Performance Toolkit for VM Data Areas
for z/VM V7R3.0
for z/VM V7R3.0
Programming Interface Information:
This page documents intended Programming Interfaces that allow the customer to write programs to obtain the services of z/VM. |
SEGTSYS
Control Block Contents
SEGTSYS DSECT
SEGTSYS2 DSECT
SEGTLPAR DSECT
SEGTRDEV DSECT
SEGTCPDV DSECT
SEGTWKLD DSECT
SEGTNHIP DSECT
SEGTVSWI DSECT
SEGTNSRV DSECT
SEGTNUSR DSECT
SEGTAPPL DSECT
SEGTPRC DSECT
SEGTMDC DSECT
SEGTCHN DSECT
SEGTLCHN DSECT
SEGTFCHN DSECT
SEGTDCAC DSECT
SEGTCTLU DSECT
SEGTVDSK DSECT
SEGTSPLK DSECT
SEGTWAIT DSECT
SEGTCPC DSECT
SEGTSSI DSECT
SEGTSCSI DSECT
SEGTLGR DSECT
SEGTCPUP DSECT
SEGTADAP DSECT
SEGTASEG DSECT
Cross Reference (Contains links to field and bit definitions)
SEGTSYS Prolog
NAME : FCXOMY DESCRIPTION: SEGOUT DCSS Content Data Definition DSECT : SEGTSYS
SEGTSYS Control Block Content
SEGTSYS DSECT - System Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTSYS SEGOUT DCSS Content Data Definition 0000 0 Signed 4 ACTUSER Number of users who had any activity since the last sampling interval. 0004 4 Signed 4 AVGUSER Average number of users logged on. 0008 8 Dbl-Word 8 AVLFRAMS The number of frames currently on the available list below the 2GB line. 0010 16 Dbl-Word 8 AVLFRA2G The number of frames currently on the available list above the 2GB line. 0018 24 Dbl-Word 8 AVLHGHTH The high threshold for the available list replenishment subsystem below 2GB line. (No longer available in z/VM 6.3) 0020 32 Dbl-Word 8 AVLHGH2G The high threshold for the available list replenishment subsystem above 2GB line. 0028 40 Dbl-Word 8 AVLLMEAN The average number of page frames on the available list below the 2GB line. (Mean Avail List from Paging Log Screen) 0030 48 Dbl-Word 8 AVLLME2G The average number of page frames on the available list above the 2GB line. (Mean Avail List from Paging Log Screen) 0038 56 Dbl-Word 8 AVLLOWTH The low threshold for the available list replenishment subsystem below 2GB. (No longer available in z/VM 6.3) 0040 64 Dbl-Word 8 AVLLOW2G The low threshold for the available list replenishment subsystem above 2GB. 0048 72 Signed 4 AVLWAIT The number of tasks that cannot be executed because they are waiting for a frame. 004C 76 Signed 4 CPBUSY Percentage of CPU utilized by CP. (General CPU screen, %CP aggregated across processors.) 0050 80 Signed 4 CPUBUSY Total CPU utilization (CP and virtual combined) If you are running multiple processors, this value is the sum of CPU utilization for all processors and can be > 100% (General CPU screen, %CPU aggregated across processors) 0054 84 Signed 4 CPUNUM Number of active processors. (General CPU screen PROC attribute, reported as a total of processors instead of by processor.) 0058 88 Signed 4 DEVIOSCS This number represents the system-wide I/O paging rate. Related statistics appear elsewhere by DASD volume. (General Storage Utilization, page read and page write rates. Could also come from Paging Log data screen, which is considered historical information.) 005C 92 Signed 4 DIALUSER Number of users who are dialed to VM. (General CPU screen, # of dialled users.) 0060 96 Dbl-Word 8 DPAFRAMS The number of frames allocated to the dynamic paging area. 0068 104 Dbl-Word 8 DSCNFAIL The number of times the demand scan was invoked and could not replenish the available list to its threshold. (No longer available in z/VM 6.3) 0070 112 Dbl-Word 8 ELIGUSER Average number of users waiting in the eligible list. (General CPU screen, Eligible VMDBKs) 0078 120 Dbl-Word 8 EXPUSER1 The number of short running users in the eligible list for the E1 queue. 0080 128 Dbl-Word 8 EXPUSER2 The number of medium-running users in the eligible list for the E2 queue. 0088 136 Dbl-Word 8 EXPUSER3 The number of long-running users in the eligible list for the E3 queue. 0090 144 Dbl-Word 8 EXTFRAMS The number of frames used by free-storage management. 0098 152 Dbl-Word 8 EXTWAIT The number of deferred pages waiting for a frame 00A0 160 Dbl-Word 8 FSTRREQS The total number of free-storage requests during the reporting interval. 00A8 168 Dbl-Word 8 FSTRRETS The total number of free-storage releases during the reporting interval. 00B0 176 Dbl-Word 8 LPARBSYS Percentage of time this LPAR was busy based on the number of available logical processors. 00B8 184 Dbl-Word 8 NTRVRATE This number represents the average number of non-trivial transactions processed per second during the reporting interval. 00C0 192 Dbl-Word 8 PAGERATE The number of pages per second being read in by the system. 00C8 200 Signed 4 PAGINDEX The system resource weight for paging. Used by the scheduler to decide how much of a bottleneck the paging resources are. 00CC 204 Signed 4 PCTPAGE This number represents the average system-wide percent of paging space in use. Related statistics appear elsewhere by DASD volume. 00D0 208 Signed 4 PCTSPOL Represents the percent of SPOOL space in use for the entire system. 00D4 212 Signed 4 PCTTDSK Represents the percent of temporary disk space in use for the entire system. 00D8 216 Signed 4 RESELWAT Percentage of 'in-queue' users found in an 'eligible list', i.e. waiting for a constrained resource, during the measuring interval. (% elig. (resource wait).) 00E0 224 Dbl-Word 8 SINGFLTS The average number of page faults per second for single-page reads during the reporting interval. 00E8 232 Dbl-Word 8 SYSDPAP This statistic represents the percentage of real storage available to the Dynamic Paging Area (Can be derived from General Storage Utilization screen. Total DPA size.) 00F0 240 Dbl-Word 8 SYSITR System Internal Throughput Rate (ITR) The number of transactions executed on the system per second of total CPU time 00F8 248 Dbl-Word 8 TRVRATE This number represents the total number of trivial transactions processed during the reporting interval. 0100 256 Dbl-Word 8 TVRATIO Ratio of total CPU time to virtual CPU time. (User resource screen, T/V ratio for user system.) 0108 264 Signed 4 USERQ Average number of users in queue waiting to be dispatched. (General CPU screen, # of in queue users.) 010C 268 Signed 4 WAITIOP This statistic represents the percent of all virtual machines in an I/O wait state. 0110 272 Signed 4 WAITPAGP This statistic represents the percent of all virtual machines in a page wait state. 0118 280 Dbl-Word 8 TOTSTOR Total main storage size. Note that this is the real storage size, including HSA (Hardware Storage Area) frames and that less storage may actually be used by your system if less storage has been defined during system generation. 0120 288 Dbl-Word 8 OFFSTORF Total main storage that is offline. 0128 296 Dbl-Word 8 SYSSTORF Storage size defined for the VM system. 0130 304 Dbl-Word 8 SHARSTOR The amount of main storage currently used by shared segments. 0138 312 Dbl-Word 8 FSTORSUB Storage taken up by subpools. 0140 320 Signed 4 SSTORUTL The percentage of subpool free storage which is currently in use. 0148 328 Dbl-Word 8 LOCKPAGS The amount of DPA storage which consists of pages which have been locked (includes CP FREE storage space). 0150 336 Dbl-Word 8 TRTABSZ Storage occupied by CP trace tables. 0158 344 Dbl-Word 8 PAGSTOR The size of the pageable part of the DPA (that is, total DPA size minus locked pages, minus trace table). 0160 352 Signed 4 STORUTIL The percentage of pageable storage which is used up by the working sets of currently active users. Due to rounding can be slightly above 100 percent. 0164 356 Signed 4 TSKWFRCT The number of CP tasks which are waiting for a page frame. 0168 360 Signed 4 TSKWPGRT The number of CP tasks which were found to be waiting for a page, per second. 0170 368 Dbl-Word 8 STBYSTOR Real machine standby storage size. Standby storage is a calculated value based on the amount of installed storage that is not currently claimed by active logical partitions and the RESERVED storage specified for this partition. 0178 376 Dbl-Word 8 RESVSTOR Real machine reserved storage size. 0180 384 Dbl-Word 8 TOTXSTAV Total size of expanded storage. (DCSS in bytes) 0188 392 Dbl-Word 8 TOTXSTUS Size dedicated to specific virtual machines. (DCSS in bytes) 0190 400 Dbl-Word 8 TOTXSTCP Expanded storage size allocated for CP use. 0198 408 Signed 4 CPXSTORE Percentage of CP partition currently in use. 01A0 416 Dbl-Word 8 XSTMIGLW The minimum XSTORE size which is to be kept free for allocation of new blocks. Used XSTORE blocks will be migrated to DASD if less free XSTORE space is available. (DCSS in bytes) 01A8 424 Dbl-Word 8 XSTALLOC The rate at which XSTORE pages were allocated. 01B0 432 Dbl-Word 8 XSTBLKAG The average age of XSTORE pages in the CP partition. 01B8 440 Dbl-Word 8 XSTBLKMG The average age of XSTORE pages at migration. If the average age at migration is low and near to the average age of all XSTORE blocks in storage, the size of the CP partition is probably too small. 000001C0 SYSDLEN *-SEGTSYS
SEGTSYS2 DSECT - System Data 2
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTSYS2 SEGOUT DCSS Content Data Definition 0000 0 Dbl-Word 8 VDSKSYSL The system limit set for maximum storage utilization by virtual disks in blocks. 0008 8 Dbl-Word 8 VDSKUSRL The maximum number of VDISK blocks that can be defined per user. 0010 16 Dbl-Word 8 VDSKMSF The number of main storage page frames used by virtual disks. 0018 24 Dbl-Word 8 VDSKXSF The number of expanded storage blocks used by virtual disks. 0020 32 Dbl-Word 8 VDSKMPG The number of virtual disk pages that have been migrated to DASD. 0028 40 Dbl-Word 8 PGMVBL2G The rate at which pages were moved below the 2GB line for translation. The field is available only for VM systems running in 64-bit mode. 0030 48 Dbl-Word 8 FSTPGIRT The rate at which pages were paged in using fast path logic. 0038 56 Dbl-Word 8 LNGPGIRT The rate at which pages were paged in using long path logic. 0040 64 Dbl-Word 8 LNGPGORT The rate at which pages were paged out using long path logic. 0048 72 Dbl-Word 8 PAGEWRRT The number of pages per second being written by the system. 0050 80 Signed 4 PGRDBLKF Average blocking factor for page read operations, that is, average number of pages read with a single read operation. Both the page read and page write blocking factors are indicators of the efficiency of block paging (the higher the number, the greater the efficiency). Due to the page-in logic employed, the page read blocking factor will usually turn out to be about half the page write blocking factor. 0054 84 Signed 4 PGWRBLKF Average blocking factor for page write operations. 0058 88 Signed 4 MIGOBLKF Average blocking factor for migrating pages out from XSTORE to DASD. Both the page read and page write blocking factors are indicators of the efficiency of block paging (the higher the number, the greater the efficiency). Due to the page-in logic employed, the page read blocking factor will usually turn out to be about half the page write blocking factor. 0060 96 Dbl-Word 8 PAGSSCH Number of I/O operations per second for moving pages between main storage and paging devices. This number will, due to the block paging logic, will usually be considerably lower than the number of pages transferred. 0068 104 Dbl-Word 8 SPRDRATE The rate at which pages were read from SPOOL devices. 0070 112 Dbl-Word 8 SPWRRATE The rate at which pages were written out to SPOOL devices. 0078 120 Dbl-Word 8 TOTREAL Total main storage size, including any offline frames. 0080 128 Dbl-Word 8 STRAGESZ Target amount of storage in the age list. 0088 136 Dbl-Word 8 STRAGINC Current amount of storage in the age list. 0090 144 Dbl-Word 8 STRRSVPG Total amount of storage reserved via the SET RESERVED command. 0098 152 Dbl-Word 8 STRRSDMX The maximum amount of storage that can be reserved, in bytes, via the SET RESERVED command. 00A0 160 Dbl-Word 8 SMCR2GDC Count of deferred frame requests that are waiting for an available frame that can be located anywhere. This count plus requests waiting <2G plus requests waiting >2G is the total wait count. 00A8 168 Dbl-Word 8 SMCRFRQW Count of deferred frame requests that are waiting for an available frame that can be located only <2G. This count plus requests waiting anywhere plus requests waiting >2G is the total wait count. 00B0 176 Dbl-Word 8 SMCRCT2G Count of deferred frame requests that are waiting for an available frame that can be located only >2G. This count plus requests waiting anywhere plus requests waiting <2G is the total wait count. 00B8 184 Dbl-Word 8 EMPSINGL Count of times that the single frames available list for frames <2G was empty, per second. 00C0 192 Dbl-Word 8 EMPCONTL Count of times that the continguous frames available list for frames <2G was empty, per second. 00C8 200 Dbl-Word 8 EMPSINGG Count of times that the single frames available list for frames >2G was empty, per second. 00D0 208 Dbl-Word 8 EMPCONTG Count of times that the continguous frames available list for frames >2G was empty, per second. 000000D8 SYS2DLEN *-SEGTSYS2
SEGTLPAR DSECT - LPAR Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTLPAR SEGOUT DCSS Content Data Definition 0000 0 Signed 4 LPARNUM Assigned logical partition number. (LPAR load screen, partition #.) 0004 4 Character 8 LPARNAME Assigned name of the logical partition. (LPAR load screen, partition name.) 0010 16 Dbl-Word 8 LPARBUSY Average percentage of time that logical processors were busy, defined as the percentage of elapsed time during which real processors were assigned to logical processors. Note that the value will also include wait time in the system that is running in the partition if 'wait completion' has been enabled for the processor. 0018 24 Dbl-Word 8 LPARLOAD Total amount of time that all of the logical processors for this LPAR were busy during the reporting interval. 0020 32 Signed 4 LPARLPCT Number of logical processors assigned to this LPAR. (LPAR load screen, #Proc.) 0028 40 Dbl-Word 8 LPARMSPC Percentage of elapsed time that the logical processor was 'suspended', i.e. could not give service to the guest system due to LPAR management time and contention for real processors, where the 'suspended' time is calculated as the difference between elapsed time and the sum of processor busy time and voluntary wait time for the same processor as seen by the VM system that is active in the partition. (Deleted with APAR VM65697) 0030 48 Dbl-Word 8 LPAROVER Amount of logical CPU busy which was due to LP dispatching overhead. 0038 56 Dbl-Word 8 LPAROVHD Average percentage of elapsed time that the logical processors spent for LPAR mgmt. This information is available only on systems with the LPAR management time facility (LPAR load screen, %Ovhd.) 0040 64 Signed 4 LPARSTAT Status of the logical partition during the reporting interval. Can be enumerations 2=ACTIVE or 1=INACTIVE or 0=inactive. The partition that was used to collect the LPAR data will have an asterisk (*) appended (for example, "ACTIVE*"). 0044 68 Signed 4 LPARWAIT Status of the WAIT bit for the logical processors within this LPAR. If any LP has the WAIT bit ON, this field will contain enumerations 1="YES" or 0=NO. (LPAR load screen, Wait Char.) 0048 72 Signed 4 LPARWGHT Average weight of all logical processors defined for this LPAR. The weight values for dedicated processors will be 1000. (LPAR load screen, Weight.) 0050 80 Dbl-Word 8 PHYSBUSY This is the sum of the %Load values for all active logical paritions with normal processors plus the General LPAR management (if available), i.e. it gives you the overall load for normal processors in the processor complex and does not include the load of partitions with IFL or ICF processors. 0058 88 Character 4 LPARUPID The user partition ID number for the logical partition. 005C 92 Signed 4 LPARCAP Enumerated value reflecting the capping definition for the partition. It can be Yes (2) if capping has been set on for the partition indicating that CPU cycles are to be allocated only up to the specified maximum, or No (1) if capping is not active. 0060 96 Dbl-Word 8 LPARLGLD Logical processor load as seen by the guest VM system, based on processor busy time seen by the guest system and the sum of wait time and processor busy time perceived by the guest VM system. This is the logic used for the the calculation of the 'INDICATE LOAD' output. Note, however, that the resulting value depends not only on the actual activity of the guest system (the processor time used), but also on the activity of systems in other logical partitions of the same physical system. The 'suspended' time (see %Susp value) will increase if there is more contention for the real processors, thus causing less voluntary wait time. Less voluntary wait time in turn will result in a higher 'Logical processor load' being calculated, even if the actual CPU time used by the processor is the same. (Deleted with APAR VM65697) 0068 104 Dbl-Word 8 LPARVMLD Processor load as seen by the guest VM system, based on processor busy time seen by the guest system and elapsed time. (Deleted with APAR VM65697) 0070 112 Signed 4 LPARPTYP The CPU type of the logical processors defined for the partition, as follows: CP: Central Processor, ICF: Internal Coupling Facility Processor, IFL: Integrated Facility for Linux Processor, ZIIP: IBM System z9 Integrated Information Processor (zIIP), ZAAP: IBM z/Series Application Assist Processor (zAAP), Special: other. 0074 120 Dbl-Word 8 LPARTCAP The maximum amount of core power of this type the partition is permitted to use, where a value of 100 represents one whole physical core worth of power. 007C 128 Signed 4 LPARMTDP The multithreading depth for the specified logical core of this partition. 0080 132 Character 8 LPARGCPN The group capping name assigned to this partition. 0088 140 Dbl-Word 8 LPARGCPV The group capping value assigned to this partition. 00000090 LPADLEN *-SEGTLPAR
SEGTRDEV DSECT - Device Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTRDEV SEGOUT DCSS Content Data Definition 0000 0 Signed 4 DEVADDR Real address of device. (CP Owned Device screen, Page or SPOOL device address.) 0004 4 Character 8 DEVTYPE Type of device (for example: 3370 or 3380). (CP Owned Device screen, Device type.) 0010 16 Dbl-Word 8 CONNTIME Average time this device was in CONNECT state during the interval. (General I/O device screen: Pend, Disc, Conn.) 0018 24 Signed 4 DASDBUSY Percentage of time the device was found busy. (Detailed I/O device info., Device Busy.) 0020 32 Dbl-Word 8 DASDQUE Average number of I/Os queued on the device. (General I/O device screen, Req. Queued.) 0028 40 Dbl-Word 8 DASIOREQ Number of I/Os started on this device. 0030 48 Dbl-Word 8 DEVIOSEC I/Os per second to this device (I/O rate). (General I/O device screen: I/O Rate.) 0038 56 Dbl-Word 8 DISCTIME Average time this device was in DISCONNECT state during the reporting interval. (Genl I/O device screen: Pend, Disc, Conn.) 0040 64 Dbl-Word 8 PENDTIME Average time this device was in PENDING state during the reporting interval. (General I/O device screen: Pend, Disc, Conn.) 0048 72 Dbl-Word 8 SERVTIME Average service time for this device in milliseconds. 0050 80 Character 8 VOLSER Volume serial number if DASD device. (CP Owned Device screen, Device volume serial.) 00000058 DEVDLEN *-SEGTRDEV
SEGTCPDV DSECT - CP-Owned Device Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTCPDV SEGOUT DCSS Content Data Definition 0000 0 Signed 4 DEVADDRX Real address of CP-owned DASD. (CP Owned Device screen, Page or SPOOL device address) 0004 4 Signed 4 ALLOCCNT The number of cylinders or blocks allocated for the CP-owned extent. (CP Owned Device screen, number of Page or SPOOL slots allocated, by volume.) 0008 8 Signed 4 AVAILSLT The number of slots available on the CP-Owned device at the time the sample was taken. (CP Owned Device screen, Page or SPOOL slot availability by volume.) 000C 12 Signed 4 CPRESRV1 Reserved 0010 16 Character 8 DEVTYPEX Type of DASD (for example: 3370 or 3380). (CP Owned Device screen, Device type.) 0018 24 Signed 4 PAGETYPE Type of PAGING (for example enumerations 0=PAGING, 1=SPOOLING, 3=PREFERRED). (CP Owned Device screen, Paging type.) 001C 28 Signed 4 ENDCYL End extent allocated on CP-owned device (cylinder or block number). (CP Owned Volume screen, Extent Information.) 0020 32 Signed 4 PERFULL Percentage of space on the CP-Owned volume in use at the time the sample was taken. (CP Owned Volume screen, Used %.) 0024 36 Signed 4 STARTCYL The starting cylinder or block number for the CP-Owned device extent (cylinder or block number). (CP Owned Volume screen, Extent Information.) 0028 40 Signed 4 TOTUSLOT The number of used slots on the CP-Owned dev. at the time the sample was taken. (CP Owned Device screen, Page or SPOOL slots used by volume.) 002C 44 Signed 4 CPRESRV2 Reserved 0030 48 Character 8 VOLSERX Volume serial number of CP-owned DASD. (CP Owned Device screen, Device volume serial.) 00000038 CPODLEN *-SEGTCPDV
SEGTWKLD DSECT - Workload Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTWKLD SEGOUT DCSS Content Data Definition 0000 0 Character 8 WORKLOAD Userid or group name. 0008 8 Dbl-Word 8 CPPCT Percent of total CPU used by the system to manage this workload. (User resource usage details screen, Superv. CPU.) 0010 16 Dbl-Word 8 CPSECS Total CP seconds used by this workload (to nearest second). 0018 24 Dbl-Word 8 CPUPCT Percent of total CPU utilized by this workload (User resource usage details screen, Total CPU.) 0020 32 Dbl-Word 8 CPUSECS Total CPU seconds used by this workload (to nearest second). 0028 40 Dbl-Word 8 SESSTIME Total time this workload was logged on (to nearest second), or aggregation of group. 0030 48 Dbl-Word 8 VIRTPCT Percent of virtual CPU utilization for the workload specified. (User resource usage details screen, Emulat. CPU.) 0038 56 Dbl-Word 8 VIRTSECS Total virtual CPU seconds used by this workload (to nearest second). 0040 64 Dbl-Word 8 PAGERATW The rate of page-ins and page-outs for this workload (in pages/sec.). (User resource usage screen, Page fault rate.) 0048 72 Dbl-Word 8 PAGREADS Number of page reads over the specified period of time. (User resource usage screen, Page Read rate.) 0050 80 Dbl-Word 8 PAGWRTS Number of page writes over the specified period of time. (User resource usage screen, Page write rate.) 0058 88 Dbl-Word 8 RESPAGES The current number of pages physically in main storage for this workload below 2GB 0060 96 Dbl-Word 8 RESPAG2G The current number of pages physically in main storage for this workload above 2GB 0068 104 Dbl-Word 8 STORSIZE Average storage size for this workload. 0070 112 Dbl-Word 8 WKLXATT The number of megabytes of expanded storage attached to this workload. 0078 120 Dbl-Word 8 WKLXMOV The number of expanded pages moved for this workload. 0080 128 Dbl-Word 8 WKLXPAG The number of expanded storage blocks allocated to this workload by CP for paging. 0088 136 Dbl-Word 8 WSS A user's projected working set size. This value is calculated each time a user drops from queue and is based on the number of pages referenced during the last stay in queue. (Projected Working set from User details.) 0090 144 Character 8 GROUP Name of group this workload belongs to. (Primarily used to determine which VMs are Linux guest hosts.) 0098 152 Signed 4 WKVCPU The number of virtual processors in the virtual machine. 009C 156 Signed 4 WKRESV1 Reserved for alignment. configuration. 00A0 160 Dbl-Word 8 WKLDDSOW The number of non-base address spaces owned by the virtual machine. 00A8 168 Dbl-Word 8 WKLDPGST The rate at which pages were stolen from the virtual machine's address spaces while they were private. 00B0 176 Dbl-Word 8 WKLDB2G The rate at which page frames were moved below the 2GB line for translation. 00B8 184 Dbl-Word 8 WKLDXRD The rate at which page frames were moved from XSTORE to main storage. 00C0 192 Dbl-Word 8 WKLDXWR The rate at which page frames were migrated out from main storage to XSTORE. 00C8 200 Dbl-Word 8 WKLDXMG The rate at which page frames were migrated out from XSTORE to DASD. 00D0 208 Dbl-Word 8 WKLDRVPG The number of reserved pages for the user. 00D8 216 Dbl-Word 8 WKLDPGLK The number of pages locked in the user's private address spaces below the 2GB line. 00E0 224 Dbl-Word 8 WKLDPGLG The number of private pages that are locked above the 2GB line. 00E8 232 Dbl-Word 8 WKLDDASD The number of page slots used on system paging areas on DASD. 00F0 240 Dbl-Word 8 WKLDSHR Absolute share or relative share value for the user. 00F8 248 Signed 4 WKLDSHRM No limit-This is the default share setting. It allows z/VM to adjust the users share value according to system load with no restrictions. Maximum-This means that a maximum share value has been set for the user. The Share value shown is the actual value, not the maximum. Limit Hard-This means that the share value for the user can never exceed the maximum value. Absolute-This means that the user will receive a targetted minimum of the system resources. Dedicated-This means the user is running on a dedicated processor, and the share setting has no meaning. 0100 256 Dbl-Word 8 WKLDTVRT Ratio of total to virtual (emulation) CPU time used. 0108 264 Dbl-Word 8 WKLDSIO Total virtual I/O rate per second in the selected interval. 0110 272 Dbl-Word 8 WKLDDAIO Virtual I/O rate to disks. 0118 280 Dbl-Word 8 WKLDAVIO Rate of I/Os which were avoided because the requested blocks could be found in the minidisk cache. 0120 288 Dbl-Word 8 WKLDDI98 Diagnose X'98' rate. Diagnose X'98' allows virtual machines to execute I/O very efficiently, bypassing normal CCW translation logic. 0128 296 Dbl-Word 8 WKLDURIO Rate of start requests to virtual UR devices. 0130 304 Dbl-Word 8 WKLDACTV Time, in minutes, that the user was found to have been active (the whole length of a sample interval will be counted as 'active' time if the user consumed some virtual CPU time or executed any I/Os during the interval). 0138 312 Dbl-Word 8 WKLDSPGS The total number of pages spooled for the user. 0140 320 Dbl-Word 8 WKLDSPGR Spool read and write rate per second. 0148 328 Dbl-Word 8 WKLDMDCI The number of minidisk cache inserts per second. Note that for long monitor intervals this number may not be exact. 0150 326 Dbl-Word 8 CPUPOOL 00000158 WKLDLEN *-SEGTWKLD
SEGTNHIP DSECT - Network Hipersocket Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTNHIP SEGOUT DCSS Content Data Definition 0000 0 Signed 4 CHANPATH The Hex channel path identifier. (Hipersocket Channel Activity Screen.) 0004 4 Signed 4 SHRD Sharing indicator for the channel enumerations 1=YES - shared with other LPARs, 0=NO - Dedicated channel. (Hipersocket Channel Activity Screen.) 0008 8 Dbl-Word 8 XFERTMSG Number of messages sent per second for the whole system. (Hipersocket Channel Activity Screen.) 0010 16 Dbl-Word 8 XFERTDUN Number of data units sent per second for the whole system (Hipersocket Channel Activity Screen.) 0018 24 Dbl-Word 8 FAILRBFS Number of sends per second that failed due to no receiver buffer for the whole system.(Hipersocket Chan Activity Screen) 0020 32 Dbl-Word 8 XFERMSGS Number of messages sent per second for this partition. (Hipersocket Channel Activity Screen.) 0028 40 Dbl-Word 8 XFERDUNI Number of data units sent per second for this partition. (Hipersocket Channel Activity Screen.) 0030 48 Dbl-Word 8 FAILRBFR Number of sends per second that failed due to no receiver buffer for this partition. (Hipersocket Channel Activity Screen.) 0038 56 Dbl-Word 8 FAILSOTH Number of sends per second that failed due to other problems for this partition. (Hipersocket Channel Activity Screen.) 00000040 HIPDLEN *-SEGTNHIP
SEGTVSWI DSECT - Network Virtual Switch Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTVSWI SEGOUT DCSS Content Data Definition 0000 0 Character 4 ADDR Real Device Address. (Virtual Switch Activity Screen.) 0004 4 Character 8 USERID The user id of the virtual machine the device is currently attached to. (Virtual Switch Activity Screen.) 000C 12 Signed 4 QSV The queue storage value (Values 1 - 8 ). (Virtual Switch Activity Screen.) 0010 16 Signed 4 TIMEOUT The timeout value for the virtual switch in seconds. (Virtual Switch Activity Screen.) 0018 24 Dbl-Word 8 XMITBYTS Number of bytes transmitted per second. (Virtual Switch Activity Screen.) 0020 32 Dbl-Word 8 XMITPCKT Number of packets transmitted per second. (Virtual Switch Activity Screen.) 0028 40 Dbl-Word 8 XMITPCKD Number of outbound packets discarded per second. (Virtual Switch Activity Screen.) 0030 48 Dbl-Word 8 RCVBYTES Number of bytes received per second. (Virtual Switch Activity Screen.) 0038 56 Dbl-Word 8 RCVPCKTS Number of packets received per second. (Virtual Switch Activity Screen.) 0040 64 Dbl-Word 8 DISCPCKD Number of inbound packets discarded per second. (Virtual Switch Activity Screen.) 0048 72 Character 8 VLLID The name of the Virtual Switch. A Virtual Switch is given a 16-byte identification, or LAN ID, when it is created. The VSWITCH LAN ID consists of two 8-byte character fields: OWNER||NAME. The OWNER is always SYSTEM. This column is the NAME component of the LAN ID. 0050 80 Dbl-Word 8 VSWRT Number of write signals issued per second. 0058 88 Dbl-Word 8 VSRED Number of read signals issued per second. 0060 96 Dbl-Word 8 VSSYN Number of sync signals issued per second. 0068 104 Dbl-Word 8 VSPCR Number of interrupts, such as PCI and AI, received per second. 0070 112 Dbl-Word 8 VSPCI Number of interrupts, such as PCI and AI, that resulted in input queue processing per second. 0078 120 Character 8 VSGVGRP Name of the link aggregation port group in use for this VSWITCH. 0080 128 Character 17 VSGVMAC The LAN management MAC address. 0091 145 Character 45 VSGVIPA The LAN management IP address. This address is used by clients involved in switch management. For example, a Network Management System can request Bridge MIB information from an SNMP agent using this address. If an SNMP agent has not been assigned, the IP address field will contain blanks. 00BE 190 Character 8 VSGVMGI The LAN management IP userid. This is the userid of the z/VM TCP/IP stack that has assigned an SNMP agent to the virtual switch in its HOME statement. If an SNMP agent has not been assigned, the userid field will contain blanks. 00C8 200 Signed 4 VSGVLAY The session layer, 2 or 3. 00D0 208 Dbl-Word 8 VSEVLIN The load balancing interval. This is the number of seconds between load balancing operations. 00D8 216 Dbl-Word 8 VSEVREQ Number of lock requests made for the network lock, per second. 00E0 224 Dbl-Word 8 VSEVLDE Number of times per second that CP waited for the network lock. 00E8 232 Dbl-Word 8 VSEVTXD Number of times per second that CP waited for any lock when sending data on this VSWITCH port. 00F0 240 Dbl-Word 8 VSEVRXD Number of times per second that CP waited for any lock when receiving data on this VSWITCH port. 00F8 248 Dbl-Word 8 VSEVMTX Number of marker PDUs sent to this port. This is the total value for the monitor interval 0100 256 Dbl-Word 8 VSEVMRX Number of marker responses received. This is the total value for the monitor interval. 0108 264 Dbl-Word 8 VSEVMKR Number of marker response PDUs sent to this port in response to receiving a marker PDU from the partner port. This is the total for the monitor interval. 0110 272 Dbl-Word 8 VSEVMTO Number of times timed out waiting for a marker response PDU for a marker request sent by CP to a partner port. This is the total for the monitor interval. 0118 280 Dbl-Word 8 VSEVLAX Number of LACP PDUs sent on this port. This is the total value for the monitor interval. 0120 288 Dbl-Word 8 VSEVLAR Number of LACP PDUs received on this port. This is total value for the monitor interval. 0128 296 Dbl-Word 8 VSEVIBF Number of input buffers processed per second. 0130 304 Dbl-Word 8 VSEVIQO Number of input queue overflows per second. 0138 312 Dbl-Word 8 VSEVOBF Number of output buffers processed per second. 0140 320 Dbl-Word 8 VSEVOQO Number of output queue overflows per second. 0148 328 Character 8 VSEVLVL OSA device microcode level. 0150 336 Character 4 VSGVOPN The OSA port number specified on the RDEV parameter of the DEFINE VSWITCH command. 0154 340 Signed 4 VSGVISO Determines if guests on the virtual switch can communicate between themselves and other hosts and/or LPARs that share the same OSA-Express port with the virtual switch. Valid values are: ON prohibits guest from sending traffic to other guests on the same virtual switch by discarding traffic that is destined for another guest port on the virtual switch. In addition, no direct LPAR communications sharing the same OSA port is permitted with the guest ports of the virtual switch. All traffic from the virtual switch destined for any sharing host/LPARs on the same OSA port will be dropped. Any traffic destined for the virtual switch guest ports from hosts/LPARs sharing the same OSA port will also be dropped. OFF allows guest ports to communicate with each other and with any hosts and/or LPARs that share the same OSA port. 0158 344 Signed 4 VSGCONF The access type for the virtual switch. Possible values are: USER Specifies that the virtual switch will be on a user ID basis. Authorization and configuration will be for the user. Use SET VSWITCH GRANT and REVOKE commands for authorization. Port numbers for guests will be assigned CP. PORT Specifies that the virtual switch will be port based. All connections will be on a port basis. Each port must be configured with the SET VSWITCH PORTNUMBER command. This configuration will allow a guest to have multiple unique access ports connected to the same VSWITCH instance. 015C 348 Signed 4 VSGBPBR The configured bridge port role. Possible roles are: 0160 352 Signed 4 VSGBPBS The current state of the bridge port. Possible states are: Undefined Inactive Standby Active 0164 356 Signed 4 VSGBPBC The state of the bridge port connection. Possible states are: VSWITCH defined Controller not available Operator intervention required Diconnected VDEVs attached to controller Initialization in progress Device not ready Device ready Devices being detached VSWITCH delete pending VSWITCH failover recovering AUTOSTART in progress 0168 360 Character 4 VSGBMFS Maximum Frame Size for the bridge port in kilobytes. 016C 364 Character 8 VSGBLPA When BPBSTATE is Active of Standby, this is the LPAR name acting as the active bridge port connection. 0174 372 Signed 4 VSWRES1 Reserved 00000178 VSWDLEN *-SEGTVSWI
SEGTNSRV DSECT - Network Server (TCP/IP Stack) Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTNSRV SEGOUT DCSS Content Data Definition 0000 0 Character 8 SRVRNAME Name of the TCP/IP Server. 0008 8 Dbl-Word 8 CONNOINI The rate per second at which TCP connection open requests were initiated. (General TCP/IP Activity Log.) 0010 16 Dbl-Word 8 CONNOACP The rate per second at which TCP connection open requests were accepted. (General TCP/IP Activity Log.) 0018 24 Dbl-Word 8 CONNOFAI The rate per second for TCP connection open failures. (General TCP/IP Activity Log.) 0020 32 Dbl-Word 8 CONNRSET The reset rate per second for TCP Connections. (General TCP/IP Activity Log.) 0028 40 Dbl-Word 8 READREQ The read requests per second. (TCP/IP I/O Activity Log.) 0030 48 Dbl-Word 8 WRITEREQ The write requests per second. (TCP/IP I/O Activity Log.) 0038 56 Dbl-Word 8 BYTESREC The number of bytes received per second. (TCP/IP I/O Activity Log.) 0040 64 Dbl-Word 8 BYTEXMIT The number of bytes transmitted per second. (TCP/IP I/O Activity Log.) 0048 72 Dbl-Word 8 SEGSRECV The TCP segments received rate per second. (General TCP/IP Activity Log.) 0050 80 Dbl-Word 8 SEGSXMIT The TCP segments transmit rate per second. (General TCP/IP Activity Log.) 0058 88 Dbl-Word 8 SEGSRXMI The rate at which TCP segments were retransmitted, per second. (General TCP/IP Activity Log.) 0060 96 Dbl-Word 8 SEGSRCVE The rate at which TCP segments were received that had errors, per second. (General TCP/IP Activity Log.) 0068 104 Dbl-Word 8 SEGSXMIR The rate at which TCP segments were transmitted that included a reset, in seconds. (General TCP/IP Activity Log.) 0070 112 Dbl-Word 8 ARPRECV The ARP requests received rate per second. (General TCP/IP Activity Log.) 0078 120 Dbl-Word 8 ARPREPLY The rate at which ARP replies were transmitted, in seconds. (General TCP/IP Activity Log.) 0080 128 Dbl-Word 8 ARPREQXM The rate at which ARP requests were transmitted, per second. (General TCP/IP Activity Log.) 0088 136 Dbl-Word 8 ACTBLKPL Activity control block pool level. (TCP/IP Buffer Pool Log.) 0090 144 Dbl-Word 8 CLNBLKPL Client control block pool level. (TCP/IP Buffer Pool Log.) 0098 152 Dbl-Word 8 ENVREGPL Regular envelope pool level. (TCP/IP Buffer Pool Log.) 00A0 160 Dbl-Word 8 ENVLARGE Large envelope pool level. (TCP/IP Buffer Pool Log.) 00A8 168 Dbl-Word 8 RAWBLKIP Raw IP control block pool. (TCP/IP Buffer Pool Log.) 00B0 176 Dbl-Word 8 SOCKBLKL Socket control block pool level. (TCP/IP Buffer Pool Log.) 00B8 184 Dbl-Word 8 BSDSOCKB BSD-style socket control block pool level. (TCP/IP Buffer Pool Log.) 00C0 192 Dbl-Word 8 TCPBLKPL TCP control block pool level. (TCP/IP Buffer Pool Log.) 00C8 200 Dbl-Word 8 UDPBLKPL UDP control block pool level. (TCP/IP Buffer Pool Log.) 00D0 208 Dbl-Word 8 REGBUFPL Regular data buffer pool level. (TCP/IP Buffer Pool Log.) 00D8 216 Dbl-Word 8 SMLBUFPL Small data buffer pool level. (TCP/IP Buffer Pool Log.) 00E0 224 Dbl-Word 8 TNYBUFPL Tiny data buffer pool level. (TCP/IP Buffer Pool Log.) 00E8 232 Dbl-Word 8 SACBLKPL Segment acknowledgement control block pool. (TCP/IP Buffer Pool Log.) 00F0 240 Dbl-Word 8 FIXPAGPL Fixed Page Storage Pool. (TCP/IP Buffer Pool Log.) 000000F8 TCPDLEN *-SEGTNSRV
SEGTNUSR DSECT - Network User Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTNUSR SEGOUT DCSS Content Data Definition 0000 0 Character 8 SRVRNAMU Name of the TCP/IP Server the user is connected to. 0008 8 Character 8 USERNAME The userid of the virtual machine that handled the local side of the connection. (TCP/IP User Activity Log.) 0010 16 Dbl-Word 8 TCPCSESS The number of completed TCP sessions. (TCP/IP User Activity Log.) 0018 24 Dbl-Word 8 UDPCSESS The number of completed UDP sessions. (TCP/IP User Activity Log.) 0020 32 Dbl-Word 8 TIMESESS The average session duration (elapsed time from open to close). (TCP/IP User Activity Log.) 0028 40 Dbl-Word 8 TOTTCPIN The number of bytes received during TCP sessions. (TCP/IP User Activity Log.) 0030 48 Dbl-Word 8 TOTTCPOU The number of bytes sent during TCP sessions. (TCP/IP User Activity Log.) 0038 56 Dbl-Word 8 TOTUDPIN The number of bytes received during UDP sessions. (TCP/IP User Activity Log.) 0040 64 Dbl-Word 8 TOTUPDOU The number of bytes sent during UDP sessions. (TCP/IP User Activity Log.) 0048 72 Dbl-Word 8 TRIPTSTH The smoothed round trip time, in seconds. (TCP/IP User Activity Log.) 0050 80 Dbl-Word 8 TRIPTVAR The smoothed round trip time variance, in seconds. (TCP/IP User Activity Log.) 0058 88 Dbl-Word 8 TOTSEGS The total numbers of segments. (TCP/IP User Activity Log.) 0060 96 Dbl-Word 8 UACKSEGS The maximum number of unacknowledged segments. (TCP/IP User Activity Log.) 0068 104 Dbl-Word 8 MAXIBUFQ The maximum input buffer queue size. (TCP/IP User Activity Log.) 0070 112 Dbl-Word 8 MAXOBUFQ The maximum output buffer queue size. (TCP/IP User Activity Log.) 00000078 NUSRDLEN *-SEGTNUSR
SEGTAPPL DSECT - LINUX Appldata Area
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTAPPL SEGOUT DCSS Content Data Definition 0000 0 Character 8 LUSERID Userid of the LINUX guest machine (Linux summary CPU activity screen: userid) 0008 8 Signed 4 VIRTCPU The number of virtual CPUs defined for the guest (Linux summary CPU activity screen: Virt CPUs) 0010 16 Dbl-Word 8 TOTCPU Percent total CPU utilitzation (Linux summary CPU activity screen: totCPU) 0018 24 Dbl-Word 8 USERCPU Percent user mode CPU utilitzation (Linux summary CPU activity screen: user) 0020 32 Dbl-Word 8 KERNLCPU Percent kernel mode CPU utilitzation (Linux summary CPU activity screen: kernel) 0028 40 Dbl-Word 8 NICECPU Percent nice mode CPU utilitzation (Linux summary CPU activity screen: nice) 0030 48 Dbl-Word 8 IRQ Percent IRQ interrupts (Linux summary CPU activity screen: IRQ) 0038 56 Dbl-Word 8 SOFTIRQ Percent soft IRQ interrupts (Linux summary CPU activity screen: SoftIRQ) 0040 64 Dbl-Word 8 IOWAIT Percent waiting for I/O (Linux summary CPU activity screen: IOWait) 0048 72 Dbl-Word 8 IDLE Percent CPU idle (Linux summary CPU activity screen: Idle) 0050 80 Signed 4 RUNABLE The number of runable processes at sampling (Linux summary CPU activity screen: Runabl) 0054 84 Signed 4 WAITING The number of processes waiting for I/O (Linux summary CPU activity screen: Waiting) 0058 88 Signed 4 TOTPROC The total number of processes at sample time (Linux summary CPU activity screen: Total) 0060 96 Dbl-Word 8 RUN1MIN The average number of processes found running during the last 1 minute (Linux summary CPU activity screen: 1_min) 0068 104 Dbl-Word 8 RUN5MIN The average number of processes found running during the last 5 minutes (Linux summary CPU activity screen: 5_min) 0070 112 Dbl-Word 8 RUN15MIN The average number of processes found running during the last 15 minutes (Linux summary CPU activity screen: 15_min) 0078 120 Dbl-Word 8 TOTMAIN The total main memory size in MBytes (Linux summary CPU memory screen: M_Total) 0080 128 Dbl-Word 8 PERCMAIN Main memory utilization in percentage (Linux summary CPU memory screen: %M_User) 0088 136 Dbl-Word 8 TOTHIGH The total high memory size in MBytes (Linux summary CPU memory screen: H_Total) 0090 144 Dbl-Word 8 PERCHIGH High memory utilization in percentage (Linux summary CPU memory screen: %H_User) 0098 152 Dbl-Word 8 SHARED Memory, in MBytes, that is usable by more than one process. (Linux summary CPU memory screen: Shared) 00A0 160 Dbl-Word 8 BUFFREE Memory, in MBytes, reserved for buffers and free cache (Linux summary CPU memory screen: Buffers/CAFree) 00A8 168 Dbl-Word 8 CACHUSED Memory, in MBytes, used for buffers. The LINUX buffer cache is a disk cache intended to relieve processes from having to wait for relatively slow disks to retrieve or store data. (Linux summary CPU memory screen: Cache Used) 00B0 176 Dbl-Word 8 TOTSWAP The size of the maximum available swap space in MBytes (Linux summary CPU memory screen: S_Total) 00B8 184 Dbl-Word 8 PERCSWAP Percentage of swap space useable swap space (Linux summary CPU memory screen: %SUSed) 00C0 192 Dbl-Word 8 SWAPIN Swap in rate, in 4KB pgs/second (Linux summary CPU memory screen: In) 00C8 200 Dbl-Word 8 SWAPOUT Swap out rate, in 4KB pgs/second (Linux summary CPU memory screen: Out) 00D0 208 Dbl-Word 8 PGALLOC Page allocation rate (Linux summary CPU memory screen: Allocates) 00D8 216 Dbl-Word 8 PGFTMAJ Page faults (major) (Linux summary CPU memory screen: Major) 00E0 224 Dbl-Word 8 PGFTMIN Page faults (minor) (Linux summary CPU memory screen: Minor) 00E8 232 Dbl-Word 8 BLKREAD Block I/O data read rate in KB/sec (Linux summary CPU memory screen: I/O Read) 00F0 240 Dbl-Word 8 BLKWRITE Block I/O data write rate in KB/sec (Linux summary CPU memory screen: I/O Write) 00F8 248 Dbl-Word 8 INTERFCS Number of networking interfaces defined (Linux summary CPU networking screen: Interfaces) 0100 256 Dbl-Word 8 PKTRECV Number of packets received per second (Linux summary CPU networking screen: Packets P_recv) 0108 264 Dbl-Word 8 PKTSENT Number of packets sent per second (Linux summary CPU networking screen: Packets P_Xmit) 0110 272 Dbl-Word 8 BYTRECV Number of bytes received per second (Linux summary CPU networking screen: Bytes B_recv) 0118 280 Dbl-Word 8 BYTSENT Number of bytes sent per second (Linux summary CPU networking screen: Bytes B_Xmit) 0120 288 Dbl-Word 8 BADPACK Bad packets received per second (Linux summary CPU networking screen: BadPac Recvd) 0128 296 Dbl-Word 8 XMITERR Packet transmit problems per second (Linux summary CPU networking screen: Packet X_mit) 0130 304 Dbl-Word 8 NSPBUFF No space found in Linux buffers per second (Linux summary CPU networking screen: No Space Buffer) 0138 312 Dbl-Word 8 NSPLINX No space available in Linux per second (Linux summary CPU networking screen: No Space Linux) 0140 320 Dbl-Word 8 XMITCOLL Collisions while transmitting per second (Linux summary CPU networking screen: Transmit Collisn) 0148 328 Dbl-Word 8 STEALTM Percent time hypervisor in control 0150 336 Character 16 LNXPRDID Linux Kernel Product ID 0160 352 Signed 4 LNXFLAG APPLDATA internal flag field. X'01' means data has been normalized 0168 360 Dbl-Word 8 LNXTIME TOD when APPLDATA was written 00000170 APPLDLEN *-SEGTAPPL
SEGTPRC DSECT - Processor Data Area
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTPRC SEGOUT DCSS Content Data Definition 0000 0 Signed 4 LPENUM Assigned logical partition number. (LPAR load screen, partition#.) 0004 4 Character 8 LPENAME Assigned name of the logical partition. (LPAR load screen, partition name.) 000C 12 Signed 4 LPENUPID The user partition ID number for the logical partition. 0010 16 Signed 4 LPENLPCT Number of logical processors assigned to this LPAR. (LPAR load screen, #Proc.) 0014 20 Signed 4 LPENCAP Enumerated value reflecting the capping definition for the partition. It can be Yes (2) if capping has been set on for the partition, indicating that CPU cycles are to be allocated only up to the specified maximum, or No (1) if capping is not active. 0018 24 Signed 4 LPENWGHT Average weight for all logical processors defined for this LPAR. The weight values for dedicated processors will be 1000. (LPAR load screen, Weight.) 001C 28 Signed 4 LPENWAIT Status of the WAIT bit for the logical processors within this LPAR. If any LP has the WAIT bit ON, this field will contain enumerations 1=YES or 0=NO. (LPAR load screen, Wait Char.) 0020 32 Dbl-Word 8 LPENLOAD Total amount of time that all of the logical processors for this LPAR were busy during the reported interval. 0028 40 Signed 4 LPENSTAT Status of the logical partition during the reporting interval. Can be enumerations 2=ACTIVE or 1=INACTIVE or 0=inactive. The partition that was used to collect the LPAR data will have an asterisk (*) appended, for example ACTIVE). 002C 44 Signed 4 LPENPTYP The CPU type of the logical processors defined for the partition as follows: CP: Central Processor, ICF: Internal Coupling Facility Processor, IFL: Integrated Facility for Linux Processor, ZIIP: IBM System z9 Integrated Information Processor (zIIP), ZAAP: IBM zSeries Application Assist Processor (zAAP), Special: other. 0030 48 Signed 4 LPENCPU The CPU identification character allocated to each of the logical processors which were defined. (CPU) 0038 56 Dbl-Word 8 LPENMSPC Percentage of elapsed time that the logical processor was suspended, i.e. could not give Service to the guest system due to LPAR management time and contention for real processors, where the suspended time is calculated as the difference between elapsed time and the sum of processor busy time and voluntary wait time for the same processor as seen by the VM system that is active in the partition. 0040 64 Dbl-Word 8 LPENOVHD Average percentage of elapsed time that the logical processor spent for LPAR mgmt. This information is available only on systems with the LPAR management time facility (LPAR load screen, %Ovhd.) 0048 72 Dbl-Word 8 LPENBUSY Average percentage of time that logical processors were busy, defined as the percentage of elapsed time during which real processors were assigned to logical processors. Note that the value will also include wait time in the system that is running in the partition if 'wait completion' has been enabled for the processor. 0050 80 Dbl-Word 8 LPENOVER Amount of logical CPU busy which was due to LP dispatching overhead. 0058 88 Dbl-Word 8 LPENPHYS This is the sum of the %Load values for all active logical partitions with normal processors plus the General LPAR management overhead (if available), i.e. it gives you the overall load for normal processors in the complex and does not include the load of partitions with IFL or ICF processors. 0060 96 Dbl-Word 8 LPENLGLD Logical processor load as seen by the guest VM system, based on processor busy time seen by the guest system and the sum of wait time and processor busy time perceived by the guest VM system. This is the logic used for the calculation of the 'INDICATE LOAD' output. Note, however, that the resulting value depends not only on the actual activity of the guest system (the processor time used), but also on the activity of the systems in other logical partitions of the same physical system: The 'suspended' time (see %Susp value) will increase if there is more contention for the real processors, thus causing less voluntary wait time. Less voluntary wait time in turn will result in a higher 'Logical processor load' being calculated, even if the actual CPU time used by a processor is the same. 0068 104 Dbl-Word 8 LPENVMLD Processor load as seen by the guest VM system, based on processor busy time seen by the guest system and elapsed time. 0070 112 Dbl-Word 8 LPENTCAP The maximum amount of core power of this type the partition is permitted to use, where a value of 100 represents one whole physical core worth of power. 0078 120 Signed 4 LPENMTDP The multithreading depth for the specified logical core of this partition 007C 124 Character 8 LPENGCPN The group capping name assigned to this partition 0088 136 Dbl-Word 8 LPENGCPV The group capping value assigned to this partition 0090 144 Character 4 LPENCPUH The CPU identification character allocated to each of the logical processors which were defined (CPU) 0094 148 Signed 4 LPENRSV1 Reserved (double word aligned) 00000098 PROCDLEN *-SEGTPRC
SEGTMDC DSECT - Minidisk Cache
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTMDC SEGOUT DCSS Content Data Definition 0000 0 Dbl-Word 8 PARTSIZE The size of the CP partition in expanded storage, in blocks 0008 8 Dbl-Word 8 MAXCACHE The maximum number of expanded storage blocks that can be used for minidisk caching 0010 16 Dbl-Word 8 ACTCACHE The number of expanded storage blocks used for minidisk caching at the end of the interval 0018 24 Dbl-Word 8 FAIRSHR The fair share limit for the minidisk cache, i.e. the maximum number of blocks any one user is allowed to insert into the minidisk cache per fair share interval 0020 32 Dbl-Word 8 MDCRDRAT The number of read requests per second 0028 40 Dbl-Word 8 FULLRDHT The percentage of requests which were full hits, i.e. where all the requested blocks were found in the cache 0030 48 Dbl-Word 8 PGINRT The rate at which minidisk cache blocks are moved from expanded storage to central storage 0038 56 Dbl-Word 8 PGOUTRT The rate at which minidisk cache blocks are moved from central storage to expanded storage 0040 64 Dbl-Word 8 BLKLIFE The estimated average age, in seconds, of a minidisk cache block, based on Little's Law (cache size divided by PGOUT rate). Dots will be shown if the age cannot be calculated because the PGOUT rate is zero. 0048 72 Dbl-Word 8 FRSHRXRT The rate, per second, that blocks could not be moved into the minidisk cache because their user's fair share limit was exceeded 0050 80 Dbl-Word 8 INTINSRT Insertions per second into the in-transit waiting queue (which keeps track of users requesting blocks which are already on their way to the minidisk cache) 0058 88 Dbl-Word 8 INVREQRT The number of requests per second to invalidate minidisk cache blocks, due to an I/O to a virtual device via a non-cachable I/O interface 0060 96 Dbl-Word 8 BLKINVRT The number of blocks per second which were invalidated following an invalidation request 0068 104 Dbl-Word 8 IDEALFRM The ideal number of main storage page frames in the minidisk cache (based on average age of a page in DPA, determined by arbiter) 0070 112 Dbl-Word 8 ACTFRL2G The actual number of main storage page frames used for the minidisk cache below the 2G line 0078 120 Dbl-Word 8 ACTFRG2G The actual number of main storage page frames used for the minidisk cache above the 2G line. The field is only available for z/VM systems running in 64-bit mode. 0080 128 Dbl-Word 8 MINFRMS The minimum number of main storage pages to be used for the minidisk cache 0088 136 Dbl-Word 8 MAXFRMS The maximum number of main storage pages to be used for the minidisk cache 0090 144 Dbl-Word 8 PGDELRT The number of main storage pages deleted from the cache per second 0098 152 Dbl-Word 8 STINVRT The number of times the steal function was invoked to steal main storage pages from cache per second 00A0 160 Dbl-Word 8 MDCBIAS The bias for minidisk cache usage of real storage. A number less than 1 is a bias against minidisk cache; a number greater than 1 is a bias for minidisk cache. 00A8 168 Dbl-Word 8 IDEALXST The ideal number of expanded storage blocks in the minidisk cache (based on average age of an XSTORE block, as determined by arbiter) 00B0 176 Dbl-Word 8 ACTXST The actual number of expanded storage blocks used for the minidisk cache 00B8 184 Dbl-Word 8 MINXST The minimum number of expanded storage blocks to be used for the minidisk cache 00C0 192 Dbl-Word 8 MAXXST The maximum number of expanded storage blocks to be used for the minidisk cache 00C8 200 Dbl-Word 8 PGDELXST The number of XSTORE pages deleted from the cache per second 00D0 208 Dbl-Word 8 STINVXST The number of times the steal function was invoked to steal expanded storage pages from the cache per second 00D8 216 Dbl-Word 8 MDCBSXST The bias for minidisk cache use of expanded storage. A number less than 1 is a bias against minidisk cache; a number greater than 1 is a bias for minidisk cache. 00E0 224 Dbl-Word 8 AGEXST The average age of paging XSTORE blocks 00E8 232 Dbl-Word 8 DASDONE Successfully translated CCWs per second for DASD devices 00F0 240 Dbl-Word 8 DASDABRT Aborted translation attempts per second for DASD devices 00F8 248 Dbl-Word 8 DASDNELG Number of CCWs which were found to be not eligible for translation, per second for DASD devices 0100 256 Dbl-Word 8 DASDTOT Total number of CCWs handled per second for DASD devices 0108 264 Dbl-Word 8 NETDONE Successfully translated CCWs per second for network devices 0110 272 Dbl-Word 8 NETABRT Aborted translation attempts per second for network devices 0118 280 Dbl-Word 8 NETNELG Number of CCWs which were found to be not eligible for translation, per second for network devices 0120 288 Dbl-Word 8 NETTOT Total number of CCWs handled per second for network devices 0128 296 Dbl-Word 8 MDCWRRTE The number of write operations per second to the minidisk cache. 0130 304 Dbl-Word 8 MDCRDHRT The number of read operations per second to cached minidisks where the block to be read was already in the minidisk cache. 00000138 MDCDLEN *-SEGTMDC
SEGTCHN DSECT - Channel
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTCHN SEGOUT DCSS Content Data Definition 0000 0 Character 4 CHPID The hexadecimal 'channel path identifier' 0004 4 Character 8 CHMODGRP Description of the channel model group, as found in the Store-Channel-Path description. 000C 12 Character 4 CHMODQ The hexadecimal channel model group qualifier. Note that a valid qualifier is available only on systems with the extended channel measurement facility. 0010 16 Dbl-Word 8 CHPRCBSY The percentage of 'busy' conditions found, calculated for the last interval. For FICON channels the 'busy' value is calculated as the percentage of actual work unit utilization compared to the maximum possible value. Channel 'busy' percentages cannot be calculated for Hipersocket channels. 0018 24 Dbl-Word 8 CHAVGBSY The percentage of 'busy' conditions found, calculated for the whole period since the last RESET, or since Performance Toolkit was last invoked. For FICON channels the 'busy' value is calculated as the percentage of actual work unit utilization compared to the maximum possible value. Channel 'busy' percentages cannot be calculated for Hipersocket channels. 0020 32 Dbl-Word 8 CHBSY0 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 0-10. 0028 40 Dbl-Word 8 CHBSY1 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 11-20. 0030 48 Dbl-Word 8 CHBSY2 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 21-30. 0038 56 Dbl-Word 8 CHBSY3 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 31-40. 0040 64 Dbl-Word 8 CHBSY4 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 41-50. 0048 72 Dbl-Word 8 CHBSY5 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 51-60. 0050 80 Dbl-Word 8 CHBSY6 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 61-70. 0058 88 Dbl-Word 8 CHBSY7 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 71-80. 0060 96 Dbl-Word 8 CHBSY8 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 81-90. 0068 104 Dbl-Word 8 CHBSY9 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 91-100. 00000070 CHNDLEN *-SEGTCHN
SEGTLCHN DSECT - LPAR Channel
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTLCHN SEGOUT DCSS Content Data Definition 0000 0 Character 4 LCHPID The hexadecimal 'channel path identifier' 0004 4 Character 8 LCHGRP Description of the channel model group, as found in the Store-Channel-Path description. 000C 12 Character 4 LCHGRPQ The hexadecimal channel model group qualifier. Note that a valid qualifier is available only on systems with the extended channel measurement facility. 0010 16 Character 4 LCHSHR Shared indicator for the channel. It can be either YES for channels shared with other logical partitions, or NO for channels dedicated to this logical partition. 0018 24 Dbl-Word 8 LCHPRBSY The percentage of 'busy' conditions found, calculated for the last interval. 0020 32 Dbl-Word 8 LCHAVGBS The percentage of 'busy' conditions found, calculated for the whole period since the last RESET, or since Performance Toolkit was last invoked. 0028 40 Dbl-Word 8 LCHBSY0 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 0-10. 0030 48 Dbl-Word 8 LCHBSY1 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 11-20. 0038 56 Dbl-Word 8 LCHBSY2 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 21-30. 0040 64 Dbl-Word 8 LCHBSY3 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 31-40. 0048 72 Dbl-Word 8 LCHBSY4 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 41-50. 0050 80 Dbl-Word 8 LCHBSY5 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 51-60. 0058 88 Dbl-Word 8 LCHBSY6 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 61-70. 0060 96 Dbl-Word 8 LCHBSY7 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 71-80. 0068 104 Dbl-Word 8 LCHBSY8 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 81-90. 0070 112 Dbl-Word 8 LCHBSY9 Channel load distribution for each of the active channels. It shows the relative frequency with which the channel busy percentage of separate measurement intervals was found in the range 91-100. 00000078 LCHNDLEN *-SEGTLCHN
SEGTFCHN DSECT - FICON Channel
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTFCHN SEGOUT DCSS Content Data Definition 0000 0 Character 4 FCHPID The hexadecimal 'channel path identifier' 0004 4 Character 4 FCHSHR Shared indicator for the channel. It can be either YES for channels shared with other logical partitions, or NO for channels dedicated to this logical partition. 0008 8 Dbl-Word 8 FCHBUS The bus cycles utilization for the whole system. 0010 16 Dbl-Word 8 FCHWRK The work units utilization for the whole system. 0018 24 Dbl-Word 8 FCHDUW The data units write utilization for the whole system. 0020 32 Dbl-Word 8 FCHDUR The data units read utilization for the whole system. 0028 40 Dbl-Word 8 FCHLWRK The work units utilization for for the own logical partition. 0030 48 Dbl-Word 8 FCHLDUW The data units write utilization for the own logical partition. 0038 56 Dbl-Word 8 FCHLDUR The data units read utilization for the own logical partition. 0040 56 Dbl-Word 8 FCHWRT The total number of bytes written per second, for the whole system. 0048 64 Dbl-Word 8 FCHRD The total number of bytes read per second, for the whole system. 00000050 FCHNDLEN *-SEGTFCHN
SEGTDCAC DSECT - DASD Cache
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTDCAC SEGOUT DCSS Content Data Definition 0000 0 Character 4 DCACDIR 3880-13/23 storage director ID. For IBM DASD subsystems the last two hexadecimal digits of the SSID will be inserted. 0004 4 Character 4 DCACADDR Disk device number. 0008 8 Character 8 DCACLABL Disk label. 0010 16 Character 8 DCACTYP Device type and model. For alias parallel access volumes of an IBM DASD Subsystem, the device type is replacesd by the string PAV. 0018 24 Character 4 DCACPAV This is the base address for any Parallel Access Volumes. 001C 28 Character 4 DCACSID Storage controller subsystem identifier. 0020 32 Signed 4 DCACSTC Caching status, A=Caching is activated, D=Caching is deactivated, P=Deactivate is pending. 0024 36 Signed 4 DCACSTF Status of DASD fast write, A=DASD fast write is activated, D= DASD fast write is deactivated, P=DASD fast write deactivate is pending. 0028 40 Signed 4 DCACDPS Duplex indicator 0=No duplex, 1=Disk is primary device of a dual copy pair, 2=Disk is secondary device of a dual pair. 002C 44 Signed 4 DCACDUST Status of duplex. A=Duplex pair available, P=Duplex pair pending, F=Failed duplex, S=Duplex has been suspended. 0030 48 Dbl-Word 8 DCACOVIO Sum of NORMAL, SEQUENTIAL and FAST WRITE (for IBM DASD subsystems only) I/O requests per second (READ+WRITE). 0038 56 Dbl-Word 8 DCACOVRD Overall percentage of READ requests (NORMAL, SEQUENTIAL and FAST WRITE) to the total I/O activity of the device. 0040 64 Dbl-Word 8 DCACOVRH Overall percentage of READ hits, i.e. the percentage of READ requests which did not need DASD access (NORMAL, SEQUENTIAL and FAST WRITE). 0048 72 Dbl-Word 8 DCACDWRH Ratio of WRITE hits to WRITE requests. On 3880 control units this refers to 'write normal' hits, and on IBM DASD subsystems to DASD fast write hits. 0050 80 Dbl-Word 8 DCACOVIC Number of INHIBIT CACHE LOAD requests per second. 0058 88 Dbl-Word 8 DCACOVBC Number of BYPASS CACHE requests per second. 0060 96 Dbl-Word 8 DCACNDIO Number of Normal I/O requests per second. 0068 104 Dbl-Word 8 DCACNRDR Percentage of Normal READ requests. 0070 112 Dbl-Word 8 DCACNRDH Normal READ percentage, i.e. the percentage of READ requests which did not need DASD access. 0078 120 Dbl-Word 8 DCACSDIO Number of Fast-Write I/O requests per second over this storage director. 0080 128 Dbl-Word 8 DCACSRDR Percentage of Fast-Write READ requests. 0088 136 Dbl-Word 8 DCACSRDH Fast-Write READ percentage, i.e. the percentage of READ requests which did not need DASD access. 0090 144 Dbl-Word 8 DCACFDIO Number of Sequential I/O requests per second over this storage director. 0098 152 Dbl-Word 8 DCACFRDR Percentage of Sequential READ requests. 00A0 160 Dbl-Word 8 DCACFRDH Sequential READ percentage, i.e. the percentage of READ requests which did not need DASD access. 00A8 168 Dbl-Word 8 DCACCIO Total I/O rate for the disk as it is perceived by the cache control unit, i.e. where multiple systems are connected to one control unit the total I/O activity from all systems is shown. 00B0 176 Dbl-Word 8 DCACSSC I/O rate as indicated by subchannel measurement block data for the system which does the monitoring, i.e. only the I/O activity for that system is included. Where V=R guest systems can set up their own subchannel measurement blocks for dedicated disks, SIE assisted I/O activity to such disks will not be included either. 00B8 184 Dbl-Word 8 DCACRNR Nonsequential read rate (read normal + read CFW) 00C0 192 Dbl-Word 8 DCACRSR Sequential read rate (read sequential) 00C8 200 Dbl-Word 8 DCACWRR Total write fast write rate (CFW + DFW). 00D0 208 Dbl-Word 8 DCACPRD Percentage of cachable read operations, based on total I/O activity. 00D8 216 Dbl-Word 8 DCACHTO Percentage of total hits (read + CFW + DFW), based on the sum of all cachable read and write operations. 00E0 224 Dbl-Word 8 DCACHRD Percentage of read hits, based on the sum of all cachable read operations. 00E8 232 Dbl-Word 8 DCACHWR Percentage of write hits, (DASD FW + cache FW), based on the sum of all DASD and cache fast write write operations. 00F0 240 Dbl-Word 8 DCACHDW Percentage of DASD fast write hits, based on the sum of all DASD fast write write operations. 00F8 248 Dbl-Word 8 DCACHCW Percentage of cache fast write hits, based on the sum of all cache fast write write operations. 0100 256 Dbl-Word 8 DCACPDF Percentage of DASD fast write operations, based on the total write activity. 0108 264 Dbl-Word 8 DCACPCF Percentage of cache fast write operations, based on total write activity. 0110 272 Dbl-Word 8 DCACSGN Percent of non-sequential DASD to cache transfer operations. 0118 280 Dbl-Word 8 DCACSGS Percent of sequential DASD to cache transfer operations. 0120 288 Dbl-Word 8 DCACDSG Percent of cache to DASD transfer operations. 0128 296 Dbl-Word 8 DCACDFB Percent of DASD fast write operations which were forced to bypass the cache and access DASD directly due to non-volatile storage constraints. 0130 304 Dbl-Word 8 DCACICL Percentage of I/O operations which bypassed caching voluntarily. 0138 312 Dbl-Word 8 DCACTMO Number of timeouts that occurred while waiting for data from the control unit (status = -2). 0140 320 Signed 4 DCACCAFG Flag for validity of bytes read and written fields (pcardrt, pcawrrt, pcabrd and pcabwr) 0148 328 Dbl-Word 8 DCACRDRT Rate at which bytes are read 0150 336 Dbl-Word 8 DCACWRRT Rate at which bytes are written 0158 344 Signed 4 DCACBRD Total bytes read in 128K blocks 015C 348 Signed 4 DCACBWR Total bytes written in 128K blocks 00000160 DCACDLEN *-SEGTDCAC
SEGTCTLU DSECT - Control Unit Cache
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTCTLU SEGOUT DCSS Content Data Definition 0000 0 Character 4 CTLSID The control unit's subsystem identifier. 0004 4 Character 8 CTLTYP The control unit type and model. 0010 16 Dbl-Word 8 CTLCST The size of configured cache storage, in Megabytes. 0018 24 Dbl-Word 8 CTLAST The amount of cache storage which is available, in Megabytes. 0020 32 Dbl-Word 8 CTLCNV The size of configured non-volatile storage, in Megabytes. 0028 40 Dbl-Word 8 CTLANV The amount of non-volatile storage which is available, in Megabytes. 0030 48 Dbl-Word 8 CTLCIO The total I/O activity as it is perceived by the cache control unit, i.e. where multiple systems are connected to one control unit the total I/O activity from all systems is shown. 0038 56 Dbl-Word 8 CTLSSC The total I/O activity as determined from count fields in the subchannel measurement blocks of the system which does the monitoring, i.e. only the I/O requests from that system. Where V=R guest systems can set up their own subchannel measurement blocks for dedicated disks, SIE assisted I/O activity to such disks will not be included either. Since the busy percentage and all of the service time components are calculated from subchannel measurement data, the same restrictions apply also to the next six fields. 0040 64 Dbl-Word 8 CTLBSY Average busy percentage for all connected disks. 0048 72 Dbl-Word 8 CTLFPT Average 'fucntion pending' time (msec). This is the average time an I/O request remained pending in the I/O subsystem due to path busy conditions. 0050 80 Dbl-Word 8 CTLDST Average 'disconnected' time. This is the average time that the device remained disconnected from the channel while executing I/O requests. For DASD it includes the time spent for executing the SEEK and SET SECTOR orders and also any re-connect misses. High values may indicate overloaded paths, or many long SEEKs to data at opposite ends of the device. The value also includes the 'device-active-only' time where that information is available. 0058 88 Dbl-Word 8 CTLCNT Average 'connected' time (msec). This is the average time that the device was connected to the channel while executing I/O requests, i.e. receiving commands or actually transferring data. It includes also the search time. 0060 96 Dbl-Word 8 CTLSRV Average service time, i.e. the sum of function pending, disconnected and connected time. 0068 104 Dbl-Word 8 CTLRSP Device response time. This is the device service time plus the time during which an I/O request was waiting to be started. It is calculated based on the average I/O request queue length and the I/O rate. 0070 112 Dbl-Word 8 CTLRNR Total non-sequential read rate, per second. 0078 120 Dbl-Word 8 CTLRSR Total sequential read rate, per second. 0080 128 Dbl-Word 8 CTLWRR Total fast-write write rate, per second. 0088 136 Dbl-Word 8 CTLPRD Average percentage of read operations, based on the sum of read and write operations. 0090 144 Dbl-Word 8 CTLPDF Average percentage of DASD fast-write write operations, based on the sum of all write operations. 0098 152 Dbl-Word 8 CTLPCF Average percentage of cache fast-write write operations, based on the sum of all write operations. 00A0 160 Dbl-Word 8 CTLHRD Average read hits percentage. 00A8 168 Dbl-Word 8 CTLHWR Average write hits percentage, for DASD and cache fast write operations. 00B0 176 Dbl-Word 8 CTLHDW Average DASD fast-write hit percentage. 00B8 184 Dbl-Word 8 CTLHCW Average cache fast-write hit percentage. 000000C0 CTLUDLEN *-SEGTCTLU
SEGTVDSK DSECT - Virtual Disk
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTVDSK SEGOUT DCSS Content Data Definition 0000 0 Character 8 VDSUID Userid of the owner of the VDISK. 0008 8 Character 4 VDSDEVNM The virtual device number of the VDISK. 0010 16 Dbl-Word 8 VDSSIZE The size of the VDISK, expressed as the number of 512-byte blocks for which it was defined. 0018 24 Dbl-Word 8 VDSLINK The number of LINKs to the virtual disk. 0020 32 Dbl-Word 8 VDSIOS The virtual I/O rate to the virtual disk. 0028 40 Dbl-Word 8 VDSSTLS The number of pages stolen per second. 0030 48 Dbl-Word 8 VDSPRDS The number of pages read from DASD per second. 0038 56 Dbl-Word 8 VDSPWRT The number of pages written to DASD per second. 0040 64 Dbl-Word 8 VDSXRDS The number of pages moved from expanded storage to central 0048 72 Dbl-Word 8 VDSXWRS The number of pages moved from central storage to expanded storage, per second. 0050 80 Dbl-Word 8 VDSXMIG The number of pages migrated from expanded storage to DASD, per second. 0058 88 Dbl-Word 8 VDSPRES The number of pages resident in central storage. 0060 96 Dbl-Word 8 VDSPLOK The number of locked pages. 0068 104 Dbl-Word 8 VDSPXST The number of XSTOR blocks occupied by the data space. 0070 112 Dbl-Word 8 VDSPNPS The number of slots occupied on auxillary storage. 0078 120 Character 24 VDSNAME The name of the data space. 0090 144 Signed 4 VDSPRIV Indicates whether this virtual disk is a private vdisk, or a shared vdisk 0098 152 Dbl-Word 8 VDSIBR The number of Invalid-but-Resident (IBR) pages for this virtual disk 000000A0 VDSKDLEN *-SEGTVDSK
SEGTSPLK DSECT - Spin Lock
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTSPLK SEGOUT DCSS Content Data Definition 0000 0 Character 8 LOKNAME The name of the lock. 0008 8 Dbl-Word 8 LOKTLCT The total exclusive and shared spin lock calls per second. 0010 16 Dbl-Word 8 LOKTLTM The total average microseconds spent spinning on both exclusive and shared spin locks. 0018 24 Dbl-Word 8 LOKTLPC The percentage of total elapsed time spent in both exclusive and shared spin locks. 0020 32 Dbl-Word 8 LOKEXCT The total exclusive spin lock calls per second. 0028 40 Dbl-Word 8 LOKEXTM The average total microseconds spent spinning on exclusive spin locks. 0030 48 Dbl-Word 8 LOKEXPC The percentage of total elapsed time spent in exclusive spin locks. 0038 56 Dbl-Word 8 LOKSHCT The total shared spin lock calls per second. 0040 64 Dbl-Word 8 LOKSHTM The average total microseconds spent spinning on shared spin locks. 0048 72 Dbl-Word 8 LOKSHPC The percentage of total elapsed time spent in shared spin locks. 00000050 SPLKDLEN *-SEGTSPLK
SEGTWAIT DSECT - Resource Constraint Analysis
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTWAIT SEGOUT DCSS Content Data Definition 0000 0 Character 8 WAITWKLD Userid or group name. 0008 8 Signed 4 WAITACT Percent of samples during which the user was found to be active, either consuming CPU or waiting for some service. 000C 12 Signed 4 WAITRUN Percent of active samples during which the user was found to be running on a real processor. 0010 16 Signed 4 WAITCPU Percent of active samples during which the user was found to be waiting to run on the real CPU. 0014 20 Signed 4 WAITLDG Percent of active samples during which the user was found in loading state, i.e. with a very high page read rate. 0018 24 Signed 4 WAITPGW Percent of active samples during which the user was found in page wait state. 001C 28 Signed 4 WAITIOW Percent of active samples during which the user was found in I/O wait state. 0020 32 Signed 4 WAITSIM Percent of active samples during which the user was found in instruction simulation wait, i.e. waiting for CP to complete simulation of a privileged instruction. 0024 36 Signed 4 WAITTIW Percent of active samples during which the user was found in test idle wait, i.e. waiting to be dropped from the dispatch list. 0028 40 Signed 4 WAITCFW Percent of active samples during which the user was found in console function wait, i.e. waiting for CP to execute one of the console function commands which allow a user to alter the state and configuration of the virtual machine (e.g. LINK, ATTACH, and DETACH). 002C 44 Signed 4 WAITSVTI Percent of active samples during which the user was found in both SVM wait and test idle wait. SVM wait state indicates that the user was waiting for the completion of a communication with a service virtual machine. 0030 48 Signed 4 WAITSVEL Percent of active samples during which the user was found in both SVM wait and in the eligible list (resource wait). 0034 52 Signed 4 WAITSVDM Percent of active samples during which the user was found in both SVM wait and in the dormant list. (This status is counted as active since the machine is actually waiting for something, and not just idle). 0038 56 Signed 4 WAITIOA Percent of active measurements during which the user was found waiting for something other than the above while an I/O operation started by this machine had not yet completed. 003C 60 Signed 4 WAITPACT Percent of page active wait, i.e. the virtual machine has loaded a wait PSW while waiting for the completion of a page read operation. This state is to be expected for guest systems running with PAGEX ON. 0040 64 Signed 4 WAITLIML Percent of active measurements during which the user was found in the limit list, i.e. in the dispatch list waiting for CPU but prevented from running by a maximum share setting. 0044 68 Signed 4 WAITOTH Percent of active measurements during which the user was found in other states. 0048 72 Signed 4 WAITUIQ0 Percent of active measurements during which the user was found in Q0 ( in the dispatch list as class 0 user). 004C 76 Signed 4 WAITUIQ1 Percent of active measurements during which the user was found in Q1 ( in the dispatch list as class 1 user). 0050 80 Signed 4 WAITUIQ2 Percent of active measurements during which the user was found in Q2 ( in the dispatch list as class 2 user). 0054 84 Signed 4 WAITUIQ3 Percent of active measurements during which the user was found in Q3 ( in the dispatch list as class 3 user). 0058 88 Signed 4 WAITELIG Percent of active measurements during which the user was found in the eligible list ( any class). 005C 92 Signed 4 WAITRSV1 Reserved for alignment. 00000060 WAITDLEN *-SEGTWAIT
SEGTCPC DSECT - The CPU type of the logical processors
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTCPC SEGOUT DCSS Content Data Definition 0000 0 Signed 4 CPCBLTYP The CPU type of the logical processors defined for the partition, as follows: CP: Central Processor, ICF: Internal Coupling Facility processor IFL: Integrated Facility for Linux processor ZIIP: IBM System z9 Integrated Information Processor (zIIP) ZAAP: IBM zSeries Application Assist Processor (zAAP) Special: other 0004 4 Signed 4 CPCBNUM The number of physical processors of this type. 0008 8 Signed 4 CPCBWT The total weight of processors of this type. This value is derived by summing the weight of each processor type once in in each LPAR. 000C 12 Signed 4 CPCBDED The total number of dedicated processors of this type. 0010 16 Signed 4 CPCBLPTM For this physical processor type, the percent of physical capacity used actually running logical processors of the corresponding type. The value ranges from 0% to n*100%, where n is the number of physical processors of this type. 0014 20 Signed 4 CPCBOVHD For this physical processor type, the percent of physical capacity used doing LPAR management activities that are directly chargeable or attributable to the actions of logical processors of the corresponding type. The value ranges from 0% to n*100%, where n is the number of physical processors of this type. 0018 24 Signed 4 CPCBMGTM For this physical processor type, the percent of physical capacity used doing LPAR management activities that are not directly chargeable or attributable to the actions of logical processors of the corresponding type. The value ranges from 0% to n*100%, where n is the number of physical processors of this type. 001C 28 Signed 4 CPCBSUM For this physical processor type, the sum of %LPBUSY, %LPOVHD, and %NCOVHD. This is the totatl capacity used for this processor type. 00000020 CPCDLEN *-SEGTCPC.
SEGTSSI DSECT - SSI Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTSSI SEGOUT DCSS Content Data Definition 0000 0 Signed 4 SSISLOT The slot used in the SSI used by this member 0004 4 Character 8 SSISYSID The name of the member in the SSI 000C 12 Signed 4 SSIRES1 Reserved 00000010 SSIDLEN *-SEGTSSI
SEGTSCSI DSECT - SCSI Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTSCSI SEGOUT DCSS Content Data Definition 0000 0 Character 4 SCZDVNO The real emulated FBA device (EDEV) number. 0004 4 Signed 4 SCZBYTS Number of bytes in a block for this DASD. 0008 8 Dbl-Word 8 SCZKBRT The transfer rate (kilobytes per second) of the device. Note that the transfer rate is only meaningful for devices which support discrete seeks. SCSI DASD do not support discrete seeks and return a value of 0 for this field. 0010 16 Dbl-Word 8 SCZXFRT The number of data transfers per second to and from this device. 0018 24 Dbl-Word 8 SCZSKRT The number of seek operations per second associated with the device. Note that the transfer rate is only meaningful for devices which support discrete seeks. SCSI DASD do not support discrete seeks and return a value of 0 for this field. 0020 32 Signed 4 SCZPCCT The device-busy time over the selected interval. This is a function of the time the device is connected to the channel over the selected interval. 0024 36 Character 4 SCZEATT The value of this device's EDEV attribute. 0028 40 Signed 4 SCZBKRD Number of blocks read 002C 44 Signed 4 SCZBKWR Number of blocks written 0030 48 Dbl-Word 8 SCZBKRT Number of blocks read per second during the selected interval 0038 56 Dbl-Word 8 SCZBKWT Number of blocks written per second during the selected interval 0040 64 Signed 4 SCZP1RD Number of blocks read on path 1 0044 68 Signed 4 SCZP1WR Number of blocks written on path 1 0048 72 Dbl-Word 8 SCZP1RT Number of blocks read on path 1 per second 0050 80 Dbl-Word 8 SCZP1WT Number of blocks written on path 1 per second 0058 88 Signed 4 SCZP2RD Number of blocks read on path 2 005C 92 Signed 4 SCZP2WR Number of blocks written on path 2 0060 96 Dbl-Word 8 SCZP2RT Number of blocks read on path 2 per second 0068 104 Dbl-Word 8 SCZP2WT Number of blocks written on path 2 per second 0070 112 Signed 4 SCZP3RD Number of blocks read on path 3 0074 116 Signed 4 SCZP3WR Number of blocks written on path 3 0078 120 Dbl-Word 8 SCZP3RT Number of blocks read on path 3 per second 0080 128 Dbl-Word 8 SCZP3WT Number of blocks written on path 3 per second 0088 136 Signed 4 SCZP4RD Number of blocks read on path 4 008C 140 Signed 4 SCZP4WR Number of blocks written on path 4 0090 144 Dbl-Word 8 SCZP4RT Number of blocks read on path 4 per second 0098 152 Dbl-Word 8 SCZP4WT Number of blocks written on path 4 per second 00A0 160 Signed 4 SCZP5RD Number of blocks read on path 5 00A4 164 Signed 4 SCZP5WR Number of blocks written on path 5 00A8 168 Dbl-Word 8 SCZP5RT Number of blocks read on path 5 per second 00B0 176 Dbl-Word 8 SCZP5WT Number of blocks written on path 5 per second 00B8 184 Signed 4 SCZP6RD Number of blocks read on path 6 00BC 188 Signed 4 SCZP6WR Number of blocks written on path 6 00C0 192 Dbl-Word 8 SCZP6RT Number of blocks read on path 6 per second 00C8 200 Dbl-Word 8 SCZP6WT Number of blocks written on path 6 per second 00D0 208 Signed 4 SCZP7RD Number of blocks read on path 7 00D4 212 Signed 4 SCZP7WR Number of blocks written on path 7 00D8 216 Dbl-Word 8 SCZP7RT Number of blocks read on path 7 per second 00E0 224 Dbl-Word 8 SCZP7WT Number of blocks written on path 7 per second 00E8 232 Signed 4 SCZP8RD Number of blocks read on path 8 00EC 236 Signed 4 SCZP8WR Number of blocks written on path 8 00F0 240 Dbl-Word 8 SCZP8RT Number of blocks read on path 8 per second 00F8 248 Dbl-Word 8 SCZP8WT Number of blocks written on path 8 per second 00000100 SCSIDLEN *-SEGTSCSI
SEGTLGR DSECT - LGR Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTLGR SEGOUT DCSS Content Data Definition 0000 0 Signed 4 LGREVTT Time that the live guest relocation completed 0004 4 Character 8 LGRISSR The userid that initiated the live guest relocation 000C 12 Character 8 LGRUSER The userid for which this relocation was attempted 0014 20 Character 8 LGRSRC The z/VM system from which the userid was moved 001C 28 Character 8 LGRDEST The z/VM system to which the userid was moved 0024 36 Signed 4 LGRFINCD The finishing code for the relocation 0028 40 Dbl-Word 8 LGRRELOT The amount of time the entire live guest relocation took 0030 48 Dbl-Word 8 LGRQUIES The amount of time it took to quiesce the userid prior to relocation 0038 56 Dbl-Word 8 LGRPASS Number of memory passes made during the relocation 0040 64 Dbl-Word 8 LGRPG1P Number of guest pages transferred in the first pass 0048 72 Dbl-Word 8 LGRPGIP Average number of guest pages transferred during pass 2 through pass n-2 0050 80 Dbl-Word 8 LGRPGN1P Number of guest pages transferred in the next to last pass 0058 88 Dbl-Word 8 LGRPGNP Number of guest pages transferred in the final pass 0060 96 Dbl-Word 8 LGRPGTOT The total number of pages moved for the guest 0068 104 Dbl-Word 8 LGRVDEV Count of transferred virtual devices 0070 112 Dbl-Word 8 LGRAIOS Count of active I/O operations relocated 0078 120 Dbl-Word 8 LGRCNQDI Count of non-QDIO type I/O operations cleared 0080 128 Dbl-Word 8 LGRCQDIO Count of QDIO type operations cleared 0088 136 Signed 4 LGRROPT1 Synchronous/Asynchronous, Immediate, Max Quiesce No Limit and Max_Relocation No Limit 008C 140 Signed 4 LGRROPT2 Force Architecture, Domain and Storage 0090 144 Signed 4 LGRSOPT1 Relocation Off, CPU Affinity Supressed, CPU Affinity Changed and Source System Record used 0094 148 Signed 4 LGRRES1 Reserved 00000098 LGRDLEN *-SEGTLGR
SEGTCPUP DSECT - CPU Pool Data
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTCPUP SEGOUT DCSS Content Data Definition 0000 0 Dbl-Word 8 CPUPPOOL The Name of the CPU Pool 0008 8 Signed 4 CPUPTYPE The type of CPUs in the CPU Pool. It can be either CP or IFL. 000C 12 Signed 4 CPUPAFF CPU affinity setting for the core type limited by this CPU pool. It can be either ON or SUP. 0010 16 Dbl-Word 8 CPUPLVAL CPU pool maximum share from the DEFINE or SET CPUPOOL command. It is a percentage for a LIMITHARD limit or the number of CPU/Cores for a CAPACITY limit. 0018 24 Signed 4 CPUPLTYP The type of CPU pool limiting. This is % for a LIMITHARD limit. It is CPU or CORES for a CAPACITY LIMIT. 001C 28 Signed 4 CPUPMEMS The number of members currently in the CPU pool. 0020 32 Dbl-Word 8 CPUPCPU The total time consumed by CPU pool members, as a percentage. A value of 100 represents one physical CPU's worth of power. When SMT is disabled this value is based on raw CPU time if CP is running 6.3 without CP APAR VM65680. When SMT is enabled, this value is based on prorated core CPU time if CP is running 6.3 with CP APAR VM65680 or any release after 6.3. 0028 40 Dbl-Word 8 CPUPLRAT The rate of times, per minute, the CPU pool has been limited during the interval. 0030 48 Dbl-Word 8 CPUPPUSE The amount of available CPU pool space used by members, expressed as a percent. It is either the %CPU used divided by the limit, if the limit is expressed in percent, or the %CPU divided by the number of cores, if the limit is expressed in cores. 0038 56 Dbl-Word 8 CPUPMXCR The maximum size of the CPU pool, expressed in cores. If the limit is expressed in percent, then this is the number of CPUs of the same type as the pool that are in the LPAR multiplied by the limit. 00000040 CPUPDLEN *-SEGTCPUP
SEGTADAP DSECT - Data Area Prefix
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTADAP SEGOUT DCSS Content Data Definition 0000 0 Character 8 DAPEYEC Eyecatcher "KVLDAPAA" or "KVLDAPAB" 0008 8 Character 8 DAPSYSID Sysid 0010 16 Signed 4 DAPSTAMP (2) Observation Time Stamp (sec units) 0018 24 Character 8 DAPLPARN LPAR Partition Name 0020 32 Signed 4 SYSDOFF System Data offset. 0024 36 Signed 4 SYSDCNT The number of System elements. 0028 40 Signed 4 WKLDOFF Workload Data offset. 002C 44 Signed 4 WKLDCNT The number of Workload elements. 0030 48 Signed 4 LPADOFF LPAR Data offset. 0034 52 Signed 4 LPADCNT The number of LPAR elements. 0038 56 Signed 4 CPODOFF CP-Owned Device Data offset. 003C 60 Signed 4 CPODCNT The number of CPOwned elements. 0040 64 Signed 4 DEVDOFF Device Data offset. 0044 68 Signed 4 DEVDCNT The number of Device elements. 0048 72 Signed 4 HIPDOFF Network Hiersocket Data offset. 004C 76 Signed 4 HIPDCNT The number of Network Hiper elements. 0050 80 Signed 4 VSWDOFF Network Virtual Switch Data offset. 0054 84 Signed 4 VSWDCNT The number of Network Virtual Switch elements. 0058 88 Signed 4 TCPDOFF Network Server (TCP/IP Stack) Data offset 005C 92 Signed 4 TCPDCNT The number of Network TCP/IP elements. 0060 96 Signed 4 NUSRDOFF Network User Data offset. 0064 100 Signed 4 NUSRDCNT The number of Network User elements. 0068 104 Signed 4 LINXDOFF LINUX APPLDATA offset 006C 108 Signed 4 LINXDCNT LINUX rows 0070 112 Signed 4 LPENDOFF Processor offset 0074 116 Signed 4 LPENDCNT Processor rows 0078 120 Signed 4 MDCDOFF Minidisk cache offset 007C 124 Signed 4 MDCDCNT Minidisk cache rows 0080 128 Signed 4 CHANDOFF Channel offset 0084 132 Signed 4 CHANDCNT Channel rows 0088 136 Signed 4 LCHNDOFF LPAR Channel offset 008C 140 Signed 4 LCHNDCNT LPAR Channel rows 0090 144 Signed 4 FCHNDOFF FICON Channel offset 0094 148 Signed 4 FCHNDCNT FICON Channel rows 0098 152 Signed 4 DCANDOFF DASD cache offset 009C 156 Signed 4 DCANDCNT DASD cache rows 00A0 160 Signed 4 CTLNDOFF Control Unit cache offset 00A4 164 Signed 4 CTLNDCNT Control Unit cache rows 00A8 168 Signed 4 VDKNDOFF Virtual Disk offset 00AC 172 Signed 4 VDKNDCNT Virtual Disk rows 00B0 176 Signed 4 SPNNDOFF Spin Locks offset 00B4 180 Signed 4 SPNNDCNT Spin Locks rows 00B8 184 Signed 4 WAINDOFF Resource constraint Analysis offset. 00BC 188 Signed 4 WAINDCNT Resource constraint Analysis rows. 00C0 192 Signed 4 SYS2DOFF System2 Data offset. 00C4 196 Signed 4 SYS2DCNT The number of System2 elements. 00C8 200 Signed 4 CPCDOFF CPC Data offset. 00CC 204 Signed 4 CPCDCNT The number of CPC elements. 00D0 208 Signed 4 SSIDOFF SSI Data offset. 00D4 212 Signed 4 SSIDCNT The number of SSI elements. 00D8 216 Signed 4 SCSIDOFF SCSI Data offset. 00DC 220 Signed 4 SCSIDCNT The number of SCSI elements. 00E0 224 Signed 4 LGRDOFF LGR Data offset. 00E4 228 Signed 4 LGRDCNT The number of LGR elements. 00E8 232 Signed 4 CPUPDOFF CPU Pool Data offset. 00EC 236 Signed 4 CPUPDCNT The number of CPU Pool elements. 00F0 240 Signed 4 DATAEND ending addr of data area 00F4 244 Character 8 DAPSSINM SSI Cluster name 00FC 252 Signed 4 RESRVED1 Double-word alignment. Future use. 00000100 DAPLEN *-SEGTADAP DSCCOUT
SEGTASEG DSECT - Segment Prefix
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SEGTASEG SEGOUT DCSS Content Data Definition 0000 0 Character 8 PTKEYEC Eyecatcher "KVLPTK00" 0008 8 Character 8 PTKVERS Performance Toolkit version string. 0010 16 Character 8 PTKLEVEL Performance Toolkit service level string. 0018 24 Character 8 ZVMVERS zVM version string. 0020 32 Character 8 ZVMLEVEL zVM service level string. 0028 40 Signed 4 INTRVLTM Sample interval at time of segment update. 002C 44 Signed 4 UPDTIMEA (2) TOD clock PTK begins writing Data Area A 0034 52 Signed 4 UPDSTRTA Integer counter incremented at start of update to data area A. 0038 56 Signed 4 UPDENDA Integer counter incremented at end of update to data area A. 003C 60 Signed 4 LOCKDATA Data Area A lock. 0040 64 Signed 4 DAPAOFF Data Area A offset. 0044 68 Signed 4 DAPACNT Data Area A length. 0048 72 Signed 4 UPDTIMEB (2) TOD clock PTK begins writing Data Area B 0050 80 Signed 4 UPDSTRTB Integer counter incremented at start of update to data area B. 0054 84 Signed 4 UPDENDB Integer counter incremented at end of update to data area B. 0058 88 Signed 4 LOCKDATB Data Area B lock. 005C 92 Signed 4 DAPBOFF Data Area B offset. 0060 96 Signed 4 DAPBCNT Data Area B length. 0064 100 Character 8 SEGUSER Userid of Owning VM 006C 108 Signed 4 SEGFREE1 Reserved 00000070 SEGLEN *-SEGTASEG
SEGTSYS Storage Layout
*** SEGTSYS - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | ACTUSER | AVGUSER | * +---------------------------+---------------------------+ * 8 | AVLFRAMS | * +-------------------------------------------------------+ * 10 | AVLFRA2G | * +-------------------------------------------------------+ * 18 | AVLHGHTH | * +-------------------------------------------------------+ * 20 | AVLHGH2G | * +-------------------------------------------------------+ * 28 | AVLLMEAN | * +-------------------------------------------------------+ * 30 | AVLLME2G | * +-------------------------------------------------------+ * 38 | AVLLOWTH | * +-------------------------------------------------------+ * 40 | AVLLOW2G | * +---------------------------+---------------------------+ * 48 | AVLWAIT | CPBUSY | * +---------------------------+---------------------------+ * 50 | CPUBUSY | CPUNUM | * +---------------------------+---------------------------+ * 58 | DEVIOSCS | DIALUSER | * +---------------------------+---------------------------+ * 60 | DPAFRAMS | * +-------------------------------------------------------+ * 68 | DSCNFAIL | * +-------------------------------------------------------+ * 70 | ELIGUSER | * +-------------------------------------------------------+ * 78 | EXPUSER1 | * +-------------------------------------------------------+ * 80 | EXPUSER2 | * +-------------------------------------------------------+ * 88 | EXPUSER3 | * +-------------------------------------------------------+ * 90 | EXTFRAMS | * +-------------------------------------------------------+ * 98 | EXTWAIT | * +-------------------------------------------------------+ * A0 | FSTRREQS | * +-------------------------------------------------------+ * A8 | FSTRRETS | * +-------------------------------------------------------+ * B0 | LPARBSYS | * +-------------------------------------------------------+ * B8 | NTRVRATE | * +-------------------------------------------------------+ * C0 | PAGERATE | * +---------------------------+---------------------------+ * C8 | PAGINDEX | PCTPAGE | * +---------------------------+---------------------------+ * D0 | PCTSPOL | PCTTDSK | * +---------------------------+---------------------------+ * D8 | RESELWAT |///////////////////////////| * +---------------------------+---------------------------+ * E0 | SINGFLTS | * +-------------------------------------------------------+ * E8 | SYSDPAP | * +-------------------------------------------------------+ * F0 | SYSITR | * +-------------------------------------------------------+ * F8 | TRVRATE | * +-------------------------------------------------------+ * 100 | TVRATIO | * +---------------------------+---------------------------+ * 108 | USERQ | WAITIOP | * +---------------------------+---------------------------+ * 110 | WAITPAGP |///////////////////////////| * +---------------------------+---------------------------+ * 118 | TOTSTOR | * +-------------------------------------------------------+ * 120 | OFFSTORE | * +-------------------------------------------------------+ * 128 | SYSSTORE | * +-------------------------------------------------------+ * 130 | SHARSTOR | * +-------------------------------------------------------+ * 138 | FSTORSUB | * +---------------------------+---------------------------+ * 140 | SSTORUTL |///////////////////////////| * +---------------------------+---------------------------+ * 148 | LOCKPAGS | * +-------------------------------------------------------+ * 150 | TRTABSZ | * +-------------------------------------------------------+ * 158 | PAGSTOR | * +---------------------------+---------------------------+ * 160 | STORUTIL | TSKWFRCT | * +---------------------------+---------------------------+ * 168 | TSKWPGRT |///////////////////////////| * +---------------------------+---------------------------+ * 170 | STBYSTOR | * +-------------------------------------------------------+ * 178 | RESVSTOR | * +-------------------------------------------------------+ * 180 | TOTXSTAV | * +-------------------------------------------------------+ * 188 | TOTXSTUS | * +-------------------------------------------------------+ * 190 | TOTXSTCP | * +---------------------------+---------------------------+ * 198 | CPXSTORE |///////////////////////////| * +---------------------------+---------------------------+ * 1A0 | XSTMIGLW | * +-------------------------------------------------------+ * 1A8 | XSTALLOC | * +-------------------------------------------------------+ * 1B0 | XSTBLKAG | * +-------------------------------------------------------+ * 1B8 | XSTBLKMG | * +-------------------------------------------------------+ * 1C0 * *** SEGTSYS - SEGOUT DCSS Content Data Definition *** SEGTSYS2 - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | VDSKSYSL | * +-------------------------------------------------------+ * 8 | VDSKUSRL | * +-------------------------------------------------------+ * 10 | VDSKMSF | * +-------------------------------------------------------+ * 18 | VDSKXSF | * +-------------------------------------------------------+ * 20 | VDSKMPG | * +-------------------------------------------------------+ * 28 | PGMVBL2G | * +-------------------------------------------------------+ * 30 | FSTPGIRT | * +-------------------------------------------------------+ * 38 | LNGPGIRT | * +-------------------------------------------------------+ * 40 | LNGPGORT | * +-------------------------------------------------------+ * 48 | PAGEWRRT | * +---------------------------+---------------------------+ * 50 | PGRDBLKF | PGWRBLKF | * +---------------------------+---------------------------+ * 58 | MIGOBLKF |///////////////////////////| * +---------------------------+---------------------------+ * 60 | PAGSSCH | * +-------------------------------------------------------+ * 68 | SPRDRATE | * +-------------------------------------------------------+ * 70 | SPWRRATE | * +-------------------------------------------------------+ * 78 | TOTREAL | * +-------------------------------------------------------+ * 80 | STRAGESZ | * +-------------------------------------------------------+ * 88 | STRAGINC | * +-------------------------------------------------------+ * 90 | STRRSVPG | * +-------------------------------------------------------+ * 98 | STRRSDMX | * +-------------------------------------------------------+ * A0 | SMCR2GDC | * +-------------------------------------------------------+ * A8 | SMCRFRQW | * +-------------------------------------------------------+ * B0 | SMCRCT2G | * +-------------------------------------------------------+ * B8 | EMPSINGL | * +-------------------------------------------------------+ * C0 | EMPCONTL | * +-------------------------------------------------------+ * C8 | EMPSINGG | * +-------------------------------------------------------+ * D0 | EMPCONTG | * +-------------------------------------------------------+ * D8 * *** SEGTSYS2 - SEGOUT DCSS Content Data Definition *** SEGTLPAR - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | LPARNUM | LPARNAME | * +---------------------------+---------------------------+ * 8 | LPARNAME cont'd |///////////////////////////| * +---------------------------+---------------------------+ * 10 | LPARBUSY | * +-------------------------------------------------------+ * 18 | LPARLOAD | * +---------------------------+---------------------------+ * 20 | LPARLPCT |///////////////////////////| * +---------------------------+---------------------------+ * 28 | LPARMSPC | * +-------------------------------------------------------+ * 30 | LPAROVER | * +-------------------------------------------------------+ * 38 | LPAROVHD | * +---------------------------+---------------------------+ * 40 | LPARSTAT | LPARWAIT | * +---------------------------+---------------------------+ * 48 | LPARWGHT |///////////////////////////| * +---------------------------+---------------------------+ * 50 | PHYSBUSY | * +---------------------------+---------------------------+ * 58 | LPARUPID | LPARCAP | * +---------------------------+---------------------------+ * 60 | LPARLGLD | * +-------------------------------------------------------+ * 68 | LPARVMLD | * +---------------------------+---------------------------+ * 70 | LPARPTYP | LPARTCAP | * +---------------------------+---------------------------+ * 78 | LPARTCAP cont'd | LPARMTDP | * +---------------------------+---------------------------+ * 80 | LPARGCPN | * +-------------------------------------------------------+ * 88 | LPARGCPV | * +-------------------------------------------------------+ * 90 * *** SEGTLPAR - SEGOUT DCSS Content Data Definition *** SEGTRDEV - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | DEVADDR | DEVTYPE | * +---------------------------+---------------------------+ * 8 | DEVTYPE cont'd |///////////////////////////| * +---------------------------+---------------------------+ * 10 | CONNTIME | * +---------------------------+---------------------------+ * 18 | DASDBUSY |///////////////////////////| * +---------------------------+---------------------------+ * 20 | DASDQUE | * +-------------------------------------------------------+ * 28 | DASIOREQ | * +-------------------------------------------------------+ * 30 | DEVIOSEC | * +-------------------------------------------------------+ * 38 | DISCTIME | * +-------------------------------------------------------+ * 40 | PENDTIME | * +-------------------------------------------------------+ * 48 | SERVTIME | * +-------------------------------------------------------+ * 50 | VOLSER | * +-------------------------------------------------------+ * 58 * *** SEGTRDEV - SEGOUT DCSS Content Data Definition *** SEGTCPDV - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | DEVADDRX | ALLOCCNT | * +---------------------------+---------------------------+ * 8 | AVAILSLT | CPRESRV1 | * +---------------------------+---------------------------+ * 10 | DEVTYPEX | * +---------------------------+---------------------------+ * 18 | PAGETYPE | ENDCYL | * +---------------------------+---------------------------+ * 20 | PERFULL | STARTCYL | * +---------------------------+---------------------------+ * 28 | TOTUSLOT | CPRESRV2 | * +---------------------------+---------------------------+ * 30 | VOLSERX | * +-------------------------------------------------------+ * 38 * *** SEGTCPDV - SEGOUT DCSS Content Data Definition *** SEGTWKLD - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | WORKLOAD | * +-------------------------------------------------------+ * 8 | CPPCT | * +-------------------------------------------------------+ * 10 | CPSECS | * +-------------------------------------------------------+ * 18 | CPUPCT | * +-------------------------------------------------------+ * 20 | CPUSECS | * +-------------------------------------------------------+ * 28 | SESSTIME | * +-------------------------------------------------------+ * 30 | VIRTPCT | * +-------------------------------------------------------+ * 38 | VIRTSECS | * +-------------------------------------------------------+ * 40 | PAGERATW | * +-------------------------------------------------------+ * 48 | PAGREADS | * +-------------------------------------------------------+ * 50 | PAGWRTS | * +-------------------------------------------------------+ * 58 | RESPAGES | * +-------------------------------------------------------+ * 60 | RESPAG2G | * +-------------------------------------------------------+ * 68 | STORSIZE | * +-------------------------------------------------------+ * 70 | WKLXATT | * +-------------------------------------------------------+ * 78 | WKLXMOV | * +-------------------------------------------------------+ * 80 | WKLXPAG | * +-------------------------------------------------------+ * 88 | WSS | * +-------------------------------------------------------+ * 90 | GROUP | * +---------------------------+---------------------------+ * 98 | WKVCPU | WKRESV1 | * +---------------------------+---------------------------+ * A0 | WKLDDSOW | * +-------------------------------------------------------+ * A8 | WKLDPGST | * +-------------------------------------------------------+ * B0 | WKLDDB2G | * +-------------------------------------------------------+ * B8 | WKLDXRD | * +-------------------------------------------------------+ * C0 | WKLDXWR | * +-------------------------------------------------------+ * C8 | WKLDXMG | * +-------------------------------------------------------+ * D0 | WKLDRVPG | * +-------------------------------------------------------+ * D8 | WKLDPGLK | * +-------------------------------------------------------+ * E0 | WKLDPGLG | * +-------------------------------------------------------+ * E8 | WKLDDASD | * +-------------------------------------------------------+ * F0 | WKLDSHR | * +---------------------------+---------------------------+ * F8 | WKLDSHRM |///////////////////////////| * +---------------------------+---------------------------+ * 100 | WKLDTVRT | * +-------------------------------------------------------+ * 108 | WKLDSIO | * +-------------------------------------------------------+ * 110 | WKLDDAIO | * +-------------------------------------------------------+ * 118 | WKLDAVIO | * +-------------------------------------------------------+ * 120 | WKLDDI98 | * +-------------------------------------------------------+ * 128 | WKLDURIO | * +-------------------------------------------------------+ * 130 | WKLDACTV | * +-------------------------------------------------------+ * 138 | WKLDSPGS | * +-------------------------------------------------------+ * 140 | WKLDSPGR | * +-------------------------------------------------------+ * 148 | WKLDMDCI | * +-------------------------------------------------------+ * 150 | CPUPOOL | * +-------------------------------------------------------+ * 158 * *** SEGTWKLD - SEGOUT DCSS Content Data Definition *** SEGTNHIP - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | CHANPATH | SHRD | * +---------------------------+---------------------------+ * 8 | XFERTMSG | * +-------------------------------------------------------+ * 10 | XFERTDUN | * +-------------------------------------------------------+ * 18 | FAILRBFS | * +-------------------------------------------------------+ * 20 | XFERMSGS | * +-------------------------------------------------------+ * 28 | XFERDUNI | * +-------------------------------------------------------+ * 30 | FAILRBFR | * +-------------------------------------------------------+ * 38 | FAILSOTH | * +-------------------------------------------------------+ * 40 * *** SEGTNHIP - SEGOUT DCSS Content Data Definition *** SEGTVSWI - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | ADDR | USERID | * +---------------------------+---------------------------+ * 8 | USERID cont'd | QSV | * +---------------------------+---------------------------+ * 10 | TIMEOUT |///////////////////////////| * +---------------------------+---------------------------+ * 18 | XMITBYTS | * +-------------------------------------------------------+ * 20 | XMITPCKT | * +-------------------------------------------------------+ * 28 | XMITPCKD | * +-------------------------------------------------------+ * 30 | RCVBYTES | * +-------------------------------------------------------+ * 38 | RCVPCKTS | * +-------------------------------------------------------+ * 40 | DISCPCKD | * +-------------------------------------------------------+ * 48 | VLLID | * +-------------------------------------------------------+ * 50 | VSWRT | * +-------------------------------------------------------+ * 58 | VSRED | * +-------------------------------------------------------+ * 60 | VSSYN | * +-------------------------------------------------------+ * 68 | VSPCR | * +-------------------------------------------------------+ * 70 | VSPCI | * +-------------------------------------------------------+ * 78 | VSGVGRP | * +-------------------------------------------------------+ * 80 | VSGVMAC | * +-------------------------------------------------------+ * 88 | VSGVMAC cont'd | * +------+------------------------------------------------+ * 90 | | VSGVIPA | * +------+------------------------------------------------+ * 98 | VSGVIPA cont'd | * +-------------------------------------------------------+ * A0 | VSGVIPA cont'd | * +-------------------------------------------------------+ * A8 | VSGVIPA cont'd | * +-------------------------------------------------------+ * B0 | VSGVIPA cont'd | * +-----------------------------------------+-------------+ * B8 | VSGVIPA cont'd | VSGVMGI | * +-----------------------------------------+-------------+ * C0 | VSGVMGI cont'd |/////////////| * +---------------------------+-------------+-------------+ * C8 | VSGVLAY |///////////////////////////| * +---------------------------+---------------------------+ * D0 | VSEVLIN | * +-------------------------------------------------------+ * D8 | VSEVREQ | * +-------------------------------------------------------+ * E0 | VSEVLDE | * +-------------------------------------------------------+ * E8 | VSEVTXD | * +-------------------------------------------------------+ * F0 | VSEVRXD | * +-------------------------------------------------------+ * F8 | VSEVMTX | * +-------------------------------------------------------+ * 100 | VSEVMRX | * +-------------------------------------------------------+ * 108 | VSEVMKR | * +-------------------------------------------------------+ * 110 | VSEVMTO | * +-------------------------------------------------------+ * 118 | VSEVLAX | * +-------------------------------------------------------+ * 120 | VSEVLAR | * +-------------------------------------------------------+ * 128 | VSEVIBF | * +-------------------------------------------------------+ * 130 | VSEVIQO | * +-------------------------------------------------------+ * 138 | VSEVOBF | * +-------------------------------------------------------+ * 140 | VSEVOQO | * +-------------------------------------------------------+ * 148 | VSEVLVL | * +---------------------------+---------------------------+ * 150 | VSGVOPN | VSGVISO | * +---------------------------+---------------------------+ * 158 | VSGCONF | VSGBPBR | * +---------------------------+---------------------------+ * 160 | VSGBPBS | VSGBPBC | * +---------------------------+---------------------------+ * 168 | VSGBMFS | VSGBLPA | * +---------------------------+---------------------------+ * 170 | VSGBLPA cont'd | VSWRES1 | * +---------------------------+---------------------------+ * 178 * *** SEGTVSWI - SEGOUT DCSS Content Data Definition *** SEGTNSRV - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | SRVRNAME | * +-------------------------------------------------------+ * 8 | CONNOINI | * +-------------------------------------------------------+ * 10 | CONNOACP | * +-------------------------------------------------------+ * 18 | CONNOFAI | * +-------------------------------------------------------+ * 20 | CONNRSET | * +-------------------------------------------------------+ * 28 | READREQ | * +-------------------------------------------------------+ * 30 | WRITEREQ | * +-------------------------------------------------------+ * 38 | BYTESREC | * +-------------------------------------------------------+ * 40 | BYTEXMIT | * +-------------------------------------------------------+ * 48 | SEGSRECV | * +-------------------------------------------------------+ * 50 | SEGSXMIT | * +-------------------------------------------------------+ * 58 | SEGSRXMI | * +-------------------------------------------------------+ * 60 | SEGSRCVE | * +-------------------------------------------------------+ * 68 | SEGSXMIR | * +-------------------------------------------------------+ * 70 | ARPRECV | * +-------------------------------------------------------+ * 78 | ARPREPLY | * +-------------------------------------------------------+ * 80 | ARPREQXM | * +-------------------------------------------------------+ * 88 | ACTBLKPL | * +-------------------------------------------------------+ * 90 | CLNBLKPL | * +-------------------------------------------------------+ * 98 | ENVREGPL | * +-------------------------------------------------------+ * A0 | ENVLARGE | * +-------------------------------------------------------+ * A8 | RAWBLKIP | * +-------------------------------------------------------+ * B0 | SOCKBLKL | * +-------------------------------------------------------+ * B8 | BSDSOCKB | * +-------------------------------------------------------+ * C0 | TCPBLKPL | * +-------------------------------------------------------+ * C8 | UDPBLKPL | * +-------------------------------------------------------+ * D0 | REGBUFPL | * +-------------------------------------------------------+ * D8 | SMLBUFPL | * +-------------------------------------------------------+ * E0 | TNYBUFPL | * +-------------------------------------------------------+ * E8 | SACBLKPL | * +-------------------------------------------------------+ * F0 | FIXPAGPL | * +-------------------------------------------------------+ * F8 * *** SEGTNSRV - SEGOUT DCSS Content Data Definition *** SEGTNUSR - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | SRVRNAMU | * +-------------------------------------------------------+ * 8 | USERNAME | * +-------------------------------------------------------+ * 10 | TCPCSESS | * +-------------------------------------------------------+ * 18 | UDPCSESS | * +-------------------------------------------------------+ * 20 | TIMESESS | * +-------------------------------------------------------+ * 28 | TOTTCPIN | * +-------------------------------------------------------+ * 30 | TOTTCPOU | * +-------------------------------------------------------+ * 38 | TOTUDPIN | * +-------------------------------------------------------+ * 40 | TOTUPDOU | * +-------------------------------------------------------+ * 48 | TRIPTSTH | * +-------------------------------------------------------+ * 50 | TRIPTVAR | * +-------------------------------------------------------+ * 58 | TOTSEGS | * +-------------------------------------------------------+ * 60 | UACKSEGS | * +-------------------------------------------------------+ * 68 | MAXIBUFQ | * +-------------------------------------------------------+ * 70 | MAXOBUFQ | * +-------------------------------------------------------+ * 78 * *** SEGTNUSR - SEGOUT DCSS Content Data Definition *** SEGTAPPL - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | LUSERID | * +---------------------------+---------------------------+ * 8 | VIRTCPU |///////////////////////////| * +---------------------------+---------------------------+ * 10 | TOTCPU | * +-------------------------------------------------------+ * 18 | USERCPU | * +-------------------------------------------------------+ * 20 | KERNLCPU | * +-------------------------------------------------------+ * 28 | NICECPU | * +-------------------------------------------------------+ * 30 | IRQ | * +-------------------------------------------------------+ * 38 | SOFTIRQ | * +-------------------------------------------------------+ * 40 | IOWAIT | * +-------------------------------------------------------+ * 48 | IDLE | * +---------------------------+---------------------------+ * 50 | RUNABLE | WAITING | * +---------------------------+---------------------------+ * 58 | TOTPROC |///////////////////////////| * +---------------------------+---------------------------+ * 60 | RUN1MIN | * +-------------------------------------------------------+ * 68 | RUN5MIN | * +-------------------------------------------------------+ * 70 | RUN15MIN | * +-------------------------------------------------------+ * 78 | TOTMAIN | * +-------------------------------------------------------+ * 80 | PERCMAIN | * +-------------------------------------------------------+ * 88 | TOTHIGH | * +-------------------------------------------------------+ * 90 | PERCHIGH | * +-------------------------------------------------------+ * 98 | SHARED | * +-------------------------------------------------------+ * A0 | BUFFREE | * +-------------------------------------------------------+ * A8 | CACHUSED | * +-------------------------------------------------------+ * B0 | TOTSWAP | * +-------------------------------------------------------+ * B8 | PERCSWAP | * +-------------------------------------------------------+ * C0 | SWAPIN | * +-------------------------------------------------------+ * C8 | SWAPOUT | * +-------------------------------------------------------+ * D0 | PGALLOC | * +-------------------------------------------------------+ * D8 | PGFTMAJ | * +-------------------------------------------------------+ * E0 | PGFTMIN | * +-------------------------------------------------------+ * E8 | BLKREAD | * +-------------------------------------------------------+ * F0 | BLKWRITE | * +-------------------------------------------------------+ * F8 | INTERFCS | * +-------------------------------------------------------+ * 100 | PKTRECV | * +-------------------------------------------------------+ * 108 | PKTSENT | * +-------------------------------------------------------+ * 110 | BYTRECV | * +-------------------------------------------------------+ * 118 | BYTSENT | * +-------------------------------------------------------+ * 120 | BADPACK | * +-------------------------------------------------------+ * 128 | XMITERR | * +-------------------------------------------------------+ * 130 | NSPBUFF | * +-------------------------------------------------------+ * 138 | NSPLINX | * +-------------------------------------------------------+ * 140 | XMITCOLL | * +-------------------------------------------------------+ * 148 | STEALTM | * +-------------------------------------------------------+ * 150 | LNXPRDID | * | | * +---------------------------+---------------------------+ * 160 | LNXFLAG |///////////////////////////| * +---------------------------+---------------------------+ * 168 | LNXTIME | * +-------------------------------------------------------+ * 170 * *** SEGTAPPL - SEGOUT DCSS Content Data Definition *** SEGTPRC - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | LPENUM | LPENAME | * +---------------------------+---------------------------+ * 8 | LPENAME cont'd | LPENUPID | * +---------------------------+---------------------------+ * 10 | LPENLPCT | LPENCAP | * +---------------------------+---------------------------+ * 18 | LPENWGHT | LPENWAIT | * +---------------------------+---------------------------+ * 20 | LPENLOAD | * +---------------------------+---------------------------+ * 28 | LPENSTAT | LPENPTYP | * +---------------------------+---------------------------+ * 30 | LPENCPU |///////////////////////////| * +---------------------------+---------------------------+ * 38 | LPENMSPC | * +-------------------------------------------------------+ * 40 | LPENOVHD | * +-------------------------------------------------------+ * 48 | LPENBUSY | * +-------------------------------------------------------+ * 50 | LPENOVER | * +-------------------------------------------------------+ * 58 | LPENPHYS | * +-------------------------------------------------------+ * 60 | LPENLGLD | * +-------------------------------------------------------+ * 68 | LPENVMLD | * +-------------------------------------------------------+ * 70 | LPENTCAP | * +---------------------------+---------------------------+ * 78 | LPENMTDP | LPENGCPN | * +---------------------------+---------------------------+ * 80 | LPENGCPN cont'd |///////////////////////////| * +---------------------------+---------------------------+ * 88 | LPENGCPV | * +---------------------------+---------------------------+ * 90 | LPENCPUH | LPENRSV1 | * +---------------------------+---------------------------+ * 98 * *** SEGTPRC - SEGOUT DCSS Content Data Definition *** SEGTMDC - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | PARTSIZE | * +-------------------------------------------------------+ * 8 | MAXCACHE | * +-------------------------------------------------------+ * 10 | ACTCACHE | * +-------------------------------------------------------+ * 18 | FAIRSHR | * +-------------------------------------------------------+ * 20 | MDCRDRAT | * +-------------------------------------------------------+ * 28 | FULLRDHT | * +-------------------------------------------------------+ * 30 | PGINRT | * +-------------------------------------------------------+ * 38 | PGOUTRT | * +-------------------------------------------------------+ * 40 | BLKLIFE | * +-------------------------------------------------------+ * 48 | FRSHRXRT | * +-------------------------------------------------------+ * 50 | INTINSRT | * +-------------------------------------------------------+ * 58 | INVREQRT | * +-------------------------------------------------------+ * 60 | BLKINVRT | * +-------------------------------------------------------+ * 68 | IDEALFRM | * +-------------------------------------------------------+ * 70 | ACTFRL2G | * +-------------------------------------------------------+ * 78 | ACTFRG2G | * +-------------------------------------------------------+ * 80 | MINFRMS | * +-------------------------------------------------------+ * 88 | MAXFRMS | * +-------------------------------------------------------+ * 90 | PGDELRT | * +-------------------------------------------------------+ * 98 | STINVRT | * +-------------------------------------------------------+ * A0 | MDCBIAS | * +-------------------------------------------------------+ * A8 | IDEALXST | * +-------------------------------------------------------+ * B0 | ACTXST | * +-------------------------------------------------------+ * B8 | MINXST | * +-------------------------------------------------------+ * C0 | MAXXST | * +-------------------------------------------------------+ * C8 | PGDELXST | * +-------------------------------------------------------+ * D0 | STINVXST | * +-------------------------------------------------------+ * D8 | MDCBSXST | * +-------------------------------------------------------+ * E0 | AGEXST | * +-------------------------------------------------------+ * E8 | DASDONE | * +-------------------------------------------------------+ * F0 | DASDABRT | * +-------------------------------------------------------+ * F8 | DASDNELG | * +-------------------------------------------------------+ * 100 | DASDTOT | * +-------------------------------------------------------+ * 108 | NETDONE | * +-------------------------------------------------------+ * 110 | NETABRT | * +-------------------------------------------------------+ * 118 | NETNELG | * +-------------------------------------------------------+ * 120 | NETTOT | * +-------------------------------------------------------+ * 128 | MDCWRRTE | * +-------------------------------------------------------+ * 130 | MDCRDHRT | * +-------------------------------------------------------+ * 138 * *** SEGTMDC - SEGOUT DCSS Content Data Definition *** SEGTCHN - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | CHPID | CHMODGRP | * +---------------------------+---------------------------+ * 8 | CHMODGRP cont'd | CHMODQ | * +---------------------------+---------------------------+ * 10 | CHPRCBSY | * +-------------------------------------------------------+ * 18 | CHAVGBSY | * +-------------------------------------------------------+ * 20 | CHBSY0 | * +-------------------------------------------------------+ * 28 | CHBSY1 | * +-------------------------------------------------------+ * 30 | CHBSY2 | * +-------------------------------------------------------+ * 38 | CHBSY3 | * +-------------------------------------------------------+ * 40 | CHBSY4 | * +-------------------------------------------------------+ * 48 | CHBSY5 | * +-------------------------------------------------------+ * 50 | CHBSY6 | * +-------------------------------------------------------+ * 58 | CHBSY7 | * +-------------------------------------------------------+ * 60 | CHBSY8 | * +-------------------------------------------------------+ * 68 | CHBSY9 | * +-------------------------------------------------------+ * 70 * *** SEGTCHN - SEGOUT DCSS Content Data Definition *** SEGTLCHN - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | LCHPID | LCHGRP | * +---------------------------+---------------------------+ * 8 | LCHGRP cont'd | LCHGRPQ | * +---------------------------+---------------------------+ * 10 | LCHSHR |///////////////////////////| * +---------------------------+---------------------------+ * 18 | LCHPRBSY | * +-------------------------------------------------------+ * 20 | LCHAVGBS | * +-------------------------------------------------------+ * 28 | LCHBSY0 | * +-------------------------------------------------------+ * 30 | LCHBSY1 | * +-------------------------------------------------------+ * 38 | LCHBSY2 | * +-------------------------------------------------------+ * 40 | LCHBSY3 | * +-------------------------------------------------------+ * 48 | LCHBSY4 | * +-------------------------------------------------------+ * 50 | LCHBSY5 | * +-------------------------------------------------------+ * 58 | LCHBSY6 | * +-------------------------------------------------------+ * 60 | LCHBSY7 | * +-------------------------------------------------------+ * 68 | LCHBSY8 | * +-------------------------------------------------------+ * 70 | LCHBSY9 | * +-------------------------------------------------------+ * 78 * *** SEGTLCHN - SEGOUT DCSS Content Data Definition *** SEGTFCHN - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | FCHPID | FCHSHR | * +---------------------------+---------------------------+ * 8 | FCHBUS | * +-------------------------------------------------------+ * 10 | FCHWRK | * +-------------------------------------------------------+ * 18 | FCHDUW | * +-------------------------------------------------------+ * 20 | FCHDUR | * +-------------------------------------------------------+ * 28 | FCHLWRK | * +-------------------------------------------------------+ * 30 | FCHLDUW | * +-------------------------------------------------------+ * 38 | FCHLDUR | * +-------------------------------------------------------+ * 40 | FCHWRT | * +-------------------------------------------------------+ * 48 | FCHRD | * +-------------------------------------------------------+ * 50 * *** SEGTFCHN - SEGOUT DCSS Content Data Definition *** SEGTDCAC - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | DCACDIR | DCACADDR | * +---------------------------+---------------------------+ * 8 | DCACLABL | * +-------------------------------------------------------+ * 10 | DCACTYP | * +---------------------------+---------------------------+ * 18 | DCACPAV | DCACSID | * +---------------------------+---------------------------+ * 20 | DCACSTC | DCACSTF | * +---------------------------+---------------------------+ * 28 | DCACDPS | DCACDUST | * +---------------------------+---------------------------+ * 30 | DCACOVIO | * +-------------------------------------------------------+ * 38 | DCACOVRD | * +-------------------------------------------------------+ * 40 | DCACOVRH | * +-------------------------------------------------------+ * 48 | DCACDWRH | * +-------------------------------------------------------+ * 50 | DCACOVIC | * +-------------------------------------------------------+ * 58 | DCACOVBC | * +-------------------------------------------------------+ * 60 | DCACNDIO | * +-------------------------------------------------------+ * 68 | DCACNRDR | * +-------------------------------------------------------+ * 70 | DCACNRDH | * +-------------------------------------------------------+ * 78 | DCACSDIO | * +-------------------------------------------------------+ * 80 | DCACSRDR | * +-------------------------------------------------------+ * 88 | DCACSRDH | * +-------------------------------------------------------+ * 90 | DCACFDIO | * +-------------------------------------------------------+ * 98 | DCACFRDR | * +-------------------------------------------------------+ * A0 | DCACFRDH | * +-------------------------------------------------------+ * A8 | DCACCIO | * +-------------------------------------------------------+ * B0 | DCACSSC | * +-------------------------------------------------------+ * B8 | DCACRNR | * +-------------------------------------------------------+ * C0 | DCACRSR | * +-------------------------------------------------------+ * C8 | DCACWRR | * +-------------------------------------------------------+ * D0 | DCACPRD | * +-------------------------------------------------------+ * D8 | DCACHTO | * +-------------------------------------------------------+ * E0 | DCACHRD | * +-------------------------------------------------------+ * E8 | DCACHWR | * +-------------------------------------------------------+ * F0 | DCACHDW | * +-------------------------------------------------------+ * F8 | DCACHCW | * +-------------------------------------------------------+ * 100 | DCACPDF | * +-------------------------------------------------------+ * 108 | DCACPCF | * +-------------------------------------------------------+ * 110 | DCACSGN | * +-------------------------------------------------------+ * 118 | DCACSGS | * +-------------------------------------------------------+ * 120 | DCACDSG | * +-------------------------------------------------------+ * 128 | DCACDFB | * +-------------------------------------------------------+ * 130 | DCACICL | * +-------------------------------------------------------+ * 138 | DCACTMO | * +---------------------------+---------------------------+ * 140 | DCACCA |///////////////////////////| * +---------------------------+---------------------------+ * 148 | DCACRDRT | * +-------------------------------------------------------+ * 150 | DCACWRRT | * +---------------------------+---------------------------+ * 158 | DCACBRD | DCACBWR | * +---------------------------+---------------------------+ * 160 * *** SEGTDCAC - SEGOUT DCSS Content Data Definition *** SEGTCTLU - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | CTLSID | CTLTYP | * +---------------------------+---------------------------+ * 8 | CTLTYP cont'd |///////////////////////////| * +---------------------------+---------------------------+ * 10 | CTLCST | * +-------------------------------------------------------+ * 18 | CTLAST | * +-------------------------------------------------------+ * 20 | CTLCNV | * +-------------------------------------------------------+ * 28 | CTLANV | * +-------------------------------------------------------+ * 30 | CTLCIO | * +-------------------------------------------------------+ * 38 | CTLSSC | * +-------------------------------------------------------+ * 40 | CTLBSY | * +-------------------------------------------------------+ * 48 | CTLFPT | * +-------------------------------------------------------+ * 50 | CTLDST | * +-------------------------------------------------------+ * 58 | CTLCNT | * +-------------------------------------------------------+ * 60 | CTLSRV | * +-------------------------------------------------------+ * 68 | CTLRSP | * +-------------------------------------------------------+ * 70 | CTLRNR | * +-------------------------------------------------------+ * 78 | CTLRSR | * +-------------------------------------------------------+ * 80 | CTLWRR | * +-------------------------------------------------------+ * 88 | CTLPRD | * +-------------------------------------------------------+ * 90 | CTLPDF | * +-------------------------------------------------------+ * 98 | CTLPCF | * +-------------------------------------------------------+ * A0 | CTLHRD | * +-------------------------------------------------------+ * A8 | CTLHWR | * +-------------------------------------------------------+ * B0 | CTLHDW | * +-------------------------------------------------------+ * B8 | CTLHCW | * +-------------------------------------------------------+ * C0 * *** SEGTCTLU - SEGOUT DCSS Content Data Definition *** SEGTVDSK - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | VDSUID | * +---------------------------+---------------------------+ * 8 | VDSDEVNM |///////////////////////////| * +---------------------------+---------------------------+ * 10 | VDSSIZE | * +-------------------------------------------------------+ * 18 | VDSLINK | * +-------------------------------------------------------+ * 20 | VDSIOS | * +-------------------------------------------------------+ * 28 | VDSSTLS | * +-------------------------------------------------------+ * 30 | VDSPRDS | * +-------------------------------------------------------+ * 38 | VDSPWRT | * +-------------------------------------------------------+ * 40 | VDSXRDS | * +-------------------------------------------------------+ * 48 | VDSXWRS | * +-------------------------------------------------------+ * 50 | VDSXMIG | * +-------------------------------------------------------+ * 58 | VDSPRES | * +-------------------------------------------------------+ * 60 | VDSPLOK | * +-------------------------------------------------------+ * 68 | VDSPXST | * +-------------------------------------------------------+ * 70 | VDSPNPS | * +-------------------------------------------------------+ * 78 | VDSNAME | * +-------------------------------------------------------+ * 80 | VDSNAME cont'd | * +---------------------------+---------------------------+ * 88 | VDSNAME cont'd |///////////////////////////| * +---------------------------+---------------------------+ * 90 | VDSPRIV |///////////////////////////| * +---------------------------+---------------------------+ * 98 | VDSIBR | * +-------------------------------------------------------+ * A0 * *** SEGTVDSK - SEGOUT DCSS Content Data Definition *** SEGTSPLK - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | LOKNAME | * +-------------------------------------------------------+ * 8 | LOKTLCT | * +-------------------------------------------------------+ * 10 | LOKTLTM | * +-------------------------------------------------------+ * 18 | LOKTLPC | * +-------------------------------------------------------+ * 20 | LOKEXCT | * +-------------------------------------------------------+ * 28 | LOKEXTM | * +-------------------------------------------------------+ * 30 | LOKEXPC | * +-------------------------------------------------------+ * 38 | LOKSHCT | * +-------------------------------------------------------+ * 40 | LOKSHTM | * +-------------------------------------------------------+ * 48 | LOKSHPC | * +-------------------------------------------------------+ * 50 * *** SEGTSPLK - SEGOUT DCSS Content Data Definition *** SEGTWAIT - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | WAITWKLD | * +---------------------------+---------------------------+ * 8 | WAITACT | WAITRUN | * +---------------------------+---------------------------+ * 10 | WAITCPU | WAITLDG | * +---------------------------+---------------------------+ * 18 | WAITPGW | WAITIOW | * +---------------------------+---------------------------+ * 20 | WAITSIM | WAITTIW | * +---------------------------+---------------------------+ * 28 | WAITCFW | WAITSVTI | * +---------------------------+---------------------------+ * 30 | WAITSVEL | WAITSVDM | * +---------------------------+---------------------------+ * 38 | WAITIOA | WAITPACT | * +---------------------------+---------------------------+ * 40 | WAITLIML | WAITOTH | * +---------------------------+---------------------------+ * 48 | WAITUIQ0 | WAITUIQ1 | * +---------------------------+---------------------------+ * 50 | WAITUIQ2 | WAITUIQ3 | * +---------------------------+---------------------------+ * 58 | WAITELIG | WAITRSV1 | * +---------------------------+---------------------------+ * 60 * *** SEGTWAIT - SEGOUT DCSS Content Data Definition *** SEGTCPC - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | CPCBLTYP | CPCBNUM | * +---------------------------+---------------------------+ * 8 | CPCBWT | CPCBDED | * +---------------------------+---------------------------+ * 10 | CPCBLPTM | CPCBOVHD | * +---------------------------+---------------------------+ * 18 | CPCBMGTM | CPCBSUM | * +---------------------------+---------------------------+ * 20 * *** SEGTCPC - SEGOUT DCSS Content Data Definition *** SEGTSSI - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | SSISLOT | SSISYSID | * +---------------------------+---------------------------+ * 8 | SSISYSID cont'd | SSIRES1 | * +---------------------------+---------------------------+ * 10 * *** SEGTSSI - SEGOUT DCSS Content Data Definition *** SEGTSCSI - SEGOUT DCSS Content Data Definition * +---------------------------+---------------------------+ * 0 | SCZDVNO | SCZBYTS | * +---------------------------+---------------------------+ * 8 | SCZKBRT | * +-------------------------------------------------------+ * 10 | SCZXFRT | * +-------------------------------------------------------+ * 18 | SCZSKRT | * +---------------------------+---------------------------+ * 20 | SCZPCCT | SCZEATT | * +---------------------------+---------------------------+ * 28 | SCZBKRD | SCZBKWR | * +---------------------------+---------------------------+ * 30 | SCZBKRT | * +-------------------------------------------------------+ * 38 | SCZBKWT | * +---------------------------+---------------------------+ * 40 | SCZP1RD | SCZP1WR | * +---------------------------+---------------------------+ * 48 | SCZP1RT | * +-------------------------------------------------------+ * 50 | SCZP1WT | * +---------------------------+---------------------------+ * 58 | SCZP2RD | SCZP2WR | * +---------------------------+---------------------------+ * 60 | SCZP2RT | * +-------------------------------------------------------+ * 68 | SCZP2WT | * +---------------------------+---------------------------+ * 70 | SCZP3RD | SCZP3WR | * +---------------------------+---------------------------+ * 78 | SCZP3RT | * +-------------------------------------------------------+ * 80 | SCZP3WT | * +---------------------------+---------------------------+ * 88 | SCZP4RD | SCZP4WR | * +---------------------------+---------------------------+ * 90 | SCZP4RT | * +-------------------------------------------------------+ * 98 | SCZP4WT | * +---------------------------+---------------------------+ * A0 | SCZP5RD | SCZP5WR | * +---------------------------+---------------------------+ * A8 | SCZP5RT | * +-------------------------------------------------------+ * B0 | SCZP5WT | * +---------------------------+---------------------------+ * B8 | SCZP6RD | SCZP6WR | * +---------------------------+---------------------------+ * C0 | SCZP6RT | * +-------------------------------------------------------+ * C8 | SCZP6WT | * +---------------------------+---------------------------+ * D0 | SCZP7RD | SCZP7WR | * +---------------------------+---------------------------+ * D8 | SCZP7RT | * +-------------------------------------------------------+ * E0 | SCZP7WT | * +---------------------------+---------------------------+ * E8 | SCZP8RD | SCZP8WR | * +---------------------------+---------------------------+ * F0 | SCZP8RT | * +-------------------------------------------------------+ * F8 | SCZP8WT | * +---------------------------+---------------------------+ * 100 * *** SEGTSCSI - SEGOUT DCSS Content Data Definition *** SEGTLGR - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | LGREVTT | LGRISSR | * +---------------------------+---------------------------+ * 8 | LGRISSR cont'd | LGRUSER | * +---------------------------+---------------------------+ * 10 | LGRUSER cont'd | LGRSRC | * +---------------------------+---------------------------+ * 18 | LGRSRC cont'd | LGRDEST | * +---------------------------+---------------------------+ * 20 | LGRDEST cont'd | LGRFINCD | * +---------------------------+---------------------------+ * 28 | LGRRELOT | * +-------------------------------------------------------+ * 30 | LGRQUIES | * +-------------------------------------------------------+ * 38 | LGRPASS | * +-------------------------------------------------------+ * 40 | LGRPG1P | * +-------------------------------------------------------+ * 48 | LGRPGIP | * +-------------------------------------------------------+ * 50 | LGRPGN1P | * +-------------------------------------------------------+ * 58 | LGRPGNP | * +-------------------------------------------------------+ * 60 | LGRPGTOT | * +-------------------------------------------------------+ * 68 | LGRVDEV | * +-------------------------------------------------------+ * 70 | LGRAIOS | * +-------------------------------------------------------+ * 78 | LGRCNQDI | * +-------------------------------------------------------+ * 80 | LGRCQDIO | * +---------------------------+---------------------------+ * 88 | LGRROPT1 | LGRROPT2 | * +---------------------------+---------------------------+ * 90 | LGRSOPT1 | LGRRES1 | * +---------------------------+---------------------------+ * 98 * *** SEGTLGR - SEGOUT DCSS Content Data Definition *** SEGTCPUP - SEGOUT DCSS Content Data Definition * * +---------------------------+---------------------------+ * 0 | CPUPPOOL | * +---------------------------+---------------------------+ * 8 | CPUPTYPE | CPUPAFF | * +---------------------------+---------------------------+ * 10 | CPUPLVAL | * +---------------------------+---------------------------+ * 18 | CPUPLTYP | CPUPMEMS | * +---------------------------+---------------------------+ * 20 | CPUPCPU | * +---------------------------+---------------------------+ * 28 | CPUPLRAT | * +---------------------------+---------------------------+ * 30 | CPUPPUSE | * +---------------------------+---------------------------+ * 38 | CPUPMXCR | * +---------------------------+---------------------------+ * 40 *** SEGTCPUP - SEGOUT DCSS Content Data Definition *** SEGTADAP - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | DAPEYEC | * +-------------------------------------------------------+ * 8 | DAPSYSID | * +-------------------------------------------------------+ * 10 | DAPSTAMP | * +-------------------------------------------------------+ * 18 | DAPLPARN | * +---------------------------+---------------------------+ * 20 | SYSDOFF | SYSDCNT | * +---------------------------+---------------------------+ * 28 | WKLDOFF | WKLDCNT | * +---------------------------+---------------------------+ * 30 | LPADOFF | LPADCNT | * +---------------------------+---------------------------+ * 38 | CPODOFF | CPODCNT | * +---------------------------+---------------------------+ * 40 | DEVDOFF | DEVDCNT | * +---------------------------+---------------------------+ * 48 | HIPDOFF | HIPDCNT | * +---------------------------+---------------------------+ * 50 | VSWDOFF | VSWDCNT | * +---------------------------+---------------------------+ * 58 | TCPDOFF | TCPDCNT | * +---------------------------+---------------------------+ * 60 | NUSRDOFF | NUSRDCNT | * +---------------------------+---------------------------+ * 68 | LINXDOFF | LINXDCNT | * +---------------------------+---------------------------+ * 70 | LPENDOFF | LPENDCNT | * +---------------------------+---------------------------+ * 78 | MDCDOFF | MDCDCNT | * +---------------------------+---------------------------+ * 80 | CHANDOFF | CHANDCNT | * +---------------------------+---------------------------+ * 88 | LCHNDOFF | LCHNDCNT | * +---------------------------+---------------------------+ * 90 | FCHNDOFF | FCHNDCNT | * +---------------------------+---------------------------+ * 98 | DCANDOFF | DCANDCNT | * +---------------------------+---------------------------+ * A0 | CTLNDOFF | CTLNDCNT | * +---------------------------+---------------------------+ * A8 | VDKNDOFF | VDKNDCNT | * +---------------------------+---------------------------+ * B0 | SPNNDOFF | SPNNDCNT | * +---------------------------+---------------------------+ * B8 | WAINDOFF | WAINDCNT | * +---------------------------+---------------------------+ * C0 | SYS2DOFF | SYS2DCNT | * +---------------------------+---------------------------+ * C8 | CPCDOFF | CPCDCNT | * +---------------------------+---------------------------+ * D0 | SSIDOFF | SSIDCNT | * +---------------------------+---------------------------+ * D8 | SCSIDOFF | SCSIDCNT | * +---------------------------+---------------------------+ * E0 | LGRDOFF | LGRDCNT | * +---------------------------+---------------------------+ * E8 | CPUPDOFF | CPUPDCNT | * +---------------------------+---------------------------+ * F0 | DATAEND | DAPSSINM | * +---------------------------+---------------------------+ * FC | DAPSSINM cont'd | RESRVED1 | * +---------------------------+---------------------------+ * 100 * *** SEGTADAP - SEGOUT DCSS Content Data Definition *** SEGTASEG - SEGOUT DCSS Content Data Definition * * +-------------------------------------------------------+ * 0 | PTKEYEC | * +-------------------------------------------------------+ * 8 | PTKVERS | * +-------------------------------------------------------+ * 10 | PTKLEVEL | * +-------------------------------------------------------+ * 18 | ZVMVERS | * +-------------------------------------------------------+ * 20 | ZVMLEVEL | * +---------------------------+---------------------------+ * 28 | INTRVLTM | UPDTIMEA | * +---------------------------+---------------------------+ * 30 | UPDTIMEA cont'd | UPDSTRTA | * +---------------------------+---------------------------+ * 38 | UPDENDA | LOCKDATA | * +---------------------------+---------------------------+ * 40 | DAPAOFF | DAPACNT | * +---------------------------+---------------------------+ * 48 | UPDTIMEB | * +---------------------------+---------------------------+ * 50 | UPDSTRTB | UPDENDB | * +---------------------------+---------------------------+ * 58 | LOCKDATB | DAPBOFF | * +---------------------------+---------------------------+ * 60 | DAPBCNT | SEGUSER | * +---------------------------+---------------------------+ * 68 | SEGUSER cont'd | SEGFREE1 | * +---------------------------+---------------------------+ * 70 * *** SEGTASEG - SEGOUT DCSS Content Data Definition
SEGTSYS Cross Reference
Symbol Dspl Value -------------- ---- ----- ACTBLKPL 0088 ACTCACHE 0010 ACTFRG2G 0078 ACTFRL2G 0070 ACTUSER 0000 ACTXST 00B0 ADDR 0000 AGEXST 00E0 ALLOCCNT 0004 APPLDLEN 0170 00000368 ARPRECV 0070 ARPREPLY 0078 ARPREQXM 0080 AVAILSLT 0008 AVGUSER 0004 AVLFRAMS 0008 AVLFRA2G 0010 AVLHGHTH 0018 AVLHGH2G 0020 AVLLMEAN 0028 AVLLME2G 0030 AVLLOWTH 0038 AVLLOW2G 0040 AVLWAIT 0048 BADPACK 0120 BLKINVRT 0060 BLKLIFE 0040 BLKREAD 00E8 BLKWRITE 00F0 BSDSOCKB 00B8 BUFFREE 00A0 BYTESREC 0038 BYTEXMIT 0040 BYTRECV 0110 BYTSENT 0118 CACHUSED 00A8 CHANDCNT 0084 CHANDOFF 0080 CHANPATH 0000 CHAVGBSY 0018 CHBSY0 0020 CHBSY1 0028 CHBSY2 0030 CHBSY3 0038 CHBSY4 0040 CHBSY5 0048 CHBSY6 0050 CHBSY7 0058 CHBSY8 0060 CHBSY9 0068 CHMODGRP 0004 CHMODQ 000C CHNDLEN 0070 00000112 CHPID 0000 CHPRCBSY 0010 CLNBLKPL 0090 CONNOACP 0010 CONNOFAI 0018 CONNOINI 0008 CONNRSET 0020 CONNTIME 0010 CPBUSY 004C CPCBDED 000C CPCDLEN 0020 00000032 CPCDCNT 00CC CPCDOFF 00C8 CPCBLPTM 0010 CPCBLTYP 0000 CPCBMGTM 0018 CPCBNUM 0004 CPCBOVHD 0014 CPCBSUM 001C CPCBWT 0008 CPODCNT 003C CPODLEN 0038 00000056 CPODOFF 0038 CPPCT 0008 CPRESRV1 000C CPRESRV2 002C CPSECS 0010 CPUBUSY 0050 CPUNUM 0054 CPUPAFF 000C CPUPCT 0018 CPUPCPU 0020 CPUPDCNT 00EC CPUPDLEN 0040 00000064 CPUPDOFF 00E8 CPUPLRAT 0028 CPUPLTYP 0018 CPUPMEMS 001C CPUPMXCR 0038 CPUPLVAL 0010 CPUPOOL 0150 CPUPPOOL 0000 CPUPPUSE 0030 CPUPTYPE 0008 CPUSECS 0020 CPXSTORE 0198 CTLANV 0028 CTLAST 0018 CTLBSY 0040 CTLCIO 0030 CTLCNT 0058 CTLCNV 0020 CTLCST 0010 CTLDST 0050 CTLFPT 0048 CTLHCW 00B8 CTLHDW 00B0 CTLHRD 00A0 CTLHWR 00A8 CTLNDCNT 00A4 CTLNDOFF 00A0 CTLPCF 0098 CTLPDF 0090 CTLPRD 0088 CTLRNR 0070 CTLRSP 0068 CTLRSR 0078 CTLSID 0000 CTLSRV 0060 CTLSSC 0038 CTLTYP 0004 CTLUDLEN 00C0 00000192 CTLWRR 0080 DAPACNT 0044 DAPAOFF 0040 DAPBCNT 0060 DAPBOFF 005C DAPEYEC 0000 DAPLEN 0100 00000256 DAPLPARN 0018 DAPSSIMN 00EC DAPSTAMP 0010 DAPSYSID 0008 DASDABRT 00F0 DASDBUSY 0018 DASDNELG 00F8 DASDONE 00E8 DASDQUE 0020 DASDTOT 0100 DASIOREQ 0028 DATAEND 00F0 DCACADDR 0004 DCACBRD 0158 DCACBWR 015C DCACCAFG 0140 DCACCIO 00A8 DCACDFB 0128 DCACDIR 0000 DCACDLEN 0160 00000352 DCACDPS 0028 DCACDSG 0120 DCACDUST 002C DCACDWRH 0048 DCACFDIO 0090 DCACFRDH 00A0 DCACFRDR 0098 DCACHCW 00F8 DCACHDW 00F0 DCACHRD 00E0 DCACHTO 00D8 DCACHWR 00E8 DCACICL 0130 DCACLABL 0008 DCACNDIO 0060 DCACNRDH 0070 DCACNRDR 0068 DCACOVBC 0058 DCACOVIC 0050 DCACOVIO 0030 DCACOVRD 0038 DCACOVRH 0040 DCACPAV 0018 DCACPCF 0108 DCACPDF 0100 DCACPRD 00D0 DCACRDRT 0148 DCACRNR 00B8 DCACRSR 00C0 DCACSDIO 0078 DCACSGN 0110 DCACSGS 0118 DCACSID 001C DCACSRDH 0088 DCACSRDR 0080 DCACSSC 00B0 DCACSTC 0020 DCACSTF 0024 DCACTMO 0138 DCACTYP 0010 DCACWRR 00C8 DCACWRRT 0150 DCANDCNT 009C DCANDOFF 0098 DEVADDR 0000 DEVADDRX 0000 DEVDCNT 0044 DEVDLEN 0058 00000088 DEVDOFF 0040 DEVIOSCS 0058 DEVIOSEC 0030 DEVTYPE 0004 DEVTYPEX 0010 DIALUSER 005C DISCPCKD 0040 DISCTIME 0038 DPAFRAMS 0060 DSCNFAIL 0068 ELIGUSER 0070 EMPCONTG 00D0 EMPCONTL 00C0 EMPSINGG 00C8 EMPSINGL 00B8 ENDCYL 001C ENVLARGE 00A0 ENVREGPL 0098 EXPUSER1 0078 EXPUSER2 0080 EXPUSER3 0088 EXTFRAMS 0090 EXTWAIT 0098 FAILRBFR 0030 FAILRBFS 0018 FAILSOTH 0038 FAIRSHR 0018 FCHBUS 0008 FCHDUR 0020 FCHDUW 0018 FCHLDUR 0038 FCHLDUW 0030 FCHLWRK 0028 FCHNDCNT 0094 FCHNDLEN 0050 00000080 FCHNDOFF 0090 FCHPID 0000 FCHRD 0048 FCHSHR 0004 FCHWRK 0010 FCHWRT 0040 FIXPAGPL 00F0 FRSHRXRT 0048 FSTORSUB 0138 FSTPGIRT 0030 FSTRREQS 00A0 FSTRRETS 00A8 FULLRDHT 0028 GROUP 0090 HIPDCNT 004C HIPDLEN 0040 00000064 HIPDOFF 0048 IDEALFRM 0068 IDEALXST 00A8 IDLE 0048 INTERFCS 00F8 INTINSRT 0050 INTRVLTM 0028 INVREQRT 0058 IOWAIT 0040 IRQ 0030 KERNLCPU 0020 LCHAVGBS 0020 LCHBSY0 0028 LCHBSY1 0030 LCHBSY2 0038 LCHBSY3 0040 LCHBSY4 0048 LCHBSY5 0050 LCHBSY6 0058 LCHBSY7 0060 LCHBSY8 0068 LCHBSY9 0070 LCHGRP 0004 LCHGRPQ 000C LCHNDCNT 008C LCHNDLEN 0078 00000120 LCHNDOFF 0088 LCHPID 0000 LCHPRBSY 0018 LCHSHR 0010 LGRAIOS 0070 LGRCNQDI 0078 LGRCQDIO 0080 LGRDCNT 00E4 LGRDEST 001C LGRDLEN 0098 00000152 LGRDOFF 00E0 LGREVTT 0000 LGRFINCD 0024 LGRISSR 0004 LGRPASS 0038 LGRPG1P 0040 LGRPGIP 0048 LGRPGN1P 0050 LGRPGNP 0058 LGRPGTOT 0060 LGRQUIES 0030 LGRRELOT 0028 LGRRES1 0094 LGRROPT1 0088 LGRROPT2 008C LGRSOPT1 0090 LGRSRC 0014 LGRUSER 000C LGRVDEV 0068 LINXDCNT 006C LINXDOFF 0068 LNGPGIRT 0038 LNGPGORT 0040 LNXFLAG 0160 LNXPRDID 0150 LNXTIME 0168 LOCKDATA 003C LOCKDATB 0058 LOCKPAGS 0148 LOKEXCT 0020 LOKEXPC 0030 LOKEXTM 0028 LOKNAME 0000 LOKSHCT 0038 LOKSHPC 0048 LOKSHTM 0040 LOKTLCT 0008 LOKTLPC 0018 LOKTLTM 0010 LPADCNT 0034 LPADLEN 0090 00000144 LPADOFF 0030 LPARBSYS 00B0 LPARBUSY 0010 LPARCAP 005C LPARGCPN 0080 LPARGCPV 0088 LPARLGLD 0060 LPARLOAD 0018 LPARLPCT 0020 LPARMSPC 0028 LPARMTDP 007C LPARNAME 0004 LPARNUM 0000 LPAROVER 0030 LPAROVHD 0038 LPARPTYP 0070 LPARSTAT 0040 LPARTCAP 0074 LPARUPID 0058 LPARVMLD 0068 LPARWAIT 0044 LPARWGHT 0048 LPENAME 0004 LPENBUSY 0048 LPENCAP 0014 LPENCPU 0030 LPENCPUH 0090 LPENDCNT 0074 LPENDOFF 0070 LPENGCPN 007C LPENGCPV 0088 LPENLGLD 0060 LPENLOAD 0020 LPENLPCT 0010 LPENMSPC 0038 LPENMTDP 0078 LPENOVER 0050 LPENOVHD 0040 LPENPHYS 0058 LPENPTYP 002C LPENRSV1 0094 LPENSTAT 0028 LPENTCAP 0070 LPENUM 0000 LPENUPID 000C LPENVMLD 0068 LPENWAIT 001C LPENWGHT 0018 LUSERID 0000 MAXCACHE 0008 MAXIBUFQ 0068 MAXOBUFQ 0070 MDCBIAS 00A0 MDCBSXST 00D8 MDCDCNT 007C MDCDLEN 0138 00000312 MDCDOFF 0078 MDCRDHRT 0130 MDCRDRAT 0020 MDCWRRTE 0128 MAXFRMS 0088 MAXXST 00C0 MIGOBLKF 0058 MINFRMS 0080 MINXST 00B8 NETABRT 0110 NETDONE 0108 NETNELG 0118 NETTOT 0120 NICECPU 0028 NSPBUFF 0130 NSPLINX 0138 NTRVRATE 00B8 NUSRDCNT 0064 NUSRDLEN 0078 00000120 NUSRDOFF 0060 OFFSTORF 0120 PAGERATE 00C0 PAGERATW 0040 PAGETYPE 0018 PAGEWRRT 0048 PAGINDEX 00C8 PAGREADS 0048 PAGSSCH 0060 PAGSTOR 0158 PAGWRTS 0050 PARTSIZE 0000 PCTPAGE 00CC PCTSPOL 00D0 PCTTDSK 00D4 PENDTIME 0040 PERCHIGH 0090 PERCMAIN 0080 PERCSWAP 00B8 PERFULL 0020 PGALLOC 00D0 PGDELRT 0090 PGDELXST 00C8 PGFTMAJ 00D8 PGFTMIN 00E0 PGINRT 0030 PGMVBL2G 0028 PGOUTRT 0038 PGRDBLKF 0050 PGWRBLKF 0054 PHYSBUSY 0050 PKTRECV 0100 PKTSENT 0108 PROCDLEN 0098 00000152 PTKEYEC 0000 PTKLEVEL 0010 PTKVERS 0008 QSV 000C RAWBLKIP 00A8 RCVBYTES 0030 RCVPCKTS 0038 READREQ 0028 REGBUFPL 00D0 RESELWAT 00D8 RESPAGES 0058 RESPAG2G 0060 RESRVED1 00F4 RESVSTOR 0178 RUNABLE 0050 RUN1MIN 0060 RUN15MIN 0070 RUN5MIN 0068 SACBLKPL 00E8 SCSIDCNT 00DC SCSIDLEN 0100 00000256 SCSIDOFF 00D8 SCZBKRD 0028 SCZBKRT 0030 SCZBKWR 002C SCZBKWT 0038 SCZBYTS 0004 SCZDVNO 0000 SCZEATT 0024 SCZKBRT 0008 SCZP1RD 0040 SCZP1RT 0048 SCZP1WR 0044 SCZP1WT 0050 SCZP2RD 0058 SCZP2RT 0060 SCZP2WR 005C SCZP2WT 0068 SCZP3RD 0070 SCZP3RT 0078 SCZP3WR 0074 SCZP3WT 0080 SCZP4RD 0088 SCZP4RT 0090 SCZP4WR 008C SCZP4WT 0098 SCZP5RD 00A0 SCZP5RT 00A8 SCZP5WR 00A4 SCZP5WT 00B0 SCZP6RD 00B8 SCZP6RT 00C0 SCZP6WR 00BC SCZP6WT 00C8 SCZP7RD 00D0 SCZP7RT 00D8 SCZP7WR 00D4 SCZP7WT 00E0 SCZP8RD 00E8 SCZP8RT 00F0 SCZP8WR 00EC SCZP8WT 00F8 SCZPCCT 0020 SCZSKRT 0018 SCZXFRT 0010 SEGFREE1 006C SEGLEN 0070 00000112 SEGSRCVE 0060 SEGSRECV 0048 SEGSRXMI 0058 SEGSXMIR 0068 SEGSXMIT 0050 SEGUSER 0064 SERVTIME 0048 SESSTIME 0028 SHARED 0098 SHARSTOR 0130 SHRD 0004 SINGFLTS 00E0 SMCR2GDC 00A0 SMCRCT2G 00B0 SMCRFRQW 00A8 SMLBUFPL 00D8 SOCKBLKL 00B0 SOFTIRQ 0038 SPLKDLEN 0050 00000080 SPNNDCNT 00B4 SPNNDOFF 00B0 SPRDRATE 0068 SPWRRATE 0070 SRVRNAME 0000 SRVRNAMU 0000 SSIDCNT 00D4 SSIDLEN 0010 00000016 SSIDOFF 00D0 SSIRES1 000C SSISLOT 0000 SSISYSID 0004 SSTORUTL 0140 STARTCYL 0024 STBYSTOR 0170 STEALTM 0148 STINVRT 0098 STINVXST 00D0 STORSIZE 0068 STORUTIL 0160 STRAGESZ 0080 STRRSDMX 0098 STRRSVPG 0090 STRAGINC 0088 SWAPIN 00C0 SWAPOUT 00C8 SYSDCNT 0024 SYS2DCNT 00C4 SYS2DLEN 00D8 00000216 SYS2DOFF 00C0 SYSDLEN 01C0 00000448 SYSDOFF 0020 SYSDPAP 00E8 SYSITR 00F0 SYSSTORF 0128 TCPBLKPL 00C0 TCPCSESS 0010 TCPDCNT 005C TCPDLEN 00F8 00000248 TCPDOFF 0058 TIMEOUT 0010 TIMESESS 0020 TNYBUFPL 00E0 TOTCPU 0010 TOTHIGH 0088 TOTMAIN 0078 TOTPROC 0058 TOTREAL 0078 TOTSEGS 0058 TOTSTOR 0118 TOTSWAP 00B0 TOTTCPIN 0028 TOTTCPOU 0030 TOTUDPIN 0038 TOTUPDOU 0040 TOTUSLOT 0028 TOTXSTAV 0180 TOTXSTCP 0190 TOTXSTUS 0188 TRIPTSTH 0048 TRIPTVAR 0050 TRTABSZ 0150 TRVRATE 00F8 TSKWFRCT 0164 TSKWPGRT 0168 TVRATIO 0100 UACKSEGS 0060 UDPBLKPL 00C8 UDPCSESS 0018 UPDENDA 0038 UPDENDB 0054 UPDSTRTA 0034 UPDSTRTB 0050 UPDTIMEA 002C UPDTIMEB 0048 USERCPU 0018 USERID 0004 USERNAME 0008 USERQ 0108 VDKNDCNT 00AC VDKNDOFF 00A8 VDSDEVNM 0008 VDSIBR 0098 VDSIOS 0020 VDSKDLEN 00A0 00000160 VDSKMPG 0020 VDSKMSF 0010 VDSKSYSL 0000 VDSKUSRL 0008 VDSKXSF 0018 VDSLINK 0018 VDSNAME 0078 VDSPLOK 0060 VDSPNPS 0070 VDSPRDS 0030 VDSPRES 0058 VDSPRIV 0090 VDSPWRT 0038 VDSPXST 0068 VDSSIZE 0010 VDSSTLS 0028 VDSUID 0000 VDSXMIG 0050 VDSXRDS 0040 VDSXWRS 0048 VIRTCPU 0008 VIRTPCT 0030 VIRTSECS 0038 VLLID 0048 VOLSER 0050 VOLSERX 0030 VSEVIBF 0128 VSEVIQO 0130 VSEVLAR 0120 VSEVLAX 0118 VSEVLDE 00E0 VSEVLIN 00D0 VSEVLVL 0148 VSEVMKR 0108 VSEVMRX 0100 VSEVMTO 0110 VSEVMTX 00F8 VSEVOBF 0138 VSEVOQO 0140 VSEVREQ 00D8 VSEVRXD 00F0 VSEVTXD 00E8 VSGBLPA 016C VSGBMFS 0168 VSGBPBC 0164 VSGBPBR 015C VSGBPBS 0160 VSGCONF 0158 VSGVGRP 0078 VSGVIPA 0091 VSGVISO 0154 VSGVLAY 00C8 VSGVMAC 0080 VSGVMGI 00BE VSGVOPN 0150 VSPCI 0070 VSPCR 0068 VSRED 0058 VSSYN 0060 VSWDCNT 0054 VSWDLEN 0178 00000376 VSWDOFF 0050 VSWRES1 0174 VSWRT 0050 WAINDCNT 00BC WAINDOFF 00B8 WAITACT 0008 WAITCFW 0028 WAITCPU 0010 WAITDLEN 0060 00000096 WAITELIG 0058 WAITING 0054 WAITIOA 0038 WAITIOP 010C WAITIOW 001C WAITLDG 0014 WAITLIML 0040 WAITOTH 0044 WAITPACT 003C WAITPAGP 0110 WAITPGW 0018 WAITRSV1 0058 WAITRUN 000C WAITSIM 0020 WAITSVDM 0034 WAITSVEL 0030 WAITSVTI 002C WAITTIW 0024 WAITUIQ0 0048 WAITUIQ1 004C WAITUIQ2 0050 WAITUIQ3 0054 WAITWKLD 0000 WKLDACTV 0130 WKLDAVIO 0118 WKLDB2G 00B0 WKLDCNT 002C WKLDDAIO 0110 WKLDDASD 00E8 WKLDDI98 0120 WKLDDSOW 00A0 WKLDLEN 0158 00000344 WKLDMDCI 0148 WKLDOFF 0028 WKLDPGLG 00E0 WKLDPGLK 00D8 WKLDPGST 00A8 WKLDRVPG 00D0 WKLDSHR 00F0 WKLDSHRM 00F8 WKLDSIO 0108 WKLDSPGR 0140 WKLDSPGS 0138 WKLDTVRT 0100 WKLDURIO 0128 WKLDXMG 00C8 WKLDXRD 00B8 WKLDXWR 00C0 WKLXATT 0070 WKLXMOV 0078 WKLXPAG 0080 WKRESV1 009C WKVCPU 0098 WORKLOAD 0000 WRITEREQ 0030 WSS 0088 XFERDUNI 0028 XFERMSGS 0020 XFERTDUN 0010 XFERTMSG 0008 XMITBYTS 0018 XMITCOLL 0140 XMITERR 0128 XMITPCKD 0028 XMITPCKT 0020 XSTALLOC 01A8 XSTBLKAG 01B0 XSTBLKMG 01B8 XSTMIGLW 01A0 ZVMLEVEL 0020 ZVMVERS 0018
Last updated on 13 September 2022 at 16:02:00.
Copyright IBM Corporation, 2006, 2022