How can i find the value category code in CJVC
Hi Gurus
how can i find the value category code in CJVC and which tables its stored.can any one tell me.please please
Read TPIK3 in an internal table, then search COEP-KSTAR in this table, with KSTAR between TPIK3-KSTRF and TPIK3-KSTRT, and other keys like Controlling Area and application/component (eg "PS" in project-system as in CJVC or "PM" in Maintenance as in IW33, multiple application use this table). You can also use a FM like PS_FIND_ACPOS_FOR_KSTAR.
Regards,
Raymond
Similar Messages
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Where can I find the value category description
I need the the value category description as well as the value category. Value category I found on table PMCO-ACPOS. do you know where the description would be held?
You can find in the table TPIR2-KTEXT.
Regards,
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Where i can find the value categry code and element in cjvc
hi gurus
where i can find the value categry code and element in cjvc .in which table these fields are stored.could anyone tell me relation.
Thanks & Regards
Sandyanot answer
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HI Experts,
Pls. clarify that, How can I pull the BUKRS (company code) value, for a X_USER (sy-uname) as input?
ThanQ.Check with USRM1 Table
give user name (Uname ) and you get company code (BUKRS)
also check with other tables : USRM* in SE11
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Two MaxDB crashes in the last 5 days, how can I find the reason ?
Hello,
My MaxDB-Server crashed two times in the last 5 days and I have no idea why. Can you help me to find the reason for the crashes ? My MaxDB 7.6.05 is running on a Linux server and I never had such problems before.
Here are some lines from the knldiag.err file:
First crash:
2009-01-09 15:02:05 0 ERR 11330 COREHAND ABORTING due to signal 11
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
> Emergency Stack Back Trace <----
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
> Register Dump <----
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
2009-01-09 15:02:05 0 ERR 11599 BTRACE ds es 0x6409007b 0x0000007b
2009-01-09 15:02:05 0 ERR 11599 BTRACE fs gs 0xc0100000 0x00000033
2009-01-09 15:02:05 0 ERR 11599 BTRACE trap err 0x0000000e 0x00000014
2009-01-09 15:02:05 0 ERR 11599 BTRACE efl ss 0x00010216 0x0000007b
2009-01-09 15:02:05 0 ERR 11599 BTRACE edi esi 0xb7bbe3e0 0x50042938
2009-01-09 15:02:05 0 ERR 11599 BTRACE eax ebx 0x00000001
2009-01-09 15:02:05 0 ERR 11599 BTRACE ecx edx 0xb7bbe3e0
2009-01-09 15:02:05 0 ERR 11599 BTRACE esp uesp 0x6421defc 0x6421defc
2009-01-09 15:02:05 0 ERR 11599 BTRACE ebp eip 0x0121df84 0x00000000
2009-01-09 15:02:05 0 ERR 11599 BTRACE cs cr2 0x00000073 0x00000000
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
2009-01-09 15:02:05 0 ERR 11599 BTRACE cw - sw - tag 0xffff037f 0xffff0020 0xffffffff
2009-01-09 15:02:05 0 ERR 11599 BTRACE ipoff - cssel 0xb7e1a284 0x077d0073
2009-01-09 15:02:05 0 ERR 11599 BTRACE dataoff-datasel 0x6421dd7c 0x0000007b
2009-01-09 15:02:05 0 ERR 11599 BTRACE f00 [0x3c00 0x5821 0xf70a 0x91c1 - 0x4008]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f01 [0x3c00 0x5821 0xf70a 0x9201 - 0x4008]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f02 [0x0000 0x0000 0x0000 0xb600 - 0x4006]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f03 [0x435e 0x0d79 0x35e5 0xd794 - 0x3ff9]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f04 [0x435e 0x0d79 0x35e5 0xd794 - 0x3ff9]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f05 [0x0000 0x0000 0x0000 0x8000 - 0x3fff]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f06 [0x0000 0x0000 0x0000 0xdcc0 - 0xc028]
2009-01-09 15:02:05 0 ERR 11599 BTRACE f07 [0x0000 0x5720 0x77d2 0xc691 - 0x401e]
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
> Module List <----
2009-01-09 15:02:05 0 ERR 11599 BTRACE |.text Start |.text End | Module File Name
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0x08048000 | 0x08e62000 | /opt/sdb/7603/pgm/kernel
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0x5aa91000 | 0x5acbc000 | /opt/sdb/7603/lib/liboms.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7267000 | 0xb726f000 | /lib/libnss_nis-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7271000 | 0xb7284000 | /lib/libnsl-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7288000 | 0xb728e000 | /lib/libnss_compat-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7b93000 | 0xb7b9b000 | /lib/libnss_files-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7ce2000 | 0xb7e0f000 | /lib/libc-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7e0f000 | 0xb7e10000 | /lib/libc-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7e16000 | 0xb7e20000 | /lib/libgcc_s.so.1
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7e22000 | 0xb7e45000 | /lib/libm-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7e47000 | 0xb7eff000 | /usr/lib/libstdc++.so.5.0.7
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7f09000 | 0xb7f10000 | /lib/librt-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7f12000 | 0xb7f14000 | /lib/libdl-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7f16000 | 0xb7f29000 | /lib/libpthread-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xb7f39000 | 0xb7f53000 | /lib/ld-2.6.1.so
2009-01-09 15:02:05 0 ERR 11599 BTRACE | 0xffffe000 | 0xfffff000 | [vdso]
2009-01-09 15:02:05 0 ERR 11599 BTRACE
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
> Symbolic Stack Back Trace <----
2009-01-09 15:02:05 0 ERR 11599 BTRACE -
> End of Stack Back Trace <----
2009-01-09 15:02:05 0 ERR 11330 COREHAND dump of siginfo content:
2009-01-09 15:02:05 0 ERR 11330 COREHAND signal 11 (SIGSEGV)
2009-01-09 15:02:05 0 ERR 11330 COREHAND code 1 (ILL_ILLOPC:illegal opcode)
2009-01-09 15:02:05 0 ERR 11330 COREHAND errno 0
2009-01-09 15:02:05 0 ERR 11330 COREHAND value(int) 4640
2009-01-09 15:02:05 0 ERR 11330 COREHAND value(ptr) @1220
2009-01-09 15:02:05 0 ERR 11330 COREHAND pid 0
2009-01-09 15:02:05 0 ERR 11330 COREHAND addr @0
2009-01-09 15:02:05 0 ERR 11599 BTRACE analysing LVCMem_Allocator_001
2009-01-09 15:02:05 0 ERR 11599 BTRACE
2009-01-09 15:02:05 0 ERR 11599 BTRACE no problems detected in LVCMem_Allocator_001
2009-01-09 15:02:05 0 ERR 11599 BTRACE analysing LVCMem_Allocator_002
2009-01-09 15:02:05 0 ERR 11599 BTRACE
2009-01-09 15:02:05 0 ERR 11599 BTRACE no problems detected in LVCMem_Allocator_002
2009-01-09 15:02:06 0 ERR 12006 DBCRASH Kernel exited without core and exit status 0x2f00
2009-01-09 15:02:06 0 ERR 12008 DBCRASH Kernel exited due to reentered signal handler
2009-01-09 15:02:06 ___ Stopping GMT 2009-01-09 14:02:06 7.6.05 Build 009-121-191-997
Second crash:
2009-01-13 11:03:22 0 ERR 11330 COREHAND ABORTING due to signal 11
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
> Emergency Stack Back Trace <----
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
> Register Dump <----
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
2009-01-13 11:03:22 0 ERR 11599 BTRACE ds es 0x6413007b 0x0000007b
2009-01-13 11:03:22 0 ERR 11599 BTRACE fs gs 0xc0100000 0x00000033
2009-01-13 11:03:22 0 ERR 11599 BTRACE trap err 0x0000000e 0x00000014
2009-01-13 11:03:22 0 ERR 11599 BTRACE efl ss 0x00010216 0x0000007b
2009-01-13 11:03:22 0 ERR 11599 BTRACE edi esi 0xb7c61400 0x5003fad0
2009-01-13 11:03:22 0 ERR 11599 BTRACE eax ebx 0x00000001
2009-01-13 11:03:22 0 ERR 11599 BTRACE ecx edx 0xb7c61400
2009-01-13 11:03:22 0 ERR 11599 BTRACE esp uesp 0x63e3eefc 0x63e3eefc
2009-01-13 11:03:22 0 ERR 11599 BTRACE ebp eip 0x01e3ef84 0x00000000
2009-01-13 11:03:22 0 ERR 11599 BTRACE cs cr2 0x00000073 0x00000000
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
2009-01-13 11:03:22 0 ERR 11599 BTRACE cw - sw - tag 0xffff037f 0xffff0020 0xffffffff
2009-01-13 11:03:22 0 ERR 11599 BTRACE ipoff - cssel 0xb7ebb284 0x077d0073
2009-01-13 11:03:22 0 ERR 11599 BTRACE dataoff-datasel 0x63e3ed7c 0x0000007b
2009-01-13 11:03:22 0 ERR 11599 BTRACE f00 [0x8800 0xc349 0x8885 0x91ff - 0x4008]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f01 [0x8800 0xc349 0x8885 0x923f - 0x4008]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f02 [0x0000 0x0000 0x0000 0xf300 - 0x4007]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f03 [0xb7b6 0xdb6d 0x6db6 0xf25b - 0x4007]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f04 [0x0000 0x0000 0x0000 0x9800 - 0x4002]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f05 [0x0000 0x0000 0x0000 0xfbd3 - 0x400e]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f06 [0x0000 0x0000 0x0000 0xa000 - 0xc023]
2009-01-13 11:03:22 0 ERR 11599 BTRACE f07 [0x0000 0x10ec 0x76ec 0xc1c0 - 0x401d]
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
> Module List <----
2009-01-13 11:03:22 0 ERR 11599 BTRACE |.text Start |.text End | Module File Name
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0x08048000 | 0x08e62000 | /opt/sdb/7603/pgm/kernel
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0x5a756000 | 0x5a981000 | /opt/sdb/7603/lib/liboms.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7308000 | 0xb7310000 | /lib/libnss_nis-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7312000 | 0xb7325000 | /lib/libnsl-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7329000 | 0xb732f000 | /lib/libnss_compat-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7c34000 | 0xb7c3c000 | /lib/libnss_files-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7d83000 | 0xb7eb0000 | /lib/libc-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7eb0000 | 0xb7eb1000 | /lib/libc-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7eb7000 | 0xb7ec1000 | /lib/libgcc_s.so.1
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7ec3000 | 0xb7ee6000 | /lib/libm-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7ee8000 | 0xb7fa0000 | /usr/lib/libstdc++.so.5.0.7
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7faa000 | 0xb7fb1000 | /lib/librt-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7fb3000 | 0xb7fb5000 | /lib/libdl-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7fb7000 | 0xb7fca000 | /lib/libpthread-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xb7fda000 | 0xb7ff4000 | /lib/ld-2.6.1.so
2009-01-13 11:03:22 0 ERR 11599 BTRACE | 0xffffe000 | 0xfffff000 | [vdso]
2009-01-13 11:03:22 0 ERR 11599 BTRACE
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
> Symbolic Stack Back Trace <----
2009-01-13 11:03:22 0 ERR 11599 BTRACE -
> End of Stack Back Trace <----
2009-01-13 11:03:22 0 ERR 11330 COREHAND dump of siginfo content:
2009-01-13 11:03:22 0 ERR 11330 COREHAND signal 11 (SIGSEGV)
2009-01-13 11:03:22 0 ERR 11330 COREHAND code 1 (ILL_ILLOPC:illegal opcode)
2009-01-13 11:03:22 0 ERR 11330 COREHAND errno 0
2009-01-13 11:03:22 0 ERR 11330 COREHAND value(int) 4640
2009-01-13 11:03:22 0 ERR 11330 COREHAND value(ptr) @1220
2009-01-13 11:03:22 0 ERR 11330 COREHAND pid 0
2009-01-13 11:03:22 0 ERR 11330 COREHAND addr @0
2009-01-13 11:03:22 0 ERR 11599 BTRACE analysing LVCMem_Allocator_001
2009-01-13 11:03:22 0 ERR 11599 BTRACE
2009-01-13 11:03:22 0 ERR 11599 BTRACE no problems detected in LVCMem_Allocator_001
2009-01-13 11:03:22 0 ERR 11599 BTRACE analysing LVCMem_Allocator_002
2009-01-13 11:03:22 0 ERR 11599 BTRACE
2009-01-13 11:03:22 0 ERR 11599 BTRACE no problems detected in LVCMem_Allocator_002
2009-01-13 11:03:23 0 ERR 12006 DBCRASH Kernel exited without core and exit status 0x2f00
2009-01-13 11:03:23 0 ERR 12008 DBCRASH Kernel exited due to reentered signal handler
2009-01-13 11:03:23 ___ Stopping GMT 2009-01-13 10:03:23 7.6.05 Build 009-121-191-997
How can I find the reason for the crash and prevent them in the future ? Or can you explain to me where the problem is ?
Bye
ClausHello,
I made the suggested settings.
The operating system of the MaxDB server is SuSE Linux 10.3 with kernel version 2.6.22.5-31-bigsmp
Here is the output for "param_directgetall"
KERNELVERSION KERNEL 7.6.05 BUILD 009-121-191-997
INSTANCE_TYPE OLTP
MCOD NO
SERVERDBFOR_SAP YES
_UNICODE NO
DEFAULT_CODE ASCII
DATE_TIME_FORMAT INTERNAL
CONTROLUSERID <username>
CONTROLPASSWORD
MAXLOGVOLUMES 2
MAXDATAVOLUMES 16
LOG_VOLUME_NAME_001 LOG_001
LOG_VOLUME_TYPE_001 F
LOG_VOLUME_SIZE_001 64000
DATA_VOLUME_NAME_0003 DAT_0003
DATA_VOLUME_NAME_0002 DAT_0002
DATA_VOLUME_NAME_0001 DAT_0001
DATA_VOLUME_TYPE_0003 F
DATA_VOLUME_TYPE_0002 F
DATA_VOLUME_TYPE_0001 F
DATA_VOLUME_SIZE_0003 13107200
DATA_VOLUME_SIZE_0002 13107200
DATA_VOLUME_SIZE_0001 13107200
DATA_VOLUME_MODE_0003 NORMAL
DATA_VOLUME_MODE_0002 NORMAL
DATA_VOLUME_MODE_0001 NORMAL
DATA_VOLUME_GROUPS 1
LOG_BACKUP_TO_PIPE NO
MAXBACKUPDEVS 2
LOG_MIRRORED NO
MAXVOLUMES 19
LOG_IO_BLOCK_COUNT 8
DATA_IO_BLOCK_COUNT 64
BACKUP_BLOCK_CNT 64
DELAYLOGWRITER 0
LOG_IO_QUEUE 50
RESTARTTIME 600
MAXCPU 2
LOCAL_REDO_LOG_BUFFER_SIZE 0
MAX_LOG_QUEUE_COUNT 0
USED_MAX_LOG_QUEUE_COUNT 2
LOG_QUEUE_COUNT 1
MAXUSERTASKS 75
TRANSRGNS 8
TABRGNS 8
OMSREGIONS 0
OMSRGNS 7
LOCKMANAGERENABLED NO
LMLOCK_REGIONS 0
LMREQUEST_REGIONS 0
LMTRANS_REGIONS 0
OMS_HEAP_LIMIT 0
OMS_HEAP_COUNT 2
OMS_HEAP_BLOCKSIZE 10000
OMS_HEAP_THRESHOLD 100
OMS_VERS_THRESHOLD 2097152
HEAP_CHECK_LEVEL 0
ROWRGNS 8
RESERVEDSERVERTASKS 21
MINSERVERTASKS 38
MAXSERVERTASKS 38
MAXGARBAGECOLL 1
_MAXTRANS 604
MAXLOCKS 6080
LOCKSUPPLY_BLOCK 100
DEADLOCK_DETECTION 4
DEADLOCK_DUMP_FILENAME
SESSION_TIMEOUT 900
OMS_STREAM_TIMEOUT 30
REQUEST_TIMEOUT 5000
IOPROCSPER_DEV 2
IOPROCSFOR_PRIO 0
IOPROCSFOR_READER 0
USEIOPROCS_ONLY NO
IOPROCSSWITCH 2
LRU_FOR_SCAN NO
PAGESIZE 8192
PACKETSIZE 131072
MINREPLYSIZE 4096
MBLOCKDATA_SIZE 32768
MBLOCKQUAL_SIZE 32768
MBLOCKSTACK_SIZE 32768
MBLOCKSTRAT_SIZE 16384
WORKSTACKSIZE 8192
WORKDATASIZE 8192
CATCACHE_MINSIZE 262144
CAT_CACHE_SUPPLY 4864
INIT_ALLOCATORSIZE 262144
ALLOW_MULTIPLE_SERVERTASK_UKTS NO
TASKCLUSTER01 tw;al;ut;2000sv,100bup;10ev,10gc;
TASKCLUSTER02 ti,100dw;38us;
TASKCLUSTER03 equalize
DYNTASK_STACK NO
MPRGN_QUEUE YES
MPRGN_DIRTY_READ DEFAULT
MPRGN_BUSY_WAIT DEFAULT
MPDISP_LOOPS 2
MPDISP_PRIO DEFAULT
MP_RGN_LOOP -1
MPRGN_PRIO DEFAULT
MAXRGN_REQUEST -1
PRIOBASE_U2U 100
PRIOBASE_IOC 80
PRIOBASE_RAV 80
PRIOBASE_REX 40
PRIOBASE_COM 10
PRIOFACTOR 80
DELAYCOMMIT NO
MAXTASKSTACK 1024
MAX_SERVERTASK_STACK 500
MAX_SPECIALTASK_STACK 500
DWIO_AREA_SIZE 50
DWIO_AREA_FLUSH 50
FBM_VOLUME_COMPRESSION 50
FBM_VOLUME_BALANCE 10
FBMLOW_IO_RATE 10
CACHE_SIZE 150000
DWLRU_TAIL_FLUSH 25
XP_DATA_CACHE_RGNS 0
DATACACHE_RGNS 48
XP_CONVERTER_REGIONS 0
CONVERTER_REGIONS 48
XP_MAXPAGER 0
MAXPAGER 48
SEQUENCE_CACHE 1
IDXFILELIST_SIZE 2048
VOLUMENO_BIT_COUNT 8
OPTIM_MAX_MERGE 500
OPTIM_INV_ONLY YES
OPTIM_CACHE NO
OPTIM_JOIN_FETCH 0
JOIN_SEARCH_LEVEL 0
JOIN_MAXTAB_LEVEL4 16
JOIN_MAXTAB_LEVEL9 5
READAHEADBLOBS 32
READAHEAD_TABLE_THRESHOLD 0
CLUSTER_WRITE_THRESHOLD 80
CLUSTERED_LOBS NO
CLUSTERCOMPRESSIONTHRESHOLD 1000
CLUSTERCOMPRESSIONFILLTHRESHOLD 10
RUNDIRECTORY /var/opt/sdb/data/wrk/<dbname>
OPMSG1 /dev/console
OPMSG2 /dev/null
_KERNELDIAGFILE knldiag
KERNELDIAGSIZE 800
_EVENTFILE knldiag.evt
_EVENTSIZE 0
_MAXEVENTTASKS 2
_MAXEVENTS 100
_KERNELTRACEFILE knltrace
TRACE_PAGES_TI 2
TRACE_PAGES_GC 20
TRACE_PAGES_LW 5
TRACE_PAGES_PG 3
TRACE_PAGES_US 10
TRACE_PAGES_UT 5
TRACE_PAGES_SV 5
TRACE_PAGES_EV 2
TRACE_PAGES_BUP 0
KERNELTRACESIZE 1121
EXTERNAL_DUMP_REQUEST NO
AKDUMP_ALLOWED YES
_KERNELDUMPFILE knldump
_RTEDUMPFILE rtedump
UTILITYPROTFILE dbm.utl
UTILITY_PROTSIZE 100
BACKUPHISTFILE dbm.knl
BACKUPMED_DEF dbm.mdf
MAXMESSAGE_FILES 0
_SHMKERNEL 9640
__PARAM_CHANGED___ 0
__PARAM_VERIFIED__ 2009-01-18 20:09:54
DIAG_HISTORY_NUM 2
DIAG_HISTORY_PATH /var/opt/sdb/data/wrk/<dbname>/DIAGHISTORY
DIAGSEM 1
SHOW_MAX_STACK_USE NO
SHOW_MAX_KB_STACK_USE NO
LOG_SEGMENT_SIZE 21333
_COMMENT
SUPPRESS_CORE NO
FORMATTING_MODE PARALLEL
FORMAT_DATAVOLUME YES
OFFICIAL_NODE
UKT_CPU_RELATIONSHIP NONE
HIRES_TIMER_TYPE CPU
LOAD_BALANCING_CHK 0
LOAD_BALANCING_DIF 10
LOAD_BALANCING_EQ 5
HS_STORAGE_DLL libhsscopy
HS_SYNC_INTERVAL 50
USE_OPEN_DIRECT YES
USE_OPEN_DIRECT_FOR_BACKUP NO
SYMBOL_DEMANGLING NO
EXPAND_COM_TRACE NO
JOIN_TABLEBUFFER 128
SET_VOLUME_LOCK YES
SHAREDSQL YES
SHAREDSQL_CLEANUPTHRESHOLD 25
SHAREDSQL_COMMANDCACHESIZE 262144
MEMORY_ALLOCATION_LIMIT 0
USE_SYSTEM_PAGE_CACHE YES
USE_COROUTINES YES
FORBID_LOAD_BALANCING YES
MIN_RETENTION_TIME 60
MAX_RETENTION_TIME 480
MAX_SINGLE_HASHTABLE_SIZE 512
MAX_HASHTABLE_MEMORY 5120
ENABLE_CHECK_INSTANCE YES
RTE_TEST_REGIONS 0
HASHED_RESULTSET YES
HASHED_RESULTSET_CACHESIZE 262144
CHECK_HASHED_RESULTSET 0
AUTO_RECREATE_BAD_INDEXES NO
AUTHENTICATION_ALLOW
AUTHENTICATION_DENY
TRACE_AK NO
TRACE_DEFAULT NO
TRACE_DELETE NO
TRACE_INDEX NO
TRACE_INSERT NO
TRACE_LOCK NO
TRACE_LONG NO
TRACE_OBJECT NO
TRACE_OBJECT_ADD NO
TRACE_OBJECT_ALTER NO
TRACE_OBJECT_FREE NO
TRACE_OBJECT_GET NO
TRACE_OPTIMIZE NO
TRACE_ORDER NO
TRACE_ORDER_STANDARD NO
TRACE_PAGES NO
TRACE_PRIMARY_TREE NO
TRACE_SELECT NO
TRACE_TIME NO
TRACE_UPDATE NO
TRACE_STOP_ERRORCODE 0
TRACE_ALLOCATOR 0
TRACE_CATALOG 0
TRACE_CLIENTKERNELCOM 0
TRACE_COMMON 0
TRACE_COMMUNICATION 0
TRACE_CONVERTER 0
TRACE_DATACHAIN 0
TRACE_DATACACHE 0
TRACE_DATAPAM 0
TRACE_DATATREE 0
TRACE_DATAINDEX 0
TRACE_DBPROC 0
TRACE_FBM 0
TRACE_FILEDIR 0
TRACE_FRAMECTRL 0
TRACE_IOMAN 0
TRACE_IPC 0
TRACE_JOIN 0
TRACE_KSQL 0
TRACE_LOGACTION 0
TRACE_LOCKMANAGER 0
TRACE_LOGHISTORY 0
TRACE_LOGPAGE 0
TRACE_LOGTRANS 0
TRACE_LOGVOLUME 0
TRACE_MEMORY 0
TRACE_MESSAGES 0
TRACE_OBJECTCONTAINER 0
TRACE_OMS_CONTAINERDIR 0
TRACE_OMS_CONTEXT 0
TRACE_OMS_ERROR 0
TRACE_OMS_FLUSHCACHE 0
TRACE_OMS_INTERFACE 0
TRACE_OMS_KEY 0
TRACE_OMS_KEYRANGE 0
TRACE_OMS_LOCK 0
TRACE_OMS_MEMORY 0
TRACE_OMS_NEWOBJ 0
TRACE_OMS_SESSION 0
TRACE_OMS_STREAM 0
TRACE_OMS_VAROBJECT 0
TRACE_OMS_VERSION 0
TRACE_PAGER 0
TRACE_RUNTIME 0
TRACE_SHAREDSQL 0
TRACE_SQLMANAGER 0
TRACE_SRVTASKS 0
TRACE_SYNCHRONISATION 0
TRACE_SYSVIEW 0
TRACE_TABLE 0
TRACE_VOLUME 0
CHECK_BACKUP NO
CHECK_DATACACHE NO
CHECK_KB_REGIONS NO
CHECK_LOCK NO
CHECK_LOCK_SUPPLY NO
CHECK_REGIONS NO
CHECK_TASK_SPECIFIC_CATALOGCACHE NO
CHECK_TRANSLIST NO
CHECK_TREE NO
CHECK_TREE_LOCKS NO
CHECK_COMMON 0
CHECK_CONVERTER 0
CHECK_DATAPAGELOG 0
CHECK_DATAINDEX 0
CHECK_FBM 0
CHECK_IOMAN 0
CHECK_LOGHISTORY 0
CHECK_LOGPAGE 0
CHECK_LOGTRANS 0
CHECK_LOGVOLUME 0
CHECK_SRVTASKS 0
OPTIMIZE_AGGREGATION YES
OPTIMIZE_FETCH_REVERSE YES
OPTIMIZE_STAR_JOIN YES
OPTIMIZE_JOIN_ONEPHASE YES
OPTIMIZE_JOIN_OUTER YES
OPTIMIZE_MIN_MAX YES
OPTIMIZE_FIRST_ROWS YES
OPTIMIZE_OPERATOR_JOIN YES
OPTIMIZE_JOIN_HASHTABLE YES
OPTIMIZE_JOIN_HASH_MINIMAL_RATIO 1
OPTIMIZE_OPERATOR_JOIN_COSTFUNC YES
OPTIMIZE_JOIN_PARALLEL_MINSIZE 1000000
OPTIMIZE_JOIN_PARALLEL_SERVERS 0
OPTIMIZE_JOIN_OPERATOR_SORT YES
OPTIMIZE_QUAL_ON_INDEX YES
DDLTRIGGER YES
SUBTREE_LOCKS NO
MONITOR_READ 2147483647
MONITOR_TIME 2147483647
MONITOR_SELECTIVITY 0
MONITOR_ROWNO 0
CALLSTACKLEVEL 0
OMS_RUN_IN_UDE_SERVER NO
OPTIMIZE_QUERYREWRITE OPERATOR
TRACE_QUERYREWRITE 0
CHECK_QUERYREWRITE 0
PROTECT_DATACACHE_MEMORY NO
FILEDIR_SPINLOCKPOOL_SIZE 10
TRANS_HISTORY_SIZE 0
TRANS_THRESHOLD_VALUE 60
ENABLE_SYSTEM_TRIGGERS YES
DBFILLINGABOVELIMIT 70L80M85M90H95H96H97H98H99H
DBFILLINGBELOWLIMIT 70L80L85L90L95L
LOGABOVELIMIT 50L75L90M95M96H97H98H99H
AUTOSAVE 1
BACKUPRESULT 1
CHECKDATA 1
EVENT 1
ADMIN 1
ONLINE 1
UPDSTATWANTED 1
OUTOFSESSIONS 3
ERROR 3
SYSTEMERROR 3
DATABASEFULL 1
LOGFULL 1
LOGSEGMENTFULL 1
STANDBY 1
USESELECTFETCH YES
USEVARIABLEINPUT NO
UPDATESTAT_PARALLEL_SERVERS 0
UPDATESTAT_SAMPLE_ALGO 1
SIMULATE_VECTORIO IF_OPEN_DIRECT_OR_RAW_DEVICE
COLUMNCOMPRESSION YES
TIME_MEASUREMENT NO
CHECK_TABLE_WIDTH NO
MAX_MESSAGE_LIST_LENGTH 100
SYMBOL_RESOLUTION YES
PREALLOCATE_IOWORKER NO
CACHE_IN_SHARED_MEMORY NO
INDEX_LEAF_CACHING 2
NO_SYNC_TO_DISK_WANTED NO
SPINLOCK_LOOP_COUNT 30000
SPINLOCK_BACKOFF_BASE 1
SPINLOCK_BACKOFF_FACTOR 2
SPINLOCK_BACKOFF_MAXIMUM 64
ROW_LOCKS_PER_TRANSACTION 50
USEUNICODECOLUMNCOMPRESSION NO
FBM_CLUSTER_MODE MIXED
I found a file called "comseg.dump" in the "DIAGHISTORY" directory. Here are the first lines from the file:
====================================================
Big Communication segment dump for UKT007 (due to Task T097)
big_comseg_header DUMP (size 4983832)-----
bc_size 4983832
bc_version 1
bc_comseg_cnt 38
bc_packet_cnt 38
bc_comseg_size 72
bc_packet_size 131072
bc_comseg_offset 48
bc_list_offset 2784
bc_packet_offset 3088
bc_kp_running 0
bc_common_flag 1
big_comseg content DUMP-----
0x00000 180B4B00 01000000 26000000 26000000 ..L.....&...&...
0x00010 48000000 00000200 30000000 D0000000 H.......0.......
0x00020 100B0000 00000000 01000000 00000000 ................
0x00030 00000000 01000000 01000000 00000200 ................
0x00040 D0000000 00000000 70230000 00000000 ........z#......
0x00050 01000000 00000000 00000000 00000000 ................
0x00060 02000000 00000000 04800200 12000404 ................
0x00070 00000000 00000000 00000000 01000000 ................
0x00080 01000000 00000200 D8000000 00000000 ................
0x00090 78230000 00000000 01000000 00000000 x#..............
0x000A0 00000000 00000000 02000000 00000000 ................
0x000B0 04800200 12800304 00000000 00000000 ................
0x000C0 00000000 01000000 01000000 00000200 ................
0x000D0 F0000000 00000000 7B230000 00000000 ........|#......
0x000E0 01000000 00000000 00000000 00000000 ................
0x000F0 02000000 00000000 04800200 12800404 ................
0x00100 00000000 00000000 00000000 01000000 ................
0x00110 01000000 00000200 F8000000 00000000 ................
0x00120 34230000 00000000 01000000 00000000 4#..............
0x00130 00000000 00000000 02000000 00000000 ................
0x00140 04800200 1200F503 00000000 00000000 ................
0x00150 00000000 01000000 01000000 00000200 ................
0x00160 000A0000 00000000 86230000 00000000 .........#......
0x00170 01000000 00000000 00000000 00000000 ................
0x00180 02000000 00000000 04800200 12000704 ................
0x00190 00000000 00000000 00000000 01000000 ................
0x001A0 01000000 00000200 080A0000 00000000 ................
0x001B0 7D230000 00000000 01000000 00000000 ~#..............
0x001C0 00000000 00000000 02000000 00000000 ................
0x001D0 04800200 12000504 00000000 00000000 ................
0x001E0 00000000 01000000 01000000 00000200 ................
0x001F0 100A0000 00000000 80230000 00000000 .........#......
0x00200 01000000 00000000 00000000 00000000 ................
0x00210 02000000 00000000 04800200 12800504 ................
0x00220 00000000 00000000 00000000 01000000 ................
0x00230 01000000 00000200 180A0000 00000000 ................
0x00240 84230000 00000000 01000000 00000000 .#..............
0x00250 00000000 00000000 02000000 00000000 ................
0x00260 04800200 12800604 00000000 00000000 ................
0x00270 00000000 01000000 01000000 00000200 ................
0x00280 200A0000 00000000 88230000 00000000 ........#......
0x00290 01000000 00000000 00000000 00000000 ................
0x002A0 02000000 00000000 04800200 12800704 ................
0x002B0 00000000 00000000 00000000 01000000 ................
0x002C0 01000000 00000200 280A0000 00000000 ........(.......
0x002D0 4F230000 00000000 01000000 00000000 O#..............
0x002E0 00000000 00000000 02000000 00000000 ................
0x002F0 04800200 1280F003 00000000 00000000 ................
0x00300 00000000 01000000 01000000 00000200 ................
0x00310 300A0000 00000000 38230000 00000000 0.......8#......
0x00320 01000000 00000000 00000000 00000000 ................
0x00330 02000000 00000000 04800200 1200F603 ................
0x00340 00000000 00000000 00000000 01000000 ................
0x00350 01000000 00000200 380A0000 00000000 ........8.......
0x00360 30230000 00000000 01000000 00000000 :#..............
0x00370 00000000 00000000 02000000 00000000 ................
0x00380 04800200 1280F603 00000000 00000000 ................
0x00390 00000000 01000000 01000000 00000200 ................
0x003A0 400A0000 00000000 3B230000 00000000 @.......<#......
0x003B0 01000000 00000000 00000000 00000000 ................
0x003C0 02000000 00000000 04800200 1200F703 ................
0x003D0 00000000 00000000 00000000 01000000 ................
0x003E0 01000000 00000200 480A0000 00000000 ........H.......
0x003F0 43230000 00000000 01000000 00000000 C#..............
0x00400 00000000 00000000 02000000 00000000 ................
0x00410 04800200 1280F703 00000000 00000000 ................
0x00420 00000000 01000000 01000000 00000200 ................
0x00430 500A0000 00000000 45230000 00000000 P.......E#......
0x00440 01000000 00000000 00000000 00000000 ................
0x00450 02000000 00000000 04800200 1200F803 ................
0x00460 00000000 00000000 00000000 01000000 ................
0x00470 01000000 00000200 580A0000 00000000 ........X.......
0x00480 49230000 00000000 01000000 00000000 I#..............
0x00490 00000000 00000000 02000000 00000000 ................
0x004A0 04800200 1200F903 00000000 00000000 ................
0x004B0 00000000 01000000 01000000 00000200 ................
0x004C0 600A0000 00000000 6D230000 00000000 `.......n#......
0x004D0 01000000 00000000 00000000 00000000 ................
0x004E0 02000000 00000000 04800200 12000104 ................
0x004F0 00000000 00000000 00000000 01000000 ................
0x00500 01000000 00000200 680A0000 00000000 ........h.......
0x00510 6B230000 00000000 01000000 00000000 l#..............
0x00520 00000000 00000000 02000000 00000000 ................
0x00530 04800200 12800004 00000000 00000000 ................
0x00540 00000000 01000000 01000000 00000200 ................
0x00550 700A0000 00000000 47230000 00000000 p.......G#......
0x00560 01000000 00000000 00000000 00000000 ................
0x00570 02000000 00000000 04800200 1280F803 ................
0x00580 00000000 00000000 00000000 01000000 ................
0x00590 01000000 00000200 780A0000 00000000 ........x.......
0x005A0 4C230000 00000000 01000000 00000000 M#..............
0x005B0 00000000 00000000 02000000 00000000 ................
0x005C0 04800200 1200F003 00000000 00000000 ................
0x005D0 00000000 01000000 01000000 00000200 ................
0x005E0 800A0000 00000000 4A230000 00000000 ........K#......
0x005F0 01000000 00000000 00000000 00000000 ................
0x00600 02000000 00000000 04800200 1280F903 ................
0x00610 00000000 00000000 00000000 01000000 ................
0x00620 01000000 00000200 880A0000 00000000 ................
0x00630 53230000 00000000 01000000 00000000 S#..............
0x00640 00000000 00000000 02000000 00000000 ................
0x00650 04800200 1280FA03 00000000 00000000 ................
0x00660 00000000 01000000 01000000 00000200 ................
0x00670 900A0000 00000000 51230000 00000000 ........Q#......
0x00680 01000000 00000000 00000000 00000000 ................
0x00690 02000000 00000000 04800200 1200FA03 ................
0x006A0 00000000 00000000 00000000 01000000 ................
0x006B0 01000000 00000200 980A0000 00000000 ................
0x006C0 55230000 00000000 01000000 00000000 U#..............
0x006D0 00000000 00000000 02000000 00000000 ................
0x006E0 04800200 1200FB03 00000000 00000000 ................
0x006F0 00000000 01000000 01000000 00000200 ................
0x00700 000A0000 00000000 57230000 00000000 ........W#......
0x00710 01000000 00000000 00000000 00000000 ................
0x00720 02000000 00000000 04800200 1280FB03 ................
0x00730 00000000 00000000 00000000 01000000 ................
0x00740 01000000 00000200 080A0000 00000000 ................
0x00750 59230000 00000000 01000000 00000000 Y#..............
0x00760 00000000 00000000 02000000 00000000 ................
0x00770 04800200 1200FC03 00000000 00000000 ................
0x00780 00000000 01000000 01000000 00000200 ................
0x00790 A00A0000 00000000 5A230000 00000000 ........[#......
0x007A0 01000000 00000000 00000000 00000000 ................
0x007B0 02000000 00000000 04800200 1280FC03 ................
0x007C0 00000000 00000000 00000000 01000000 ................
0x007D0 01000000 00000200 A80A0000 00000000 ................
0x007E0 62230000 00000000 01000000 00000000 b#..............
0x007F0 00000000 00000000 02000000 00000000 ................
0x00800 04800200 1200FD03 00000000 00000000 ................
0x00810 00000000 01000000 01000000 00000200 ................
0x00820 B00A0000 00000000 64230000 00000000 ........d#......
0x00830 01000000 00000000 00000000 00000000 ................
0x00840 02000000 00000000 04800200 1280FD03 ................
0x00850 00000000 00000000 00000000 01000000 ................
0x00860 01000000 00000200 B80A0000 00000000 ................
0x00870 66230000 00000000 01000000 00000000 f#..............
0x00880 00000000 00000000 02000000 00000000 ................
0x00890 04800200 1200FF03 00000000 00000000 ................
0x008A0 00000000 01000000 01000000 00000200 ................
0x008B0 C00A0000 00000000 68230000 00000000 ........h#......
0x008C0 01000000 00000000 00000000 00000000 ................
0x008D0 02000000 00000000 04800200 1280FF03 ................
0x008E0 00000000 00000000 00000000 01000000 ................
0x008F0 01000000 00000200 C80A0000 00000000 ................
0x00900 60230000 00000000 01000000 00000000 j#..............
0x00910 00000000 00000000 02000000 00000000 ................
0x00920 04800200 12000004 00000000 00000000 ................
0x00930 00000000 01000000 01000000 00000200 ................
0x00940 D00A0000 00000000 36230000 00000000 ........6#......
0x00950 01000000 00000000 00000000 00000000 ................
0x00960 02000000 00000000 04800200 1280F503 ................
0x00970 00000000 00000000 00000000 01000000 ................
0x00980 01000000 00000200 D80A0000 00000000 ................
0x00990 82230000 00000000 01000000 00000000 .#..............
0x009A0 00000000 00000000 02000000 00000000 ................
0x009B0 04800200 12000604 00000000 00000000 ................
0x009C0 00000000 01000000 01000000 00000200 ................
0x009D0 F00A0000 00000000 70230000 00000000 ........p#......
0x009E0 01000000 00000000 00000000 00000000 ................
0x009F0 02000000 00000000 04800200 12800104 ................
0x00A00 00000000 00000000 00000000 01000000 ................
0x00A10 01000000 00000200 F80A0000 00000000 ................
0x00A20 72230000 00000000 01000000 00000000 r#..............
0x00A30 00000000 00000000 02000000 00000000 ................
0x00A40 04800200 12000204 00000000 00000000 ................
0x00A50 00000000 01000000 01000000 00000200 ................
0x00A60 000B0000 00000000 76230000 00000000 ........v#......
0x00A70 01000000 00000000 00000000 00000000 ................
0x00A80 02000000 00000000 04800200 12000304 ................
0x00A90 00000000 00000000 00000000 01000000 ................
0x00AA0 01000000 00000200 080B0000 00000000 ................
0x00AB0 74230000 00000000 01000000 00000000 t#..............
0x00AC0 00000000 00000000 02000000 00000000 ................
0x00AD0 04800200 12800204 00000000 00000000 ................
0x00AE0 100B0000 00000000 100B0200 00000000 ................
0x00AF0 100B0400 00000000 100B0600 00000000 ................
0x00B00 100B0800 00000000 100B0000 00000000 ................
0x00B10 100B0B00 00000000 100B0D00 00000000 ................
0x00B20 100B1000 00000000 100B1200 00000000 ................
0x00B30 100B1400 00000000 100B1600 00000000 ................
0x00B40 100B1800 00000000 100B1000 00000000 ................
0x00B50 100B1B00 00000000 100B1D00 00000000 ................
0x00B60 100B2000 00000000 100B2200 00000000 .. .......".....
0x00B70 100B2400 00000000 100B2600 00000000 ..$.......&.....
0x00B80 100B2800 00000000 100B2000 00000000 ..(.......*.....
0x00B90 100B2B00 00000000 100B2D00 00000000 ..,.............
0x00BA0 100B3000 00000000 100B3200 00000000 ..0.......2.....
0x00BB0 100B3400 00000000 100B3600 00000000 ..4.......6.....
0x00BC0 100B3800 00000000 100B3000 00000000 ..8.......:.....
0x00BD0 100B3B00 00000000 100B3D00 00000000 ..<.......>.....
0x00BE0 100B4000 00000000 100B4200 00000000 [email protected].....
0x00BF0 100B4400 00000000 100B4600 00000000 ..D.......F.....
0x00C00 100B4800 00000000 100B4000 00000000 ..H.......J.....
0x00C10 60000000 00400000 5D000000 01000000 `....@..^.......
0x00C20 00000400 60000000 00020000 37303630 ....`.......7060
0x00C30 354F4442 60FF0100 28000000 00000100 5ODB`...(.......
0x00C40 00000000 00000000 28000000 00000000 ........(.......
0x00C50 00000100 02303030 30300000 00000000 .....00000......
0x00C60 00000000 F2000000 00000000 00000000 ................
0x00C70 03000100 00000000 15000000 28FF0100 ............(...
0x00C80 524F4B4B 4241434A 20574F52 4A205245 ROLLBACK WORK RE
0x00C90 4B454153 45FFFFFF 0B000000 08FF0100 LEASE...........
0x00CA0 000FBF5F 00003001 54002B00 FFFFFFFF ..._..:.T.,.....
0x00CB0 0B000100 00000000 07000000 D8FD0100 ................
0x00CC0 FF303839 336532FF 36376630 35323532 .0893e2.67f05252
0x00CD0 36636335 31646139 31323032 32313030 6cc51da912022100
0x00CE0 30302720 4F524445 52204259 20636DFF 00' ORDER BY cn.
0x00CF0 00000000 B4178400 000000B4 17850000 ................
0x00D00 0000B417 86000000 00B41787 00000000 ................
0x00D10 B4178800 000000B4 17890000 0000B418 ................
0x00D20 98000000 FFFFFFFF 0A000100 00000000 ................
0x00D30 0B000000 70FD0100 000FBF5F 00003001 ....p......_..:.
0x00D40 54002B00 FFFFFFFF 20202020 20202020 T.,.....
0x00D50 20202020 20202020 20202020 20202020
0x00D60 - 0x00D8F identical
0x00D90 20202020 20202020 20206465 20202020 de
0x00DA0 20202020 20202020 20202020 20202020
0x00DB0 - 0x0118F identical
0x01190 20202020 20202020 2020FFFF FFFFFFFF ......
0x011A0 0A000100 00000000 0B000000 F8F90100 ................
0x011B0 000FBF5F 00003101 54002B00 FFFFFFFF ..._..1.T.,.....
0x011C0 20202020 20202020 08005375 6D646179 ..Sunday
0x011D0 20202020 20202020 20202020 20202020
0x011E0 20200600 5065726F 20202020 20202020 ..Zero
0x011F0 04005065 726F6574 68202020 20200700 ..Zeroeth ..
0x01200 4F6D6520 20202020 20202020 03004669 One ..Fi
0x01210 72737420 20202020 20200500 54776F20 rst ..Two
0x01220 20202020 20202020 03005365 636F6D64 ..Second
0x01230 20202020 20200600 54687265 65202020 ..Three
0x01240 20202020 05005468 69726420 20202020 ..Third
0x01250 20200500 466F7572 20202020 20202020 ..Four
0x01260 0400466F 75727468 20202020 20200600 ..Fourth ..
0x01270 46697665 20202020 20202020 04004669 Five ..Fi
0x01280 66746820 20202020 20200500 53697820 fth ..Six
0x01290 20202020 20202020 03005369 78746820 ..Sixth
0x012A0 20202020 20200500 53657665 6D202020 ..Seven
0x012B0 20202020 05005365 76656D74 68202020 ..Seventh
0x012C0 20200700 45696768 74202020 20202020 ..Eight
0x012D0 05004569 67687468 20202020 20200600 ..Eighth ..
0x012E0 4D696D65 20202020 20202020 04004D69 Nine ..Ni
0x012F0 6D746820 20202020 20200500 54656D20 nth ..Ten
0x01300 20202020 20202020 03005465 6D746820 ..Tenth
0x01310 20202020 20200500 456B6576 656D2020 ..Eleven
0x01320 20202020 0600456B 6576656D 74682020 ..Eleventh
0x01330 20200800 5477656B 76652020 20202020 ..Twelve
0x01340 06005477 656B6674 68202020 20200700 ..Twelfth ..
0x01350 54686972 7465656D 20202020 08005468 Thirteen ..Th
0x01360 69727465 656D7468 20200000 466F7572 irteenth ..Four
0x01370 7465656D 20202020 0800466F 75727465 teen ..Fourte
0x01380 656D7468 20200000 46696674 65656D20 enth ..Fifteen
0x01390 20202020 07004669 66746565 6D746820 ..Fifteenth
0x013A0 20200900 53697874 65656D20 20202020 ..Sixteen
0x013B0 07005369 78746565 6D746820 20200900 ..Sixteenth ..
0x013C0 53657665 6D746565 6D202020 09005365 Seventeen ..Se
0x013D0 76656D74 65656D74 68200A00 45696768 venteenth ..Eigh
0x013E0 7465656D 20202020 08004569 67687465 teen ..Eighte
0x013F0 656D7468 20200000 4D696D65 7465656D enth ..Nineteen
0x01400 20202020 08004D69 6D657465 656D7468 ..Nineteenth
0x01410 20200000 5477656D 74792020 20202020 ..Twenty
0x01420 06005477 656D7469 65746820 20200900 ..Twentieth ..
0x01430 54686972 74792020 20202020 06005468 Thirty ..Th
0x01440 69727469 65746820 20200900 466F7572 irtieth ..Four
0x01450 74792020 20202020 0600466F 75727469 ty ..Fourti
0x01460 65746820 20200900 46696674 79202020 eth ..Fifty
0x01470 20202020 05004669 66746965 74682020 ..Fiftieth
0x01480 20200800 53697874 79202020 20202020 ..Sixty
0x01490 05005369 78746965 74682020 20200800 ..Sixtieth ..
0x014A0 53657665 6D747920 20202020 07005365 Seventy ..Se
0x014B0 76656D74 69657468 20200000 45696768 ventieth ..Eigh
0x014C0 74792020 20202020 06004569 67687469 ty ..Eighti
0x014D0 65746820 20200900 4D696D65 74792020 eth ..Ninety
0x014E0 20202020 06004D69 6D657469 65746820 ..Ninetieth
0x014F0 20200900 00000000 00000000 00000000 ..............
.... <much more>
It seems to contain some sql queries and other informations. Can I convert the file to a more readable format ? Is the content helpful ?
The company I am working for is a SAP customer.
Bye
Claus -
How can i find the printing program?
hi
i have sap script how can i find the printing program ?
amiami bardogo wrote:
hi
what is the different between the commands 'break' and 'break-point'
thanks,
ami
h2 Breakpoints h2
Apart from being able to execute an ABAP program in the Debugger, you can also start the Debugger call by the choosing a breakpoint. This is achieved by setting one or more of these breakpoints in the program. A breakpoint is a signal at a particular point in the program that tells the ABAP runtime processor to interrupt processing and start the Debugger. The Debugger is activated when the program reaches this point.
There is also a special kind of breakpoint called a watchpoint. When you use watchpoints, the Debugger is not activated until the contents of a particular field change. For more information, refer to the chapter Watchpoints.
Breakpoint Variants
The Debugger contains different breakpoint variants:
Static
A user-specific breakpoint is inserted in the source code as an ABAP statement using the keyword BREAK-POINT. A non user-specific breakpoint is set in the ABAP Editor using the BREAK user name statement.
Directly set
dynamic breakpoints
Can be set in the ABAP Editor or the Debugger by double-clicking a line, for example. Dynamic breakpoints are always user-specific, and are deleted when you log off from the R/3 System.
Breakpoints
at statements
The Debugger stops the program immediately before the specified statement is executed.
Breakpoints
at subroutines
The Debugger stops the program immediately before the specified subroutine is called.
Breakpoints at function modules
The Debugger stops the program immediately before the specified function module is called.
Breakpoints at methods
The Debugger stops the program immediately before the specified method is called.
Breakpoints at exceptions and system exceptions
The Debugger stops the program immediately after a system exception, that is, after a runtime error has been intercepted.
Static Breakpoints
Static breakpoints are always user-independent if there is no specification of a user name. Once a user has inserted the statement BREAK-POINT or BREAK name in an ABAP program, the system always interrupts the program at that point for that user or only for the user name. This procedure is only useful in the development phase of an application when program execution is always to be interrupted at the same place. For more information, refer to the chapter Static Breakpoints.
In HTTP sessions, a static breakpoint is skipped if you did not set additional dynamic HTTP breakpoints in the editor of a BSP page. Instead, a corresponding system log entry is written, which can be checked using transaction SM21.
Dynamic Breakpoints
Dynamic breakpoints are user-specific. Therefore, you should use them if you only want the program to be interrupted when you run it yourself, not when it is being executed by other users. All dynamic breakpoints are deleted when you log off from the R/3 System.
Dynamic breakpoints are more flexible than static breakpoints because you can deactivate or delete them at runtime. They have the following advantages:
· You do not have to change the program code.
· You can set them even when the program is locked by another programmer.
· You can define a counter that only activates the breakpoint after it has been reached.
Special dynamic breakpoints are useful when you want to interrupt a program directly before a particular ABAP statement, a subroutine, or an event, but do not know exactly where to find it in the source code. Event here is used to refer to the occurrence of a particular statement, for example, or calling up a method. Special dynamic breakpoints are user-specific. You can only set them in the Debugger. For more information, refer to the chapter Dynamic Breakpoints.
In HTTP sessions, the system stops both at static and dynamic breakpoints if a dynamic breakpoint was set in the editor of a BSP page before program execution.
Lifetime and Transfer of Breakpoints
A static breakpoint remains intact as long as the BREAK-POINT or BREAK-POINT name statement is not removed from the source code. Without saving, dynamic breakpoints only remain intact in the relevant internal session. However, they remain in effect during the entire user session if they are saved by choosing the menu path Breakpoints ® Save in the ABAP Debugger. For more details on the subject of user sessions and modes, refer to Modularization Techniques in the ABAP keyword documentation.
If you call an HTTP session during a user session, only the HTTP breakpoints are loaded when the HTTP session is started. You activate HTTP debugging in the ABAP Editor by choosing Utilities ® Settings ® HTTP Debugging. Depending on the setting, the system then displays either the HTTP or standard breakpoints in the Editor.
If you call an update session during a user session, breakpoints that were defined beforehand in the calling processing unit are copied to the new update session, where they can be displayed under Breakpoints. If, in the ABAP Debugger, you check Update Debugging under Settings and then, for example, call the update module func using CALL FUNCTION func IN UPDATE TASK, a new window is opened in which you can debug this function module in the update session. All the breakpoints that were set in the calling processing unit can also be processed here.
For further information on special breakpoints, refer to:
Breakpoints at Statements
Breakpoints at Subroutines
Breakpoints at Function Module Calls
Breakpoints at Methods
Breakpoints at System Exceptions
h2 page break h2
WINDOW TYPES
When defining a layout set window, you must select a window type for the window. You can choose between three types:
Constant windows (CONST)
Variable windows (VAR)
Main windows (MAIN)
CONSTANT WINDOW
A window of type CONST has the same contents and size on all layout set pages, on which a corresponding page window is defined. This allows the processing of the window contents to be optimized internally.
Page windows whose allocated window is of type CONST must have the same size throughout the layout set. If a window of type CONST is full, all remaining text the application program wants to output in this window, is lost. Constant windows do not trigger a page break. In other words: all text exceeding the window size is simply truncated.
VARIABLE WINDOW
The contents of variable windows is processed again for each page, on which the window appears. The system outputs only as much text as fits into the window. Text exceeding the window size is truncated; the system does not trigger a page break. Unlike constant windows, the page windows declared as variable windows may have different sizes on different layout set pages.
As far as the processing of the window contents is concerned, the system currently treats constant and variable windows alike. The only difference is that constant windows have the same size throughout the layout set.
MAIN WINDOW
Each layout set must have one window of type MAIN. Such a window is called the main window of the layout set. For SAPscript layout sets, the main window has a central meaning:
It controls the page break.
It contains the text body that may cover several pages.
It allows to fix text elements at the upper and lower margins of the allocated page window (for example, for column headings).
As soon as a window of type MAIN is full, SAPscript automatically triggers a page break and continues to output the remaining text in the main window of the subsequent page. Page windows of type MAIN have the same width throughout the layout set. The SAPscript composer thus avoids reformatting of the text after each page break.
If a page does not have a main window, the system implicitly processes all other windows of the page and continues with the subsequent page. This page must not call itself as subsequent page (recursive call), since this would produce an endless loop. In such a case, SAPscript terminates the output after three subsequent pages.
HOW THE COMPOSER WORKS
The composer or layout set processor is the central formatting module for the print output. It prepares the texts for the different output devices by using the allocated styles or layout sets.
Processing a layout set happens in a certain order. You must know some facts concerning the different window types, the setting of subsequent pages, or the dynamic control from within the print program.
Page control in layout sets
Define subsequent page statically
Define subsequent page dynamically
Format a layout set page
PAGE CONTROL IN LAYOUT SETS
SAPscript automatically triggers a page break as soon as the main window of one page is full. To be able to execute the page break, the system must know on which subsequent page to continue outputting the text. You can specify the subsequent page either statically when defining the layout set, or you can set the subsequent page dynamically during layout set output.
If the subsequent page is not specified, SAPscript automatically terminates printing, thereby ignoring any other output statements of the application program.
DEFINE SUBSEQUENT PAGE STATICALLY
You define the subsequent page statically with the layout set maintenance transaction. First, specify the start page in the layout set header. The system automatically calls this page whenever the layout set is started. With this page, or, more correctly, with the page window of this page, the text output starts. For each page, specify the subsequent page in the page definition. After a page break, the system continues text output on the subsequent page defined for the last page. By specifying start page and subsequent pages, you can define a page sequence.
DEFINE SUBSEQUENT PAGE DYNAMICALLY
The page sequence set in the layout set definition can be changed by the application program dynamically at runtime. If you want the layout set to start with a page other than the one defined in the layout set header, specify the desired start page using the parameter STARTPAGE when you call the function module START_FORM. However, this new start page is valid only for the current call of the function module.
If you want to break to a subsequent page other than the one specified in the page definition, use the control statement NEW-PAGE to set the name of the new page.
NEW-PAGE .
NEW-PAGE ends the output on the current page. The new subsequent page is only valid for the current call of the control statement. You can either include the control statement explicitly into the text of a text element or pass it to the layout set output using the function module CONTROL_FORM.
FORMAT LAYOUT SET PAGE
The process of formatting the output is controlled by the text contents in the BODY area of the main window. If the main window is completely filled, or if the control statement NEW-PAGE appears in the main window, the system executes a page break. Only at this point in time the system formats the contents of the windows of the other types and replaces the variables with the current values.
For each other window, the system first outputs the default text element, if it exists. Then it processes and formats the list of the active text elements of this window, which you set using the function module WRITE_FORM with the parameter FUNCTION (SET, APPEND, DELETE). Any text that does not fit into the page window is truncated.
As a consequence to this processing order of the composer, the reservation of space for the TOP and BOTTOM areas must be made beforehand. If the BODY area of the main window already contains text, a new text output to the TOP area does not appear on the current page but on the subsequent page in the TOP area. The same applies for the BOTTOM area. If the BODY area is filled to such an extend that the new BOTTOM text no longer fits into the current main window, this text appears on the subsequent page in the BOTTOM area.
A frequent error in application programs is that for the subsequent page (for example, NEXT) of a layout set no main window is defined. If the formatted text of the previous page did not fit into the corresponding main window , the composer searches the subsequent pages for a main window to output the text remainder. However, if the subsequent page of NEXT is NEXT again, the composer encounters an endless loop.
To be able to create correct page breaks in longer text, you should define a main window on each layout set page.
LAYOUT SET CONTROL
To output SAPscript layout sets, in the print program you must always start the output with OPEN_FORM and end it with CLOSE_FORM. The function module OPEN_FORM initializes the SAPscript composer and opens the specified layout set for subsequent output. The system combines all output for this layout set up to the CLOSE_FORM to one print request. If CLOSE_FORM is missing, nothing will be printed.
To output data in a layout set, you must use the SAPscript function modules WRITE_FORM, WRITE_FORM_LINES, and CONTROL_FORM. You can use these function modules any number of times in any order between opening and closing a layout set.
You cannot use the ABAP/4 statement WRITE to write output to a SAPscript layout set.
Several print requests
Start a layout set again
Switch layout sets
Find layout sets
SEVERAL PRINT REQUESTS
Within one transaction, you can open and close several layout sets using OPEN_FORM and CLOSE_FORM, however not simultaneously. You can use parameters in the OPEN_FORM to control whether the output is stored in the same print request. But also the SAP spool decides, depending on several plausibility checks, whether new output is appended to an existing print request or whether to create a new print request anyway.
CALL FUNCTION 'OPEN_FORM'
CALL FUNCTION 'CLOSE_FORM'
CALL FUNCTION 'OPEN_FORM'
CALL FUNCTION 'CLOSE_FORM'
You cannot combine ABAP/4 list output and SAPscript output in one print request.
START A LAYOUT SET AGAIN
Usually a print program does not print only one urging letter or one account statement, but several layout sets for different customers. To have the output for each customer begin with the start page of the layout set, you must start the current layout set again and again.
To start a layout set again, you must first end the current layout set and then open the layout set again. Within one print request, first call the function module END_FORM. It executes the final processing for the current layout set. Then start the layout set again using START_FORM. Output then begins again on the start page of the desired layout set.
CALL FUNCTION 'OPEN_FORM'
CALL FUNCTION 'START_FORM'
CALL FUNCTION 'END_FORM'
CALL FUNCTION 'START_FORM'
CALL FUNCTION 'END_FORM'
CALL FUNCTION CLOSE_FORM
If you use START_FORM and END_FORM, you must not specify a layout set for OPEN_FORM. However, in this case you can use the SAPscript output functions only after opening a layout set with START_FORM. -
How can I pass the value to another frame?
Hi all,
The following is part of my coding of a frame. Once i click on the jButton2, the selected value will be stored into a variable named NAME and the value will be displayed by a label in same frame. At the same time, a new frame named TESTING3 will be set to visible.
private void jButton2ActionPerformed(java.awt.event.ActionEvent evt)
// TODO add your handling code here:
String name = (String)jList1.getSelectedValue();
jLabel1.setText(name); //display the value in a label in same frame
new testing3().setVisible(true); //a new frame set to visible
} Question: How can I pass the value to TESTING3 frame and display it on that frame?
Thanks,
ning.just make an archive that save that variable and them get them from de clase were you save it
public class sav {
String n;
public sav {
n="";
public void addn(String x){
n=x;
public String shown(){
return n;
and them save it from the frame
sav sun = new sav();
sav.addn(f);
them call it from the other frame
sav sin = new sav();
String s = sin.shown();
label.setText(s);
and i think thats you want to do if its not please explain me better
bye -
How can I find the non-truncated serial number of CS4 masters collection installed on my Mac?
I got CS4 Masters Collection about 3 years ago when I was still using a PowerPC G5 Mac. Since then, I've upgraded my setup with Intel machines. I'd like to use Adobe Premiere Pro on my MacBook Pro, as I cannot run it on my G5. I found a download link on Adobe's servers for the old Adobe Premiere CS4 trial, and I downloaded it. Since it isn't installed on the G5, I should be able to use it on my intel machine, right? So I went into Help/System Info on one of the other CS4 apps installed on my G5, and found the serial code, but it was shortened to 20 characters, when the registration requires 24. How can I find the last 4 characters so I can activate Premiere? I found a guide, but it only works for PC's. Please help, I'm tired of using FCPX.
No, that is not rue, Adobe limits the supply of their software explicitly to Adobe themselfs and to their contract distributers. And the other problem is that the serial is stcked on the package of the DVDs. So, if someone passes his original DVDs to someone else he gives him also the serial. He has no possibility to hinder someone the use of these SN. So he has given away the proof of his licence.
-
How can I find the source of report in the executable method= "Spawned" ?
Dear all:
how can I find the source of report in the executable method=>"Spawned" ?
Regards,Hi,
Please see this thread.
To View Spawned Concurrent Program Source Code
To View Spawned Concurrent Program Source Code
Regards,
Hussein -
How can I control the Product Category in the Pre-select screen
Dear ,my expert :
I work in ROS scenario . In my case ,the supplier can select Product Category A, Product Category B,and Product Category C when they filled the data in the registration scren . And the purchaser A just is responsibility for the Product Category A ,and the purchaser B ,C are the same situation .
So ,my question is :
1,How can I control the Product Category in the Pre-select screen? I mean that the Purchaser A can just select the Product Category A in the Pre-select screen .
2,You know the supplier select two category is one BP in the system ,So if the purchaser A accepe the supplier ,the purchaser B will find the status is "accepted ",So the purchaser B will be confused about it .
SO ,in my case ,any one has the suggestions ,any link welcome .
Bestregards
alexHi Alex,
As per standard SRM solution, this is not supported. Purchasers who accept new suppliers, accept them on the whole and not for any specific product category. There is no such thing as Purchaser being responsible for specific prod category in ROS.
What you could do however is to build a custom workflow to achieve it. You could have category approvers after the purchaser has accepted the supplier. Based on the category provided by the supplier in the reg form, you could route these suppliers to appropriate category approvers.
Regards,
Nikhil -
How can I find the position of a robotic arm with a cFP-CTR card?
Hello,
I use a CTR-500 to measure the pulses of 3 encoders.
The encoders are related to the 3 axis (x,y,z), to which a robotic arm is moving.
Each encoder has 2 channels (A,B) which go to each pair of Count Inputs of the CTR card.
When the robotic arm is moving on one axis, the corresponding pair of Count Inputs is increasing, but there is a phase between the one Count Input and the second one. What is more, the Count Inputs do not decrease when the robotic arm is moving to the other direction, but they still increase.
So, I cannot find easily the position of the robotic arm.
What I have done, is to try finding the position, by using only one Counter Input for each axis. This means that I use the value of the encoder as a counter, and I calculate the position with some software tricks. But for some reason, it does not work properly.
I have heard that the method I use is not proper. Instead, I have been told that I must use the phase of the 2 Count Inputs, in order to find the direction to which the robotic arm is moving. But, the Count Inputs of the CTR are augmenting in parallel, when the robotic arm is moving forward or backward.
How can I find the position of the robotic arm, as it is moving like a CNC ?
Thank you very much.
Message Edited by nikosfs on 08-21-2009 12:27 PMYou don't want to use a cFP-CTR-500 card. What you have are quadrature signals. You should be using the cFP-QUAD-510. It has 4 channels that can handle both the A and B signals of a quadrature encoder. It has the built in circuitry do determine the phasing of A vs. B to know when to count up vs. count down.
Maybe you are looking for
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