The Language Environment IPCS VERBEXIT LEDATA generates formatted output of the Language Environment runtime environment control blocks from a system dump. The following example illustrates the output produced when the LEDATA VERBEXIT is invoked with the ALL parameter. (Ellipses are used to summarize some sections of the dump.) The system dump being formatted was obtained by specifying the TERMTHDACT(UADUMP) runtime option when running the program CELSAMP in Figure 1.
Sections of the Language Environment LEDATA VERBEXIT formatted output describes the information contained in the formatted output. For reference, the sections of the sample dump are numbered to correspond with the descriptions of the formatted output.
Figure 1. Example of formatted output from LEDATA VERBEXIT (Part
1 of 18)
ALL
********************************************************************************
LANGUAGE ENVIRONMENT DATA
********************************************************************************
Language Environment Product 04 V01 R0D.00
[1] TCB: 008E6968 LE Level: 19 ASID: 01A9
[2] Active Members: C/C++
[3] CEECAA: 21616BB8
+000000 FLAG0:00 LANGP:08 BOS:21D71018 EOS:00000000
+000044 TORC:00000000 TOVF:80011410 ATTN:2160CF80
+00015C HLLEXIT:00000000 HOOK:50C0D064 0DC058C0 C0060DCC
+0001A4 DIMA:000092A4 ALLOC:0700C3C8 STATE:0700C3C8
+0001B0 ENTRY:0700C3C8 EXIT:0700C3C8 MEXIT:0700C3C8
+0001BC LABEL:0700C3C8 BCALL:0700C3C8 ACALL:0700C3C8
+0001C8 DO:0700C3C8 IFTRUE:0700C3C8 IFFALSE:0700C3C8
+0001D4 WHEN:0700C3C8 OTHER:0700C3C8 CGOTO:0700C3C8
+0001F0 CGENE:216127E8 CRENT:21D6E148 CTHD:216109F0
+000210 EDCV:A1BD931C CEDB:21611AB8 EDCOV:21BD0614
+000258 TCASRV_USERWORD:00000000 TCASRV_WORKAREA:2160C760
+000260 TCASRV_GETMAIN:00000000 TCASRV_FREEMAIN:00000000
+000268 TCASRV_LOAD:8000DDA0 TCASRV_DELETE:8000DCC0
+000270 TCASRV_EXCEPTION:00000000 TCASRV_ATTENTION:00000000
+000278 TCASRV_MESSAGE:00000000 LWS:00000000 SAVR:A1BDB2CA
+0002AC SYSTM:03 HRDWR:03 SBSYS:02 FLAG2:B0 LEVEL:19
+0002B1 PM:04 GETLS:8000F0F0 CELV:A1618000 GETS:8000F198Figure 2. Example of formatted output from LEDATA VERBEXIT (Part
2 of 18)
+0002C0 LBOS:00015000 LEOS:00000000 LNAB:00015018
+0002CC DMC:00000000 ABCODE:00000000 RSNCODE:00000000
+0002D8 ERR:21D72618 GETSX:80010900 DDSA:21617660
+0002E4 SECTSIZ:00000000 PARTSUM:00000000
+0002EC SSEXPNT:00000000 EDB:216157D0 PCB:21615320
+0002F8 EYEPTR:21616BA0 PTR:21616BB8 GETS1:800109A8
+000304 SHAB:00000000 PRGCK:00000004 FLAG1:00 URC:00000000
+000314 ESS:00000000 LESS:00000000 OGETS:80010F88
+000320 OGETLS:00000000 PICICB:00000000 GETSX:00000000 GOSMR:0000
+000330 LEOV:A17372F0 SIGSCTR:00000000 SIGSFLG:00000000
+00033C THDID:27ACD200 00000000 DCRENT:00000000
+000348 DANCHOR:00000000 CTOC:00000000 RCB:216150F0
+000354 CICSRSN:00000000 MEMBR:21617700
+00035C SIGNAL_STATUS:00000008 HCOM_REG7:00000000
+000364 STACKFLOOR:7FFFFFFF HPGETS:00000000 EDCHPXV:00000000
+000370 FOR1:00000000 FOR2:00000000 THREADHEAPID:2161753C
+00037C SYS_RTNCODE:00000000 SYS_RSNCODE:00000000 GETFN:A1796030
+000390 SIGNGPTR:21D6E170 SIGNG:00000001 FORDBG:00000000
+00039C AB_STATUS:00 STACKDIRECTION:00 AB_GR0:00000000
+0003A4 AB_ICD1:00000000 AB_ABCC:00000000 AB_CRC:00000000
+0003B0 GTS:8000EA48 LERN5N1:00000000 HERP:A16CF3D8
+0003BC USTKBOS:00000000 USTKEOS:00000000
+0003C4 USERRTN:00000000 UDHOOK:A7F4FEE8 A7F40224
+0003D0 HPXV_B:A16BC790 HPXV_M:A17C1BD8 HPXV_L:A170CE90
+0003DC HPXV_O:A178E650 4VEC3:218D235C DLLF:22128D80
+0003E8 SAVSTACK:00000000 USER_WORD:00000000
+0003F4 SAVSTACK_ASYNC:00000000 SMCB:21617428 ERRCM:2160CF38
+000538 MIB_PTR:00000000 STV:00 A_ISA:00000000
+000544 ISA_SIZE:00000000 PTATPTR:00000000 SIGSSDSA1:00
+00054D SIGSSDSA2:00 STACKUNSTABLE:00 STACK_FLAG:00
+000550 SQELADDR:2160F178 VBA:21D6D040 TCS:22128978
+000564 THDSTATUS:00000000 TICB_PTR:2160E428
+0005AC FWD_CHAIN:21616BB8 BKWD_CHAIN:21616BB8 TCB@:008E6968
+000804 SS_TOP_D:7FFFFFFF SS_DSA_U:00000000 DLLFFLAG:00
[4] CEEDLLF: 22128D80
+000000 EYE:CEEDLLF VERSION:01 FLAGS:00 SIZE:0060 SERVICE:04
+00000D REFERENCE_TYPE:02 LOAD_TYPE:00 PREV:22128D20
+00001C NEXT:22128A20 FBTOK:00000DF6 41C3C5C5 00000000 (CEE3574I)
+000034 DLL_NAME:22128DE8 SYMBOL_NAME:22128DF8
+000040 DLL_NAME_LEN:00000006 SYMBOL_NAME_LEN:0000000F
+000048 RETCODE_1:00000000 RSNCODE_1:00000000
+000050 RETCODE_2:00000000 RSNCODE_2:00000000
CEEDLLF_DLL_NAME: 22128DE8
+000000 22128DE8 C3C5D3C4 D3D3AAAA 22127000 00000018 95819485 6D9596A3 6D89956D 849393AA |CELDLL..........name_not_in_dll.|
CEEDLLF_SYMBOL_NAME: 22128DF8
+000000 22128DF8 95819485 6D9596A3 6D89956D 849393AA 22127000 00000018 95819485 6D9596A3 |name_not_in_dll.........name_not|
Figure 3. Example of formatted output from LEDATA VERBEXIT (Part
3 of 18)
[5] CEEPCB: 21615320
+000000 PCBEYE:CEEPCB SYSTM:03 HRDWR:03 SBSYS:02 FLAG2:88
+00000C DBGEH:00000000 DMEMBR:21615558 ZLOD:A1809A80
+000020 ZDEL:A1800858 ZGETST:A18070E0 ZFREEST:A1806CD0
+00002C LVTL:2160ABF0 RCB:216150F0 SYSEIB:00000000
+000038 PSL:00000000 PSA:216157D0 PSRA:A1806F78
+000044 OMVS_LEVEL:7FC00000 PCB_CHAIN:00000000
+00004C PCB_VSSFE:00011044 PCB_PRFEH:00000000
+000056 HABD_CLEANUP:0000 LPKA_LODTYP:00000003 IMS:00000000
+00008C ABENDCODE:00000000 REASON:00000000 F3456:000080C2
+000098 MEML:21615540 MEMBR:21615558 PCB_EYE:00000000
+0000A4 PCB_BKC:00006010 PCB_FWC:00000000
+0000AC PCB_R14:A160451E PCB_R15:00007000 PCB_R0:7D000009
+0000B8 PCB_R1:00006000 PCB_R2:21604328 PCB_R3:00000000
+0000C4 PCB_R4:00000000 PCB_R5:00000000 PCB_R6:00000000
+0000D0 PCB_R7:00000000 PCB_R8:216039E8 PCB_R9:008E6B30
+0000DC PCB_R10:00000000 PCB_R11:A160444A
+0000E4 PCB_R12:00000000 CELV24:00000000 CELV31:A1618000
+0000F0 SLDR:8000DE90 SECTSIZ:00000000 PARTSUM:00000000
+0000FC SSEXPNT:00000000 BMPS:216190F0 BMPE:21691850
+000108 BLEHL:2160A6C8 BCMXB:216151A0 BSTV:02 PM_BYTE:00
+000112 INI_AMODE:00 FLAGS1:28 ISA:21605000
+000118 ISA_SIZ:00012860 SRV_CNT:00000000
+000120 SRV_UWORD:00000000 WORKAR:00000000 LOAD:0000E320
+00012C DELETE:0000E080 GETSTOR:8000EFB0 FREESTOR:8000EC78
+000138 EXCEPT:00000000 ATTN:00000000 MSGS:00000000
+000144 ABEND:00008830 MSGOU:0000A9C0 GLAT:A1735528
+000150 RLAT:A177D9D8 ELAT:A172BCE0 1PTQ:A178FF48
+00015C 1ENV:A178F5D0 DBG_LODTYP:FFFFFFFF DUMMY_STK:21605010
+000168 DUMMY_LIB:00000000 DUMMY_CAA:21609018
+000170 TST_LVL:FFFFFFFF GETCAA:21615300 SETCAA:21615308
+00017C LLTPTR:21609FA8 AUE:00000000 RC:00000000
+000188 REASON:00000000 RC_MOD:00000000 AUE_UWORD:00000000
+000194 FB_TOKEN:............ EOV:A17372F0 PPA:21EA4F44
+0001A8 PPA_SIZ:00000A00 BELOW:21614FE0 BELOW_LEN:00002880
+0001B4 PICB:2160C5B8 UTL1:00000008 ZINA:A18082A0
+0001C0 ZINB:800115E0 XPLINKFLAGS:00 FLAGS5:80
+0001D4 LANGINIT:00000001 00000000 00000000 00000000 0000
+0001E8 NUMINIT:00000001 LASTINIT:00000003
+0001F0 LANGREUSE:00000000 00000000 00000000 00000000 0000
+000202 REUSEMEMS:00000000 00000000 00000000 00000000 0000
CEEMEML: 21615558
+000000 MEMLDEF:........ EXIT:21694FC8 LLVTL:00000000
[6] CEERCB: 216150F0
+000000 EYE:CEERCB SYSTM:03 HRDWR:03 SBSYS:02 FLAGS:88
+000014 DMEMBR:21609E80 ZLOD:A180B590 ZDEL:A18025E8
+000020 ZGETST:A18070E0 ZFREEST:A1806CD0 VERSION_ID:04010D00
+00003C PMADDR:00000000
[7] CEEEDB: 216157D0
+000000 EYE:CEEEDB FLAG1:D7 BIPM:00 BPM:00
+00000B CREATOR_ID:01 MEMBR:21616A78 OPTCB:21615F18
+000014 URC:00000000 RSNCD:00000000 DBGEH:00000000
+000020 BANHP:21615D20 BBEHP:21615D50 BCELV:A1618000
+00002C PCB:21615320 ELIST:00000000 PL_ASTRPTR:00000000
+000038 DEFPLPTR:216158F0 CXIT_PAGE:00000000
+000040 DEBUG_TERMID:00000000 PARENT:00000000 R13_PARENT:00006010
+000054 LEOV:A17372F0 ENVAR:2160CA08 ENVIRON:21D6E190
+000060 CEEOSIGR:0000D590 OTRB:21EA4000 PSA31:21613FE0
+00006C PSL31:00001000 PSA24:21617860 PSL24:00000000
+000078 PSRA:21806DC0 CAACHAIN@:21616BB8 FLAG1A:90
+000084 CEEOSGR1:0000DC2E MEMBERCOMPAT1:00
+000090 THREADSACTIVE:00000001 CURMSGFILEDCBPTR:00012060
+000098 CEEINT_INPUT_R1:00006000 LAST_RBADDR:008E68E0
+0000A0 LAST_RBCNT:00000001
CEEMEML: 21616A78
+000000 MEMLDEF:........ EXIT:21694FC8 LLVTL:00000000
[8] PMCB: 2160C730
+000000 EYE:PMCB PREV$:00000000 NEXT$:00000000
+000010 LVT_CURR$:A1618000 LLT_CURR$:221281A8 FLAGS:20000000Figure 4. Example of formatted output from LEDATA VERBEXIT (Part
4 of 18)
[9] Language Environment Runtime Options in effect.
LAST WHERE SET Override OPTIONS
********************************************************************************
IBM-SUPPLIED DEFAULT OVR ABPERC(NONE)
IBM-SUPPLIED DEFAULT OVR ABTERMENC(ABEND)
IBM-SUPPLIED DEFAULT OVR NOAIXBLD
IBM-SUPPLIED DEFAULT OVR ALL31(ON)
IBM-SUPPLIED DEFAULT OVR ANYHEAP(0000016384,0000008192,ANY ,FREE)
IBM-SUPPLIED DEFAULT OVR NOAUTOTASK
IBM-SUPPLIED DEFAULT OVR BELOWHEAP(00008192,00004096,FREE)
IBM-SUPPLIED DEFAULT OVR CBLOPTS(ON)
IBM-SUPPLIED DEFAULT OVR CBLPSHPOP(ON)
IBM-SUPPLIED DEFAULT OVR CBLQDA(OFF)
DD:CEEOPTS OVR CEEDUMP(0000000000,SYSOUT=*,
FREE=END,SPIN=UNALLOC)
IBM-SUPPLIED DEFAULT OVR CHECK(ON)
IBM-SUPPLIED DEFAULT OVR COUNTRY(US)
IBM-SUPPLIED DEFAULT OVR NODEBUG
IBM-SUPPLIED DEFAULT OVR DEPTHCONDLMT(0000000010)
DD:CEEOPTS OVR DYNDUMP(POSIX.DEBUGG.HLE7780,
DYNAMIC,TDUMP)
IBM-SUPPLIED DEFAULT OVR ENVAR("")
IBM-SUPPLIED DEFAULT OVR ERRCOUNT(0000000000)
IBM-SUPPLIED DEFAULT OVR ERRUNIT(00000006)
IBM-SUPPLIED DEFAULT OVR FILEHIST
IBM-SUPPLIED DEFAULT OVR FILETAG(NOAUTOCVT,NOAUTOTAG)
DEFAULT SETTING OVR NOFLOW
IBM-SUPPLIED DEFAULT OVR HEAP(0000032768,0000032768,ANY ,
KEEP,00008192,00004096)
DD:CEEOPTS OVR HEAPCHK(ON,0000000001,0000000000,0000000010,
0000000010,
00001024,00,00001024,00)
DD:CEEOPTS OVR HEAPPOOLS(ON,
00000008,00000010,
00000032,00000010,
00000128,00000010,
00000256,00000010,
00001024,00000010,
00002048,00000010,
00000000,00000010,
00000000,00000010,
00000000,00000010,
00000000,00000010,
00000000,00000010,
00000000,00000010)
IBM-SUPPLIED DEFAULT OVR HEAPZONES(0000,ABEND,0000,ABEND)
IBM-SUPPLIED DEFAULT OVR INFOMSGFILTER(OFF)
IBM-SUPPLIED DEFAULT OVR INQPCOPN
IBM-SUPPLIED DEFAULT OVR INTERRUPT(OFF)
IBM-SUPPLIED DEFAULT OVR LIBSTACK(0000004096,0000004096,FREE)
IBM-SUPPLIED DEFAULT OVR MSGFILE(SYSOUT ,FBA ,00000121,00000000,
NOENQ)
IBM-SUPPLIED DEFAULT OVR MSGQ(0000000015)
IBM-SUPPLIED DEFAULT OVR NATLANG(ENU)
IGNORED OVR NONONIPTSTACK(See THREADSTACK)
IBM-SUPPLIED DEFAULT OVR OCSTATUS
IBM-SUPPLIED DEFAULT OVR PAGEFRAMESIZE(4K,4K,4K)
IBM-SUPPLIED DEFAULT OVR NOPC
IBM-SUPPLIED DEFAULT OVR PLITASKCOUNT(0000000020)
PROGRAMMER DEFAULT OVR POSIX(ON)
IBM-SUPPLIED DEFAULT OVR PROFILE(OFF,"")
IBM-SUPPLIED DEFAULT OVR PRTUNIT(00000006)
IBM-SUPPLIED DEFAULT OVR PUNUNIT(00000007)
IBM-SUPPLIED DEFAULT OVR RDRUNIT(00000005)
IBM-SUPPLIED DEFAULT OVR RECPAD(OFF)
DD:CEEOPTS OVR RPTOPTS(ON)
DD:CEEOPTS OVR RPTSTG(ON)
IBM-SUPPLIED DEFAULT OVR NORTEREUS
IBM-SUPPLIED DEFAULT OVR NOSIMVRD
IBM-SUPPLIED DEFAULT OVR STACK(0000131072,0000131072,ANY ,KEEP,
0000524288,0000131072)
DD:CEEOPTS OVR STORAGE(AA,BB,CC,0000000000)
DD:CEEOPTS OVR TERMTHDACT(UADUMP,CESE,00000096)
IBM-SUPPLIED DEFAULT OVR NOTEST(ALL,*,PROMPT,INSPPREF)
IBM-SUPPLIED DEFAULT OVR THREADHEAP(0000004096,0000004096,ANY ,KEEP)
IBM-SUPPLIED DEFAULT OVR THREADSTACK(OFF,0000004096,0000004096,ANY ,
KEEP,0000131072,0000131072) Figure 5. Example of formatted output from LEDATA VERBEXIT (Part
5 of 18)
PROGRAMMER DEFAULT OVR TRACE(ON,0001048576,NODUMP,LE=00000001)
IBM-SUPPLIED DEFAULT OVR TRAP(ON,SPIE)
IBM-SUPPLIED DEFAULT OVR UPSI(00000000)
IBM-SUPPLIED DEFAULT OVR NOUSRHDLR()
IBM-SUPPLIED DEFAULT OVR VCTRSAVE(OFF)
IBM-SUPPLIED DEFAULT OVR XPLINK(OFF)
IBM-SUPPLIED DEFAULT OVR XUFLOW(AUTO)
[10] Heap Storage Control Blocks
Heappools trace available. To display: IP VERBX LEDATA 'HPT(*) CAA(21616BB8)'
ENSM: 21615CD8
+000000 EYE_CATCHER:ENSM ST_HEAP_ALLOC_FLAG:00000001
+000008 ST_HEAP_ALLOC_VAL:AA000000 ST_HEAP_FREE_FLAG:00000001
+000010 ST_HEAP_FREE_VAL:BB000000 REPORT_STORAGE:21615DB4
+000018 UHEAP:C8D7C3C2 21D91018 21D91018 00008000 00008000 00002000 00001000 00000000 00
+000048 AHEAP:C8D7C3C2 21D6D000 22177000 00004000 00002000 00002000 00001000 00000000 00
+000078 BHEAP:C8D7C3C2 21615D50 21615D50 00002000 00001000 00002000 00001000 80000000 00
+0000A8 ENSM_ADDL_HEAPS:22118238
STSB: 21615DB4
+000000 EYE_CATCHER:STSB CRHP_REQ:00000002 DSHP_REQ:00000001
+00000C IPT_INIT_SIZE:00020000 NONIPT_INIT_SIZE:00020000
+000014 IPT_INCR_SIZE:00020000 NONIPT_INCR_SIZE:00020000
+00001C THEAP_MAX_STOR:00000000
Enclave Level Stack Statistics
SKSB: 21615E4C
+000000 MAX_ALLOC:00009E90 CURR_ALLOC:00003EA0
+000008 LARGEST:00009E90 GETMAINS:00000001
+000010 FREEMAINS:00000000
SKSB: 21615E74
+000000 MAX_ALLOC:000013C0 CURR_ALLOC:00000000
+000008 LARGEST:00000E00 GETMAINS:00000002
+000010 FREEMAINS:00000000
SKSB: 21615E60
+000000 MAX_ALLOC:000000D0 CURR_ALLOC:000000D0
+000008 LARGEST:000000D0 GETMAINS:00000001
+000010 FREEMAINS:00000000
User Heap Control Blocks
HPCB: 21615CF0
+000000 EYE_CATCHER:HPCB FIRST:21D91018 LAST:21D91018
HPSB: 21615DD4
+000000 BYTES_ALLOC:00005248 CURR_ALLOC:00005248
+000008 GET_REQ:00000005 FREE_REQ:00000000
+000010 GETMAINS:00000001 FREEMAINS:00000000
HPSB: 21615E88
+000000 BYTES_ALLOC:00000000 CURR_ALLOC:00000000
+000008 GET_REQ:00000000 FREE_REQ:00000000
+000010 GETMAINS:00000000 FREEMAINS:00000000
HANC: 21D91018
+000000 EYE_CATCHER:HANC NEXT:21615CF0 PREV:21615CF0
+00000C HEAPID:00000000 SEG_ADDR:A1D91018 ROOT_ADDR:21D96260
+000018 SEG_LEN:00008000 ROOT_LEN:00002DB8
This is the last heap segment in the current heap.Figure 6. Example of formatted output from LEDATA VERBEXIT (Part
6 of 18)
Free Storage Tree for Heap Segment 21D91018
Node Node Parent Left Right Left Right
Depth Address Length Node Node Node Length Length
0 21D96260 00002DB8 00000000 00000000 00000000 00000000 00000000
Map of Heap Segment 21D91018
To display entire segment: IP LIST 21D91018 LEN(X'00008000') ASID(X'01A9')
21D91038: Allocated storage element, length=00001030. To display: IP LIST 21D91038 LEN(X'00001030') ASID(X'01A9')
21D91040: C5E7F3F1 00000000 00000005 00000005 21D92070 21D92258 21D92295 21D922D2 |EX31.............R...R...R.n.R.K|
21D92068: Allocated storage element, length=00000828. To display: IP LIST 21D92068 LEN(X'00000828') ASID(X'01A9')
21D92070: 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
21D92890: Allocated storage element, length=00000CD0. To display: IP LIST 21D92890 LEN(X'00000CD0') ASID(X'01A9')
21D92898: C5E7F3F1 00000000 00000003 00000003 C3C4D3D3 00000000 40000000 00000000 |EX31............CDLL.... .......|
21D93560: Allocated storage element, length=00002030. To display: IP LIST 21D93560 LEN(X'00002030') ASID(X'01A9')
21D93568: C5E7F3F1 00000000 00000006 00000006 00000000 21D703CC 70004000 00000000 |EX31.................P.... .....|
21D95590: Allocated storage element, length=00000CD0. To display: IP LIST 21D95590 LEN(X'00000CD0') ASID(X'01A9')
21D95598: C5E7F3F1 00000000 00000001 00000001 21D92BD8 AAAAAAAA 00000001 00000001 |EX31.............R.Q............|
21D96260: Free storage element, length=00002DB8. To display: IP LIST 21D96260 LEN(X'00002DB8') ASID(X'01A9')
Summary of analysis for Heap Segment 21D91018:
Amounts of identified storage: Free:00002DB8 Allocated:00005228 Total:00007FE0
Number of identified areas : Free: 1 Allocated: 5 Total: 6
00000000 bytes of storage were not accounted for.
No errors were found while processing this heap segment.
This is the last heap segment in the current heap.
Anywhere Heap Control Blocks
HPCB: 21615D20
+000000 EYE_CATCHER:HPCB FIRST:21D6D000 LAST:22177000
HPSB: 21615E04
+000000 BYTES_ALLOC:0037B788 CURR_ALLOC:0031EE68
+000008 GET_REQ:00000DCA FREE_REQ:00000D75
+000010 GETMAINS:00000013 FREEMAINS:00000005
HANC: 21D6D000
+000000 EYE_CATCHER:HANC NEXT:21D9A000 PREV:21615D20
+00000C HEAPID:21615D20 SEG_ADDR:A1D6D000 ROOT_ADDR:21D70620
+000018 SEG_LEN:00004000 ROOT_LEN:000009E0
Free Storage Tree for Heap Segment 21D6D000
Node Node Parent Left Right Left Right
Depth Address Length Node Node Node Length Length
0 21D70620 000009E0 00000000 00000000 00000000 00000000 00000000Figure 7. Example of formatted output from LEDATA VERBEXIT (Part
7 of 18)
Map of Heap Segment 21D6D000
To display entire segment: IP LIST 21D6D000 LEN(X'00004000') ASID(X'01A9')
21D6D020: Allocated storage element, length=00000018. To display: IP LIST 21D6D020 LEN(X'00000018') ASID(X'01A9')
21D6D028: D2C4C240 00000000 00000000 AAAAAAAA |KDB ............ |
⋮
Below Heap Control Blocks
HPCB: 21615D50
+000000 EYE_CATCHER:HPCB FIRST:21615D50 LAST:21615D50
** NO SEGMENTS ALLOCATED **
HPSB: 21615E1C
+000000 BYTES_ALLOC:00000000 CURR_ALLOC:00000000
+000008 GET_REQ:00000000 FREE_REQ:00000000
+000010 GETMAINS:00000000 FREEMAINS:00000000
Additional Heap Control Blocks
HPSB: 21615E34
+000000 BYTES_ALLOC:00000908 CURR_ALLOC:00000908
+000008 GET_REQ:00000007 FREE_REQ:00000000
+000010 GETMAINS:00000003 FREEMAINS:00000002
ADHP: 22118238
+000000 EYE_CATCHER:ADHP NEXT:F0F00000 HEAPID:22118244
HPCB: 22118244
+000000 EYE_CATCHER:HPCB FIRST:2212B000 LAST:2212B000
HANC: 2212B000
+000000 EYE_CATCHER:HANC NEXT:22118244 PREV:22118244
+00000C HEAPID:22118244 SEG_ADDR:2212B000 ROOT_ADDR:2212B2C8
+000018 SEG_LEN:00001000 ROOT_LEN:00000D38
This is the last heap segment in the current heap.
Free Storage Tree for Heap Segment 2212B000
Node Node Parent Left Right Left Right
Depth Address Length Node Node Node Length Length
0 2212B2C8 00000D38 00000000 00000000 00000000 00000000 00000000
Map of Heap Segment 2212B000
To display entire segment: IP LIST 2212B000 LEN(X'00001000') ASID(X'01A9')
2212B020: Allocated storage element, length=000002A8. To display: IP LIST 2212B020 LEN(X'000002A8') ASID(X'01A9')
2212B028: D7C3C9C2 00000000 00000000 000102A0 00000000 00000000 00000000 00000000 |PCIB............................|
2212B2C8: Free storage element, length=00000D38. To display: IP LIST 2212B2C8 LEN(X'00000D38') ASID(X'01A9')
Summary of analysis for Heap Segment 2212B000:
Amounts of identified storage: Free:00000D38 Allocated:000002A8 Total:00000FE0
Number of identified areas : Free: 1 Allocated: 1 Total: 2
00000000 bytes of storage were not accounted for.
No errors were found while processing this heap segment.
This is the last heap segment in the current heap. Figure 8. Example of formatted output from LEDATA VERBEXIT (Part
8 of 18)
Heap Pool Report
QPCB: 21D6DA00
+000000 EYECATCHER:QPCB LENGTH:00000800 NUMPOOLS:00000006
+00000C LARGEST_CELL_SIZE:00000800 BIG_REQUESTS:00000001
+000014 STORAGE_HITS_ADDR:21FD0028 FLAGS:E400 NUMGETARRAYS:00
+00001B NUMCELLSIZES:06 GET_POOLINFO_ARRAYS_PTR:21D6DA28
Data for pool 1:
POOLDATA: 21D6DB00
+000000 POOL_INDEX:00000001 INPUT_CELL_SIZE:00000008
+000008 CELL_SIZE:00000010 INPUT_PERCENT:0000000A
+000010 CELL_POOL_SIZE:00000CC0 CELL_POOL_NUM:000000CC
+000018 POOL_LATCH_ADDR:21EA4BD4 POOL_EXTENTS:00000001
+000020 LAST_CELL:21D96250 NEXT_CELL:21D955C0
+000028 Q_CONTROL_INFO:00000000 Q_FIRST_CELL:00000000
+000030 POOL_NUM_GET_TOTAL:00000002 POOL_NUM_FREE:00000000
+000038 POOL_EXTENTS_ANCHOR:21D95598 POOL_INDEX_SAME_SIZE:01
+00003D POOL_INDEX_SIZE:01 POOL_NUM_SAME_SIZE:01
+000040 POOL_TRACE_TABLE:21EAF050
Heap Pool Extent Mapping
EXTENT: 21D95598
+000000 EYE_CATCHER:EX31 NEXT_EXTENT:00000000
To display entire pool extent: IP LIST 21D95598 LEN(X'00000CC8') ASID(X'01A9')
21D955A0: Allocated storage cell. To display: IP LIST 21D955A0 LEN(X'00000010') ASID(X'01A9')
21D955A8: 21D92BD8 AAAAAAAA 00000001 00000001 21D92C60 AAAAAAAA 00000000 00000000|.R.Q.............R.-............|
21D955B0: Allocated storage cell. To display: IP LIST 21D955B0 LEN(X'00000010') ASID(X'01A9')
21D955B8: 21D92C60 AAAAAAAA 00000000 00000000 00000000 00000000 00000000 00000000|.R.-............................|
Summary of analysis for Pool 1:
Number of cells: Unused: 202 Free: 0 Allocated: 2 Total Used: 204
00000000 free cells were not accounted for.
No errors were found while processing this Pool.
Data for pool 2:
POOLDATA: 21D6DC00
+000000 POOL_INDEX:00000002 INPUT_CELL_SIZE:00000020
+000008 CELL_SIZE:00000028 INPUT_PERCENT:0000000A
+000010 CELL_POOL_SIZE:00000CA8 CELL_POOL_NUM:00000051
+000018 POOL_LATCH_ADDR:21EA4BE8 POOL_EXTENTS:00000000
+000020 LAST_CELL:00000000 NEXT_CELL:00000000
+000028 Q_CONTROL_INFO:00000000 Q_FIRST_CELL:00000000
+000030 POOL_NUM_GET_TOTAL:00000000 POOL_NUM_FREE:00000000
+000038 POOL_EXTENTS_ANCHOR:00000000 POOL_INDEX_SAME_SIZE:01
+00003D POOL_INDEX_SIZE:02 POOL_NUM_SAME_SIZE:01
+000040 POOL_TRACE_TABLE:21EDF070
There are no extents for this pool.
.
.
.
Data for pool 6:
POOLDATA: 21D6E000
+000000 POOL_INDEX:00000006 INPUT_CELL_SIZE:00000800
+000008 CELL_SIZE:00000808 INPUT_PERCENT:0000000A
+000010 CELL_POOL_SIZE:00002020 CELL_POOL_NUM:00000004
+000018 POOL_LATCH_ADDR:21EA4C38 POOL_EXTENTS:00000001
+000020 LAST_CELL:21D94D88 NEXT_CELL:21D93D78
+000028 Q_CONTROL_INFO:00000000 Q_FIRST_CELL:00000000
+000030 POOL_NUM_GET_TOTAL:00000001 POOL_NUM_FREE:00000000
+000038 POOL_EXTENTS_ANCHOR:21D93568 POOL_INDEX_SAME_SIZE:01
+00003D POOL_INDEX_SIZE:06 POOL_NUM_SAME_SIZE:01
+000040 POOL_TRACE_TABLE:21F9F0F0
Heap Pool Extent Mapping
EXTENT: 21D93568
+000000 EYE_CATCHER:EX31 NEXT_EXTENT:00000000
To display entire pool extent: IP LIST 21D93568 LEN(X'00002028') ASID(X'01A9')
21D93570: Allocated storage cell. To display: IP LIST 21D93570 LEN(X'00000808') ASID(X'01A9')
21D93578: 00000000 21D703CC 70004000 00000000 21D9359C 00000000 00000000 00000000|.....P.... ......R..............|
Summary of analysis for Pool 6:
Number of cells: Unused: 3 Free: 0 Allocated: 1 Total Used: 4
00000000 free cells were not accounted for.
No errors were found while processing this Pool.Figure 9. Example of formatted output from LEDATA VERBEXIT (Part
11 of 18)
[11] Stack Storage Control Blocks
SMCB: 21617428
+000000 EYE_CATCHER:SMCB US_EYE_CATCHER:USTK USFIRST:21D71018
+00000C USLAST:21D71018 USBOS:21D71018 USEOS:21D91018
+000018 USNAB:21D74E18 USINITSZ:00020000 USINCRSZ:00020000
+000024 USANYBELOW:00000000 USKEEPFREE:00000000 USPOOL:00000002
+000030 USPREALLOC:00000001 US_BYTES_ALLOC:00009E90
+000038 US_CURR_ALLOC:00003EA0 US_GETMAINS:00000000
+000040 US_FREEMAINS:00000000 US_OPLINK:00 LS_THIS_IS:LSTK
+00004C LSFIRST:00015000 LSLAST:00015000 LSBOS:00015000
+000058 LSEOS:00016000 LSNAB:00000000 LSINITSZ:00001000
+000064 LSINCRSZ:00001000 LSANYBELOW:80000000
+00006C LSKEEPFREE:00000001 LSPOOL:80000001 LSPREALLOC:00000000
+000078 LS_BYTES_ALLOC:000000D0 LS_CURR_ALLOC:000000D0
+000080 LS_GETMAINS:00000000 LS_FREEMAINS:00000000 LS_OPLINK:00
+00008C RSBOS:21D71000 RSEOS:21D71018 RSIZE:00000018
+000098 RSACTIVE:00000001 SA_REG00:21D74EB8
+0000A0 SA_REG01:21D74E18 SA_REG02:216157D0
+0000A8 SA_REG03:00000794 SA_REG04:216CEAB8
+0000B0 SA_REG05:2160CF38 SA_REG06:00000000
+0000B8 SA_REG07:2160E430 SA_REG08:A16CD9AE
+0000C0 SA_REG09:21D73D1E SA_REG10:21D72D1F
+0000C8 SA_REG11:A16D9B58 SA_REG12:21616BB8
+0000D0 SA_REG13:21D71D20 SA_REG14:A16D9B8E
+0000D8 SA_REG15:00000000
+0000DC SAVEREG_XINIT:21D71018 00000180 21617428 A17705D8
+0000EC CEEVGTSI:8000F240 ST_DSA_ALLOC_FLAG:00000001
+0000F4 ST_DSA_ALLOC_VAL:CC000000 ALLOCSEG:00000000
+0000FC BELOW16M_FLAG:00000000 LOCAL_ALLOC:FFFFFF08
+00010C LOCAL_GETMAINS:00000000 LOCAL_FREEMAINS:00000000
+00015C MOREFLAGS:00000000 DS_THIS_IS:.... DSFIRST:21617588
+000168 DSLAST:21617588 DSBOS:21617588 DSINITSZ:00000000
+00017C DSINCRSZ:00000000 DSGUARDSZ:00000000
+000184 DSKEEPFREE:00000000 DSPOOL:00000000 DSPREALLOC:00000000
+000190 DS_BYTES_ALLOC:00000000 DS_CURR_ALLOC:00000000
+000198 DS_GETMAINS:00000000 DS_FREEMAINS:00000000
+0001A0 DS_FLAGS:00000000
DSA backchain
DSA: 21D74E18
+000000 FLAGS:0000 MEMD:CCCC BKC:21D71D20 FWC:CCCCCCCC
+00000C R14:CCCCCCCC R15:CCCCCCCC R0:CCCCCCCC
+000018 R1:CCCCCCCC R2:CCCCCCCC R3:CCCCCCCC
+000024 R4:CCCCCCCC R5:CCCCCCCC R6:CCCCCCCC
+000030 R7:CCCCCCCC R8:CCCCCCCC R9:CCCCCCCC
+00003C R10:CCCCCCCC R11:CCCCCCCC R12:CCCCCCCC
+000048 LWS:CCCCCCCC NAB:21D74EB8 PNAB:CCCCCCCC
+000064 RENT:CCCCCCCC CILC:CCCCCCCC MODE:CCCCCCCC
+000078 RMR:CCCCCCCC Contents of DSA at location 21D74E18:
+00000000 0000CCCC 21D71D20 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |.....P..........................|
+00000020 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000040 CCCCCCCC CCCCCCCC CCCCCCCC 21D74EB8 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |.............P+.................|
+00000060 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000080 21D721AC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |.P..............................|
DSA: 21D71D20
+000000 FLAGS:0808 MEMD:CEE1 BKC:21D71248 FWC:21D74E18
+00000C R14:A16CDB84 R15:A16D9B58 R0:21D721AC
+000018 R1:21D7217C R2:216157D0 R3:00000794
+000024 R4:216CEAB8 R5:2160CF38 R6:00000000
+000030 R7:2160E430 R8:A16CD9AE R9:21D73D1E
+00003C R10:21D72D1F R11:A16C9CC8 R12:21616BB8
+000048 LWS:00000000 NAB:21D74E18 PNAB:CCCCCCCC
+000064 RENT:CCCCCCCC CILC:CCCCCCCC MODE:CCCCCCCC
+000078 RMR:CCCCCCCC
Contents of DSA at location 21D71D20:
+00000000 0808CEE1 21D71248 21D74E18 A16CDB84 A16D9B58 21D721AC 21D7217C 216157D0 |.....P...P+..%.d._...P...P.@./..|
+00000020 00000794 216CEAB8 2160CF38 00000000 2160E430 A16CD9AE 21D73D1E 21D72D1F |...m.%...-.......-U..%R..P...P..|
+00000040 A16C9CC8 21616BB8 00000000 21D74E18 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |.%.H./,......P+.................|
+00000060 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000080 21D721E8 21D721F8 21D722C6 216CEBDC 216CEBE0 21D721FC 21D722C7 216CEBDC |.P.Y.P.8.P.F.%...%...P...P.G.%..|
+000000A0 216CEBDC 216CEBDC 216CEBDC A16CA1A6 216CAD0C 21D72728 21D7217C 21D71248 |.%...%...%...%.w.%...P...P.@.P..|
+000000C0 21D740F0 216CEAB8 21D72618 21D72618 2160E71C 21D73D1E 21D72D1F A16C9CC8 |.P 0.%...P...P...-X..P...P...%.H|
+000000E0 21616BB8 2160E71C A16CBE54 216CC15C 21D72254 216CEBC4 216CEBE4 216CEAB8 |./,..-X..%...%A*.P...%.D.%.U.%..| Figure 10. Example of formatted output from LEDATA VERBEXIT (Part
12 of 18)
To display entire DSA: IP LIST 21D71D20 LEN(X'000030F8') ASID(X'01A9')
DSA: 21D71248
+000000 FLAGS:10CC MEMD:CCCC BKC:21D71130 FWC:21D71328
+00000C R14:A1600A66 R15:21BDA45C R0:216011A4
+000018 R1:21D712E0 R2:21D71305 R3:216000FA
+000024 R4:21D71302 R5:21600ED0 R6:21D7130C
+000030 R7:21D71310 R8:00000030 R9:80000000
+00003C R10:A1D2E8B2 R11:A1692F48 R12:21616BB8
+000048 LWS:00000000 NAB:21D71328 PNAB:CCCCCCCC
+000064 RENT:CCCCCCCC CILC:CCCCCCCC MODE:CCCCCCCC
+000078 RMR:CCCCCCCC
Contents of DSA at location 21D71248:
+00000000 10CCCCCC 21D71130 21D71328 A1600A66 21BDA45C 216011A4 21D712E0 21D71305 |.....P...P...-....u*.-.u.P...P..|
+00000020 216000FA 21D71302 21600ED0 21D7130C 21D71310 00000030 80000000 A1D2E8B2 |.-...P...-...P...P...........KY.|
+00000040 A1692F48 21616BB8 00000000 21D71328 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |...../,......P..................|
+00000060 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000080 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC 216011A4 21601195 |.........................-.u.-.n|
+000000A0 00000003 21600EDC 22128948 00000000 220B1178 220B23B8 00000000 00000000 |.....-....i.....................|
+000000C0 00000000 00000002 22128E40 00000000 00000000 00000000 21D6E148 CCCCCCCC |........... .............O......|
DSA: 21D71130
+000000 FLAGS:10CC MEMD:CCCC BKC:21D71030 FWC:CCCCCCCC
+00000C R14:A2128EB0 R15:A16000C0 R0:21D71248
+000018 R1:21D6E1E8 R2:A1D2E980 R3:00000002
+000024 R4:A169303A R5:216157D0 R6:216039EC
+000030 R7:21604330 R8:00000030 R9:80000000
+00003C R10:A1D2E8B2 R11:A1692F48 R12:21616BB8
+000048 LWS:00000000 NAB:21D71248 PNAB:CCCCCCCC
+000064 RENT:CCCCCCCC CILC:CCCCCCCC MODE:CCCCCCCC
+000078 RMR:CCCCCCCC
Contents of DSA at location 21D71130:
+00000000 10CCCCCC 21D71030 CCCCCCCC A2128EB0 A16000C0 21D71248 21D6E1E8 A1D2E980 |.....P......s....-...P...O.Y.KZ.|
+00000020 00000002 A169303A 216157D0 216039EC 21604330 00000030 80000000 A1D2E8B2 |........./...-...-...........KY.|
+00000040 A1692F48 21616BB8 00000000 21D71248 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |...../,......P..................|
+00000060 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000080 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+000000A0 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+000000C0 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+000000E0 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
To display entire DSA: IP LIST 21D71130 LEN(X'00000118') ASID(X'01A9')
DSA: 21D71030
+000000 FLAGS:0000 MEMD:CCCC BKC:21617660 FWC:CCCCCCCC
+00000C R14:A169310E R15:21D2E8BE R0:7D000009
+000018 R1:21D710B0 R2:21604328 R3:00000002
+000024 R4:A169303A R5:216157D0 R6:216039EC
+000030 R7:21604330 R8:00000030 R9:00000008
+00003C R10:A1D2E8B2 R11:A1692F48 R12:21616BB8
+000048 LWS:00000000 NAB:21D71130 PNAB:CCCCCCCC
+000064 RENT:CCCCCCCC CILC:CCCCCCCC MODE:CCCCCCCC
+000078 RMR:CCCCCCCC Contents of DSA at location 21D71030:
+00000000 0000CCCC 21617660 CCCCCCCC A169310E 21D2E8BE 7D000009 21D710B0 21604328 |...../.-.........KY.'....P...-..|
+00000020 00000002 A169303A 216157D0 216039EC 21604330 00000030 00000008 A1D2E8B2 |........./...-...-...........KY.|
+00000040 A1692F48 21616BB8 00000000 21D71130 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |...../,......P..................|
+00000060 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+00000080 216931F4 216039EC 21D710E0 21615908 21D710D0 21D710D8 21D710D4 CCCCCCCC |...4.-...P.../...P...P.Q.P.M....|
+000000A0 21D6E1E8 00000000 00000000 CCCCCCCC 00000001 CCCCCCCC CCCCCCCC CCCCCCCC |.O.Y............................|
+000000C0 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
+000000E0 CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC CCCCCCCC |................................|
User Stack Control Blocks
STKH: 21D71018
+000000 EYE_CATCHER:STKU NEXT:2161742C PREV:2161742C
+00000C SEGMENT_LEN:00020000 Figure 11. Example of formatted output from LEDATA VERBEXIT (Part
13 of 18)
Library Stack Control Blocks
STKH: 00015000
+000000 EYE_CATCHER:STKL NEXT:21617470 PREV:21617470
+00000C SEGMENT_LEN:00001000
[12] Condition Management Control Blocks
HCOM: 2160CF38
+000000 PICA_AREA:00000000 00000000 EYES:HCOM CAA_PTR1:21616BB8
+000014 CVTDCB:9B FLAG:60F0C000 EXIT_STK:22128EB0
+000020 RSM_PTR:00000000 HDLL_STK:22128E68
+000028 SRP_TOKEN:00000000 CSTK:22130E48 CIBH:21D72B28
+000084 COND_LOG:2212E028 DSA_4083:00000000
+00009C HCHK5_RESULTS:00001100 SHUNT_VALIDFLAG:00000001
+000480 SHUNT_COUNTER:00000048 SHUNT_ADDR:216FB7C4
+000488 SHUNT_PSW:078D2000 A16FB7CA
+000490 SHUNT_REG0:00000001 SHUNT_REG1:21D77050
+000498 SHUNT_REG2:5DF3B2C8 SHUNT_REG3:00000000
+0004A0 SHUNT_REG4:00000000 SHUNT_REG5:00001000
+0004A8 SHUNT_REG6:00000001 SHUNT_REG7:00000008
+0004B0 SHUNT_REG8:00000000 SHUNT_REG9:216FB7C4
+0004B8 SHUNT_REG10:00000000 SHUNT_REG11:A16FAD58
+0004C0 SHUNT_REG12:21616BB8 SHUNT_REG13:21D76EF8
+0004C8 SHUNT_REG14:A16FB6D6 SHUNT_REG15:00000000
+0004D0 SHUNT_CODE1:00000000 SHUNT_CODE2:00000004
+000514 SIGNAL_LOG:21EA6028
CIBH: 21D72B28
+000000 EYE:CIBH BACK:2160E430 FRWD:00000000
+000010 PTR_CIB:00000000 FLAG1:00 ERROR_LOCATION_FLAGS:00
+000018 HDLQ:00000000 STATE:00000000 PRM_DESC:00000000
+000024 PRM_PREFIX:00000000
+000028 PRM_LIST:00000000 00000000 00000000 00000000
+000038 PARM_DESC:00000000 PARM_PREFIX:00000000
+000040 PARM_LIST:00000000 00000000 00000000 00000000 FUN:00000000
+000054 CIB_SIZ:0000 CIB_VER:0000 FLG_5:00 FLG_6:00
+00005A FLG_7:00 FLG_8:00 FLG_1:00 FLG_2:00 FLG_3:00
+00005F FLG_4:00 ABCD:00000000 ABRC:00000000
+000068 OLD_COND_64:00000000 00000000
+000070 OLD_MIB:00000000 COND_64:00000000 00000000
+00007C MIB:00000000 PL:00000000 SV2:00000000
+000088 SV1:00000000 INT:00000000 MID:00000000
+000094 HDL_SF:00000000 HDL_EPT:00000000 HDL_RST:00000000
+0000A0 RSM_SF:00000000 RSM_POINT:00000000 RSM_MACHINE:00000000
+0000B0 COND_DEFAULT:00000000 Q_DATA_TOKEN:00000000 FDBK:00000000
+0000BC ABNAME:........ BBRANCH_OFFSET:00000000
+000220 BBRANCH_STMTID:........ BBRANCH_STMTLEN:0000
Machine State
+000248 MCH_EYE:....
+000250 GPR00:00000000 GPR01:00000000
+000258 GPR02:00000000 GPR03:00000000
+000260 GPR04:00000000 GPR05:00000000
+000268 GPR06:00000000 GPR07:00000000
+000270 GPR08:00000000 GPR09:00000000
+000278 GPR10:00000000 GPR11:00000000
+000280 GPR12:00000000 GPR13:00000000
+000288 GPR14:00000000 GPR15:00000000
+000290 PSW:00000000 00000000
+000298 ILC:0000 IC1:00 IC2:00 PFT:00000000
+0002A0 FLT_0:00000000 00000000 FLT_2:00000000 00000000
+0002B0 FLT_4:00000000 00000000 FLT_6:00000000 00000000
+0002EC INT_SF:00000000 FLAGS:00 EXT:00000000 BEA:00000000
+000308 SAVSTACK_ASYNC_PTR:00000000
+000318 FLT_1:00000000 00000000
+000320 FLT_3:00000000 00000000
+000328 FLT_5:00000000 00000000
+000330 FLT_7:00000000 00000000
+000338 FLT_8:00000000 00000000 FLT_9:00000000 00000000
+000348 FLT_10:00000000 00000000 FLT_11:00000000 00000000
+000358 FLT_12:00000000 00000000 FLT_13:00000000 00000000
+000368 FLT_14:00000000 00000000 FLT_15:00000000 00000000Figure 12. Example of formatted output from LEDATA VERBEXIT (Part
14 of 18)
+000378 FPC:00000000 APF_FLAGS:00
+000388 GPR_H00:00000000 GPR_H01:00000000
+000390 GPR_H02:00000000 GPR_H03:00000000
+000398 GPR_H04:00000000 GPR_H05:00000000
+0003A0 GPR_H06:00000000 GPR_H07:00000000
+0003A8 GPR_H08:00000000 GPR_H09:00000000
+0003B0 GPR_H10:00000000 GPR_H11:00000000
+0003B8 GPR_H12:00000000 GPR_H13:00000000
+0003C0 GPR_H14:00000000 GPR_H15:00000000
+0003C8 AR00:00000000 AR01:00000000
+0003D0 AR02:00000000 AR03:00000000
+0003D8 AR04:00000000 AR05:00000000
+0003E0 AR06:00000000 AR07:00000000
+0003E8 AR08:00000000 AR09:00000000
+0003F0 AR10:00000000 AR11:00000000
+0003F8 AR12:00000000 AR13:00000000
+000400 AR14:00000000 AR15:00000000
+000408 VR_0:00000000 00000000 00000000 00000000
+000418 VR_1:00000000 00000000 00000000 00000000
+000428 VR_2:00000000 00000000 00000000 00000000
+000438 VR_3:00000000 00000000 00000000 00000000
+000448 VR_4:00000000 00000000 00000000 00000000
+000458 VR_5:00000000 00000000 00000000 00000000
+000468 VR_6:00000000 00000000 00000000 00000000
+000478 VR_7:00000000 00000000 00000000 00000000
+000488 VR_8:00000000 00000000 00000000 00000000
+000498 VR_9:00000000 00000000 00000000 00000000
+0004A8 VR_10:00000000 00000000 00000000 00000000
+0004B8 VR_11:00000000 00000000 00000000 00000000
+0004C8 VR_12:00000000 00000000 00000000 00000000
+0004D8 VR_13:00000000 00000000 00000000 00000000
+0004E8 VR_14:00000000 00000000 00000000 00000000
+0004F8 VR_15:00000000 00000000 00000000 00000000
+000508 VR_16:00000000 00000000 00000000 00000000
+000518 VR_17:00000000 00000000 00000000 00000000
+000528 VR_18:00000000 00000000 00000000 00000000
+000538 VR_19:00000000 00000000 00000000 00000000
+000548 VR_20:00000000 00000000 00000000 00000000
+000558 VR_21:00000000 00000000 00000000 00000000
+000568 VR_22:00000000 00000000 00000000 00000000
+000578 VR_23:00000000 00000000 00000000 00000000
+000588 VR_24:00000000 00000000 00000000 00000000
+000598 VR_25:00000000 00000000 00000000 00000000
+0005A8 VR_26:00000000 00000000 00000000 00000000
+0005B8 VR_27:00000000 00000000 00000000 00000000
+0005C8 VR_28:00000000 00000000 00000000 00000000
+0005D8 VR_29:00000000 00000000 00000000 00000000
+0005E8 VR_30:00000000 00000000 00000000 00000000
+0005F8 VR_31:00000000 00000000 00000000 00000000
+000CE0 ABCC:00000000 HRC:00000000 RSM_SF_FMT:00
+000CE9 RSM_PH_CALLEE_FMT:00 SV1_FMT:00 RSM_PH_CALLEE:00000000
+000CF0 INT_FCN_EP:00000000 HDL_SF_FMT:00 HDL_PH_CALLEE_FMT:00
+000CF6 SV2_FMT:00 HDL_PH_CALLEE:00000000
CIBH: 2160E430
+000000 EYE:CIBH BACK:00000000 FRWD:21D72B28
+000010 PTR_CIB:21D72618 FLAG1:C5 ERROR_LOCATION_FLAGS:3F
+000018 HDLQ:00000000 STATE:00000000 PRM_DESC:00000000
+000024 PRM_PREFIX:00000000
+000028 PRM_LIST:21D72630 21D726F8 21D72704 2160EA7C
+000038 PARM_DESC:00000000 PARM_PREFIX:00000000
+000040 PARM_LIST:21D726F4 21D72618 21D72704 2160EA7C FUN:00000067
+000054 CIB_SIZ:010C CIB_VER:0004 FLG_5:48 FLG_6:23
+00005A FLG_7:04 FLG_8:00 FLG_1:00 FLG_2:00 FLG_3:00
+00005F FLG_4:05 ABCD:940C9000 ABRC:00000009
+000068 OLD_COND_64:00030C89 59C3C5C5 (CEE3209S)
+000070 OLD_MIB:00000002 COND_64:00030C89 59C3C5C5 (CEE3209S)
+00007C MIB:00000002 PL:216012E0 SV2:21D71248
+000088 SV1:21D71248 INT:21600A7A MID:00000003
+000094 HDL_SF:21617660 HDL_EPT:21694FC8 HDL_RST:00000000
+0000A0 RSM_SF:21D71248 RSM_POINT:21600A7C RSM_MACHINE:2160E878
+0000B0 COND_DEFAULT:00000003 Q_DATA_TOKEN:2160E568 FDBK:00000000
+0000BC ABNAME:........ BBRANCH_OFFSET:00000000
+000220 BBRANCH_STMTID:........ BBRANCH_STMTLEN:0000Figure 13. Example of formatted output from LEDATA VERBEXIT (Part
15 of 18)
Machine State
+000248 MCH_EYE:ZMCH
+000250 GPR00:00000000 GPR01:A1C37730
+000258 GPR02:21D71305 GPR03:216000FA
+000260 GPR04:21D71302 GPR05:21600ED0
+000268 GPR06:00000000 GPR07:00000001
+000270 GPR08:00000030 GPR09:80000000
+000278 GPR10:A1D2E8B2 GPR11:A1692F48
+000280 GPR12:21616BB8 GPR13:21D71248
+000288 GPR14:A1600A66 GPR15:00000012
+000290 PSW:078D2400 A1600A7C
+000298 ILC:0002 IC1:00 IC2:09 PFT:00000000
+0002A0 FLT_0:4DC5E627 A27BCEFF FLT_2:00000000 00000000
+0002B0 FLT_4:00000000 00000000 FLT_6:00000000 00000000
+0002EC INT_SF:21D71248 FLAGS:60 EXT:00000000 BEA:21BDB818
+000308 SAVSTACK_ASYNC_PTR:00000000
+000318 FLT_1:00000000 00000000
+000320 FLT_3:00000000 00000000
+000328 FLT_5:00000000 00000000
+000330 FLT_7:00000000 00000000
+000338 FLT_8:00000000 00000000 FLT_9:00000000 00000000
+000348 FLT_10:00000000 00000000 FLT_11:00000000 00000000
+000358 FLT_12:00000000 00000000 FLT_13:00000000 00000000
+000368 FLT_14:00000000 00000000 FLT_15:00000000 00000000
+000378 FPC:00000000 APF_FLAGS:00
+000388 GPR_H00:00000000 GPR_H01:00000000
+000390 GPR_H02:00000000 GPR_H03:00000000
+000398 GPR_H04:00000000 GPR_H05:00000000
+0003A0 GPR_H06:00000000 GPR_H07:00000000
+0003A8 GPR_H08:00000000 GPR_H09:00000000
+0003B0 GPR_H10:00000000 GPR_H11:00000000
+0003B8 GPR_H12:00000000 GPR_H13:00000000
+0003C0 GPR_H14:00000000 GPR_H15:00000011
+0003C8 AR00:00000000 AR01:00000000
+0003D0 AR02:00000000 AR03:00000000
+0003D8 AR04:00000000 AR05:00000000
+0003E0 AR06:00000000 AR07:00000000
+0003E8 AR08:00000000 AR09:00000000
+0003F0 AR10:00000000 AR11:00000000
+0003F8 AR12:00000000 AR13:00000000
+000400 AR14:00000000 AR15:00000000
+000408 VR_0:00000000 00000000 00000000 00000000
+000418 VR_1:00000000 00000000 00000000 00000000
+000428 VR_2:00000000 00000000 00000000 00000000
+000438 VR_3:00000000 00000000 00000000 00000000
+000448 VR_4:00000000 00000000 00000000 00000000
+000458 VR_5:00000000 00000000 00000000 00000000
+000468 VR_6:00000000 00000000 00000000 00000000
+000478 VR_7:00000000 00000000 00000000 00000000
+000488 VR_8:00000000 00000000 00000000 00000000
+000498 VR_9:00000000 00000000 00000000 00000000
+0004A8 VR_10:00000000 00000000 00000000 00000000
+0004B8 VR_11:00000000 00000000 00000000 00000000
+0004C8 VR_12:00000000 00000000 00000000 00000000
+0004D8 VR_13:00000000 00000000 00000000 00000000
+0004E8 VR_14:00000000 00000000 00000000 00000000
+0004F8 VR_15:00000000 00000000 00000000 00000000
+000508 VR_16:00000000 00000000 00000000 00000000
+000518 VR_17:00000000 00000000 00000000 00000000
+000528 VR_18:00000000 00000000 00000000 00000000
+000538 VR_19:00000000 00000000 00000000 00000000
+000548 VR_20:00000000 00000000 00000000 00000000
+000558 VR_21:00000000 00000000 00000000 00000000
+000568 VR_22:00000000 00000000 00000000 00000000
+000578 VR_23:00000000 00000000 00000000 00000000
+000588 VR_24:00000000 00000000 00000000 00000000
+000598 VR_25:00000000 00000000 00000000 00000000
+0005A8 VR_26:00000000 00000000 00000000 00000000
+0005B8 VR_27:00000000 00000000 00000000 00000000
+0005C8 VR_28:00000000 00000000 00000000 00000000
+0005D8 VR_29:00000000 00000000 00000000 00000000
+0005E8 VR_30:00000000 00000000 00000000 00000000
+0005F8 VR_31:00000000 00000000 00000000 00000000
+000CE0 ABCC:00000000 HRC:00000000 RSM_SF_FMT:00
+000CE9 RSM_PH_CALLEE_FMT:00 SV1_FMT:00 RSM_PH_CALLEE:00000000
+000CF0 INT_FCN_EP:00000000 HDL_SF_FMT:00 HDL_PH_CALLEE_FMT:00
+000CF6 SV2_FMT:00 HDL_PH_CALLEE:271D71030
CIB: 21D72618
+000000 EYE:CIB BACK:00000000 FRWD:00000000 SIZ:010C
+00000E VER:0004 PLAT_ID:00000000 COND_64:000300C6 59C3C5C5 (CEE0198S)
+000020 MIB:00000000 MACHINE:21D72728 OLD_COND_64:00030C89 59C3C5C5 (CEE3209S)
+000030 OLD_MIB:00000002 FLG_1:00 FLG_2:00 FLG_3:00
+000037 FLG_4:04 HDL_SF:21D71030 HDL_EPT:21694FC8
+000040 HDL_RST:00000000 RSM_SF:21D71248 RSM_POINT:21600A7C
+00004C RSM_MACHINE:2160E878 COND_DEFAULT:00000003
+000054 PH_CALLEE_SF:21D71130 HDL_SF_FMT:00 PH_CALLEE_SF_FMT:00
+00005A BBRANCH_STMTLEN:0000 BBRANCH_OFFSET:00000000
+000060 BBRANCH_STMTID:........ VSR:00000000 00000000
+000098 VSTOR:00000000 VRPSA:00000000 MCB:00000000
+0000A4 MRN:00000000 00000000 MFLAG:00 FLG_5:48 FLG_6:23
+0000B2 FLG_7:04 FLG_8:00 ABCD:940C9000 ABRC:00000009
+0000BC ABNAME:00000000 00000000 PL:216012E0 SV2:21D71248
+0000CC SV1:21D71248 INT:21600A7A Q_DATA_TOKEN:00000000
+0000D8 FDBK:00000000 FUN:00000067 TOKE:21D71030
+0000E4 MID:00000003 STATE:00000000 RTCC:FFFFFFFC
+0000F0 PPAV:00000003 AB_TERM_EXIT:00000000 00000000
+0000FC SDWA_PTR:00000000 SIGNO:00000008 PPSD:2160EA90Figure 14. Example of formatted output from LEDATA VERBEXIT
(Part 16 of 18)
[13] Message Processing Control Blocks
CMXB: 216151A0
+000000 EYE:CMXB SIZE:0148 FLAGS:8000 DHEAD1:00016000
+00000C DHEAD2:00012000
MDST forward chain from CMXBDHEAD(1)
MDST: 00016000
+000000 EYE:MDST SIZE:0100 CTL:40 CEEDUMPLOC:00
+000008 NEXT:00012000 PREV:00000000 DDNAM:CEEDUMP
MDST: 00012000
+000000 EYE:MDST SIZE:0100 CTL:40 CEEDUMPLOC:00
+000008 NEXT:00000000 PREV:00016000 DDNAM:SYSOUT
MDST back chain from CMXBDHEAD(2)
MDST: 00012000
+000000 EYE:MDST SIZE:0100 CTL:40 CEEDUMPLOC:00
+000008 NEXT:00000000 PREV:00016000 DDNAM:SYSOUT
MDST: 00016000
+000000 EYE:MDST SIZE:0100 CTL:40 CEEDUMPLOC:00
+000008 NEXT:00012000 PREV:00000000 DDNAM:CEEDUMP
TMXB: 2160F048
+000000 EYE:TMXB MIB_CHAIN_PTR:22167028
MGF: 22167028
+000000 EYE:CMIB PREV:22131780 NEXT:22118380 SEQ:00000005
+000010 CTOK:00000BF7 41C3C5C5 (CEE3063I)
MGF: 22118380
+000000 EYE:CMIB PREV:22167028 NEXT:2160F080 SEQ:00000002
+000010 CTOK:00030C89 59C3C5C5 (CEE3209S)
MGF: 2160F080
+000000 EYE:CMIB PREV:22118380 NEXT:221315C0 SEQ:00000001
+000010 CTOK:00000DF6 41C3C5C5 (CEE3574I)
MGF: 221315C0
+000000 EYE:CMIB PREV:2160F080 NEXT:22131780 SEQ:00000003
+000010 CTOK:000301CE 59C3C5C5 (CEE0462S)
MGF: 22131780
+000000 EYE:CMIB PREV:221315C0 NEXT:22167028 SEQ:00000004
+000010 CTOK:000101C7 49C3C5C5 (CEE0455W)
[14] Information for enclave main
[15] Information for thread 27ACD20000000000
PCB Address: 21615320
TCB Address: 008E6968
[16] Registers and PSW:
GPR0..... 00000000_84000000 GPR1..... 00000000_84000FC7 GPR2..... 00000000_21D72618 GPR3..... 00000000_00020009
GPR4..... 00000000_216CEAB8 GPR5..... 00000000_216D9C32 GPR6..... 00000000_21615320 GPR7..... 00000000_2160E430
GPR8..... 00000000_21D72618 GPR9..... 00000000_21D721AC GPR10.... 00000000_21D72D1F GPR11.... 00000000_A16D9B58
GPR12.... 00000000_21616BB8 GPR13.... 00000000_21D74E18 GPR14.... 00000000_A16D9B8E GPR15.... 00000000_00000000
PSW..... 078D1400 A16D9C32 Figure 15. Example of formatted output from LEDATA VERBEXIT (Part
17 of 18)
[17] Traceback:
DSA Entry E Offset Statement Load Mod Program Unit Service Status
1 CEEHSDMP +000000DA CEEHSDMP D1D04 Call
2 CEEHDSP +00003EBA CEEHDSP D1D04 Call
3 main +000009BA Exception
4 EDCZMINV +000000C0 Call
5 CEEBBEXT +000001C4 CEEBBEXT D1D04 Call
DSA DSA Addr E Addr PU Addr PU Offset Comp Date Compile Attributes
1 21D74E18 216D9B58 216D9B58 +000000DA 20100324 CEL POSIX
2 21D71D20 216C9CC8 216C9CC8 +00003EBA 20100324 CEL POSIX
3 21D71248 216000C0 216000C0 +000009BA 20070105 C/C++ POSIX EBCDIC HFP
4 21D71130 21D2E8BE 21D2E8BE +000000C0 20100324 LIBRARY POSIX
5 21D71030 21692F48 21692F48 +000001C4 20100324 CEL POSIX
[18] Control Blocks Associated with the Thread:
Thread Synchronization Queue Element (SQEL): 2160F178
+000000 2160F178 00000000 DDF18288 00000000 00000000 00000000 00000000 00000000 00000000 |.....1bh........................|
+000020 2160F198 21616BB8 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |./,.............................|
[19] Enclave Control Blocks:
Mutex and Condition Variable Blocks (MCVB+MHT+CHT): 21EA4018
+000000 21EA4018 00008F50 21EA4044 000003F8 00001FC0 00000000 21D705D0 21EA4444 000000F8 |...&.. ....8.........P.........8|
+000020 21EA4038 000007C0 00000000 21D705E8 00000000 00000000 00000000 00000000 00000000 |.........P.Y....................|
+000040 21EA4058 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
⋮
Thread Synchronization Enclave Latch Table (EPALT): 21EA4544
+000000 21EA4544 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+000020 21EA4564 - +00055F 21EA4AA3 same as above
+000560 21EA4AA4 00000000 00000000 00000000 00000000 A1796F08 00000000 00000000 00000000 |..................?.............|
+000580 21EA4AC4 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+0005A0 21EA4AE4 - +00061F 21EA4B63 same as above
+000620 21EA4B64 00000000 00000000 00000000 00000000 00000000 00000000 A1796F08 00000000 |..........................?.....|
+000640 21EA4B84 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+000660 21EA4BA4 - +0009FF 21EA4F43 same as above
Thread Synchronization Trace Block (OTRB): 21EA4000
+000000 21EA4000 21E9C000 00000018 000007FF 21E9C000 A0000000 A0000000 00008F50 21EA4044 |.Z...........Z.............&.. .|
Thread Synchronization Trace Table (OTRTBL): 21E9C000
+000000 21E9C000 0000C7D3 40E2F140 21EA49E0 00000001 220C5BD8 40404040 00000000 DE9F0E88 |..GL S1 ..........$Q .......h|
+000020 21E9C020 0002D9D3 40E2F240 21EA49E0 00000000 21616BB8 220C4D78 808E66C0 DE9F0E88 |..RL S2 ........./,...(........h|
+000040 21E9C040 0004C7D3 40C1F140 21EA49E0 00000001 220C5BD8 220C4D78 40000001 DE9F0E88 |..GL A1 ..........$Q..(. ......h|
+000060 21E9C060 0006C7D3 40E2F140 21EA49E0 00000000 21616BB8 40404040 00000000 DDF18288 |..GL S1 ........./,. .....1bh|
+000080 21E9C080 0008D9D3 40E2F240 21EA49E0 00000002 220E8BD8 2160F178 808E68E0 DDF18288 |..RL S2 ...........Q.-1......1bh|
+0000A0 21E9C0A0 000AC7D3 40E2F140 21EA49E0 00000002 220E8BD8 40404040 00000000 DDF18288 |..GL S1 ...........Q .....1bh|
+0000C0 21E9C0C0 000CC7D3 40C1F140 21EA49E0 00000000 21616BB8 2160F178 40000201 DDF18288 |..GL A1 ........./,..-1. ....1bh|
+0000E0 21E9C0E0 000ED9D3 40E2F240 21EA49E0 00000000 21616BB8 220E7D78 808E64A0 DDF18288 |..RL S2 ........./,...'......1bh|
+000100 21E9C100 0010C7D3 40E2F140 21EA49E0 00000000 21616BB8 40404040 00000000 DDF18288 |..GL S1 ........./,. .....1bh|
+000120 21E9C120 0012C7D3 40C1F140 21EA49E0 00000002 220E8BD8 220E7D78 40000001 DDF18288 |..GL A1 ...........Q..'. ....1bh|
+000140 21E9C140 0014D9D3 40E2F240 21EA49E0 00000002 220E8BD8 2160F178 808E68E0 DDF18288 |..RL S2 ...........Q.-1......1bh|
+000160 21E9C160 0016C7D3 40C1F140 21EA49E0 00000000 21616BB8 2160F178 40000201 DDF18288 |..GL A1 ........./,..-1. ....1bh|
+000180 21E9C180 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+0001A0 21E9C1A0 - +007FFF 21EA3FFF same as above
HEAPCHK Option Control Block (HCOP): 21D6D0D0
+000000 21D6D0D0 C8C3D6D7 00000048 00000001 00000000 00000000 0000000A 0000000A AAAAAAAA |HCOP............................|
+000020 21D6D0F0 2212C028 21D6D118 21EAF028 00000000 00000000 AAAAAAAA 00000400 00000000 |.....OJ...0.....................|
+000040 21D6D110 00000000 00000000 C8C3C6E3 00000200 00000000 AAAAAAAA AAAAAAAA AAAAAAAA |........HCFT....................|
HEAPCHK Element Table (HCEL) for Heapid 22118244 :
Header: 2212C028
+000000 2212C028 C8C3C5D3 21D6E228 00000000 22118244 000001F4 00000001 00000001 00000000 |HCEL.OS.......b....4............|
Address Seg Addr Length Address Seg Addr Length
Table: 2212C048
+000000 2212C048 2212B020 2212B000 000002A8 22118280 00000000 00000000 00000000 00000000 |...........y..b.................|
HEAPCHK Element Table (HCEL) for Heapid 00000000 :
Header: 21D6E228
+000000 21D6E228 C8C3C5D3 00000000 2212C028 00000000 000001F4 00000005 00000005 00000000 |HCEL...............4............|
Address Seg Addr Length Address Seg Addr Length
Table: 21D6E248
+000000 21D6E248 21D91038 21D91018 00001030 21D70190 21D92068 21D91018 00000828 21D70258 |.R...R.......P...R...R.......P..|
+000020 21D6E268 21D92890 21D91018 00000CD0 21D70330 21D93560 21D91018 00002030 21D70460 |.R...R.......P...R.-.R.......P.-|
+000040 21D6E288 21D95590 21D91018 00000CD0 22118128 00000000 00000000 00000000 00000000 |.R...R........a.................|
Figure 16. Example of formatted output from LEDATA VERBEXIT (Part
18 of 18)
[20] Language Environment Trace Table:
Most recent trace entry is at displacement: 004C80
Displacement Trace Entry in Hexadecimal Trace Entry in EBCDIC
------------ ------------------------------------------------------------------------ --------------------------------
+000000 Time 20.52.49.708056 Date 2010.04.28 Thread ID... 27ACD20000000000
+000010 Member ID.... 03 Flags..... 000000 Entry Type..... 00000001
+000018 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000038 60606E4D F0F8F55D 40979989 95A3864D 5D404040 40404040 40404040 40404040 |-->(085) printf() |
+000058 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000078 40404040 40404040 | |
+000080 Time 20.52.49.714771 Date 2010.04.28 Thread ID... 27ACD20000000000
+000090 Member ID.... 03 Flags..... 000000 Entry Type..... 00000002
+000098 4C60604D F0F8F55D 40D9F1F5 7EF0F0F0 F0F0F0F0 C540C5D9 D9D5D67E F0F0F0F0 |<--(085) R15=0000000E ERRNO=0000|
+0000B8 F0F0F0F0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |0000............................|
+0000D8 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+0000F8 00000000 00000000 |........ |
+000100 Time 20.52.49.714774 Date 2010.04.28 Thread ID... 27ACD20000000000
+000110 Member ID.... 03 Flags..... 000000 Entry Type..... 00000003
+000118 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000138 60606E4D F1F5F55D 4097A388 99858184 6D94A4A3 85A76D89 9589A34D 5D404040 |-->(155) pthread_mutex_init() |
+000158 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000178 40404040 40404040 | |
+000180 Time 20.52.49.714781 Date 2010.04.28 Thread ID... 27ACD20000000000
+000190 Member ID.... 03 Flags..... 000000 Entry Type..... 00000004
+000198 4C60604D F1F5F55D 40D9F1F5 7EF0F0F0 F0F0F0F0 F040C5D9 D9D5D67E F0F0F0F0 |<--(155) R15=00000000 ERRNO=0000|
+0001B8 F0F0F0F0 40C5D9D9 D5D6F27E F0F0F0F0 F0F0F0F0 00000000 00000000 00000000 |0000 ERRNO2=00000000............|
+0001D8 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+0001F8 00000000 00000000 |........ |
⋮
+004B80 Time 20.52.52.593917 Date 2010.04.28 Thread ID... 27ACD20000000000
+004B90 Member ID.... 03 Flags..... 000000 Entry Type..... 00000002
+004B98 4C60604D F0F8F55D 40D9F1F5 7EF0F0F0 F0F0F0F2 F140C5D9 D9D5D67E F0F0F0F0 |<--(085) R15=00000021 ERRNO=0000|
+004BB8 F0F0F0F0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |0000............................|
+004BD8 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+004BF8 00000000 00000000 |........ |
+004C00 Time 20.52.52.593918 Date 2010.04.28 Thread ID... 27ACD20000000000
+004C10 Member ID.... 03 Flags..... 000000 Entry Type..... 00000001
+004C18 A3889985 81846D83 93858195 A4974040 40404040 40404040 40404040 40404040 |thread_cleanup |
+004C38 60606E4D F0F8F55D 40979989 95A3864D 5D404040 40404040 40404040 40404040 |-->(085) printf() |
+004C58 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+004C78 40404040 40404040 | |
+004C80 Time 20.52.52.593920 Date 2010.04.28 Thread ID... 27ACD20000000000
+004C90 Member ID.... 03 Flags..... 000000 Entry Type..... 00000002
+004C98 4C60604D F0F8F55D 40D9F1F5 7EF0F0F0 F0F0F0F2 C140C5D9 D9D5D67E F0F0F0F0 |<--(085) R15=0000002A ERRNO=0000|
+004CB8 F0F0F0F0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |0000............................|
+004CD8 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+004CF8 00000000 00000000 |........ |
[21] Process Control Blocks:
Thread Synchronization Process Latch Table (PPALT): 21EA4F44
+000000 21EA4F44 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
+000020 21EA4F64 - +0009FF 21EA5943 same as above
[22] No PIPICB associated with CAA at address : 21616BB8
⋮
Exiting Language Environment Data