ZSTAT: Display system status
Use this command to display z/TPF system status information.
You can use this command to do the following tasks:
- Display status information about the z/TPF system, such as the number of allocated and available main storage blocks and the number of active entry control blocks (ECBs).
- Generate time-initiated displays of the status information.
- Display information about I-stream utilization and work list counts.
- Display information about the use of physical blocks based on owner name.
- Display information about dumps.
- Display information about the use of 31- and 64-bit system heap storage.
- Display information about the environment settings of the z/TPF system.
- Display information about logical partitions (LPARs) that are defined in the current processor.
- Display the number of DASD I/Os that were issued in the last second for each multiple database function (MDBF) subsystem in the complex.
- Display the topology of the z/TPF LPAR.
Last updated
- Changed in 2023.
- Changed in 2021.
- Changed in 2020.
- Changed in 2019.
- Changed for PUT15.
- Changed for PUT14.
- Changed for PUT13.
- Changed for PUT12.
- Changed for PUT09.
- Changed for PUT07.
- Changed for PUT06.
- Changed for PUT05.
- Changed for PUT04.
- Changed for PUT02.
- Changed for PUT00.
Requirements and restrictions
None.
Format
- Dinterval
- Generates a time-initiated display, where interval is the number of minutes, from 199, between displays. An immediate response is sent to the prime CRAS. The time-initiated responses are sent only to the read-only (RO) console.
- STOP
- Stops a time-initiated display.
- U
- Displays information about I-stream utilization, work list counts, and status information about the z/TPF system, such as the number of allocated and available main storage blocks and the number of active ECBs.
- GPU
- Displays information about general processor (GP) utilization, I-stream utilization, and work list counts.
- NVPNAME-nvpname
- Lists the name-value pair values that are in use for a
specific name-value pair name in the z/TPF system, where nvpname is the name-value pair name.
All name-value pair values that are marked as nondisplayable are replaced by the wildcard characters (*) and included in one entry. Characters that cannot be displayed on a console are marked as dots (.). Name-value pair names that are more than 39 characters long are not displayed.
- NVPLIST
- Displays a list of the name-value pair names that are
in use in the system. You can specify these name-value pair
names on the NVPNAME parameter to see the ECBs that are using the name-value pair names.
Name-value pair names that are more than 39 characters long are not displayed. A maximum of 6000 name-value pair names are displayed.
- ENVIRonment
- Displays information about the environment settings of the z/TPF system. The following fields are shown based on the current
system environment:
- TPF LEVEL
- Shows the product update level.
- MACHINE TYPE
- Shows the machine type.
- IPL ARCHITECTURE
- Shows the architecture that the z/TPF system was IPLed in.
- TPF IN TEST MODE
- Shows whether the z/TPF control program is in test mode.
- TAPES IN TEST MODE
- Shows whether tapes are in test mode.
- ENVIRONMENT
- Shows the environment that the z/TPF system is currently running in.
- VM ID NAME
- Shows the name of the virtual machine.
- VM ID SIZE
- Shows the size of the virtual machine.
- LPAR NAME
- Shows the name of the logical partition.
- LPAR SIZE
- Shows the size of the logical partition.
- LPAR CAP
- Shows whether there is a utilization cap for the logical partition.
- LPAR WAIT COMPLETION
- Shows whether the PR/SM wait completion is set.
- MACHINE SIZE
- Shows the size of the native machine.
- UNALLOCATED MEMORY
- Shows the available memory after system initialization.
- DUMP
- Displays dump statistics, including the following information:
- The start time of the first dump that is included in the current dump statistics.
- The amount of time that was required to process the last dump.
- The average time that was required to process a system (CTL) dump and the number of dumps that were processed.
- The average time that was required to process an application (OPR) dump and the number of dumps that were processed.
- The longest time that was required to process a dump and the associated number of that dump.
- CLEAR
- Resets the dump statistical information that was collected by using the DUMP parameter.
- HISTory
- Displays the last eight dumps that have been issued for system error dumps.
- SNAP HISTory
- Displays the last 10 SNAPC dumps.
- DBUG
- Displays the dump capture statistics for the z/TPF dump viewer, which include the following information:
- The total number of dumps that were captured for the z/TPF dump viewer.
- The total number of dumps that were not captured for the z/TPF dump viewer.
- The code that indicates the dump capture status by the z/TPF dump viewer. For more information, see Table 1 in the ZDHST command information.
- The count of dumps that are associated with a status code.
- The reason that certain dumps are captured or not captured for the z/TPF dump viewer.
- EDAT
- Displays information about the enhanced-DAT (EDAT) storage area, with all addresses and sizes displayed in hexadecimal format.
- OWNER
- Displays information for a specific owner about the use of the
following resources:
- Common blocks
- ECBs
- Input/output blocks (IOBs)
- System work blocks (SWBs)
- Extended system work blocks (XWBs)
- 4 KB frames
- 1 MB frames
- SYSHEAP
- Displays information about the usage of 31-bit system heap, 64-bit system heap, and recoverable system heap, which includes the following resources:
- Size of the preallocated storage (64-bit system heap only)
- Amount of preallocated storage in use (64-bit system heap only)
- Total storage in use
- High-water mark of in-use storage
- Amount of storage on the available list
- Size of the heap
- NAME-ownername
- Specifies the owner name that you want to display the block usage or system heap storage usage information for, where
ownername is a 1- to 32-character name.
An owner name must include a 1- to 8-character high-level qualifier; optionally, it can also include a 1- to 8-character mid-level qualifier and a 1- to 16-character low-level qualifier. Qualifiers are separated by a period (.). You can specify a group of owner names by using the wildcard character (*) as the last character in the owner name. You cannot specify more than one wildcard character; also, you cannot specify only a wildcard character for the owner name.
Owner names are case sensitive. IBM® reserves owner names, including high-level qualifiers, that begin with uppercase or lowercase I (I or i). The following list contains some of the high-level qualifiers that are used for owner names:- IBEVQ
- ICONN
- ICONSOLE
- ICRPA
- IDASD
- IDFDL
- IECB
- IEVENT
- IFDES
- IFILESYS
- IMONGO
- IMPIF
- IMQssn, where ssn is a subsystem name
- INSNA
- ISERVICE
- ISNA
- IOPENAPI
- ISYSHEAP
- ISYSTEM
- ITAPE
- ITCPIP
- ITLOG
- ITPFDF
The system heap storage owner names are defined as part of the GSYSC macro or the tpf_gsysc function.
- BLOCK-blocktype
- Specifies the physical block type information that you want to
display, where blocktype is one of the following
values:
- ALL
- All of the following physical block typesNote: You must specify an owner name to use the ALL option.
- CMB
- Common block
- ECB
- Entry control block
- FRM
- 4 KB frame
- FRM1MB
- 1 MB frame
- IOB
- I/O control block
- SWB
- System work block
- XWB
- Extended system work block
- HIGH-number
- Specifies the number of owner names that you want to display block usage or system heap storage usage information for, where
number is a value in the range 0 - 99.
The owner names that are displayed are determined by which owner names own the highest number of blocks for the physical block types that are specified or which owner names own the highest amount of system heap storage. If you specify 0, information is displayed for all owner names. You cannot specify this parameter if you specify BLOCK=ALL.
- LPAR
- Displays information about LPARs that are defined in the current processor.
- ACTive
- Displays only the active LPARs. An LPAR is considered to be active if it defines at least one I-stream.
- ALL
- Displays all LPARs.
- INACTive
- Displays only the inactive LPARs. An LPAR is considered to be inactive if it does not define any I-streams.
- NAME-lparname
- Specifies the group of LPARs that you want to display, where lparname is a 1- to 7-character alphanumeric prefix for LPAR names that ends with an asterisk. For example, if you specify NAME-TPF*, all of the LPARs with a name that starts with TPF are displayed.
- IOPS
- Displays the number of DASD I/Os that were issued in the last second for each MDBF subsystem in the complex.
- TOPology
- Displays topology information about the z/TPF
LPAR, such as the I-steam drawer location.
This parameter provides relevant data only when the z/TPF system is running on a dedicated PR/SM configuration on IBM z16® or later. When this parameter is specified, you can identify that I-streams in the z/TPF logical partition (LPAR) are using central processors that reside on more than one drawer.
Additional information
- Enter ZSTAT (without any parameters) to display status information about the z/TPF system.
- If you do an initial program load (IPL) while a time-initiated display is active, the display is resumed with the specified time interval when the IPL is completed.
- To generate a time-initiated display for the I-stream utilization information, use the ZSTIM command.
Examples
The following example displays status information about the z/TPF system. Because multiple subsystems are active (BSS and
WP), the display includes system-wide totals, along with subsystem-specific totals for the subsystem
where the command was entered from.
User: WP/ZSTAT
System: STAT0041I 13.42.13 SYSTEM STATUS DISPLAY
RLOG IOB FRAME COMMON SWB XWB ECB FRM1MB
ALLOCATED 7040 8192 1000 400 4096 4096 600 400
AVAILABLE 6335 8192 985 395 3839 3815 547 174The following example displays information about general processor (GP) utilization, I-stream utilization, and work list counts. In this example, speed boost or I-stream boost is not active. The following fields are displayed:
- NAME
- The LPAR name or VM guest ID.
- ACTUAL UTIL
- The smoothed utilization for the LPAR or VM guest.
- GP UTIL
- The smoothed general processor (GP) utilization for the LPAR or VM guest.
- GP CAP
- The value that is defined in the utilization configuration file.
- GP ENGINES
- The number of GP engines that are needed for the workload.
- S
- The status of the I-stream, where:
- U
- In use.
- P1
- Parked and collapse stage 1 is in place.
- P2
- Parked and collapse stage 2 is in place.
- CU
- This I-stream is the cap and is in use.
- CP1
- This I-stream is the cap. It is parked and collapse stage 1 is in place.
- CP2
- This I-stream is the cap. It is parked and collapse stage 2 is in place.
- BU
- This I-stream is above the cap but is in use because I-stream boost is active.
- F1
- This I-stream is fenced and collapse stage 1 is in place.
- SF1
- This I-stream is fenced, it is in use by the system, and collapse stage 1 is in place.
- F2
- This I-stream is fenced and collapse stage 2 is in place.
- PSU
- The pseudo utilization for this I-stream.
- LPUU
- The low priority utility utilization for this I-stream.
User: ZSTAT GPU
System: STAT0040I 23.27.35 SYSTEM UTILIZATION DISPLAY
STATIC POWER SAVE MODE - SYSTEM AT 100 PERCENT
SPEED BOOST IS NOT ACTIVE
I-STREAM BOOST IS NOT ACTIVE
ACTUAL GP GP GP
NAME UTIL UTIL CAP ENGINES
TPFP0001 70.8 42.5 100.0 2
NUM ADR UTIL/ ADJ CROSS READY INPUT VCT SUSPD DEFER ACT-ECB S PSU LPUU
IS- 1 00 90.2/ 89.7 0 1 0 0 0 3 10 U 90.2 3.2
IS- 2 02 61.1/ 60.7 0 0 0 0 0 0 14 U 61.1 .0
IS- 3 03 61.1/ 60.7 1 0 0 0 0 0 14 U 61.1 .0
IS- 4 04 .2/ .2 0 0 0 0 0 0 0 P1 .2 .0
IS- 5 05 .2/ .2 0 0 0 0 0 0 0 CP2 .2 .0
IS- 4 03 6.1/ 5.6 0 0 0 0 0 0 1 SF1 6.1 1.2
IS- 5 04 .7/ .5 0 0 0 0 0 0 0 F1 .7 .6
IS- 8 08 .2/ .2 0 0 0 0 0 0 0 F2 .2 .0
END OF DISPLAY+The following example displays information about general processor (GP) utilization, I-stream utilization, and work list counts. In this
example, both speed boost and I-stream boost are active.
User: ZSTAT GPU
System: STAT0040I 23.27.35 SYSTEM UTILIZATION DISPLAY
STATIC POWER SAVE MODE - SYSTEM AT 100 PERCENT
SPEED BOOST IS ACTIVE UNTIL Tue Jul 16 23:32:16 2019
I-STREAM BOOST IS ACTIVE; NEXT I-STREAM COLLAPSE IS Tue Jul 16 23:37:16 2019
ACTUAL GP GP GP
NAME UTIL UTIL CAP ENGINES
TPFP0001 70.8 42.5 100.0 2
NUM ADR UTIL/ ADJ CROSS READY INPUT VCT SUSPD DEFER ACT-ECB S PSU LPUU
IS- 1 00 37.5/ 37.3 0 1 0 0 0 0 14 U 37.5 .0
IS- 2 01 43.0/ 42.8 0 0 1 0 0 0 12 U 43.0 .0
IS- 3 02 41.2/ 41.0 0 0 0 0 0 0 11 U 41.2 .0
IS- 4 03 43.6/ 43.4 0 3 0 0 0 0 10 U 43.6 .0
IS- 5 04 43.8/ 43.6 0 1 0 0 0 0 11 CU 43.8 .0
IS- 6 05 42.7/ 42.5 1 0 0 0 0 0 9 BU 42.7 .0
IS- 7 06 42.5/ 42.3 0 0 0 0 0 1 7 BU 42.5 .0
IS- 8 07 42.2/ 42.0 0 0 0 0 0 0 10 BU 42.2 .0
END OF DISPLAY+
The following example displays information about the environment settings for a z/TPF system that is running in a z/VM® environment.
User: ZSTAT ENVIR
System: STAT0063I 21.12.26 SYSTEM ENVIRONMENT DISPLAY
TPF LEVEL 2019
MACHINE TYPE 3906-7D1
IPL ARCHITECTURE ESA/390
TPF IN TEST MODE YES
TAPES IN TEST MODE YES
ENVIRONMENT VM
VM ID NAME TPFGI409
VM ID SIZE 2 GB
UNALLOCATED MEMORY 0 B
HIPERDISPATCH NO
END OF DISPLAY+
The following example displays information about the environment settings for a z/TPF system that is running in a shared PR/SM environment.
User: ZSTAT ENVIR
System: STAT0063I 21.12.26 SYSTEM ENVIRONMENT DISPLAY
TPF LEVEL 2019
MACHINE TYPE 3906-774
IPL ARCHITECTURE z/Architecture
TPF IN TEST MODE YES
TAPES IN TEST MODE NO
ENVIRONMENT PR/SM-SH
LPAR NAME TPFP8
LPAR SIZE 128 GB
LPAR CAP NO
LPAR WAIT COMPLETION NO
UNALLOCATED MEMORY 0 B
HIPERDISPATCH NO
END OF DISPLAY+
The following example displays information about the use of IOBs, 4 KB frames, common blocks,
SWBs, XWBs, ECBs, and 1 MB frames for owner names that start with I.
User: ZSTAT OWNER NAME-I* BLOCK-ALL
System: STAT0042I 13.40.57 BLOCK OWNER DISPLAY
RLOG IOB FRAME COMMON SWB XWB ECB FRM1MB
ALLOCATED 7040 8192 1000 400 4096 4096 600 400
AVAILABLE 6335 8192 985 395 3839 3814 547 175
IOB FRAME COMMON SWB XWB ECB FRM1MB
ISYSTEM 0 0 1 62 15 0 0
IEVENT 0 0 0 145 0 0 0
IDSCB 0 0 0 20 0 0 0
IFSLOCK 0 0 0 18 0 0 0
ITCPIP 0 0 0 9 0 0 4
ISHM_TAB 0 0 0 1 0 0 0
INETD 0 0 0 2 15 36 42
ISSL 0 0 0 0 11 10 12
IMQ 0 0 0 0 3 2 2
IECB 0 1 2 0 2 4 3
ISMP 0 0 2 0 2 1 0
ICLOCKS 0 1 0 0 0 0 0
IHSC 0 12 0 0 0 0 0
ICRYPTO 0 1 0 0 0 0 0
ICRPA 0 0 0 0 0 0 100
ISYSHEAP 0 0 0 0 0 0 63
ISCRT 0 0 0 0 4 0 0
ICOW 0 0 0 0 227 0 0
ICDC 0 0 0 0 2 0 0
The following example displays information about SWBs for the top five owner names that begin
with I.
User: ZSTAT OWNER NAME-I* BLOCK-SWB HIGH-5
System: STAT0042I 13.43.16 BLOCK OWNER DISPLAY
RLOG IOB FRAME COMMON SWB XWB ECB FRM1MB
ALLOCATED 7040 8192 1000 400 4096 4096 600 400
AVAILABLE 6335 8192 985 395 3838 3814 547 174
IOB FRAME COMMON SWB XWB ECB FRM1MB
IEVENT 145
ISYSTEM 62
IDSCB 20
IFSLOCK 18
ITCPIP 9
END OF DISPLAY+The following example displays information about the EDAT storage area:
User: ZSTAT EDAT
System: STAT0032I 16.48.28 EDAT storage area
EDAT starting address (real) 00000000 1FE00000
EDAT size 00000002 38800000
EDAT mapping
1M frame area size 00000000 60200000
2G frame area size 00000001 80000000
1M frame area size 00000000 58600000
VFA starting address (SVM) 0000000F 150A4000
VFA starting address (real) 00000000 950A4000
VFA size 00000000 7D000000
Skipped storage size 00000000 001F3000
END OF DISPLAY+
The following example displays statistical information about dump processing for the z/TPF system:
User: ZSTAT DUMP
System: STAT0020I 09.37.58 DUMP STATISTICS DISPLAY
TIME OF FIRST DUMP -27JAN 13.29.15
AVERAGE CTL DUMP (MS)- 38
NUMBER OF CTL DUMPS - 5
AVERAGE OPR DUMP (MS)- 6
NUMBER OF OPR DUMPS - 2 _
LAST DUMP (MS) - 79 NUMBER- 2017 DUMP-B6H8A
LONGEST DUMP (MS) - 93 NUMBER- 2016 DUMP-B6H8A
DUMPS SUPRESSED (ZASER MAXCPSE) - 0
CTL DUMPS NODUMPED (ZASER MAXCTL) - 0
OPR DUMPS NODUMPED (ZASER MAXOPR) - 0
CTL DUMPS SUPPRESSED DUE TO ZASER DBACTL - 0 _
OPR DUMPS SUPPRESSED DUE TO ZASER DBAOPR - 0
DUMPS CAPTURED FOR DUMP VIEWER - 0
DUMPS NOT CAPTURED FOR DUMP VIEWER - 9
DUMPS TIMED OUT (ZASER MAXDUMPT ) - 0
END OF DISPLAY+
The following example initializes statistical information about dump processing for the z/TPF system:
User: ZSTAT DUMP CLEAR
System: STAT0021I 13.39.46 DUMP STATISTICS TABLE CLEARED The
following example displays system error dump history:
User: ZSTAT DUMP HIST
System: STAT0030I 15.06.18 DUMP HISTORY DISPLAY
SEQNUM DUMP NUMBER TRC PGM LOADSET LNIATA TIME SS SSU IS
0001 MANUAL 010000B 14.44.07 BSS HPN 01
0002 OPR-I911A21 QTA2 QTA2 BASE 010000B 14.44.07 BSS HPN 01 _
0003 OPR-U911A77 QTA7 QTA7 BASE 010000B 14.44.07 BSS HPN 01
0004 CTL-I000003 QTA2 QTA2 BASE 010000B 14.44.07 BSS HPN 01
0005 CTL-I000003 QSCC QSCC BASE 010000B 08.58.28 BSS HPN 01
0006 MANUAL TESTDUMP 010000B 08.59.02 BSS HPN 01 _
0007 OPR-I911A21 QTA2 QTA2 BASE 010000B 08.59.23 BSS HPN 01
0008 OPR-I911A21 QTA2 QTA2 BASE 010000B 08.59.31 BSS HPN 01
END OF DISPLAY Note: Named
manual dumps will have the dump name listed under LOADSET.
The
following example displays SNAPC dump history. The program name can
be as many as 16 characters in length.
User: ZSTAT DUMP SNAP HIST
System: STAT0031I 09.50.47 SNAP DUMP HISTORY DISPLAY
SNAPC NUMBER PROGRAM LNIATA TIME SS SSU IS
A00009111 QXC4 010000B 9.50.27 BSS HPN 01
C00009112 QXC4 010000B 9.50.38 BSS HPN 01
END OF DISPLAY
The following example displays the dump capture statistics
for the z/TPF dump
viewer:
User: ZSTAT DUMP DBUG
System: STAT0038I 14.20.26 DUMP VIEWER STATISTICS DISPLAY
DUMPS CAPTURED FOR DUMP VIEWER - 2
DUMPS NOT CAPTURED FOR DUMP VIEWER - 3
COUNT CODE REASON
1 1 Processing did not complete
1 4 ZASER NODBUG set
1 5 ZASER DUMPOFF set
END OF DISPLAY+ The following example displays information about the use of system heap storage:
User: ZSTAT SYSHEAP
System: STAT0125I 10.29.41 SYSTEM HEAP STATISTICS DISPLAY
31-BIT HEAP 64-BIT HEAP
PREALLOCATED SIZE (KB) N/A 204800
PREALLOCATED IN USE (KB) N/A 121704
1MB FRAME STORAGE (KB) 3072 0
HEAP STORAGE IN USE (KB) 2420 121704
AVAILABLE LIST SIZE (KB) 652 83096
MAX STORAGE IN USE (KB) 2424 123240
SIZE OF HEAP (KB) 1665024 614400
-------------------------------------------------
RECOVERABLE SYSTEM HEAP
-------------------------------------------------
SIZE OF RECOVERABLE SYSTEM HEAP (KB) 9437183
MAX 1MEG SEGMENTS IN USE SINCE LAST INIT 5
NUMBER OF RECOVERABLE SYSTEM HEAP REQUESTS 57
NUMBER OF FAILED RECOVERABLE SYSTEM HEAP REQUESTS 43
MINIMUM FAILED RECOVERABLE SYSTEM HEAP SIZE (MB) 0
NUMBER OF RECOVERABLE SYSTEM HEAP FILLED BY 64 BIT 0
END OF DISPLAY+The following example displays information about the use of system heap storage for the top five owner names that begin with I:
User: ZSTAT SYSHEAP NAME-I* HIGH-5
System: STAT0126I 11.24.22 SYSTEM HEAP STORAGE OWNER DISPLAY
31-BIT HEAP 64-BIT HEAP
PREALLOCATED SIZE (KB) N/A 204800
PREALLOCATED IN USE (KB) N/A 125672 _
1MB FRAME STORAGE (KB) 3072 0
HEAP STORAGE IN USE (KB) 2464 125672
AVAILABLE LIST SIZE (KB) 608 79128
MAX STORAGE IN USE (KB) 2472 126696 _
SIZE OF HEAP (KB) 1665024 614400
-------------------------------------------------
RECOVERABLE SYSTEM HEAP
------------------------------------------------- _
SIZE OF RECOVERABLE SYSTEM HEAP (KB) 9437183
MAX 1MEG SEGMENTS IN USE SINCE LAST INIT 5
TOTAL (KB) 31-BIT HEAP 64-BIT HEAP RECOVERABLE
_
ILRCACHE 55924 24 55900 0
IMFS_FIL 25600 0 25600 0
IVFS_ZON 9048 0 9048 0 _
IVCFX_FI 5120 0 5120 0
ISHSHEAP 5120 0 0 5120
END OF DISPLAY+The following example displays information about all of the LPARs with a name that begins with TPF, where:
- NUMBER OF LPARS
- Shows the number of LPARs defined in this processor.
- TOTAL WEIGHT OF SHARED LPARS THAT USE GENERAL CPUS
- Shows the total weight of all active LPARs in this processor that use general CPUs.
- TOTAL NUMBER OF PHYSICAL CPUS
- Shows the number of CPUs in this processor. For example, if ICFs and IFLs are present in your processor, they are reflected in this count.
- TOTAL NUMBER OF GENERAL CPUS FOR SHARED LPARS
- Shows the total number of general CPUs or central processors that are available to shared LPARs.
- WHITESPACE
- Shows the percentage of whitespace in this processor.Note: When the system operates under z/VM®, the whitespace is always reported as 0.0%.
- LPARNAME
- Shows the 1- to 8-character name of the LPAR.
- RCPUs
- Shows the number of recognized CPUs in this processor. This value is the sum of the initial central processors and reserved central processors that are defined for this partition in the LPAR activation profile.
- SCPUs
- Shows the number of general CPUs that are defined for this partition in the LPAR activation profile.
- TYPE
- The type of LPAR. Valid values for this field are the following values:
- S
- This LPAR is a shared partition.
- D
- This LPAR is a dedicated partition.
- I
- This LPAR is an inactive partition.
- WEIGHT
- Shows the weight that is assigned to this LPAR.
- UTIL
- Shows the CPU utilization of this partition.
- UTILVCAP
- Shows the CPU utilization versus the cap for this partition.Note: A value is displayed only if the partition is capped, otherwise blanks are displayed.
- MACHINE
- Shows the percentage of machine use of all the shared partitions that use general CPUS.
- ENTITLE
- Shows the percentage of use versus the entitled share for this shared partition. If a shared partition is using more than its entitlement, this percentage is greater than 100%.
User: ZSTAT LPAR ALL NAME-TP*
System: STAT0035I 10.16.26 LPAR UTILIZATION DISPLAY
NUMBER OF LPARS - 45
TOTAL WEIGHT OF SHARED LPARS THAT USE GENERAL CPUS - 760
TOTAL NUMBER OF PHYSICAL CPUS - 39
TOTAL NUMBER OF GENERAL CPUS FOR SHARED LPARS - 25
WHITESPACE - 66.0
LPARNAME RCPUs SCPUs TYPE WEIGHT UTIL UTILVCAP MACHINE ENTITLE
TPFLINUX 2 0 D
TPFP1 16 16 S 10 48.7 31.2 2368.4
TPFP2 8 8 S 10 0.2 0.1 5.1
TPFP3 4 4 S 10 0.4 0.1 4.9
TPFCF1 0 0 I
TPFP4 16 16 S 10 0.2 0.2 12.1
TPFP5 4 4 D
TPFP7 11 11 S 500 0.3 0.1 0.2
TPFP8 1 1 D
TPFCF2 1 0 D
TPFCF3 0 0 S 0
END OF DISPLAY+
The following example displays a list of the name-value pair values that are in use for the MsgType name-value pair name:
User: ZSTAT NVP-MsgType
System: CSMP0097I 15.59.53 CPU-B SS-BSS SSU-HPN IS-01
STAT0102I 15.59.53 LIST OF VALUES FOR THE MsgType NAME-VALUE PAIR NAME
IN-USE ECBS WITHOUT THE SPECIFIED NAME IS 2
COUNT VALUE
1 ZBOOKING
END OF DISPLAY+The following example displays a list of the name-value pair names that are in use in the system.
User: ZSTAT NVPLIST
System: CSMP0097I 10.05.48 CPU-B SS-BSS SSU-HPN IS-01
STAT0104I 10.05.48 LIST OF THE IN-USE NAME-VALUE PAIR NAMES
COUNT OF THE IN-USE NAMES IS 3
ISrvcName
MsgType
ZZZ
END OF DISPLAY+ The following example displays the number of DASD I/Os that were issued in the last second for
each MDBF subsystem in the
complex.
User: ZSTAT IOPS
System: CSMP0097I 23.18.22 CPU-B SS-BSS SSU-HPN IS-01
STAT0062I 23.18.22 DASD IOPS DISPLAY
SUBSYSTEM TOTAL DEVA DEVB DEVC DEVD
BSS 17140 4685 12455 0 0
WP 12 0 12 0 0
END OF DISPLAY+The following example displays the topology information,
such as the I-steam drawer location, and the status of the I-stream for the z/TPF
LPAR, where:
- LPAR NAME
- Displays the LPAR name or the guest ID of a virtual machine.
- ENVIRONMENT
- Displays the system environment where the z/TPF system is running, where:
- VM
- Indicates that the z/TPF system is running on a virtual machine.
- PR/SM-SH
- Indicates that this processor is running on a shared LPAR.
- PR/SM-D
- Indicates that this processor is running on a dedicated LPAR.
- NUMBER
- The I-stream number.
- DRAWER
- The drawer number where the central processor resides in the central processor complex (CPC). The valid drawer number is in the range 1 - 4. If the command is entered when the z/TPF system is running on a shared PR/SM partition or on a virtual machine, a hyphen (-) is displayed.
- STATUS
- The status of the I-stream. For more information about the status values, see the S field.
User: ZSTAT TOP
System: CSMP0097I 23.18.22 CPU-B SS-BSS SSU-HPN IS-01
STAT0064I 16.42.22 SYSTEM TOPOLOGY DISPLAY
LPAR NAME: TPFP1
ENVIRONMENT: PR/SM-D
NUMBER DRAWER STATUS
IS- 1 1 U
IS- 2 1 U
IS- 3 1 U
IS- 4 1 CU
IS- 5 1 BU
IS- 6 1 F1
END OF DISPLAY+