKS6 6 0 0 65535 65535 8 8 8 0 0 2 0 PSBNAME: DFSDDLT6 STATUS: BAL( 2) SKS7 7 0 0 65535 65535 8 8 8 0 0 1 0 PSBNAME: DFSDDLT7 STATUS: BAL( 2) *89184/142345*
Entry ET:
/DISPLAY TRANSACTION TRANA TRANB TRANC QCNT
Response ET:
TRAN GBLQCT TRANA 0 TRANB 1000 TRANC 45 *95200/170817*
Entry ET:
/DISPLAY TRAN ALL QCNT
Response ET:
TRAN GBLQCT AFFINITY TRAN1234 1524 IMS1 TRAN1234 3 IMSA TRAN1234 14 *00305/103034*
Explanation: This example command receives multiple lines of output for a transaction, TRAN1234. The output shows there are 1524 messages for the transaction that have an affinity to execute on IMS1. A transaction might have an affinity if it were an APPC, OTMA, or serial transaction. If an output line shows no affinity, like the example output line with a GBLQCNT of 14, then there could be a single IMS system indicated, or multiple IMS systems that have messages that contribute to the GBLQCNT.
Entry ET:
/DISPLAY UOR
Response ET:
ST P-TOKEN PSBNAME RRS-URID IMS-TOKEN A DBOVLFPC AF3499A27EC3E2980000000401010000 SYS1 0000000400000002 EID=0001812223768AC1009B5870268346 C DBOVLFPB AF1124A27EE1C2380000000501020000 SYS1 0000000700000002 EID=0002A35549021DA108538121766899670 RI 00010120 PLAPJK02 12345678901234567890123456789012 SYS1 0000001300000001 EID=0001C35549021DB176523121445797320 *96337/145345*
Entry ET:
/DISPLAY UOR ACTIVE
Response ET:
ST P-TOKEN PSBNAME RRS-URID IMS-TOKEN A PLAPJK01 AF3278A27EC3E2980000000402010000 SYS1 0000000400000002 LUWID=0EIMSNET.L62IMS1999E359820810001 *96338/091642*
Entry ET:
/DISPLAY UOR INDOUBT
Response ET:
ST P-TOKEN PSBNAME RRS-URID IMS-TOKEN RI 00010040 DBOVLFPC 98768883421097867890123456789012 SYS1 0000008300000001 LUWID=0EIMSNET.L62IMS1763E358330410001 RI 00010120 PLAPJK02 AF34A6307EC4E2980000000201010000 SYS1 0000002700000001 LUWID=0EIMSNET.L62IMS1438E339103810001 *96336/113502*
Entry ET:
/DISPLAY UOR 010140
Response ET:
ST P-TOKEN PSBNAME RRS-URID IMS-TOKEN RI 00010140 PLAPJK02 AF34A6307EC4E2980000000201010000 SYS1 0000002700000001 LUWID=0EIMSNET.L62IMS1999E359820810001 *96340/011544*
Entry ET:
/DIS UOR
Response ET:
ST P-TOKEN PSBNAME RRS-URID IMS-RECTOKN A STLDDLT4 B6626FF77EB820000000000101010000 SYS3 00000001000 XID=RRMS000000220000002700000000000000000000000000000000000000000000000B662 6FF7574797C0D9D9D4E24BB6626FF7574797C00000000000000000000000000000000000000 0000000000 *01246/150749*
The following are examples of the /DISPLAY USER command.
Entry ET:
/DISPLAY USER IMSUS01 IMSUS02
Response ET:
USER USERID ENQCT DEQCT QCT IMSUS01 IMSUS01 1 1 0 ALLOC(DTSLU201) CONV-HLD N/A IMSUS01 N/A N/A N/A ALLOC(L3270A ) STATIC N/A IMSUS02 N/A N/A N/A ALLOC(L3270B ) STATIC DT327002 IMSUS02 0 0 0 ALLOC(DT327002) *92350/112229*
Entry ET:
/DISPLAY USER USER1 USER2 USER3 QCNT
Response ET:
USERID USER GBLQCT N/A USER1 25 USER2 USER2A 0 USER2 USER2B 10 USER3 IMSUSR3A 40 *95200/170817*
Entry ET:
/DISPLAY USER IMSUS01*
Response ET:
USER USERID ENQCT DEQCT QCT IMSUS01C N/A 0 0 0 STOPPED IMSUS01D N/A 0 0 0 STOPPED IMSUS01 IMSUS01 1 1 0 ALLOC(DTSLU201) CONV-HLD N/A IMSUS01 N/A N/A N/A ALLOC(L3270A ) STATIC *92350/113904*
Entry ET:
/DISPLAY USER ALL
Response ET:
USER USERID ENQCT DEQCT QCT CA13 N/A 0 0 0 STATIC IMSUS01C N/A 0 0 0 STOPPED IMSUS01D N/A 0 0 0 STOPPED LU6SPA N/A 0 0 0 ALLOC(LU6NDPF ) STATIC LU6SPB N/A 0 0 0 STATIC DT327002 IMSUS02 0 0 0 ALLOC(DT327002) IMSUS03 IMSUS03 0 0 0 ALLOC(DTSLU601) IMSUS01 IMSUS01 1 1 0 ALLOC(DTSLU201) CONV-HLD IMSUS05 N/A 0 0 0 STOPPED N/A IMSUS02 N/A N/A N/A ALLOC(L3270B ) STATIC N/A IMSUS01 N/A N/A N/A ALLOC(L3270A ) STATIC N/A IMSUS04 N/A N/A N/A ALLOC(L3270C ) STATIC *92350/114845*
Entry ET:
/DISPLAY USER ABC100 EMHQ QCNT
One user is on the queue.
Response ET:
14.42.46 57/DIS USER ABC100 QCNT EMHQ. 14.42.46 IEE600I REPLY TO 57 IS;/DIS USER ABC100 QCNT EMHQ. 14.42.46 JOB00110 DFS000I USER GBLQCT IMS1 14.42.46 JOB00110 DFS000I ABC100 0 IMS1 14.42.46 JOB00110 DFS000I *98203/144246* IMS1
Entry ET:
/DISPLAY USER IMSUS01 IMSUS02 IMSUS03 AUTOLOGON.
Response ET:
USER NODE MODE DESC ID IMSUS01 N/A N/A N/A N/A IMSUS02 N/A N/A N/A N/A IMSUS03 N/A N/A N/A N/A *99243/082505*
Entry ET:
/CHANGE USER IMSUS01 AUTOLOGON DT327001 MODE LU032NT4.
Response ET:
DFS058I CHANGE COMMAND COMPLETED
Entry ET:
/CHANGE USER IMSUS02 AUTOLOGON DTSLU601 MODE LU6NEGPS ID IMSID2.
Response ET:
DFS058I CHANGE COMMAND COMPLETED
Entry ET:
/CHANGE USER IMSUS03 AUTOLOGON DT327001 LOGOND DFS3270 MODE LU032NT4.
Response ET:
DFS058I CHANGE COMMAND COMPLETED
Entry ET:
/DISPLAY USER IMSUS01 IMSUS02 IMSUS03 AUTOLOGON.
Response ET:
USER NODE MODE DESC ID IMSUS01 DT327001 LU032NT4 N/A N/A IMSUS02 DTSLU601 LU6NEGPS N/A IMSID2 IMSUS03 DT327001 LU032NT4 DFS3270 N/A *99243/083309*
Entry ET:
/DISPLAY USER IMSUS* IMSUS03 LU6SPG RECOVERY
Response ET:
USER OWNER SRM CONV STSN FPATH IMSUS05 IMSA GLOBAL Y Y Y IMSUS01 IMSA LOCAL Y Y Y IMSUS03 IMSB GLOBAL Y N N LU6SPG IMSA LOCAL Y Y Y *99240/134730*