ERBASIG3 - Address space identification table

  Offsets Name Length Format Description
Dec Hex
ASIG3 Header Section:
0 0 ASIASIG3 5 EBCDIC Acronym ‘ASIG3’
5 5 ASIVERG3 1 binary Control block version X'16'
6 6 ASIHDRLE 1 binary Length of ASIG3 header
7 7 * 1 * Reserved
8 8 ASIENTMX 4 binary Number of table entries
12 C ASIENTNR 4 binary Index of last table entry
16 10 ASIENTLN 4 binary Length of one entry
20 14 ASISSTVO 4 binary Offset to service-class-served table
24 18 * 8 * Reserved
32 20 ASIENTRY(*) * * Array of all ASID table entries
ASIG3 Table Entry Section:
0 0 ASIENIDX 2 binary Index of this table entry
2 2 ASIPREVI 2 binary Index of the previous table entry for the same address space (ASID)
4 4 ASIJOBNA 8 EBCDIC Jobname for this address space id (ASID). This and the next 5 offsets describe the sort criteria for the address space (ASID). RMF creates a new entry whenever the JOBNAME changes for the address space.
12 C ASINPG 2 binary Control performance group
14 E * 1 * Reserved
15 F ASIDMNN 1 binary Domain
16 10 ASIASINR 2 binary ASID number
18 12 ASIFLAG1 2 binary Job flags
Bit
Meaning When Set
0
Started task
1
Batch job
2
TSO ASID
3
ASCH ASID
4
OMVS ASID
5-15
Reserved
20 14 ASICPUTA 4 binary Total TCB+SRB time (in milliseconds)1
24 18 ASIDCTIA 4 binary Total channel connect time (in 128 microsecond units)1
28 1C ASIFIXA_VE 4 floating point Number of central fixed frames1
32 20 ASITRCA 4 binary Total number of transactions1
36 24 ASIFMCT_VE 4 floating point Number of frames for swapped-in users1
40 28 ASIFMCTI_VE 4 floating point Number of frames for idle users1
44 2C ASIESF_VE 4 floating point Number of expanded storage frames for swapped-in users1
48 30 ASIESFI_VE 4 floating point Number of expanded storage frames for idle users1
52 34 ASISMPCT 2 binary Number of valid samples
54 36 ASISWAP 2 binary Number of samples when job was physically swapped-out
56 38 ASIIDLE 2 binary Number of samples when job was idle
58 3A ASISWAR 2 binary Number of samples when job was swapped-out ready
60 3C ASIACT 2 binary Active using or delayed count
62 3E ASIUKN 2 binary Number of samples when job status was unknown
64 40 ASISUSEN 2 binary Number of single state using samples
66 42 ASISUCPR 2 binary Number of single state samples using processor (PROC)
68 44 ASISUCDV 2 binary Number of single state samples using device (DEV)
70 46 ASISWAIN 2 binary Number of single state samples delayed by any resource
72 48 ASISDCPR 2 binary Number of single state samples delayed by the processor (PROC)
74 4A ASISDCDV 2 binary Number of single state samples delayed by device (DEV)
76 4C ASISDCST 2 binary Number of single state samples delayed by paging or swapping (STOR)
78 4E ASISDCJE 2 binary Number of single state samples delayed by JES
80 50 ASISDCHS 2 binary Number of single state samples delayed by HSM
82 52 ASISDCEN 2 binary Number of single state samples delayed by ENQ
84 54 ASIVECTA 4 binary Total accumulated vector processor time
88 58 ASISDCSU 2 binary Number of single state samples delayed by SUBS
90 5A ASISDCOP 2 binary Number of single state samples delayed by OPER
92 5C ASISDCMS 2 binary Number of single state samples delayed by OPER MESSAGE
94 5E ASISDCMT 2 binary Number of single state samples delayed by OPER MOUNT
96 60 ASIPAGES 2 binary Page delay
98 62 ASISWAPS 2 binary Swap delay
100 64 ASIDIV_VE 4 floating point Number of DIV frames
104 68 ASIAUXSC_VE 4 floating point Number of auxiliary slots
108 6C ASIPINA 4 binary Page-in counts
112 70 ASIDIVCT 2 binary Number of DIV invocations
114 72 ASIACTHF 2 binary Number of address spaces active and holding storage counter
116 74 ASISWAPI 2 binary Number of address spaces swapped in (not logically and not physically swapped
118 76 ASISDCXC 2 binary Number of single state samples delayed by XCF - part of subs
120 78 ASIJCLAS 8 EBCDIC Job class, Source: OUCBCLS
128 80 ASIPINES 4 binary Expanded storage page-in count
132 84 ASIFLAG2 4 binary Common storage flags
Bit
Meaning When Set
0
CSA amounts incomplete
1
SQA amounts incomplete
2
APPC initiator
3
BATCH initiator
4-31
Reserved
136 88 ASICSASC 4 binary CSA sample count
140 8C ASISQASC 4 binary SQA sample count
144 90 ASICSAA 4 floating point CSA allocation
148 94 ASISQAA 4 floating point SQA allocation
152 98 ASIECSAA 4 floating point ECSA allocation
156 9C ASIESQAA 4 floating point ESQA allocation
160 A0 ASIJLCYC 4 binary Time-offset when this job was last found in the system, expressed in CYCLE time units.
164 A4 ASIJOBST 8 EBCDIC Job selection time in GMT
172 AC ASIJESID 8 EBCDIC JES ID
180 B4 ASITET 4 binary Transaction elapsed time, in 1024 microsecs units
184 B8 ASISRBTA 4 binary Total accumulated SRB time
188 BC ASIIOCNT 4 binary IO count
192 C0 ASILSCT 2 binary Count of "long" logical swaps
194 C2 ASIESCT 2 binary Count of "long" swaps to expanded storage
196 C4 ASIPSCT 2 binary Count of "long" physical swaps
198 C6 ASILSCF 4 floating point Sum of all central frames for logically swapped user at all samples.
202 CA ASILSEF 4 floating point Sum of all expanded frames for logically swapped user at all samples.
206 CE ASILSSA 2 binary Total logically swapped samples
208 D0 ASIPSEF 4 floating point Sum of all expanded frames for swapped user (except logical) at all samples.
212 D4 ASIPSSA 2 binary Total swapped samples (except logical)
214 D6 ASIORTI 2 binary STOR/OUTR delay samples for swap reason 1: Terminal input wait
216 D8 ASIORTO 2 binary STOR/OUTR delay samples for swap reason 2: Terminal output wait
218 DA ASIORLW 2 binary STOR/OUTR delay samples for swap reason 3: Long wait
220 DC ASIORXS 2 binary STOR/OUTR delay samples for swap reason 4: Aux. storage shortage
222 DE ASIORRS 2 binary STOR/OUTR delay samples for swap reason 5: Real storage shortage
224 E0 ASIORDW 2 binary STOR/OUTR delay samples for swap reason 6: Detected long wait
226 E2 ASIORRQ 2 binary STOR/OUTR delay samples for swap reason 7: Requested swap
228 E4 ASIORNQ 2 binary STOR/OUTR delay samples for swap reason 8: Enqueue exchange swap
230 E6 ASIOREX 2 binary STOR/OUTR delay samples for swap reason 9: Exchange swap
232 E8 ASIORUS 2 binary STOR/OUTR delay samples for swap reason 10: Uniliteral swap
234 EA ASIORTS 2 binary STOR/OUTR delay samples for swap reason 11: Transition swap
236 EC ASIORIC 2 binary STOR/OUTR delay samples for swap reason 12: Improve central storage usage
238 EE ASIORIP 2 binary STOR/OUTR delay samples for swap reason 13: Improve system paging rate
240 F0 ASIORMR 2 binary STOR/OUTR delay samples for swap reason 14: Make room for an out too long user
242 F2 ASIORAW 2 binary STOR/OUTR delay samples for swap reason 15: APPC wait
244 F4 ASIORIW 2 binary STOR/OUTR delay samples for swap reason 16: OMVS input
246 F6 ASIOROW 2 binary STOR/OUTR delay samples for swap reason 17: OMVS output
248 F8 ASIRCLX 2 binary Report-class-list index
250 FA ASIORSR 2 binary STOR/OUTR delay samples for swap reason 18: In-real swap
252 FC ASICPUC 2 binary CPU capping delay
254 FE ASIACOM 2 binary Common paging
256 100 ASIAPRV 2 binary Private paging
258 102 ASIAVIO 2 binary VIO paging
260 104 ASIASWA 2 binary Swapping
262 106 ASIUNKN 2 binary Unknown count for calculating execution velocity
264 108 ASICCAP 2 binary Resource capping delay
266 10A ASICQUI 2 binary Quiesce delay
268 10C ASIAXM 2 binary Cross-memory delay
270 10E ASIAHSP 2 binary Hiperspace™ delay
272 110 ASICUSE 4 binary CPU using
276 114 ASITOTD 4 binary Total delays for calculating execution velocity
280 118 ASISRVO 4 binary Offset from service-class-served table-header to corresponding row
284 11C ASITOTSV 4 floating point Total number of shared page views in this address space
288 120 ASISVINR 4 floating point Total number of shared pages in central storage that are valid for this address space
292 124 ASISPVLC 4 floating point Total number of shared page validations in this address space
296 128 ASIGSPPI 4 floating point Total number of shared page-ins from auxiliary storage for this address space
300 12C ASIGASPD 2 binary Number of single state samples delayed for shared storage paging
302 12E * 2 * Reserved
304 130 ASIOREPL 4 binary Number of outstanding replies
308 134 ASITOTU 4 binary Number of multi-state using samples
312 138 ASIIOU 4 binary Number of multi-state I/O using samples
316 13C ASIASSTA 4 binary Additional SRB time
320 140 ASIPHTMA 4 binary Preemptable-class SRB time
324 144 ASIMSTS 4 binary Miscellaneous states.
Bit
Meaning When Set
0
Address space is OMVS related
1
Address space matched a classification rule in the active policy which prevents managing the region based on the response time goals of its served transactions
2
CPU protection was assigned either to the address space or to transaction service classes being served by the space, and SRM is honoring the protection
3
Storage protection was assigned either to the address space or to transaction service classes being served by the space, and SRM is honoring the protection
4
This address space provides service to transactions classified to a different class than the address space itself
5
WLM is managing this address space to meet the goals of work in other service classes
6
Address space is a CICS TOR that matched a classification rule in the active policy which allows managing the region based on the region goals but also ensures that completed transactions are reported and used for management of the CICS AORs
7
I/O priority group HIGH was assigned either to the address space or to transaction service classes served by the address space
8-31
Reserved
328 148 ASISUCIF 2 binary Number of single state samples using zAAP
330 14A ASISUCIC 2 binary Number of single state samples using zAAP on CP
332 14C ASISDCIF 2 binary Number of single state samples delayed by zAAP
334 14E ASISDCCP 2 binary Number of single state samples delayed by standard CP
336 150 ASICPTA 4 binary Accumulated CPU time
340 154 ASIIFATA 4 binary Accumulated zAAP time
344 158 ASIIFCTA 4 binary Accumulated zAAP on CP time
348 15C ASIMCUSE 4 binary Multi state processor using count
352 160 ASIMCDLY 4 binary Multi state processor delay count
356 164 ASISUCCP 2 binary Number of single state samples using standard CP
358 166 ASISUCSP 2 binary Number of single state samples using zIIP
360 168 ASISUCSC 2 binary Number of single state samples using zIIP on CP
362 16A ASISDCSP 2 binary Number of single state samples delayed by zIIP
364 16C ASI_TIME_ON_ZIIP 4 binary Accumulated zIIP time
368 170 ASI_ZIIP_TIME_ON_CP 4 binary Accumulated zIIP on CP time
372 174 ASI_IFA_PHTM 4 binary zAAP-only equivalent of ASIPHTMA
376 178 ASI_ZIIP_PHTM 4 binary zIIP-only equivalent of ASIPHTMA
380 17C ASI_LargeMemoryObjects 4 floating point Number 1 MB memory objects allocated 1
384 180 ASI_LargePagesBackedInReal 4 floating point Number of 1 MB frames backed in central storage 1
388 184 ASI_LVNMOMB 4 floating point Number of high virtual private memory objects allocated 1
392 188 ASI_HVCommonNMOMB 4 floating point Number of high virtual common memory objects allocated 1
396 18B ASI_LVSHRNMOMB 4 floating point Number of high virtual shared memory objects allocated 1
400 190 ASI_LVABytes 8 floating point Amount of storage allocated from high virtual private memory in memory objects 1
408 198 ASI_HVCommonBytes 8 floating point Amount of storage allocated from high virtual common memory in memory objects 1
416 1A0 ASI_LVSHRBytes 8 floating point Amount of storage allocated from high virtual shared memory in memory objects 1
424 1A8 ASI_HVCommonHWMBytes 8 floating point High water mark for the amount of high virtual common storage allocated 1
432 1B0 ASI_LVMemLim 8 floating point Address space memory limit in MB 1
440 1B8 * 424 * Reserved
864 360 ASI_1MBFixedFrames 4 floating point Number of 1 MB page-fixed frames used for pageable/DREF memory objects 1
868 364 ASI_1MBPageableFrames 4 floating point Number of 1 MB pageable/DREF frames 1
1 Sum of all values obtained at each sample. To obtain average values, divide by the number of valid samples (ASISMPCT).
Parent topic: Monitor III data set record and table formats