The Language Environment IPCS VERBEXIT LEDATA generates formatted output of the Language Environment runtime environment control blocks from a system dump. The following sample illustrates the output produced when the LEDATA VERBEXIT is invoked with the ALL parameter. The system dump being formatted was obtained by specifying the TERMTHDACT(UADUMP) runtime option when running the program CELQSAMP in Figure 1.
Sections of the Language Environment LEDATA VERBEXIT formatted output describes the information in the formatted output. Ellipses are used to summarize some sections of the dump. For easy reference, the sections of the following dump are numbered to correspond with the descriptions in Sections of the Language Environment LEDATA VERBEXIT formatted output.
Figure 1. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 1 of 10)
ALL
********************************************************************************
64 BIT LANGUAGE ENVIRONMENT DATA
********************************************************************************
Language Environment Product 04 V01 R09.00
[1] Information for enclave main
[2] Information for thread 253E019000000000
TCB Address: 007FF050
CAA Address: 00000001_00007B18
PCB Address: 00000001_00003CA0
[3] Registers and PSW:
GPR0..... 0000000084000000 GPR1..... 0000000084000FC7 GPR2..... 00000001082FBE00 GPR3..... 3C10000000000000
GPR4..... 00000001082FA900 GPR5..... 00000000253C45F8 GPR6..... 00000000253C4500 GPR7..... 00000000251B9B1A
GPR8..... 00000001082FBE00 GPR9..... 00000000253C459A GPR10.... 00000001082FBABF GPR11.... 00000001082FBE00
GPR12.... 00000001082FBB08 GPR13.... 00000001082FE680 GPR14.... 0000000100005DC8 GPR15.... 0000000000000000
PSW..... 07851401 80000000 00000000 253C459A
[4] Traceback:
DSA Entry E Offset Statement Load Mod Program Unit Service Status
1 CEEHSDMP +0000009A CELQLIB CEEHSDMP D1908 Call
2 CEEHDSP +00003AB8 CELQLIB CEEHDSP D1908 Call
3 CEEOSIGJ +0000094E CELQLIB CEEOSIGJ D1908 Call
4 CELQHROD +0000024E CELQLIB CELQHROD D1908 Call
5 CEEOSIGG +00000000 CELQLIB CEEOSIGG D1908 Call
6 CELQHROD +0000024E CELQLIB CELQHROD D1908 Call
7 div_zero +00000040 CELQDLL 1.4.f Exception
8 main +00000468 CELQSAMP 1.2.d Call
9 CELQINIT +0000134C CELQLIB CELQINIT D1908 Call
DSA DSA Addr E Addr PU Addr PU Offset Comp Date Compile Attributes
1 00000001_082FA900 00000000_253C4500 00000000_253C4500 +0000009A0 20061215 CEL POSIX XPLINK EBCDIC HFP
2 00000001_082FAAC0 00000000_251B6060 00000000_251B6060 +00003AB80 20061215 CEL POSIX XPLINK EBCDIC HFP
3 00000001_082FD3E0 00000000_2504AAB0 00000000_2504AAB0 +0000094E0 20070109 CEL POSIX XPLINK EBCDIC HFP
4 00000001_082FDDE0 00000000_251C9480 00000000_251C9480 +0000024E0 20061215 CEL POSIX XPLINK EBCDIC HFP
5 00000001_082FE020 00000000_253D11F8 00000000_253D11F8 +000000000 20061215 CEL POSIX XPLINK EBCDIC HFP
6 00000001_082FEE40 00000000_251C9480 00000000_251C9480 +0000024E0 20061215 CEL POSIX XPLINK EBCDIC HFP
7 00000001_082FF080 00000000_2575B5A0 00000000_00000000 +2575B5E00 20070116 C/C++ POSIX XPLINK EBCDIC IEEE
8 00000001_082FF180 00000000_250000D8 00000000_00000000 +250005400 20070116 C/C++ POSIX XPLINK EBCDIC IEEE
9 00000001_082FF280 00000000_25005010 00000000_25005010 +0000134C0 20061215 CEL POSIX XPLINK EBCDIC HFP
[5] Control Blocks Associated with the Thread:
Thread Synchronization Queue Element (SQEL): 00000000_257520A0
+000000 00000000_257520A0 00000000 00000000 00000000 00000000 |................|
+000010 00000000_257520B0 00000000 00000000 00000001 08358750 |..............g&|
+000020 00000000_257520C0 00000000 00000000 00000000 00000000 |................|
+000030 00000000_257520D0 00000000 00000000 00000001 00007B18 |..............#.|
+000040 00000000_257520E0 00000000 00000000 00000000 00000000 |................|
+000050 00000000_257520F0 - +000000 00000000_2575210F same as above
[6] Enclave Control Blocks:
Mutex and Condition Variable Blocks (MCVB+MHT+CHT): 00000001_089100B8
+000000 00000001_089100B8 00000000 00011E78 00000001 08910100 |.............j..|
+000010 00000001_089100C8 000007F0 00007F00 00000000 00000000 |...0..".........|
+000020 00000001_089100D8 00000001 08FC7490 00000001 08910900 |.............j..|
+000030 00000001_089100E8 000001F0 00001F00 00000000 00000000 |...0............|
+000040 00000001_089100F8 00000001 08FC74D0 00000000 00000000 |................|
+000050 00000001_08910108 00000000 00000000 00000000 00000000 |................|
+000060 00000001_08910118 - +000000 00000001_08910207 same as above
+000150 00000001_08910208 00000001 08358A20 00000000 00000000 |................|
+000160 00000001_08910218 00000001 08358900 00000000 00000000 |......i.........|
+000170 00000001_08910228 00000001 08358990 00000000 00000000 |......i.........|
+000180 00000001_08910238 00000000 00000000 00000000 00000000 |................|
+000190 00000001_08910248 - +000000 00000001_08910297 same as above
+0001E0 00000001_08910298 00000001 08358750 00000000 00000000 |......g&........|
+0001F0 00000001_089102A8 00000000 00000000 00000000 00000000 |................|
+000200 00000001_089102B8 - +000000 00000001_08910307 same as above
+000250 00000001_08910308 00000001 0831AB10 00000000 00000000 |................|
+000260 00000001_08910318 00000001 0831ABD0 00000000 00000000 |................|
+000270 00000001_08910328 00000001 0831A990 00000000 00000000 |......z.........|
+000280 00000001_08910338 00000001 0831AA50 00000000 00000000 |.......&........|Figure 2. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 2 of 10)
+000290 00000001_08910348 00000001 0831A810 00000000 00000000 |......y.........|
+0002A0 00000001_08910358 00000001 0831A8D0 00000000 00000000 |......y.........|
+0002B0 00000001_08910368 00000001 0831A690 00000000 00000000 |......w.........|
+0002C0 00000001_08910378 00000001 0831A750 00000000 00000000 |......x&........|
+0002D0 00000001_08910388 00000001 0831A510 00000000 00000000 |......v.........|
+0002E0 00000001_08910398 00000001 0831A5D0 00000000 00000000 |......v.........|
+0002F0 00000001_089103A8 00000000 00000000 00000000 00000000 |................|
+000300 00000001_089103B8 00000001 0831A450 00000000 00000000 |......u&........|
+000310 00000001_089103C8 00000000 00000000 00000000 00000000 |................|
+000320 00000001_089103D8 - +000000 00000001_089104C7 same as above
+000410 00000001_089104C8 00000001 08358870 00000000 00000000 |......h.........|
+000420 00000001_089104D8 00000000 00000000 00000000 00000000 |................|
+000430 00000001_089104E8 00000001 0831AC30 00000000 00000000 |................|
+000440 00000001_089104F8 00000001 083587E0 00000000 00000000 |......g.........|
+000450 00000001_08910508 00000000 00000000 00000000 00000000 |................|
+000460 00000001_08910518 - +000000 00000001_08910A37 same as above
+000980 00000001_08910A38 00000001 08FC7510 00000000 00000000 |................|
+000990 00000001_08910A48 00000000 00000000 00000000 00000000 |................|
+0009A0 00000001_08910A58 - +000000 00000001_08910AC7 same as above
+000A10 00000001_08910AC8 00000001 08FC7410 00000000 00000000 |................|
+000A20 00000001_08910AD8 00000001 08FC7450 00000000 00000000 |.......&........|
+000A30 00000001_08910AE8 00000000 00000000 00000000 00000000 |................|
+000A40 00000001_08910AF8 - +000000 00000001_08910B07 same as above
Thread Synchronization Enclave Latch Table (EPALT): 00000001_08910B00
+000000 00000001_08910B00 00000000 00000000 00000000 00000000 |................|
+000010 00000001_08910B10 - +000000 00000001_089115DF same as above
+000AE0 00000001_089115E0 00000000 2524F9C0 00000000 00000000 |......9.........|
+000AF0 00000001_089115F0 00000000 00000000 00000000 00000000 |................|
+000B00 00000001_08911600 - +000000 00000001_0891176F same as above
+000C70 00000001_08911770 00000000 2538B4E0 00000000 00000000 |................|
+000C80 00000001_08911780 00000000 00000000 00000000 00000000 |................|
+000C90 00000001_08911790 - +000000 00000001_08911EFF same as above
HEAPCHK Option Control Block (HCOP): 00000001_089234D0
+000000 00000001_089234D0 C8C3D6D7 00000048 00000001 00000000 |HCOP............|
+000010 00000001_089234E0 00000000 0000000A 0000000A 00000000 |................|
+000020 00000001_089234F0 00000001 08FC0090 00000001 08923518 |.............k..|
+000030 00000001_08923500 00000001 08A00050 00000000 00000000 |.......&........|
+000040 00000001_08923510 00000000 00000000 C8C3C6E3 00004000 |........HCFT.. .|
HEAPCHK Element Table (HCEL) for Heapid 00000001 :
Header: 00000001_08FC0090
+000000 00000001_08FC0090 C8C3C5D3 00000000 00000000 00000000 |HCEL............|
+000010 00000001_08FC00A0 00000000 00000000 00000001 00100138 |................|
+000020 00000001_08FC00B0 000001F4 0000000C 0000000D 00000000 |...4............|
Address Seg Addr Length
Table: 00000001_08FC00C0
+000000 00000001_08300040 00000001_08300000 00000000 00000180 00000001 08FC3F50 |....... .......................&|
+000020 00000001_083001C0 00000001_08300000 00000000 00019660 00000001 08FC5B30 |......................o-......$.|
+000040 00000001_08319820 00000001_08300000 00000000 00025B40 00000001 08FC5C90 |......q...............$ ......*.|
+000060 00000001_0833F360 00000001_08300000 00000000 00019340 00000001 08FC5EB0 |......3-..............l ......;.|
+000080 00000001_083586A0 00000001_08300000 00000000 000189E0 00000001 08FC6010 |......f...............i.......-.|
+0000A0 00000001_08371080 00000001_08300000 00000000 00000060 00000001 08FC7050 |.......................-.......&|
+0000C0 00000001_083710E0 00000001_08300000 00000000 0001F420 00000001 08FE9790 |......................4.......p.|
+0000E0 00000001_08390500 00000001_08300000 00000000 00005C00 00000001 08FEC530 |......................*.......E.|
+000100 00000001_08396100 00000001_08300000 00000000 0000A320 00000001 08FEE210 |....../...............t.......S.|
+000120 00000001_083A0420 00000001_08300000 00000000 00000180 00000001 08FEE530 |..............................V.|
+000140 00000001_083A05A0 00000001_08300000 00000000 00017400 00000001 08FEE730 |..............................X.|
+000160 00000000_00000000 00000000_00000000 00000000 00000000 00000000 00000000 |................................|
+000180 00000001_083B79A0 00000001_08300000 00000000 00017720 00000001 08FEEA90 |................................|
[7] Language Environment Trace Table:
Most recent trace entry is at displacement: 005A80
Displacement Trace Entry in Hexadecimal Trace Entry in EBCDIC
------------ ------------------------------------------------------------------------ --------------------------------
+000000 Time 21.22.38.487562 Date 2007.01.16 Thread ID... 253E019000000000
+000010 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+000018 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000038 60606E4D F0F0F6C6 5D409799 8995A386 4D5D4040 40404040 40404040 40404040 |-->(006F) printf() |
+000058 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000078 40404040 40404040 | |Figure 3. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 3 of 10)
+000080 Time 21.22.38.497576 Date 2007.01.16 Thread ID... 253E019000000000
+000090 Member ID.... 03 Flags..... 000000 Entry Type..... 00000006
+000098 4C60604D F0F0F6C6 5D40D9F1 7EF0F0F0 F0F0F0F0 F1F0F0F0 F0F9C4C6 F040D9F2 |<--(006F) R1=0000000100009DF0 R2|
+0000B8 7EF0F0F0 F0F0F0F0 F0F2F5F5 F7F4F6C4 F040D9F3 7EF0F0F0 F0F0F0F0 F0F0F0F0 |=00000000255746D0 R3=00000000000|
+0000D8 F0F0F0F0 C340C5D9 D9D5D67E F0F0F0F0 F0F0F0F0 40C5D9D9 D5D6F27E F0F0F0F0 |0000C ERRNO=00000000 ERRNO2=0000|
+0000F8 F0F0F0F0 00000000 |0000.... |
+000100 Time 21.22.38.497582 Date 2007.01.16 Thread ID... 253E019000000000
+000110 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+000118 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000138 60606E4D F0F1F7F0 5D408493 93939681 844D5D40 40404040 40404040 40404040 |-->(0170) dllload() |
+000158 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000178 40404040 40404040 | |
+000180 Time 21.22.38.526042 Date 2007.01.16 Thread ID... 253E019000000000
+000190 Member ID.... 03 Flags..... 000000 Entry Type..... 00000006
+000198 4C60604D F0F1F7F0 5D40D9F1 7EF0F0F0 F0F0F0F0 F1F0F8F2 C6C6F4F6 F040D9F2 |<--(0170) R1=00000001082FF460 R2|
+0001B8 7EF0F0F0 F0F0F0F0 F0F2F5F5 F7F4F6C4 F040D9F3 7EF0F0F0 F0F0F0F0 F1F0F8C6 |=00000000255746D0 R3=0000000108F|
+0001D8 C3F5C5F3 F040C5D9 D9D5D67E F0F0F0F0 F0F0F0F0 40C5D9D9 D5D6F27E F0F0F0F0 |C5E30 ERRNO=00000000 ERRNO2=0000|
+0001F8 F0F0F0F0 00000000 |0000.... |
+000200 Time 21.22.38.526049 Date 2007.01.16 Thread ID... 253E019000000000
+000210 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+000218 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000238 60606E4D F0F0F6C6 5D409799 8995A386 4D5D4040 40404040 40404040 40404040 |-->(006F) printf() |
+000258 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000278 40404040 40404040 | |
+000280 Time 21.22.38.526081 Date 2007.01.16 Thread ID... 253E019000000000
+000290 Member ID.... 03 Flags..... 000000 Entry Type..... 00000006
+000298 4C60604D F0F0F6C6 5D40D9F1 7EF0F0F0 F0F0F0F0 F1F0F0F0 F0F9C4C6 F040D9F2 |<--(006F) R1=0000000100009DF0 R2|
+0002B8 7EF0F0F0 F0F0F0F0 F0F2F5F5 F7F4F6C4 F040D9F3 7EF0F0F0 F0F0F0F0 F0F0F0F0 |=00000000255746D0 R3=00000000000|
+0002D8 F0F0F0F0 C440C5D9 D9D5D67E F0F0F0F0 F0F0F0F0 40C5D9D9 D5D6F27E F0F0F0F0 |0000D ERRNO=00000000 ERRNO2=0000|
+0002F8 F0F0F0F0 00000000 |0000.... |
+000300 Time 21.22.38.526083 Date 2007.01.16 Thread ID... 253E019000000000
+000310 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+000318 94818995 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |main |
+000338 60606E4D F0F1F6C4 5D408493 9398A485 99A88695 4D5D4040 40404040 40404040 |-->(016D) dllqueryfn() |
+000358 40404040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 | |
+000378 40404040 40404040 | |
⋮
+005900 Time 21.22.38.942077 Date 2007.01.16 Thread ID... 253E019000000000
+005910 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+005918 6D979696 936D8699 85856D81 93936D96 866D9695 856D8481 A3817CC1 C6F1F26D |_pool_free_all_of_one_data@AF12_|
+005938 60606E4D F0F0F5F9 5D408699 85854DF0 A7F0F0F0 F0F0F0F0 F1F0F8F3 F5F8C1C2 |-->(0059) free(0x0000000108358AB|
+005958 F05D4040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |0) |
+005978 40404040 40404040 | |
+005980 Time 21.22.38.942079 Date 2007.01.16 Thread ID... 253E019000000000
+005990 Member ID.... 03 Flags..... 000000 Entry Type..... 00000006
+005998 4C60604D F0F0F5F9 5D40D9F1 7EF0F0F0 F0F0F0F0 F0F0F0F0 F0F0F0F1 F240D9F2 |<--(0059) R1=0000000000000012 R2|
+0059B8 7EF0F0F0 F0F0F0F0 F0F2F5F5 F7F4F6C4 F040D9F3 7EF0F0F0 F0F0F0F0 F1F0F8F3 |=00000000255746D0 R3=00000001083|
+0059D8 F5F8C2C3 F040C5D9 D9D5D67E F0F0F0F0 F0F0F7F9 40C5D9D9 D5D6F27E C3F2F5C6 |58BC0 ERRNO=00000079 ERRNO2=C25F|
+0059F8 F0F0F0F1 00000000 |0001.... |
+005A00 Time 21.22.38.942080 Date 2007.01.16 Thread ID... 253E019000000000
+005A10 Member ID.... 03 Flags..... 000000 Entry Type..... 00000005
+005A18 6D848497 896D8699 85856D81 93936D96 866D9695 856D8995 86967CC1 C6F1F36D |_ddpi_free_all_of_one_info@AF13_|
+005A38 60606E4D F0F0F5F9 5D408699 85854DF0 A7F0F0F0 F0F0F0F0 F1F0F8F3 C1F0F5C3 |-->(0059) free(0x00000001083A05C|
+005A58 F05D4040 40404040 40404040 40404040 40404040 40404040 40404040 40404040 |0) |
+005A78 40404040 40404040 | |
+005A80 Time 21.22.38.942084 Date 2007.01.16 Thread ID... 253E019000000000
+005A90 Member ID.... 03 Flags..... 000000 Entry Type..... 00000006
+005A98 4C60604D F0F0F5F9 5D40D9F1 7EF0F0F0 F0F0F0F0 F0F0F0F0 F0F0F0F0 F240D9F2 |<--(0059) R1=0000000000000002 R2|
+005AB8 7EF0F0F0 F0F0F0F0 F0F2F5F5 F7F4F6C4 F040D9F3 7EF0F0F0 F0F0F0F0 F0F0F0F0 |=00000000255746D0 R3=00000000000|
+005AD8 F0F0F0F0 F040C5D9 D9D5D67E F0F0F0F0 F0F0F7F9 40C5D9D9 D5D6F27E C3F2F5C6 |00000 ERRNO=00000079 ERRNO2=C25F|
+005AF8 F0F0F0F1 00000000 |0001.... |
[8] Process Control Blocks:
Thread Synchronization Process Latch Table (PPALT): 00000001_08911F00
+000000 00000001_08911F00 00000000 00000000 00000000 00000000 |................|
+000010 00000001_08911F10 - +000000 00000001_089132FF same as above Figure 4. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 4 of 10)
[9] TCB: 007FF050 LE Level: 15 ASID: 0028
[10] Active Members: C/C++
[11] CEELAA: 00000000_7F7547D8
+000000 EYE_CATCHER:LAA VERSION:00000001 PREVIOUS:00000000
+00000C NEXT:00000000 STCB:7F7543A0 ASID:0028
+000018 FLOOR31:FFBAD000 OVERFLOW31:00000000 GTAB31:00000000
+000024 LCA31:00000000 TRT31:00000000 FLOOR64:00000001_08200000
+000048 OVERFLOW64:00000000_25250098 GTAB64:00000001_0871CA00
+000058 LCA64:00000001_00000000 TRT64:00000001_00000030
+0000C8 FLAG1:A1 FLAG2:00 CB_STG64:00000001_00000000
+0000F8 CB_STG31:00000000_257520A0 SvcVec31:00000000
+000104 SANC31:00000000 CurKey31:00 SvcVec64:00000000 00000000
+000120 SANC64:00000001_00100000 CurKey64:80 ENSQ64:00000001_00100108
+000138 LHEAP64ID:00000001 001002A8 LHEAP31ID:00000000 00000000
+000148 IPTLAA:7F7547D8 SYSTEM_RETURN_CODE:00000000
+000150 SYSTEM_REASON_CODE:00000000 SLE_REASON_CODE:00000000
+000158 MSTRLAA:7F7547D8 SLEPC_ROUTER:829E9CE0 ALEI:00000000_00000000
[12] CEELCA: 00000001_00000000
+000000 EYE_CATCHER:LCA VERSION:00000001 CAA:00000001_00007B18
+000010 DIA:25752320 LAA:7F7547D8 SAVSTACK:00000000_00000000
+000028 QINIT:00000000_25005010 TLC:00000000_255D39E0
[13] CEECAA: 00000001_00007B18
+000288 DLLF:00000000_00000000 INVAR:8000 FLAG0:00
+000304 TORC:00000000 FLAG2:30 LEVEL:15 _PM:04
+000368 DMC:00000000_00000000 CD:00000000 RS:00000000
+000378 ERR:00000001_082FBE00 DDSA:00000001_082FF760
+000388 EDB:00000001_00005340 PCB:00000001_00003CA0 EYEPTR:00000001_00007B00
+0003A0 CAA:00000001_00007B18 SHAB:00000000_00000000
+0003B0 PRGCK:00000000_00000000 URC:00000000 PICICB:00000000_00000000
+0003C8 SIGSCTR:00000000 SIGSFLG:08000000 THDID:253E0190_00000000
+0003D8 RCB:00000001_00003A10 MEMBR:00000001_000084D0
+0003E8 SIGNAL_STATUS:00000000_00000008 HCOM_REG14:00000000_00000000
+0003F8 EDCHPXV:00000000_25546C78 THREADHEAPID:00000000_00000000
+000408 SYS_RTNCODE:00000000 SYS_RSNCODE:00000000 SIGNGPTR:00000001_00007F30
+000418 SIGNG:00000001 AB_STATUS:00 STACKDIRECTION:00
+000420 AB_GR0:00000000_00000000 AB_ICD1:00000000_00000000
+000430 AB_ABCC:00000000_00000000 AB_CRC:00000000_00000000
+000440 USERRTN:00000000_00000000 QINITDSA:00000001_082FF280
+0004E8 IFLAG:0008 TRMRSN:00 DEVH:00000000_00000000
+0004F8 PtatPtr:00000000_00000000 SQELADDR:00000000_257520A0
+000510 VBA:00000001_08913350 TCS:00000001_08FEC450
+000520 CONDWAITDSAREG:00000000_00000000 THDSTATUS:00000000_00000000
+000570 FBTOK:00000000 00000000 00000000 00000000 PTXLPTR:00000000_00000000
+000588 TICB_PTR:00000001_00006AB0 FWD_CHAIN:00000001_114013C8
+0005A0 BKWD_CHAIN:00000001_199013C8 TCB:007FF050
+0007EC DIA:25752320 DLLFFLAG:00 MCBPTR:00000000_25773DA8
+000838 MAD:00000000_25773048 MFD:00000000_25752998
[14] CEEPCB: 00000001_00003CA0
+000000 EYE:CEEPCB SYSTM:03 HRDWR:03 SBSYS:02 FLAG2:08
+000108 DBGEH:00000000_00000000 DMEMBR:00000001_00004048
+000118 ZLOD:00000000_00000000 ZDEL:00000000_00000000
+000128 ZGETST:00000000_00000000 ZFREEST:00000000_00000000
+000138 RCB:00000001_00003A10 OMVS_LEVEL:7FC00000 CHAIN:00000000_00000000
+000150 PRFEH:00000000_00000000 FLAG6:00 HABD_CLEANUP:0000
+000160 QFEXIT:00000000_252A3F48 ABENDCODE:00000000
+0001C4 REASON:00000000 F3456:00000040 MEML:00000001_00004020
+0001D8 MEMBR:00000001_00004048 LEHL:00000001_00001560
+0001E8 CMXB:00000001_00001738 STV:02 PM_BYTE:00 FLAG1:00
+0001F8 ISA:00000001_00000000 ISA_SIZE:0001CA00
+000204 SRV_COUNT:00000000 SRV_UWORD:00000000 00000000
+000210 WORKAR:00000000_00000000 LOAD:00000000_2571C250
+000220 DELETE:00000000_2571C240 GETSTOR:00000000_00000000
+000230 FREESTOR:00000000_00000000 EXCEPT:00000000_00000000
+000240 ATTN:00000000_00000000 MSGS:00000000_00000000
+000250 ABEND:00000000_00000000 MSGOU:00000000_00000000
+000260 GLAT:00000000_2571C230 RLAT:00000000_2571C220
+000270 ELAT:00000000_2571C210 1PTQ:00000000_2571C200
+000280 1ENV:00000000_2571C1F0 LODTYP:FFFFFFFF LEVEL:FFFFFFFF
+000290 LLTPTR:00000001_00000738 RC:00000000 REASON:00000000
+0002A0 RC_MOD:00000000 FBTOK:00000000 00000000 00000000 00000000
+0002B8 PPALTADDR:00000001_08911F00 PPALTSIZE:00001400
+0002C8 PICB:00000001_00003C80 XPLINKFLAGS:80 QICB:00000001_00010688
+0002E0 CALLERS_SAVE:00000000_00006F58
CEEMEML: 00000001_00004048
+000000 MEMLDEF:........ EXIT:00000000_00000000 LLVTL:00000000_00000000Figure 5. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 5 of 10)
[15] CEERCB: 00000001_00003A10
+000000 EYE:CEERCB SYSTEM:03 HARDWARE:03 SUBSYS:02
+000043 FLAGS:00 DMEMBR:00000001_00004048 VERSION_ID:04010900
+000058 PCB_CHAIN:00000001_00003CA0
[16] CEEEDB: 00000001_00005340
+000000 EYE:CEEEDB FLAG:97 BIPM:00 CREATOR_ID:01
+000108 BMEMBR:00000001_000068F8 OPTCB:00000001_00005DC8
+000118 USER_RC:00000000 RSN_CODE:00000000 PCB:00000001_00003CA0
+000128 APPL_STR:00000000_00000000 ENVAR:00000001_00004810
+000140 ENV_ANCHOR:00000001_00005478 BOTRB:00000001_08910090
+000150 CAACHAIN:00000001_00007B18 FLAGS1:82000000 THDSACT:00000000_00000003
+000168 DCB:00000000 INPUT_R1:00000000_00006FF0
+000178 LAST_RB:00000000 LAST_RBCT:00000000
+000180 ENV_LGTH:00000000 00000200 ENVAR_A:00000001_00004A18
+000190 ENV_ANCHOR_A:00000001_000054C8
CEEMEML: 00000001_000068F8
+000000 MEMLDEF:........ EXIT:00000000_00000000 LLVTL:FFFFFFFF_FFFFFFFF
[17] Language Environment Runtime Options in effect.
LAST WHERE SET Override OPTIONS
********************************************************************************
DD:CEEOPTS OVR CEEDUMP(00000000,SYSOUT=*,
FREE=END,SPIN=UNALLOC)
IBM-SUPPLIED DEFAULT OVR DYNDUMP(*USERID,
NODYNAMIC,TDUMP)
IBM-SUPPLIED DEFAULT OVR ENVAR("")
IBM-SUPPLIED DEFAULT OVR FILETAG(NOAUTOCVT,NOAUTOTAG)
DD:CEEOPTS OVR HEAPCHK(ON,00000001,00000000,00000010,
00000010)
PROGRAMMER DEFAULT 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)
DD:CEEOPTS OVR HEAPPOOLS64(ON,
00000008,00004000,
00000032,00002000,
00000128,00000700,
00000256,00000350,
00001024,00000100,
00002048,00000050)
00003072,00000050)
00004096,00000050)
00008192,00000025)
00016384,00000010)
00032768,00000005)
00065536,00000005)
IBM-SUPPLIED DEFAULT OVR HEAPZONES(0000,ABEND,0000,ABEND)
IBM-SUPPLIED DEFAULT OVR HEAP64(0000000000000001,0000000000000001,
KEEP,00032768,00032768,KEEP,
000004096,00004096,FREE)
IBM-SUPPLIED DEFAULT OVR INFOMSGFILTER(OFF)
IBM-SUPPLIED DEFAULT OVR IOHEAP64(0000000000000001,0000000000000001,
FREE,00012288,00000081,FREE,
00004096,00004096,FREE)
IBM-SUPPLIED DEFAULT OVR LIBHEAP64(0000000000000001,0000000000000001,
FREE,00016384,00008192,FREE,
00008192,00004096,FREE)
IBM-SUPPLIED DEFAULT OVR NATLANG(ENU)
IBM-SUPPLIED DEFAULT OVR PAGEFRAMESIZE64(4K,4K,4K,4K,4K,4K,4K)
PROGRAMMER DEFAULT OVR POSIX(ON)
IBM-SUPPLIED DEFAULT OVR PROFILE(OFF,"")
DD:CEEOPTS OVR RPTOPTS(ON)
DD:CEEOPTS OVR RPTSTG(ON)
IBM-SUPPLIED DEFAULT OVR STACK64(0000000000000001,0000000000000001,
0000000000000128)
IBM-SUPPLIED DEFAULT OVR STORAGE(NONE,NONE,NONE)
PROGRAMMER DEFAULT OVR TERMTHDACT(UADUMP,CESE,00000096)
IBM-SUPPLIED DEFAULT OVR NOTEST(ALL,*,PROMPT,INSPPREF)
IBM-SUPPLIED DEFAULT OVR THREADSTACK64(OFF,0000000000000001,
0000000000000001,
0000000000000128)
PROGRAMMER DEFAULT OVR TRACE(ON,01048576,NODUMP,LE=00000001)
IBM-SUPPLIED DEFAULT OVR TRAP(ON,SPIE)Figure 6. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 6 of 10)
[18] Heap Storage Control Blocks
Heappools trace available. To display: IP VERBX LEDATA 'HPT(*)'
ENSQ: 00000001_00100108
+000000 EYE_CATCHER:ENSQ HEAPALLOC_VAL:00000000
+000008 HEAPFREE_VAL:00000000 DSAALLOC_VAL:00000000 FLAGS1:80000000
+000014 IPT_TOKEN:000000A0 00000002 00000016 007FF050
+000024 HEAPLOCKWORD:00000000 RPT_STOR:00000001_00100410
+000030 UHEAP64:C8D7C3D8 00000000 00000001 001005B0 00000001 001007F0 00000000 00000001 00
+000060 LHEAP64:C8D7C3D8 00000000 00000001 001005E0 00000001 00100670 00000000 00000001 00
+000090 UHEAP31:C8D7C3D8 00000000 00000001 00100198 00000001 00100198 00000000 00008000 00
+0000C0 LHEAP31:C8D7C3D8 00000000 00000001 001007C0 00000001 001007C0 00000000 00004000 00
+0000F0 UHEAP24:C8D7C3D8 00000000 00000001 001001F8 00000001 001001F8 00000000 00001000 00
+000120 LHEAP24:C8D7C3D8 00000000 00000001 00100228 00000001 00100228 00000000 00002000 00
+000174 IPT_TCB:007FF050 HEAPCHK:00000000_00000000
+000188 STSB:00000000_00000000 SASB:00000000_00000000
+000198 TOKEN:7F7547D8 00000000
+0001A0 THDLHEAP64:C8D7C3D8 00000000 00000001 00100790 00000001 00100790 00000000 00000001 00
+0001D0 IOHEAP64:C8D7C3D8 00000000 00000001 00100760 00000001 00100760 00000000 00000001 00
+000200 IOHEAP31:C8D7C3D8 00000000 00000001 001006A0 00000001 001006A0 00000000 00003000 00
+000230 IOHEAP24:C8D7C3D8 00000000 00000001 001006D0 00000001 001006D0 00000000 00001000 00
+000260 SM_CELL_BLOCK:00000001_00100490 SPDE:00000001_00100730
User Heap64 Control Blocks
HPCQ: 00000001_00100138
+000000 EYE_CATCHER:HPCQ FIRST:00000001_001005B0 LAST:00000001_001007F0
+000018 INITSIZE:00000000 00000001 INCRSIZE:00000000 00000001
+00002C OPTIONS:80000000
HPSQ: 00000001_00005058
+000000 BYTES_ALLOC:00000000 001C3320
+000008 CURR_ALLOC:00000000 000CF080 GET_REQ:00000000 0000000D
+000018 FREE_REQ:00000000 00000001 GETMAINS:00000000 00000001
+000028 FREEMAINS:00000000 00000000
THNQ: 00000001_001005B0
+000000 EYE_CATCHER:THNQ FLAGS:80000000 NEXT:00000001_001007F0
+000010 PREV:00000001_00100138 HEAPID:00000001_00100138
+000020 SEGMENT:00000001_08300000 SEG_LEN:00000000 00100000
HANQ: 00000001_08300000
+000000 EYE_CATCHER:HANQ FLAGS:80000000 HEAPID:00000001_00100138
+000020 SEGMENT:00000001_08300000 ROOT:00000001_083CF0C0
+000030 SEG_LEN:00000000 00100000 ROOT_LEN:00000000 00030F40
Free Storage Tree for Heap Segment 0000000108300000
Node Node Parent Left Right Left Right
Depth Address Length Node Node Node Length Length
0 00000001083CF0C0 0000000000030F40 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000
Map of Heap Segment 0000000108300000
To display entire segment: IP LIST 0000000108300000 LEN(X'0000000000100000') ASID(X'0028')
0000000108300040: Allocated storage element, length=0000000000000180.
To display: IP LIST 0000000108300040 LEN(X'0000000000000180') ASID(X'0028')
0000000108300050: C36DE6E2 C1F6F440 40404040 40404040 00000001 08300070 00000000 250005A8 |C_WSA64 ...............y|
00000001083001C0: Allocated storage element, length=0000000000019660.
To display: IP LIST 00000001083001C0 LEN(X'0000000000019660') ASID(X'0028')
00000001083001D0: 00000000 00000005 00000000 00000005 00000001 08319840 00000001 08319A28 |......................q ........|
0000000108319820: Allocated storage element, length=0000000000025B40.
To display: IP LIST 0000000108319820 LEN(X'0000000000025B40') ASID(X'0028')
0000000108319830: 00000000 00000007 00000000 00000007 00000000 00000000 00000000 00000000 |................................|
000000010833F360: Allocated storage element, length=0000000000019340.
To display: IP LIST 000000010833F360 LEN(X'0000000000019340') ASID(X'0028')
000000010833F370: 00000000 00000006 00000000 00000006 00000000 00000000 00000000 00000000 |................................|
00000001083586A0: Allocated storage element, length=00000000000189E0.
To display: IP LIST 00000001083586A0 LEN(X'00000000000189E0') ASID(X'0028')
00000001083586B0: 00000000 00000003 00000000 00000003 C3C4D3D3 00000000 00000000 00000000 |................CDLL............|
0000000108371080: Allocated storage element, length=0000000000000060.
To display: IP LIST 0000000108371080 LEN(X'0000000000000060') ASID(X'0028')
0000000108371090: C36DE6E2 C1F6F440 40404040 40404040 00000000 000006F0 00000000 25574500 |C_WSA64 .......0........|Figure 7. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 7 of 10)
00000001083710E0: Allocated storage element, length=000000000001F420.
To display: IP LIST 00000001083710E0 LEN(X'000000000001F420') ASID(X'0028')
00000001083710F0: 00000000 00000001 00000000 00000001 00000001 08358990 00000000 00000000 |......................i.........|
0000000108390500: Allocated storage element, length=0000000000005C00.
To display: IP LIST 0000000108390500 LEN(X'0000000000005C00') ASID(X'0028')
0000000108390510: C36DE6E2 C1F6F440 40404040 40404040 000000FF 00000000 00000001 08394360 |C_WSA64 ...............-|
0000000108396100: Allocated storage element, length=000000000000A320.
To display: IP LIST 0000000108396100 LEN(X'000000000000A320') ASID(X'0028')
0000000108396110: C36DE6E2 C1F6F440 40404040 40404040 00000001 08399D80 00000000 258492C0 |C_WSA64 .............dk.|
00000001083A0420: Allocated storage element, length=0000000000000180.
To display: IP LIST 00000001083A0420 LEN(X'0000000000000180') ASID(X'0028')
00000001083A0430: C36DE6E2 C1F6F440 40404040 40404040 00000000 00000000 00000001 08FEC410 |C_WSA64 ..............D.|
00000001083A05A0: Allocated storage element, length=0000000000017400.
To display: IP LIST 00000001083A05A0 LEN(X'0000000000017400') ASID(X'0028')
00000001083A05B0: 00000000 00000004 00000000 00000000 00000000 00000000 00000000 00000000 |................................|
00000001083B79A0: Allocated storage element, length=0000000000017720.
To display: IP LIST 00000001083B79A0 LEN(X'0000000000017720') ASID(X'0028')
00000001083B79B0: 00000000 00000002 00000000 00000000 00000000 00000000 00000000 D3D4D9C5 |............................LMRE|
00000001083CF0C0: Free storage element, length=0000000000030F40.
To display: IP LIST 00000001083CF0C0 LEN(X'0000000000030F40') ASID(X'0028')
Summary of analysis for Heap Segment 0000000108300000:
Amounts of identified storage: Free:00030F40 Allocated:000CF080 Total:000FFFC0
Number of identified areas : Free: 1 Allocated: 12 Total: 13
00000000 bytes of storage were not accounted for.
No errors were found while processing this heap segment.
⋮
[19] Stack Storage Control Blocks
SANC: 00000001_00100000
+000000 EYE_CATCHER:SANC VERSION:0001 LENGTH:0100
+000008 SEGMENT_SIZE:00000000 00000081 ACTIVE_STACK:00000001_00200000
+000018 BOS:00000001_082FFFE0 INIT_SIZE:00000000 00000001
+000028 INCR_SIZE:00000000 00000001 USER_STACK:00000001_00200000
+000038 USER_BOS:00000001_082FFFE0 USER_FLOOR:00000001_08200000
+000048 RESERVE_STACK:00000001_08500000 SDCB:00000000_00000000
+000060 PTDATA:00000000_00000000 OCB_INCRSZ:00000000 00000001
+000070 CURR_ALLOC:00000000 00000001 FLAGS1:00000000
+00007C FLAGS2:00000000 USER_ORIGIN:00000001 00200000
DSA backchain
DSA: 00000001_082FA900
+000800 HPR4:00000001 082FAAC0 HPR5:00000000 253C45F8
+000810 HPR6:00000000 253C4500 HPR7:00000000 251B9B1A
+000820 HPR8:00000001 082FBB08 HPR9:00000001 00000004
+000830 HPR10:00000001 082FBABF HPR11:00000001 082FBE00
+000840 HPR12:00000001 082FCABE HPR13:00000001 082FE680
+000850 HPR14:00000001 00005DC8 HPR15:00000001 00006554
+000860 HPHKSAV:00000001 082FBA80 HPTRAN:00000001 082FB208
+000878 HPRENT:00000000 251181E8
Contents of DSA at Location : 00000001_082FB100
+000000 00000001_082FB100 00000001 082FAAC0 00000000 253C45F8 |...............8|
+000010 00000001_082FB110 00000000 253C4500 00000000 251B9B1A |................|
+000020 00000001_082FB120 00000001 082FBB08 00000001 00000004 |................|
+000030 00000001_082FB130 00000001 082FBABF 00000001 082FBE00 |................|
+000040 00000001_082FB140 00000001 082FCABE 00000001 082FE680 |..............W.|
+000050 00000001_082FB150 00000001 00005DC8 00000001 00006554 |......)H........|
+000060 00000001_082FB160 00000001 082FBA80 00000001 082FC6E0 |..............F.|
+000070 00000001_082FB170 00000001 082FB208 00000000 251181E8 |..............aY|
+000080 00000001_082FB180 00000001 082FAAC0 00000000 25743020 |................|
+000090 00000001_082FB190 00000000 2558CB50 00000000 251B78DA |.......&........|
+0000A0 00000001_082FB1A0 00000001 082FBE00 00000001 082FBF60 |...............-|
+0000B0 00000001_082FB1B0 00000001 082FBABF 00000001 082FBA08 |................|
+0000C0 00000001_082FB1C0 00000001 082FCABE 00000001 082FE680 |..............W.|
+0000D0 00000001_082FB1D0 00000001 082FB208 00000000 251181D8 |..............aQ|
+0000E0 00000001_082FB1E0 00000001 082FC6E0 89848540 85A78385 |......F.ide exce|
+0000F0 00000001_082FB1F0 00000000 00000000 A8A2A385 9440C396 |........ystem Co|Figure 8. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 8 of 10)
DSA: 00000001_082FAAC0
+000800 HPR4:00000001 082FD3E0 HPR5:00000000 251BABA0
+000810 HPR6:00000000 251B6060 HPR7:00000000 2504B400
+000820 HPR8:00000001 089135B0 HPR9:00000000 00000005
+000830 HPR10:00000001 082FE3DF HPR11:00000001 082FE0C0
+000840 HPR12:00000001 089135B0 HPR13:00000001 082FE680
+000850 HPR14:00000000 2504B300 HPR15:00000000 2530A300
+000860 HPHKSAV:00000000 00000000 HPTRAN:00000000 00000000
+000878 HPRENT:00000000 00000000
Contents of DSA at Location : 00000001_082FB2C0
+000000 00000001_082FB2C0 00000001 082FD3E0 00000000 251BABA0 |......L.........|
+000010 00000001_082FB2D0 00000000 251B6060 00000000 2504B400 |......--........|
+000020 00000001_082FB2E0 00000001 089135B0 00000000 00000005 |.....j..........|
+000030 00000001_082FB2F0 00000001 082FE3DF 00000001 082FE0C0 |......T.........|
+000040 00000001_082FB300 00000001 089135B0 00000001 082FE680 |.....j........W.|
+000050 00000001_082FB310 00000000 2504B300 00000000 2530A300 |..............t.|
+000060 00000001_082FB320 00000000 00000000 00000000 00000000 |................|
+000070 00000001_082FB330 - +000000 00000001_082FB33F same as above
+000080 00000001_082FB340 00000001 082FBB08 00000001 00000003 |................|
+000090 00000001_082FB350 00000001 00000003 00000001 00007208 |................|
+0000A0 00000001_082FB360 00000001 082FC190 00000001 082FBF90 |......A.........|
+0000B0 00000001_082FB370 00000000 25773048 00000000 00000000 |................|
+0000C0 00000001_082FB380 00000000 00000000 00000000 00000000 |................|
+0000D0 00000001_082FB390 - +000000 00000001_082FB3BF same as above
DSA: 00000001_082FD3E0
+000800 HPR4:00000001 082FDDE0 HPR5:00000000 2504C3EC
+000810 HPR6:00000000 2504AAB0 HPR7:00000000 251C96D0
+000820 HPR8:00000000 25754AD8 HPR9:00000000 25754BD0
+000830 HPR10:00000000 25754A30 HPR11:00000000 00000020
+000840 HPR12:00000001 00007B18 HPR13:00000001 082FE680
+000850 HPR14:00000000 253D6504 HPR15:00000000 00000003
+000860 HPHKSAV:00000001 00000000 HPTRAN:082FDB18 00000000
+000878 HPRENT:00000060 00000000
Contents of DSA at Location : 00000001_082FDBE0
+000000 00000001_082FDBE0 00000001 082FDDE0 00000000 2504C3EC |..............C.|
+000010 00000001_082FDBF0 00000000 2504AAB0 00000000 251C96D0 |..............o.|
+000020 00000001_082FDC00 00000000 25754AD8 00000000 25754BD0 |.......Q........|
+000030 00000001_082FDC10 00000000 25754A30 00000000 00000020 |................|
+000040 00000001_082FDC20 00000001 00007B18 00000001 082FE680 |......#.......W.|
+000050 00000001_082FDC30 00000000 253D6504 00000000 00000003 |................|
⋮
[20] Condition Management Control Blocks
HCOM: 00000000_25753700
+000000 PICA_AREA:00000000 00000000 EYES:HCOM SIZE:28E0 LEVEL:0001
+000010 CAA_PTR1:00000001_00007B18 CVTDCB:9B FLAG1:60104000
+000020 EXIT_STK:00000000_00000000 RSM_PTR:00000000_00000000
+000030 HDLL_STK:00000000_00000000 SRP_TOKEN:00000000_00000000
+000040 CURR_STK:00000000_00000000 CIBH:00000001_082FCFE0
+000050 SPIE_TOKEN:00000000 DMCP:00000000_00000000
+0000D0 COND_LOG:00000001_08FE9910 4083_DSA:00000000_00000000
+000100 HCHK5_RESULTS:00000000 SHUNT_VALIDFLAG:00000000
+000704 SHUNT_COUNTER:00000000 SHUNT_ADDR:00000000_00000000
+000710 SHUNT_PSW:00000000 00000000 00000000 00000000
+000720 SHUNT_REG0:00000000 00000000
+000728 SHUNT_REG1:00000000 00000000
+000730 SHUNT_REG2:00000000 00000000
+000738 SHUNT_REG3:00000000 00000000
+000740 SHUNT_REG4:00000000 00000000
+000748 SHUNT_REG5:00000000 00000000
+000750 SHUNT_REG6:00000000 00000000
+000758 SHUNT_REG7:00000000 00000000
+000760 SHUNT_REG8:00000000 00000000
+000768 SHUNT_REG9:00000000 00000000
+000770 SHUNT_REG10:00000000 00000000
+000778 SHUNT_REG11:00000000 00000000
+000780 SHUNT_REG12:00000000 00000000
+000788 SHUNT_REG13:00000000 00000000
+000790 SHUNT_REG14:00000000 00000000
+000798 SHUNT_REG15:00000000 00000000 SHUNT_CODE1:00000000_00000000
+0007A8 SHUNT_CODE2:00000000_00000000 SIGNAL_LOG:00000001_08913470 Figure 9. Example of formatted output from LEDATA VERBEXIT (AMODE
64) (Part 9 of 10)
CIBH: 00000001_082FCFE0
+000000 EYE:CIBH BACK:00000001_00006AB8 FWD:00000000_00000000
+000018 LEVEL:0002 SIZE:0C00 PTR_CIB:00000000_00000000
+000028 FLAG1:00000000 HDLQ:00000000_00000000 STATE:00000000
+000040 PRM_DESC:00000000_00000000 PRM_PREFIX:00000000_00000000
+000050 PRM_LIST:00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000
+000070 PARM_DESC:00000000_00000000 PARM_PREFIX:00000000_00000000
+000080 PARM_LIST:00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000
+0000A0 FUNC_CODE:00000000 SIZ:0000 VER:0000 FLAG5:00
+0000A9 FLAG6:00 FLAG7:00 FLAG8:00 FLAG1:00 FLAG2:00
+0000AE FLAG3:00 FLAG4:00 ABCD:00000000 ABRC:00000000
+0000B8 OLD_COND64:00000000 00000000
+0000C0 OLD_MIB:00000000 00000000 COND64:00000000 00000000
+0000D0 MIB:00000000_00000000 PL:00000000_00000000 SV2:00000000_00000000
+0000E8 SV1:00000000_00000000 INT:00000000_00000000 MID:00000000
+000100 HDL_SF:00000000_00000000 HDL_EPT:00000000_00000000
+000110 HDL_RST:00000000_00000000 RSM_SF:00000000_00000000
+000120 RSM_PT:00000000_00000000 RSM_MACH:00000000_00000000
+000130 SUSPEND_EH:00000000_00000000 COND_DFT:00000000
+000140 Q_DATA_TOKEN:00000000 00000000 FDBK:00000000_00000000
+000150 ABNAME:........ BBRANCH_OFFSET:00000000
+00031C BBRANCH_STMTID:........ BBRANCH_STMTLEN:0000
Machine State
+000348 MCH_EYE:....
+000350 GPR00:00000000 00000000 GPR01:00000000 00000000
+000360 GPR02:00000000 00000000 GPR03:00000000 00000000
+000370 GPR04:00000000 00000000 GPR05:00000000 00000000
+000380 GPR06:00000000 00000000 GPR07:00000000 00000000
+000390 GPR08:00000000 00000000 GPR09:00000000 00000000
+0003A0 GPR10:00000000 00000000 GPR11:00000000 00000000
+0003B0 GPR12:00000000 00000000 GPR13:00000000 00000000
+0003C0 GPR14:00000000 00000000 GPR15:00000000 00000000
+0003D0 PSW:00000000 00000000 00000000 00000000
+0003E0 ILC:0000 IC1:00 IC2:00 PFT:00000000_00000000
+0003F0 FLT_0:00000000 00000000 FLT_2:00000000 00000000
+000400 FLT_4:00000000 00000000 FLT_6:00000000 00000000
+000410 FLT_1:00000000 00000000
+000418 FLT_3:00000000 00000000
+000420 FLT_5:00000000 00000000
+000428 FLT_7:00000000 00000000
+000430 FLT_8:00000000 00000000 FLT_9:00000000 00000000
+000440 FLT_10:00000000 00000000 FLT_11:00000000 00000000
+000450 FLT_12:00000000 00000000 FLT_13:00000000 00000000
+000460 FLT_14:00000000 00000000 FLT_15:00000000 00000000
+000470 FPC:00000000 AFP_FLAGS:00 INT_SF:00000000_00000000
+00048F FLAGS:00 EXT:00000000_00000000 BEA:00000000_00000000
+0004A8 SAVSTACK_ASYNC_PTR:00000000_00000000
+0004C8 AR00:00000000 AR01:00000000
+0004D0 AR02:00000000 AR03:00000000
+0004D8 AR04:00000000 AR05:00000000
+0004E0 AR06:00000000 AR07:00000000
+0004E8 AR08:00000000 AR09:00000000
+0004F0 AR10:00000000 AR11:00000000
+0004F8 AR12:00000000 AR13:00000000
+000500 AR14:00000000 AR15:00000000
+000508 VR_0:00000000 00000000 00000000 00000000
+000518 VR_1:00000000 00000000 00000000 00000000
+000528 VR_2:00000000 00000000 00000000 00000000
+000538 VR_3:00000000 00000000 00000000 00000000
+000548 VR_4:00000000 00000000 00000000 00000000
+000558 VR_5:00000000 00000000 00000000 00000000
+000568 VR_6:00000000 00000000 00000000 00000000
+000578 VR_7:00000000 00000000 00000000 00000000
+000588 VR_8:00000000 00000000 00000000 00000000
+000598 VR_9:00000000 00000000 00000000 00000000
+0005A8 VR_10:00000000 00000000 00000000 00000000
+0005B8 VR_11:00000000 00000000 00000000 00000000
+0005C8 VR_12:00000000 00000000 00000000 00000000
+0005D8 VR_13:00000000 00000000 00000000 00000000
+0005E8 VR_14:00000000 00000000 00000000 00000000
+0005F8 VR_15:00000000 00000000 00000000 00000000
+000608 VR_16:00000000 00000000 00000000 00000000
+000618 VR_17:00000000 00000000 00000000 00000000
+000628 VR_18:00000000 00000000 00000000 00000000
+000638 VR_19:00000000 00000000 00000000 00000000
+000648 VR_20:00000000 00000000 00000000 00000000
+000658 VR_21:00000000 00000000 00000000 00000000
+000668 VR_22:00000000 00000000 00000000 00000000
+000678 VR_23:00000000 00000000 00000000 00000000
+000688 VR_24:00000000 00000000 00000000 00000000
+000698 VR_25:00000000 00000000 00000000 00000000
+0006A8 VR_26:00000000 00000000 00000000 00000000
+0006B8 VR_27:00000000 00000000 00000000 00000000
+0006C8 VR_28:00000000 00000000 00000000 00000000
+0006D8 VR_29:00000000 00000000 00000000 00000000
+0006E8 VR_30:00000000 00000000 00000000 00000000
+0006F8 VR_31:00000000 00000000 00000000 00000000
CIBH: 00000001_00006AB8
+000000 EYE:CIBH BACK:00000000_00000000 FWD:00000001_082FCFE0
+000018 LEVEL:0002 SIZE:0C00 PTR_CIB:00000001_082FBE00
+000028 FLAG1:C12B0000 HDLQ:00000000_00000000 STATE:00000000
+000040 PRM_DESC:00000000_00000000 PRM_PREFIX:00000000_00000000
+000050 PRM_LIST:00000001 082FBE28 00000001 082FBF50 00000001 082FBF60 00000001 00007208
+000070 PARM_DESC:00000000_00000000 PARM_PREFIX:00000000_00000000
+000080 PARM_LIST:00000001 082FBF48 00000001 082FBE00 00000001 082FBF60 00000001 00007208
+0000A0 FUNC_CODE:00000067 SIZ:0190 VER:0004 FLAG5:48
+0000A9 FLAG6:22 FLAG7:04 FLAG8:00 FLAG1:00 FLAG2:00
+0000AE FLAG3:00 FLAG4:05 ABCD:940C9000 ABRC:00000009
+0000B8 OLD_COND64:00030C89 59C3C5C5 (CEE3209S)
+0000C0 OLD_MIB:00000000 00000000 COND64:00030C89 59C3C5C5 (CEE3209S)
+0000D0 MIB:00000000_00000000 PL:00000000_250008C0 SV2:00000001_082FF080
+0000E8 SV1:00000001_082FF080 INT:00000000_2575B5E0 MID:00000003
+000100 HDL_SF:00000001_082FF280 HDL_EPT:00000000_251BB1D0
+000110 HDL_RST:00000000_00000000 RSM_SF:00000001_082FF080
+000120 RSM_PT:00000000_2575B5E2 RSM_MACH:00000001_00007000
+000130 SUSPEND_EH:00000000_00000000 COND_DFT:00000003
+000140 Q_DATA_TOKEN:00000000 00000000 FDBK:00000000_00000000
+000150 ABNAME:........ BBRANCH_OFFSET:00000000
+00031C BBRANCH_STMTID:........ BBRANCH_STMTLEN:0000Figure 10. Example of formatted output from LEDATA VERBEXIT
(AMODE 64) (Part 10 of 10)
Machine State
+000348 MCH_EYE:ZMCH
+000350 GPR00:00000000 00000000 GPR01:00000001 00009DF0
+000360 GPR02:00000001 082FEEF8 GPR03:00000000 00000012
+000370 GPR04:00000001 082FF080 GPR05:00000000 000006F0
+000380 GPR06:00000000 00000000 GPR07:00000000 00000001
+000390 GPR08:00000000 250000E4 GPR09:00000000 2575B630
+0003A0 GPR10:00000000 250014E0 GPR11:00000001 08FC5E70
+0003B0 GPR12:00000001 00005340 GPR13:00000000 00006F58
+0003C0 GPR14:00000000 25250098 GPR15:00000000 0000001F
+0003D0 PSW:07852401 80000000 00000000 2575B5E2
+0003E0 ILC:0002 IC1:00 IC2:09 PFT:00000000_00000000
+0003F0 FLT_0:4328007E 7DC78A9C FLT_2:00000000 00000000
+000400 FLT_4:3C100000 00000000 FLT_6:34100000 00000000
+000410 FLT_1:00000000 00000000
+000418 FLT_3:00000000 00000000
+000420 FLT_5:00000000 00000000
+000428 FLT_7:00000000 00000000
+000430 FLT_8:00000000 00000000 FLT_9:00000000 00000000
+000440 FLT_10:00000000 00000000 FLT_11:00000000 00000000
+000450 FLT_12:00000000 00000000 FLT_13:00000000 00000000
+000460 FLT_14:00000000 00000000 FLT_15:00000000 00000000
+000470 FPC:00000000 AFP_FLAGS:00 INT_SF:00000001_082FF080
+00048F FLAGS:20 EXT:00000000_00000000 BEA:00000000_00000001
+0004A8 SAVSTACK_ASYNC_PTR:00000000_00000000
+0004C8 AR00:00000000 AR01:00000000
+0004D0 AR02:00000000 AR03:00000000
+0004D8 AR04:00000000 AR05:00000000
+0004E0 AR06:00000000 AR07:00000000
+0004E8 AR08:00000000 AR09:00000000
+0004F0 AR10:00000000 AR11:00000000
+0004F8 AR12:00000000 AR13:00000000
+000500 AR14:00000000 AR15:00000000
+000508 VR_0:00000000 00000000 00000000 00000000
+000518 VR_1:00000000 00000000 00000000 00000000
+000528 VR_2:00000000 00000000 00000000 00000000
+000538 VR_3:00000000 00000000 00000000 00000000
+000548 VR_4:00000000 00000000 00000000 00000000
+000558 VR_5:00000000 00000000 00000000 00000000
+000568 VR_6:00000000 00000000 00000000 00000000
+000578 VR_7:00000000 00000000 00000000 00000000
+000588 VR_8:00000000 00000000 00000000 00000000
+000598 VR_9:00000000 00000000 00000000 00000000
+0005A8 VR_10:00000000 00000000 00000000 00000000
+0005B8 VR_11:00000000 00000000 00000000 00000000
+0005C8 VR_12:00000000 00000000 00000000 00000000
+0005D8 VR_13:00000000 00000000 00000000 00000000
+0005E8 VR_14:00000000 00000000 00000000 00000000
+0005F8 VR_15:00000000 00000000 00000000 00000000
+000608 VR_16:00000000 00000000 00000000 00000000
+000618 VR_17:00000000 00000000 00000000 00000000
+000628 VR_18:00000000 00000000 00000000 00000000
+000638 VR_19:00000000 00000000 00000000 00000000
+000648 VR_20:00000000 00000000 00000000 00000000
+000658 VR_21:00000000 00000000 00000000 00000000
+000668 VR_22:00000000 00000000 00000000 00000000
+000678 VR_23:00000000 00000000 00000000 00000000
+000688 VR_24:00000000 00000000 00000000 00000000
+000698 VR_25:00000000 00000000 00000000 00000000
+0006A8 VR_26:00000000 00000000 00000000 00000000
+0006B8 VR_27:00000000 00000000 00000000 00000000
+0006C8 VR_28:00000000 00000000 00000000 00000000
+0006D8 VR_29:00000000 00000000 00000000 00000000
+0006E8 VR_30:00000000 00000000 00000000 00000000
+0006F8 VR_31:00000000 00000000 00000000 00000000
CIB: 00000001_082FBE00
+000000 EYE:CIB BACK:00000000_00000000 FWD:00000000_00000000
+000018 SIZE:0190 VERSION:0004 PLAT_ID:00000000
+000028 COND:000300C6 59C3C5C5 (CEE0198S) MIB:00000000_00000000
+000038 MACHINE:00000001 082FBF90 OLD_COND_64:00030C89 59C3C5C5 (CEE3209S)
+000048 OLD_MIB:00000000_00000000 FLG_1:00 FLG_2:00 FLG_3:00
+000053 FLG_4:04 HDL_SF:00000001_082FF180 HDL_EPT:00000000_251BB1D0
+000068 HDL_RST:00000000_00000000 RSM_SF:00000001_082FF080
+000078 RSM_PT:00000000_2575B5E2 RSM_MACH:00000001_00007000
+000088 COND_DEFAULT:00000003 PH_CALLEE_SF:00000001_082FF080
+000098 HDL_SF_FMT:01 PH_CALLEE_FMT:01 BBRANCH_STMTLEN:0000
+00009C BBRANCH_OFFSET:00000000 BBRANCH_STMTID:........
+0000D0 VSR:00000000 00000000 VSTOR:00000000_00000000
+0000E0 VRPSA:00000000_00000000 MCB:00000000_00000000
+0000F0 MRN:........ MFLAG:00 FLG_5:48 FLG_6:22 FLG_7:04
+000103 FLG_8:00 ABCD:940C9000 ABRC:00000009 ABNAME:........
+000118 PL:00000000_250008C0 SV2:00000001_082FF080 SV1:00000001_082FF080
+000130 INT:00000000_2575B5E0 Q_DATA_TOKEN:00000000 00000000
+000140 FDBK:00000000_00000000 FUN:00000067
+000150 TOKEN:00000001 082FF180 MID:00000003 STATE:00000000
+000160 RTCC:00000014 PPAV:00000004 AB_TERM_EXIT:........
+000170 SDWA:00000000_00000000 SIGNO:00000008 PPSD:00000001_00007220
[21] Message Processing Control Blocks
CMXB: 00000001_00001738
+000000 EYE:CMXB SIZE:0160 FLAGS:8000 DHEAD1:00000000_00000000
+000010 DHEAD2:00000000_00000000
TMXB: 00000001_00007858
+000000 EYE:TMXB MIB_CHAIN_PTR:00000001_000078A0
MGF: 00000001_000078A0
+000000 EYE:CMIB PREV:00000001_000078A0 NEXT:00000001_000078A0
+000018 SEQ:00000000 00000001 CTOK:00000BE3 41C3C5C5 (CEE3043I)
[22] No PIPICB associated with CAA at address : 00000001_00007B18
⋮
Exiting Language Environment Data