How to run update query statement to update a table cell
I have a job within that has dataflow which loads data to target after teh dataflow is done loading, i would like to call to run the following: in the workflow context do i need to add a script object , plus also the below query is it the proper way to run an update statement.
sql('Target_DS','update tbl_job_status set endtime=sysdate() where endtime is null');
Thank you very much for the helpful info
kind regards.
Arun,
Is this the right way instead of doing enable recovery.
Manaully taking care of recoverable workflow logic, by updating a table_job_status(starttime and end_time columns)?
the only advantage of going this way rather than using recover as a unit is, if i use recover as a unit.
then if any problem occurs in any dataflow, then all the dataflow one more time gets executed.
instead i want only the data flow with the error occur has to run. for delta's.
Kind regards.
Edited by: cplusplus1 on Feb 13, 2012 4:21 PM
Similar Messages
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UPDATE QUERY can't update table
Hi,
During 1500-2000 concurrent users, DB Transaction locks occur. So that Update query can't update table and we get inconsistent data. How can we avoid this inconsistent data?? Why we get transaction locks??
Eg. In update query it update the status of user with completed; but because of transaction lock update query can't update status of user it remains uncompleted. So we can get wrong status of user(inconsistent data). Why UPDATE query update the status
of user???
update table set status='completed', date=@p2,score=@p3 where id=@p1You are not getting inconsistent data, you are getting the data according to the isolation level you are running under. The isolation level determines the locking model and therefore determines any bad dependencies you may experience. Reducing the bad dependencies
through higher isolation level will lower concurrency. *This* is the core concept of Transactional Processing theory.
Furthermore there is not really such a thing as a DB Transaction lock - at least not in the way you mean. SQL server does use DB locks (such as Shared transaction workspace and Exclusive transaction workspace) but the highest level of lock escalation is
the object level (heap or btree) so those are the things you are really interested in. In the ideal would you want all Exclusive, Shared and U locks to be taken at the RID (heaps) or Key (cluster tables) level - and only have few of them per query.
In conclusion think carefully about your query and how it is implimented under the covers by the database engine.
Regards,
Mark Broadbent.
Microsoft Certified Master
Contact me through twitter |
blog | sqlcloud
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Spool process running on "Querying" state
Hi,
One of the work process is running on "querying" state, for every 3 minutes. And raising up even we kill it on process overview. At the end of the process it is core dumping on system with the error below;
ABAP runtime errors SYSTEM_CORE_DUMPED
Occurred on 16.07.2008 at 00:31:48
Process terminated by signal 11.
What happened?
Error in the SAP Basis system
ABAP/4 processor detected an internal system error.
The current ABAP program "RSPOWP00 " had to be terminated because the ABAP
processor discovered an invalid system state.
Even though we set "Do not query host spooler for output status" on SPAD, the system is still querying those printers that we already set this parameter.
The system is HP-UX and the spool access method "S" configured for each printer. I am sure that there's no any network problem between server and the host spooler. Kernel version is 4.6C.
What can cause the problem? Anyone has a suggestion?
Thank youM
** W34 LOOP (SPO) *********
T alloc memory 14252ee80 (96)
T module rspoerrh matches rspo* -> project Sp
T alloc memory 14252eee0 (56)
T alloc memory 14252ef18 (80)
T alloc memory 14252ef68 (80)
T alloc memory 14252efb8 (64)
T alloc memory 14252eff8 (64)
M invalidate act fields from T34/M0
M ThRqWaitFor: wait for next request new time slice
M event-handling: W34, key 905, flag 956
M ThRqWaitFor: wait for request
M Wed Jul 16 13:06:41 2008
M ThRqAccept: allowed rq_type = 0
M set act fields to T34/M0
M ThSetDefaultTaskType: set task type ZTTASPO
M ThIsAsyncInput (T34, M0, ..), allowed rq_type = TH_ALL_RQ
M LOCK WP ca_blk 2
M LOCK APPC ca_blk 1800
M set act fields to T34/M0
M ThClearNextFields ()
M rq_id 839 for T34 U35 M0 I0 recv 0 (Mstat 66, len -1) (from dispatcher)
M resCheck=0 Tname:
M set MSG_SPOASYNC in Overhead
S Create Spool Alarm Message
M set SPOOL ALARM
M ThRqInCheck: o.k.
M ThRqAccept: saved MODE_REC = 40
M Adresse Offset SPOASYNC-Request
M -
M a00fa60 000000 00000000 02000000 41000000 00000000 |........A.......|
M a00fa70 000016 00000000 00000000 00000000 00000000 |................|
M a00fa80 000032 00000000 00000000 00000000 00000000 |................|
M a00fa90 000048 00000000 00000000 00000000 00000000 |................|
M a00faa0 000064 00000000 00000000 00000000 00000000 |................|
M a00fab0 000080 00000000 00000000 00000000 00000000 |................|
M a00fac0 000096 00000000 00000000 00000000 00000000 |................|
M a00fad0 000112 00000000 00000000 00000000 00000000 |................|
M a00fae0 000128 00000000 00000000 00000000 00000000 |................|
M a00faf0 000144 00000000 00000000 00000000 00000000 |................|
M a00fb00 000160 00000000 00000000 00000000 00000000 |................|
M a00fb10 000176 00000000 00000000 00000000 00000000 |................|
M a00fb20 000192 00000000 00000000 00000000 00000000 |................|
M a00fb30 000208 00000000 00000000 00000000 00000000 |................|
M a00fb40 000224 00000000 00000000 00000000 00000000 |................|
M a00fb50 000240 00000000 00000000 00000000 00000000 |................|
M a00fb60 000256 00000000 00000000 00000000 00000000 |................|
M a00fb70 000272 00000000 00000000 00000000 00000000 |................|
M a00fb80 000288 00000000 00000000 00000000 00000000 |................|
M a00fb90 000304 00000000 00000000 00000000 00000000 |................|
M a00fba0 000320 00000000 00000000 00000000 00000000 |................|
M a00fbb0 000336 00000000 00000000 00000000 00000000 |................|
M a00fbc0 000352 00000000 00000000 00000000 00000000 |................|
M a00fbd0 000368 00000000 00000000 00000000 00000000 |................|
M a00fbe0 000384 00000000 00000000 00000000 00000000 |................|
M a00fbf0 000400 00000000 00000000 00000000 00000000 |................|
M a00fc00 000416 00000000 00000000 00000000 00000000 |................|
M a00fc10 000432 00000000 00000000 00000000 00000000 |................|
M a00fc20 000448 00000000 00000000 00000000 00000000 |................|
M a00fc30 000464 00000000 00000000 00000000 00000000 |................|
M a00fc40 000480 00000000 00000000 00000000 00000000 |................|
M a00fc50 000496 00000000 00000000 00000000 00000000 |................|
M a00fc60 000512 00000000 00000000 00000000 00000000 |................|
M a00fc70 000528 00000000 00000000 00000000 00000000 |................|
M a00fc80 000544 00000000 00000000 00000000 00000000 |................|
M a00fc90 000560 00000000 00000000 00000000 00000000 |................|
M a00fca0 000576 00000000 00000000 00000000 00000000 |................|
M a00fcb0 000592 00000000 00000000 00000000 00000000 |................|
M a00fcc0 000608 00000000 00000000 00000000 00000000 |................|
M a00fcd0 000624 00000000 00000000 00000000 00000000 |................|
M a00fce0 000640 00000000 00000000 00000000 00000000 |................|
M a00fcf0 000656 00000000 00000000 00000000 00000000 |................|
M a00fd00 000672 00000000 00000000 00000000 00000000 |................|
M a00fd10 000688 0000 |.. |
M -
M new request: THFCSPO
M TskhLoop: handle thfc 24
M set task type/act rqtype = ZTTADIA/1
M PfRecCreate: create record (0)
M set cpu stamp
M tskh_spainit: install saved spa pointer 141cf7570
M tskh_spainit: U35 M0 I0
A + not rolled in
A + not rolled in
M ThSavUsrClient: set usr >SAPSYS <
M ThSavUsrClient: set client >000<
M ThEmInit: call EmContextCreate (U35/M0, ..)
M ThEmInit: em context for T34/M0 created (em_hdl=116)
M set task type/act rqtype = ZTTASPO/5
M Thdynpen00: call dynp handler (21) ...
Y
Y ======================== DYNP entry 21:
Y RollEnvir UNDEF 00035_00_0000000000 00 SAPSYS
Y start spool
Y init new session
Y init_imode_spa
A ab_resize 0 2896 141d37780 DYNBPT
M NiIHostToAddr: hostname yssux01 = addr 10.80.1.30
Y init_dynpro
A Initialize Task.
A + SAPSYS 90 cleaned up ... rlv=clean
A ab_resize 0 131072 141d38300 abstor
A ab_resize_imode(): 0 131072 131088 141d38300
A ab_resize 0 28463 141d58330 abinit
A + SAPSYS 90 Starting task ... rlv=running
A ab_resize 0 12000 141d5f280 abgetw
A ab_resize 0 8000 141d62190 abgetw
A ab_resize 0 1000 141d64100 abgetw
A LOAD SEGMENT
A ab_resize 0 240 141d64510 abstor
A ab_resize 0 5280 141d64630 abinit
A LOAD SEGMENT /%_LISTTABLES
A ab_resize 0 16384 141d65b00 abdseg
A ab_resize 0 5232 141d69b30 abdseg
A ab_resize 0 4608 141d6afd0 abstac
A ab_resize 0 4096 141d6c200 abstac
A ab_resize 0 2048 141d6d230 abstac
A ab_resize 0 1200 141d6da60 abstac
A LOAD SEGMENT stack area
A ab_resize 0 16384 141d6df40 abgetw
B db_rtab ( fcode = 'READ_ONLY', tname = 'TCP0C ' )
B NTAB: tabname: TCP0C , fcode: 1
B NTAB: tabname: TCP0C , fcode: 7
A ab_resize 0 281 141d71f70 abloca
B NTAB: tabname: SYST , fcode: 6
D SET-TITLE TEXT: SAP R/3
A + SAPSYS 90 Task running ... rlv=running
Y dy_new_trans_key: set new enq keys (dia + upd)
M ThNewEnqKey: new dia/update enqueue key
E New Enq-Owner (dia): 20080716130641371478003400yssux01.........................
M ThNewEnqKey: new dia/update enqueue key
E New Enq-Owner (upd): 20080716130641371478013400yssux01.........................
Y dy_new_trans_key: set new trans id (form=1)
D SET-STATUS: MENUSYST MEN
D SET-TITLE TEXT: SAP R/3
A Initialize Task.
A + SAPSYS 90 cleaned up ... rlv=clean
A ab_resize 0 131072 141d720b0 abstor
A ab_resize_imode(): 0 131072 131088 141d720b0
A ab_resize 0 28463 141d920e0 abinit
A + SAPSYS 90 Starting task ... rlv=running
A ab_resize 0 12000 141d99030 abgetw
A ab_resize 0 8000 141d9bf40 abgetw
A ab_resize 0 1000 141d9deb0 abgetw
A LOAD SEGMENT
A ab_resize 0 240 141d9e2c0 abstor
A ab_resize 0 5280 141d9e3e0 abinit
A LOAD SEGMENT /%_LISTTABLES
A ab_resize 0 16384 141d9f8b0 abdseg
A ab_resize 0 5232 141da38e0 abdseg
A ab_resize 0 4608 141da4d80 abstac
A ab_resize 0 4096 141da5fb0 abstac
A ab_resize 0 2048 141da6fe0 abstac
A ab_resize 0 1200 141da7810 abstac
A LOAD SEGMENT stack area
A ab_resize 0 16384 141da7cf0 abgetw
A ab_resize 0 281 141dabd20 abloca
D SET-TITLE TEXT: SAP R/3
A + SAPSYS 90 Task running ... rlv=running
A LOAD PROGRAM RSPOWP00
A ab_resize 0 11264 141dabe60 abload
A ab_resize 0 56 141daea90 abload
A ab_resize 0 1026 141daeaf0 abdseg
A LOAD SEGMENT
A ab_resize 0 56 141daef20 abgetw
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT SYST
A LOAD SEGMENT SY
A LOAD SEGMENT RSJOBINFO
A LOAD SEGMENT /%_SYS%%
A LOAD SEGMENT
A LOAD SEGMENT /%_SSCR
A LOAD SEGMENT VARI
A LOAD SEGMENT
A ab_resize 0 272 141daef80 abgetw
A + SAPSYS 90 IsGuiOn ... (flag: 0, mode: off, task_type: off, term_io_set: -1) rlv=running
A + SAPSYS 90 Program loaded. rlv=running
Y dyLoadAndInitDynpro
Y Type Main
Y Name >RSPOWP00 2000
Y ->load dynpro RSPOWP00 2000
Y RSPOWP00<
Y dy_abrt
A ab_resize 0 32968 141daff20 ablink
A LOAD PROGRAM SAPMSSYD
A ab_resize 0 56 141d377e0 abload
A LOAD SEGMENT
A ab_resize 0 64 141d37840 abgetw
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT SYST
A LOAD SEGMENT SY
A LOAD SEGMENT RSJOBINFO
A LOAD SEGMENT /%_SYS%%
A LOAD SEGMENT
A LOAD SEGMENT
A + SAPSYS 90 Program loaded. rlv=running
D DiagGuiSupport (RESET) value EMERGENCY_REPAIR
A LOAD PROGRAM SAPFSYSCALLS
A ab_resize 0 56 141d378b0 abload
A LOAD SEGMENT
A ab_resize 0 56 141d37910 abgetw
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT
A LOAD SEGMENT SYST
A LOAD SEGMENT SY
A LOAD SEGMENT RSJOBINFO
A LOAD SEGMENT /%_SYS%%
A LOAD SEGMENT
A LOAD SEGMENT
A + SAPSYS 90 Program loaded. rlv=running
D DiagGuiSupport (RESET) value ITS
Y lock 43 (cnt=1)
S <== unlock 43 (cnt=2)
S <== unlock 43 (cnt=1)
S SemRel(43) done
S sending spool admin message (type=SRV op=I)
M ThISendMsg: send message (11) to all server (wp) matching types 1
M ThISend: (tm/type = 34/0x1000, mode_deleted=0)
M ThRqOutCheck: o.k.
M abap strategy ROLL / O.K.
M ThNewWpStat: new state of T34/M0 = 0x42
M ThISend: new wp stat: 0x0
M Adresse Offset Message by type
M -
M a01f4c0 000000 00000000 0b000000 41442d45 59454341 |........AD-EYECA|
M a01f4d0 000016 54434800 01012020 20202020 20203130 |TCH... 10|
M a01f4e0 000032 34202020 20202020 20202031 2c000000 |4 1,...|
M a01f4f0 000048 53525620 20497973 73757830 315f5953 |SRV Iyssux01_YS|
M a01f500 000064 535f3030 20202020 20200000 00000000 |S_00 ......|
M a01f510 000080 00000000 00020000 00000000 00000000 |................|
M a01f520 000096 00000000 00000000 00000000 00000000 |................|
M a01f530 000112 00000000 00000000 00000000 00202020 |............. |
M a01f540 000128 20202020 20202020 20202020 20202020 | |
M a01f550 000144 20202020 | |
M -
M make DISP owner of wp_ca_blk 4
M put request into queue (reqtype 0, prio LOW, rq_id 850)
M -OUT- sender_id WORK_PROCESS tid 34 wp_ca_blk 4 wp_id 34
M -OUT- action SEND_MSG_TYPE uid 35 appc_ca_blk -1 type NOWP
M -OUT- new_stat NO_CHANGE mode 0 len 148 rq_id 850
M -OUT- forward DIA
M -OUT- req_info MSG_WITH_REQ_BUF MSG_WITH_OH
M wake_evt_udp_now 1, no dgram needed
M LOCK WP ca_blk 6
S spool admin message received (type SRV op I (raw))
T alloc memory 14252f758 (96)
T module rsposerv matches rspo* -> project Sp
T alloc memory 14252f7b8 (56)
T alloc memory 14252f7f0 (80)
T alloc memory 14252f840 (56)
T alloc memory 14252f878 (80)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=0)
S SemRq(43) done
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
T alloc memory 14252f8c8 (56)
T alloc memory 14252f900 (80)
T alloc memory 14252f950 (56)
T alloc memory 14252f988 (80)
S <== unlock 43 (cnt=1)
S SemRel(43) done
T alloc memory 14252f9d8 (56)
T alloc memory 14252fa10 (80)
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
S ==> lock 43 (cnt=0)
S SemRq(43) done
S setting spool action querying
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S ==> lock 43 (cnt=1)
S <== unlock 43 (cnt=2)
T alloc memory 14252fa60 (56)
T alloc memory 14252fa98 (80)
S found next entry 0 'IZMB' (status temp,ndqy,asyn,used,exst,resp,vald)
T alloc memory 14252fae8 (56)
T alloc memory 14252fb20 (80)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
T alloc memory 14252fb70 (56)
T alloc memory 14252fba8 (80)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S found next entry 1 'IZ27' (status actw,asyn,exst)
S found next entry 2 'PR72' (status actw,asyn,exst)
S found next entry 3 'PR35' (status asyn,used,exst,vald)
S found next entry 4 'LP01' (status actw,ndqy,exst,resp)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S <== unlock 43 (cnt=1)
S SemRel(43) done
T alloc memory 14252fbf8 (96)
T module rspohjob matches rspo* -> project Sp
T alloc memory 14252fc58 (56)
T alloc memory 14252fc90 (80)
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
S Query Printer LP01 not required
S ==> lock 43 (cnt=0)
S SemRq(43) done
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S found next entry 5 'TP62' (status actw,asyn,exst)
S found next entry 6 'PR69' (status asyn,used,exst,vald)
S found next entry 7 'IZ38' (status actw,asyn,exst)
S found next entry 8 'STL4' (status actw,asyn,exst)
S found next entry 9 'IZ45' (status asyn,used,exst,vald)
S found next entry 10 'MER1' (status actw,asyn,exst)
S found next entry 11 'TP80' (status asyn,used,exst,vald)
S found next entry 12 'IZ24' (status asyn,used,exst,vald)
S found next entry 13 'IZ39' (status actw,asyn,used,exst,vald)
S found next entry 14 'PR62' (status actw,asyn,used,exst,vald)
S found next entry 15 'TP14' (status actw,asyn,used,exst,vald)
S found next entry 16 'PR34' (status actw,asyn,used,exst)
S found next entry 17 'TP38' (status actw,asyn,used,exst,vald)
S found next entry 18 'IZMC' (status actw,asyn,used,exst,vald)
S found next entry 19 'PR23' (status actw,noqy,ndqy,asyn,exst,resp)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S <== unlock 43 (cnt=1)
S SemRel(43) done
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
S Query Printer PR23 not required
S ==> lock 43 (cnt=0)
S SemRq(43) done
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S found next entry 20 'ANT0' (status actw,noqy,ndqy,asyn,used,exst,resp,vald)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=1)
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=2)
S <== unlock 43 (cnt=1)
S SemRel(43) done
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
T alloc memory 14252fce0 (56)
T alloc memory 14252fd18 (80)
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
S Doing: querying ANT0
S setting spool action querying ANT0
S ==> lock 31 (cnt=0)
S SemRq(31) done
S ==> lock 31 (cnt=1)
S <== unlock 31 (cnt=2)
S <== unlock 31 (cnt=1)
S SemRel(31) done
S ==> lock 43 (cnt=0)
S SemRq(43) done
S ==> lock 31 (cnt=0)
S SemRq(31) done
S <== unlock 31 (cnt=1)
S SemRel(31) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
S Query Printer ANT0:
T alloc memory 14252fd68 (96)
T module rspooms matches rspo* -> project Sp
T alloc memory 14252fdc8 (56)
T alloc memory 14252fe00 (80)
T alloc memory 14252fe50 (56)
T alloc memory 14252fe88 (80)
S ==> lock 43 (cnt=0)
S SemRq(43) done
T alloc memory 14252fed8 (56)
T alloc memory 14252ff10 (80)
S <== unlock 43 (cnt=1)
S SemRel(43) done
B db_rtab ( fcode = 'READ_FUPD', tname = 'TSP02 ' )
B NTAB: tabname: TSP02 , fcode: 1
B NTAB: tabname: TSP02 , fcode: 1
B NTAB: tabname: TSP02 , fcode: 10
B NTAB: tabname: TSP02 , fcode: 6
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=14225faf0)
C -->oci_prepare_stmt (con_hdl=0, stmt=SELECT "PJIDENT" , "PJNUMMER" , "PJDEST" , "PJPAPE ..., stmt_ln=549, stmth_p=14225faf0)
C -->oci_execute_stmt (con_hdl=0, stmth_p=142265f70, iters=1, rowoff=0, query=0)
C -->oci_bind (stmth_p=14225faf0, cnt=2)
C -->oci_define (stmth_p=14225faf0, cnt=35)
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225faf0, iters=1, rowoff=0, query=1)
B db_rtab ( fcode = 'READ_ONLY', tname = 'TSP02L ' )
B NTAB: tabname: TSP02L , fcode: 1
B NTAB: tabname: TSP02L , fcode: 1
B NTAB: tabname: TSP02L , fcode: 10
B NTAB: tabname: TSP02L , fcode: 6
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=14225fc70)
C -->oci_prepare_stmt (con_hdl=0, stmt=SELECT "PJIDENT" , "PJNUMMER" , "LINES" , "COLUMNS ..., stmt_ln=306, stmth_p=14225fc70)
C -->oci_execute_stmt (con_hdl=0, stmth_p=142265f70, iters=1, rowoff=0, query=0)
C -->oci_bind (stmth_p=14225fc70, cnt=2)
C -->oci_define (stmth_p=14225fc70, cnt=19)
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225fc70, iters=1, rowoff=0, query=1)
S print job 30829/1 has no list attributes
B db_rtab ( fcode = 'UPDATE', tname = 'TSP02 ' )
B NTAB: tabname: TSP02 , fcode: 1
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=142265bb0)
C -->oci_prepare_stmt (con_hdl=0, stmt=UPDATE "TSP02" SET "PJDEST" = :A0 , "PJPAPER" = :A ..., stmt_ln=734, stmth_p=142265bb0)
C -->oci_execute_stmt (con_hdl=0, stmth_p=142265f70, iters=1, rowoff=0, query=0)
C -->oci_bind (stmth_p=142265bb0, cnt=35)
C -->oci_execute_stmt (con_hdl=0, stmth_p=142265bb0, iters=1, rowoff=0, query=0)
M ThICommit3: commit and keep resources
M ThCheckComOrRb (event=1, full_commit=1)
M ThCallHooks: call hook >ASTAT-collect commit handling< for event BEFORE_COMMIT
M ThCallHooks: call hook >rsts_before_commit< for event BEFORE_COMMIT
S no temse root so far
B db_con_commit (con_da={R/3,0,0},th_commit=1,forced=1,tx=1,hold_cursor=1)
B db_con_commit (com_total=5, com_forced=1, com_tx=1)
C -->oci_commit (con_hdl=0)
B Connection 0 committed
M ThCheckComOrRb (event=3, full_commit=1)
M ThCallHooks: call hook >ThNoClearPrevErr< for event AFTER_COMMIT
M ThNoClearPrevErr: clear prev no err
M ThCallHooks: call hook >rsts_after_commit< for event AFTER_COMMIT
S no temse root so far
M ThCallHooks: call hook >SpoolHandleHook< for event AFTER_COMMIT
M ThICommit3 o.k.
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
B db_rtab ( fcode = 'READ_FUPD', tname = 'TSP02 ' )
B NTAB: tabname: TSP02 , fcode: 1
B NTAB: tabname: TSP02 , fcode: 6
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225faf0, iters=1, rowoff=0, query=1)
S ==> lock 43 (cnt=0)
S SemRq(43) done
S <== unlock 43 (cnt=1)
S SemRel(43) done
B db_rtab ( fcode = 'READ_FUPD', tname = 'TSP02 ' )
B NTAB: tabname: TSP02 , fcode: 6
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225faf0, iters=1, rowoff=0, query=1)
B db_rtab ( fcode = 'READ_ONLY', tname = 'TSP02L ' )
B NTAB: tabname: TSP02L , fcode: 1
B NTAB: tabname: TSP02L , fcode: 6
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225fc70, iters=1, rowoff=0, query=1)
S print job 435/1 has no list attributes
M signal was in UNBLOCKED mode
M -
C-STACK -
0: 0x1205d8028
OSF_stacktrace
dptstack.c : 879
dw.sapYSS_DVEBMGS00 .text
1: 0x1205d7f44
CTrcStack2
dptstack.c : 265
dw.sapYSS_DVEBMGS00 .text
2: 0x12139cbbc
SigIGenAction
sigux.c : 738
dw.sapYSS_DVEBMGS00 .text
3: 0x3ff800d5d00
__tis_init
/usr/shlib/libc.so .text
5: 0x1210897e0
strfcpy
sapstr.c : 236
dw.sapYSS_DVEBMGS00 .text
6: 0x120e9fec4
SetJobInfo
rspohjob.c : 316
dw.sapYSS_DVEBMGS00 .text
7: 0x120ea0f24
FindDoneJobs
rspohjob.c : 559
dw.sapYSS_DVEBMGS00 .text
8: 0x120ea3d90
SpHostSpoolFindDoneJobs
rspohjob.c : 1291
dw.sapYSS_DVEBMGS00 .text
9: 0x120f75e64
LPD_query_hostspool
rspoyunx.c : 3581
dw.sapYSS_DVEBMGS00 .text
10: 0x120f74a40
rspoqh__query_hostspool
rspoyunx.c : 3144
dw.sapYSS_DVEBMGS00 .text
11: 0x120f21cb4
SpDevQueryHostspool
rspopcc.c : 2838
dw.sapYSS_DVEBMGS00 .text
12: 0x120f9bc0c
rspoget2_on_unix
rspowunx.c : 978
dw.sapYSS_DVEBMGS00 .text
13: 0x120f932f8
rspopsd_process_start_dynpro
rspodynp.c : 64
dw.sapYSS_DVEBMGS00 .text
14: 0x12067af74
N_rspopsd_process_start_dynpro
dymainstp.c : 4023
dw.sapYSS_DVEBMGS00 .text
15: 0x120675e44
dynpmcal
dymainstp.c : 2084
dw.sapYSS_DVEBMGS00 .text
16: 0x1206723a8
dynppbo0
dymainstp.c : 464
dw.sapYSS_DVEBMGS00 .text
17: 0x120671b2c
dynprctl
dymainstp.c : 301
dw.sapYSS_DVEBMGS00 .text
18: 0x12066e7cc
dynpen00
dymain.c : 1204
dw.sapYSS_DVEBMGS00 .text
19: 0x1204c6b6c
Thdynpen00
thxxhead.c : 3863
dw.sapYSS_DVEBMGS00 .text
20: 0x1204c604c
TskhLoop
thxxhead.c : 3686
dw.sapYSS_DVEBMGS00 .text
21: 0x1204bdab0
tskhstart
thxxhead.c : 951
dw.sapYSS_DVEBMGS00 .text
22: 0x120453140
DpMain
dpxxdisp.c : 850
dw.sapYSS_DVEBMGS00 .text
23: 0x120451984
main
thxxanf.c : 50
dw.sapYSS_DVEBMGS00 .text
M -
M Wed Jul 16 13:06:44 2008
M ***LOG Q0E=> SigIGenAction, signal ( 11)
M SigIGenAction: call exithandler ThSigHandler(FALSE)
M ThSigHandler: call ThErrHandle
M in_ThErrHandle: 1
M ThSigHandler: signal (step 4, th_errno 11, action 4)
M
M Info for wp 34
M
M stat = 4
M reqtype = 5
M act_reqtype = 5
M tid = 34
M mode = 0
M len = 690
M rq_id = 839
M rq_source = 1
M rq_info = 270336
M last_tid = 34
M last_mode = 0
M int_checked_resource = 0
M ext_checked_resource = 0
M report = >querying ANT0 <
M action = 0
M tab_name = > <
M
M Modeinfo for User T34/M0
M
M tm state = 2
M uid = 35
M term type = 0x0
M display = 0x0
M cpic_no = 0
M cpic_idx = -1
M usr = >SAPSYS <
M terminal = > <
M client = >000<
M conversation_ID = > <
M appc_tm_conv_idx = -1
M imode = 0
M mode state = 0x42
M th_errno = 11
M rollout_reason = 0
M last_rollout_level = 0
M async_receives = 0
M cpic_receive = 0
M em handle = 116
M roll state = 2
M abap state = 2
M em state = 3
M eg state = 1
M spa state = 3
M enq state = 0
M next hook = T-1/U-1/M255
M master hook = T-1/U-1/M255
M slave hook = T-1/U-1/M255
M debug_tid = -1
M mode type = 0x1
M debug = 0
M tcode = > <
M client conversation_ID = > <
M server conversation_ID = > <
M lock = 0
M max enq infos = 0
M act enq infos = 0
M em_hyper_hdl = NULL
M
M
M *****************************************************************************
M *
M * LOCATION SAP-Server yssux01_YSS_00 on host yssux01 (wp 34)
M * ERROR ThSigHandler: signal
M *
M * TIME Wed Jul 16 13:06:44 2008
M * RELEASE 46D
M * COMPONENT Taskhandler
M * VERSION 1
M * RC 11
M * MODULE thxxhead.c
M * LINE 8435
M * COUNTER 12
M *
M *****************************************************************************
M
M PfStatDisconnect: disconnect statistics
M Entering TH_CALL_HOOKS
M ThCallHooks: call hook >ThrSaveSPAFields< for event BEFORE_DUMP
M Entering ThSetStatError
M ThErrHandle: incomplete previous roll out, do a full roll out
M ThRollOut: roll out T34/U35/M0/I0 (level=7, short_roll_out=0)
M ThRollOut: call rrol_out
R enter roll_out: rollkey: 35 0 0
R roll out area[0]
R rrol_area_end[0] = 141cf755f
R HEADER: id USRINF class 4 len 528 n_len 528
R <ROLL-UA> get first(1): user:35 not found
R SemRq
R <ROLL-FL> get block (1): 3029
R roll out: next free block 3029
R <ROLL-UA> set first(1): user:35 level:0 bnr:63/127 block:3029
R out: next[0] = 3029 first 1 rnum 48
R HEADER: id -CCCI- class 4 len 176 n_len 176
R HEADER: id -CCCO- class 4 len 176 n_len 176
R HEADER: id M2CCCI class 4 len 176 n_len 176
R HEADER: id M2CCCO class 4 len 176 n_len 176
R HEADER: id TS1CCC class 4 len 176 n_len 176
R HEADER: id TS2CCC class 4 len 176 n_len 176
R HEADER: id USRDAT class 4 len 208 n_len 208
R HEADER: id PRADPT class 20 len 16048 n_len 20
R HEADER: id abdebu class 4 len 1504 n_len 1504
R HEADER: id USRAUT class 4 len 48048 n_len 48048
R <ROLL-FL> get block (1): 3332
R roll out: next free block 3332
R out: next[3029] = 3332 first 0 rnum 48
R <ROLL-FL> get block (1): 3037
R roll out: next free block 3037
R out: next[3332] = 3037 first 0 rnum 48
R <ROLL-FL> get block (1): 3038
R roll out: next free block 3038
R out: next[3037] = 3038 first 0 rnum 48
R <ROLL-FL> get block (1): 3039
R roll out: next free block 3039
R out: next[3038] = 3039 first 0 rnum 48
R <ROLL-FL> get block (1): 3040
R roll out: next free block 3040
R out: next[3039] = 3040 first 0 rnum 48
R <ROLL-FL> get block (1): 3041
R roll out: next free block 3041
R out: next[3040] = 3041 first 0 rnum 48
R roll out area[1]
R rrol_area_end[1] = 141d3386f
R HEADER: id SPAAPT class 4 len 9952 n_len 9952
R <ROLL-UA> get index (1): user:35 bnr:63
R <ROLL-UA> get first(3): user:35 mode:0 not set
R <ROLL-FL> get block (1): 3042
R roll out: next free block 3042
R <ROLL-UA> get index (1): user:35 bnr:63
R out: next[0] = 3042 first 1 rnum 49
R <ROLL-FL> get block (1): 3217
R roll out: next free block 3217
R out: next[3042] = 3217 first 0 rnum 49
R HEADER: id DTADPT class 20 len 2048 n_len 20
R HEADER: id PRADPL class 20 len 16048 n_len 20
R HEADER: id BICIOB class 4 len 5168 n_len 5168
R HEADER: id BIPIOB class 4 len 5168 n_len 5168
R <ROLL-FL> get block (1): 1228
R roll out: next free block 1228
R out: next[3217] = 1228 first 0 rnum 49
R HEADER: id BICQCB class 4 len 400 n_len 400
R HEADER: id BIPQCB class 4 len 400 n_len 400
R HEADER: id BILOGK class 4 len 96 n_len 96
R HEADER: id BIPRIN class 4 len 576 n_len 576
R HEADER: id DEXT class 4 len 480 n_len 480
R HEADER: id BTCKEY class 4 len 304 n_len 304
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R <ROLL-FL> get block (1): 803
R roll out: next free block 803
R out: next[1228] = 803 first 0 rnum 49
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R <ROLL-FL> get block (1): 876
R roll out: next free block 876
R out: next[803] = 876 first 0 rnum 49
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R <ROLL-FL> get block (1): 3015
R roll out: next free block 3015
R out: next[876] = 3015 first 0 rnum 49
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id RSTSOO class 4 len 1616 n_len 1616
R HEADER: id CUABPT class 20 len 180048 n_len 10148
R <ROLL-FL> get block (1): 3898
R roll out: next free block 3898
R out: next[3015] = 3898 first 0 rnum 49
R <ROLL-FL> get block (1): 3889
R roll out: next free block 3889
R out: next[3898] = 3889 first 0 rnum 49
R roll out area[2]
R rrol_area_end[2] = 141db7fff
R HEADER: id FADM__ class 4 len 16080 n_len 16080
R <ROLL-UA> get index (1): user:35 bnr:63
R <ROLL-UA> get first(4): user:35 mode:0 imode:0 not set
R <ROLL-FL> get block (1): 3643
R roll out: next free block 3643
R <ROLL-UA> get index (1): user:35 bnr:63
R out: next[0] = 3643 first 1 rnum 50
R <ROLL-FL> get block (1): 3644
R roll out: next free block 3644
R out: next[3643] = 3644 first 0 rnum 50
R HEADER: id Id: // class 4 len 48 n_len 48
R HEADER: id dyrdyp class 4 len 96 n_len 96
R HEADER: id abload class 4 len 96 n_len 96
R HEADER: id abgetw class 4 len 112 n_len 112
R <ROLL-FL> get block (1): 4344
R roll out: next free block 4344
R out: next[3644] = 4344 first 0 rnum 50
R HEADER: id abload class 4 len 96 n_len 96
R HEADER: id abgetw class 4 len 96 n_len 96
R HEADER: id ÿÿÿÿÿÿ class 1 len 2448 n_len 20
R HEADER: id abstor class 4 len 131120 n_len 131120
R <ROLL-FL> get block (1): 4343
R roll out: next free block 4343
R out: next[4344] = 4343 first 0 rnum 50
R <ROLL-FL> get block (1): 4342
R roll out: next free block 4342
R out: next[4343] = 4342 first 0 rnum 50
R <ROLL-FL> get block (1): 4341
R roll out: next free block 4341
R out: next[4342] = 4341 first 0 rnum 50
R <ROLL-FL> get block (1): 4340
R roll out: next free block 4340
R out: next[4341] = 4340 first 0 rnum 50
R <ROLL-FL> get block (1): 4339
R roll out: next free block 4339
R out: next[4340] = 4339 first 0 rnum 50
R <ROLL-FL> get block (1): 4356
R roll out: next free block 4356
R out: next[4339] = 4356 first 0 rnum 50
R <ROLL-FL> get block (1): 678
R roll out: next free block 678
R out: next[4356] = 678 first 0 rnum 50
R <ROLL-FL> get block (1): 2396
R roll out: next free block 2396
R out: next[678] = 2396 first 0 rnum 50
R <ROLL-FL> get block (1): 2156
R roll out: next free block 2156
R out: next[2396] = 2156 first 0 rnum 50
R <ROLL-FL> get block (1): 2100
R roll out: next free block 2100
R out: next[2156] = 2100 first 0 rnum 50
R <ROLL-FL> get block (1): 2891
R roll out: next free block 2891
R out: next[2100] = 2891 first 0 rnum 50
R <ROLL-FL> get block (1): 783
R roll out: next free block 783
R out: next[2891] = 783 first 0 rnum 50
R <ROLL-FL> get block (1): 670
R roll out: next free block 670
R out: next[783] = 670 first 0 rnum 50
R <ROLL-FL> get block (1): 687
R roll out: next free block 687
R out: next[670] = 687 first 0 rnum 50
R <ROLL-FL> get block (1): 3212
R roll out: next free block 3212
R out: next[687] = 3212 first 0 rnum 50
R <ROLL-FL> get block (1): 1796
R roll out: next free block 1796
R out: next[3212] = 1796 first 0 rnum 50
R HEADER: id abinit class 4 len 28496 n_len 28496
R <ROLL-FL> get block (1): 1555
R roll out: next free block 1555
R out: next[1796] = 1555 first 0 rnum 50
R <ROLL-FL> get block (1): 1145
R roll out: next free block 1145
R out: next[1555] = 1145 first 0 rnum 50
R <ROLL-FL> get block (1): 52
R roll out: next free block 52
R out: next[1145] = 52 first 0 rnum 50
R HEADER: id abgetw class 4 len 12048 n_len 12048
R <ROLL-FL> get block (1): 4001
R roll out: next free block 4001
R out: next[52] = 4001 first 0 rnum 50
R HEADER: id abgetw class 4 len 8048 n_len 8048
R <ROLL-FL> get block (1): 691
R roll out: next free block 691
R out: next[4001] = 691 first 0 rnum 50
R HEADER: id abgetw class 4 len 1040 n_len 1040
R <ROLL-FL> get block (1): 3970
R roll out: next free block 3970
R out: next[691] = 3970 first 0 rnum 50
R HEADER: id abstor class 4 len 288 n_len 288
R HEADER: id abinit class 4 len 5328 n_len 5328
R HEADER: id abdseg class 4 len 16432 n_len 16432
R <ROLL-FL> get block (1): 1958
R roll out: next free block 1958
R out: next[3970] = 1958 first 0 rnum 50
R <ROLL-FL> get block (1): 67
R roll out: next free block 67
R out: next[1958] = 67 first 0 rnum 50
R HEADER: id abdseg class 4 len 5280 n_len 5280
R <ROLL-FL> get block (1): 2818
R roll out: next free block 2818
R out: next[67] = 2818 first 0 rnum 50
R HEADER: id abstac class 4 len 4656 n_len 4656
R <ROLL-FL> get block (1): 3179
R roll out: next free block 3179
R out: next[2818] = 3179 first 0 rnum 50
R HEADER: id abstac class 4 len 4144 n_len 4144
R HEADER: id abstac class 4 len 2096 n_len 2096
R HEADER: id abstac class 4 len 1248 n_len 1248
R HEADER: id abgetw class 4 len 16432 n_len 16432
R <ROLL-FL> get block (1): 3166
R roll out: next free block 3166
R out: next[3179] = 3166 first 0 rnum 50
R <ROLL-FL> get block (1): 450
R roll out: next free block 450
R out: next[3166] = 450 first 0 rnum 50
R HEADER: id abloca class 4 len 320 n_len 320
R HEADER: id abstor class 4 len 131120 n_len 131120
R <ROLL-FL> get block (1): 896
R roll out: next free block 896
R out: next[450] = 896 first 0 rnum 50
R <ROLL-FL> get block (1): 3856
R roll out: next free block 3856
R out: next[896] = 3856 first 0 rnum 50
R <ROLL-FL> get block (1): 310
R roll out: next free block 310
R out: next[3856] = 310 first 0 rnum 50
R <ROLL-FL> get block (1): 3684
R roll out: next free block 3684
R out: next[310] = 3684 first 0 rnum 50
R <ROLL-FL> get block (1): 3803
R roll out: next free block 3803
R out: next[3684] = 3803 first 0 rnum 50
R <ROLL-FL> get block (1): 3804
R roll out: next free block 3804
R out: next[3803] = 3804 first 0 rnum 50
R <ROLL-FL> get block (1): 3782
R roll out: next free block 3782
R out: next[3804] = 3782 first 0 rnum 50
R <ROLL-FL> get block (1): 616
R roll out: next free block 616
R out: next[3782] = 616 first 0 rnum 50
R <ROLL-FL> get block (1): 1850
R roll out: next free block 1850
R out: next[616] = 1850 first 0 rnum 50
R <ROLL-FL> get block (1): 3851
R roll out: next free block 3851
R out: next[1850] = 3851 first 0 rnum 50
R <ROLL-FL> get block (1): 3852
R roll out: next free block 3852
R out: next[3851] = 3852 first 0 rnum 50
R <ROLL-FL> get block (1): 474
R roll out: next free block 474
R out: next[3852] = 474 first 0 rnum 50
R <ROLL-FL> get block (1): 3801
R roll out: next free block 3801
R out: next[474] = 3801 first 0 rnum 50
R <ROLL-FL> get block (1): 3112
R roll out: next free block 3112
R out: next[3801] = 3112 first 0 rnum 50
R <ROLL-FL> get block (1): 4109
R roll out: next free block 4109
R out: next[3112] = 4109 first 0 rnum 50
R <ROLL-FL> get block (1): 2695
R roll out: next free block 2695
R out: next[4109] = 2695 first 0 rnum 50
R HEADER: id abinit class 4 len 28496 n_len 28496
R <ROLL-FL> get block (1): 1002
R roll out: next free block 1002
R out: next[2695] = 1002 first 0 rnum 50
R <ROLL-FL> get block (1): 1355
R roll out: next free block 1355
R out: next[1002] = 1355 first 0 rnum 50
R <ROLL-FL> get block (1): 459
R roll out: next free block 459
R out: next[1355] = 459 first 0 rnum 50
R <ROLL-FL> get block (1): 585
R roll out: next free block 585
R out: next[459] = 585 first 0 rnum 50
R HEADER: id abgetw class 4 len 12048 n_len 12048
R <ROLL-FL> get block (1): 342
R roll out: next free block 342
R out: next[585] = 342 first 0 rnum 50
R HEADER: id abgetw class 4 len 8048 n_len 8048
R <ROLL-FL> get block (1): 1984
R roll out: next free block 1984
R out: next[342] = 1984 first 0 rnum 50
R HEADER: id abgetw class 4 len 1040 n_len 1040
R <ROLL-FL> get block (1): 3259
R roll out: next free block 3259
R out: next[1984] = 3259 first 0 rnum 50
R HEADER: id abstor class 4 len 288 n_len 288
R HEADER: id abinit class 4 len 5328 n_len 5328
R HEADER: id abdseg class 4 len 16432 n_len 16432
R <ROLL-FL> get block (1): 2285
R roll out: next free block 2285
R out: next[3259] = 2285 first 0 rnum 50
R <ROLL-FL> get block (1): 239
R roll out: next free block 239
R out: next[2285] = 239 first 0 rnum 50
R HEADER: id abdseg class 4 len 5280 n_len 5280
R <ROLL-FL> get block (1): 3733
R roll out: next free block 3733
R out: next[239] = 3733 first 0 rnum 50
R HEADER: id abstac class 4 len 4656 n_len 4656
R HEADER: id abstac class 4 len 4144 n_len 4144
R <ROLL-FL> get block (1): 2382
R roll out: next free block 2382
R out: next[3733] = 2382 first 0 rnum 50
R HEADER: id abstac class 4 len 2096 n_len 2096
R HEADER: id abstac class 4 len 1248 n_len 1248
R HEADER: id abgetw class 4 len 16432 n_len 16432
R <ROLL-FL> get block (1): 2911
R roll out: next free block 2911
R out: next[2382] = 2911 first 0 rnum 50
R <ROLL-FL> get block (1): 2935
R roll out: next free block 2935
R out: next[2911] = 2935 first 0 rnum 50
R HEADER: id abloca class 4 len 320 n_len 320
R HEADER: id abload class 4 len 11312 n_len 11312
R <ROLL-FL> get block (1): 2675
R roll out: next free block 2675
R out: next[2935] = 2675 first 0 rnum 50
R <ROLL-FL> get block (1): 851
R roll out: next free block 851
R out: next[2675] = 851 first 0 rnum 50
R HEADER: id abload class 4 len 96 n_len 96
R HEADER: id abdseg class 4 len 1072 n_len 1072
R HEADER: id abgetw class 4 len 96 n_len 96
R HEADER: id abgetw class 4 len 320 n_len 320
R HEADER: id dyrdyp class 4 len 3680 n_len 3680
R HEADER: id ablink class 4 len 33008 n_len 33008
R <ROLL-FL> get block (1): 4143
R roll out: next free block 4143
R out: next[851] = 4143 first 0 rnum 50
R <ROLL-FL> get block (1): 4142
R roll out: next free block 4142
R out: next[4143] = 4142 first 0 rnum 50
R <ROLL-FL> get block (1): 1682
R roll out: next free block 1682
R out: next[4142] = 1682 first 0 rnum 50
R <ROLL-FL> get block (1): 936
R roll out: next free block 936
R out: next[1682] = 936 first 0 rnum 50
R compres factor 75
R SemRel
R leave rrol_out: ok
M M ThRollOut: act roll state = DP_ROLLED_OUT
M ThRollOut: roll level <> 0, don't call ab_rollout
P enter pg_com
P pg_com: 0 blks in buf, 0 in file, 0 new since last commit
P leave pg_com: ok
M ThRollOut: full roll out of U35 M0 I0 (Level 7) ok
C -->oci_break (con_hdl=-1, cb=0)
M *** WARNING => sql break failed (-1)
M ThErrHandle: don't try rollback again
M ThErrHandle: call ThrCoreInfo
A + not rolled in
A RFC get SPA_SESSION_ARFC: NORMAL
E EnqRollback: No action required
M SigIRegisterRoutine: handler for signal 11 installed (catch_dumperror)
M SigIRegisterRoutine: handler for signal 10 installed (catch_dumperror)
B Wed Jul 16 13:06:49 2008
B dsql_open (con_da=(0,R/3),stmt="SELECT TLINE, SEQNO FROM SNAPT ...",#binds=3,name=SNAPT ,#input=3)
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=14225feb0)
C -->oci_prepare_stmt (con_hdl=0, stmt=SELECT TLINE, SEQNO FROM SNAPT WHERE LANGU = :A0 A ..., stmt_ln=0, stmth_p=14225feb0)
C -->oci_bind (stmth_p=14225feb0, cnt=3)
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225feb0, iters=0, rowoff=0, query=1)
B dsql_fetch (con_da=(0,R/3),cu_id=1,#output=2)
C -->oci_define (stmth_p=14225feb0, cnt=2)
C -->oci_fetch (con_hdl=0, stmth_p=14225feb0, nrows=650)
B dsql_close (con_da=(0,R/3),cu_id=1)
C -->oci_free_stmt (stmth_p=14225feb0)
B dsql_open (con_da=(0,R/3),stmt="SELECT TLINE, SEQNO FROM SNAPT ...",#binds=3,name=SNAPT ,#input=3)
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=14225ff70)
C -->oci_prepare_stmt (con_hdl=0, stmt=SELECT TLINE, SEQNO FROM SNAPT WHERE LANGU = :A0 A ..., stmt_ln=0, stmth_p=14225ff70)
C -->oci_bind (stmth_p=14225ff70, cnt=3)
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225ff70, iters=0, rowoff=0, query=1)
B dsql_fetch (con_da=(0,R/3),cu_id=1,#output=2)
C -->oci_define (stmth_p=14225ff70, cnt=2)
C -->oci_fetch (con_hdl=0, stmth_p=14225ff70, nrows=650)
B dsql_close (con_da=(0,R/3),cu_id=1)
C -->oci_free_stmt (stmth_p=14225ff70)
B dsql_open (con_da=(0,R/3),stmt="SELECT TLINE, SEQNO FROM SNAPT ...",#binds=3,name=SNAPT ,#input=3)
C -->oci_alloc_stmt (con_hdl=0)
C <--oci_alloc_stmt (stmth_p=14225feb0)
C -->oci_prepare_stmt (con_hdl=0, stmt=SELECT TLINE, SEQNO FROM SNAPT WHERE LANGU = :A0 A ..., stmt_ln=0, stmth_p=14225feb0)
C -->oci_bind (stmth_p=14225feb0, cnt=3)
C -->oci_execute_stmt (con_hdl=0, stmth_p=14225feb0, iters=0, rowoff=0, query=1)
B dsql_fetch (con_da=(0,R/3),cu_id=1,#output=2)
C -->oci_define (stmth_p=14225feb0, cnt=2)
C -->oci_fetch (con_hdl=0, stmth_p=14225feb0, nrows=650)
B dsql_close (con_da=(0,R/3),cu_id=1)
C -->oci_free_stmt (stmth_p=14225feb0)
M RmCleanUpResources2: hdr/tbl/ext_tbl = 9029188/0/0
M RmCleanUpResources2: no resources registered
M SigIRegisterRoutine: handler for signal 11 installed (catch_dumperror)
M SigIRegisterRoutine: handler for signal 10 installed (catch_dumperror)
M ThIErrHandle: Entering ThErrHdlUser
M ThErrHdlUser: set th_errno (11)
M ThErrHdlUser: save context
M ThEmContextDetach2: detach T34/M0 from em memory (em_hdl=116)
M ThDBDisconnect: disconnect from data base
B Disconnecting from ALL connections:
B Wp Hdl ConName ConCnt ConState TX PRM RCT Date Time
B 034 000 R/3 000000 ACTIVE YES YES NO 20080716 130546
C Disconnecting from connection 0 ...
C -->oci_free_stmt (stmth_p=142265af0)
C -->oci_free_stmt (stmth_p=142265a30)
C -->oci_free_stmt (stmth_p=14225fa30)
C -->oci_free_stmt (stmth_p=14225faf0)
C -->oci_free_stmt (stmth_p=14225fc70)
C -->oci_free_stmt (stmth_p=142265bb0)
C -->oci_logoff(con_hdl=0)
C -->oci_free_stmt (stmth_p=142265f70)
C Now I'm disconnected from ORACLE
B Disconnected from connection 0
B statistics db_con_commit (com_total=5, com_forced=1, com_tx=1)
B statistics db_con_rollback (roll_total=0, roll_forced=0, roll_tx=0)
M ThErrHandle: disconnect o.k.
M ***LOG Q02=> wp_halt, WPStop (Workproc34 1557514)
M SigIGenAction: return from exithandler ThSigHandler(FALSE)
M set mode of sig 11 to BLOCKED and send to own pid
M
M CORE DUMP ... -
How to run the query in screen painter
i am using the patch 36 in business one so pls give information about
how to run the query in screen painter
regard
sandip adhavHope u have reached Screen painter interface,
1. Click 'Add Grid' from tool bar.
2. Go to 'Collections' tab in 'Properties' window.
3. Choose 'Data Tables' from the Drop down list.
4. Click 'New' found at the bottom of the Properties Window(same window)
5. U'll find the place to insert ur query.
6. U can rename the table name from 'DT_0'
7. Choose type as 'Query'
8. Clear content from box 'Query'
9. Enter ur query there. Dont forget to Click 'SET'
10. Go to Preview option from tool bar.
now ur query will be displayed as table format.
Note: First try with simple query b4 going for linking option.
Regards,
Dhana. -
How can i have Query trace results in a table format?
How can i have Query trace results in a table format?
Are you referring to reading the trace files generated under udump folder?
Well, you can make use of external tables, but you really need to be a master in understanding that cryptic data.
Check out following link for an alternative.
http://www.oracle.com/technology/pub/articles/gallagher_tfm.html -
How to make the diagonal line in the swing table cell?
Hi all,
How to make the diagonal line in the swing table cell just like the link below?
http://61.132.17.188/webber/table.gifOne improvement.. To get a line that is neat, use a bit of Graphics2D
public void paintComponent(java.awt.Graphics g)
int w = getSize().width;
int h = getSize().height;
// draw a line between (0,0) and (w,h)
g.setColor(getForeground());
if (strTop == null)
strTop = " ";
if (strBottom == null)
strBottom = " ";
java.awt.Graphics2D g2 = (java.awt.Graphics2D)g;
g2.setRenderingHint(java.awt.RenderingHints.KEY_ANTIALIASING,java.awt.RenderingHints.VALUE_ANTIALIAS_ON);
//g2.setStroke(new java.awt.BasicStroke(14.0f));
g.drawLine(0, 0, w, h);
//the following lines will draw the two strings,
//one above the top of the line and the above below it.
g2.drawString(strTop, (w/2)+2, (h/2)-2);
g2.drawString(strBottom, 2, (h / 2) + 2);
//the x,y for drawString are only based on assumption. //do necessary changes to suit ur needs.
}Then create a TableCellRenderer and set it to the Table Header for ur table's 1st row.....
Cheers -
Help me Please ..... How to Run SQL Query in Creator
Hi all , I want to Run a SQL query in Creator how do i do it.
If i want to retrive a set of records based on few matching fields or some join conditions , what method i can use ?
How Can i run other SQL statements like ALTER , UPDATE , DROP ....
Please Help me .Hi Hanumesh,
To run SQL commands like ALTER, UPDATE, DROP you will have to go to the Pointbase console. Creator does not provide for database operations on the tables other than querying for data. To start the Pointbase console run startconsole.exe which can be found in <install directory>\SunAppServer8\pointbase\tools\serveroption.
Hope this helps
Cheers
Girish -
How to run two query in the same preparedStatement
Hi all,
Please tell me how to run two queries in the same preparedStatement object ?
In my module I have to run two queries and I don't want to make two methods for running two different queries.
I just want to call this method for both of my queries.
methodName(long param)
Connection conn=null;
PreparedStatement pstmt=null;
//////////////// some coding
Please Help !
Thanks in advance
amitindiapublic void foo()
Connection connection = null;
PreparedStatement stmt = null;
try {
connection = ...get from pool...;
stmt = connection.prepareStatement("...");
...fetch results...;
stmt.close();
stmt = null; // So the finally statement works if there is an exception
stmt = connection.prepareStatement("...");
...fetch results...;
} finally {
if (stmt != null) ..close it...;
if (connection != null) ..return it to pool...;
} -
How to run simple query on oracle 11.2.0 ?
hi
i installed oracle 11.2.0 64bit on my Windows-7 64bit
how i can connect and run any query on oracle ?
what are the default tools that came with the installation and how to use it ?
i sow in the forum that people write
sql> select * from myTable ........
how to get to this ?
thanks in advanceuser1036207 wrote:
hi
i installed oracle 11.2.0 64bit on my Windows-7 64bit
how i can connect and run any query on oracle ?
what are the default tools that came with the installation and how to use it ?
i sow in the forum that people write
sql> select * from myTable ........
how to get to this ?
Open a command prompt and type
sqlplus sys/syspwd@instance as sysdbaand you'll have yourself a sqlprompt.
HTH
//Johan -
How to run a sql statement with bind variable in a test environment
Hello,
I have a sql statement in prod that I like to run in test. I got the sql statement from statspack, but the statement has bind variables. How do I get this statement to run in test? Thank you.Hi,
If you have the SQL statement and all the referenced objects are available in your test env then what is the problem to run it?
If I am not wront to get your reqmnt...
i.e
SQL> select * from emp
where emp_no = &empno
and dept_code = &deptcode;
Thanks -
Update query issue to update middle (n records) of the rows in a table
Hi
I have a below requirement for that I gone thru one below appoch to fulfill my requirement.
Requirement:
I need to pull 3 crore data thru ODI, source table does not have a primary key and it have 200 columns with 3 crores records (it has a 25 columns as composite key).
I need to populate those 3 crores records into target oracle DB but when I tried to load 3 crores at time I got an error so I approch incremental load, since for that I need to update for each 1 crore records with flg1,flg2 anf flg3 (flag values), for this update I have added one more column in source table using those flag values I can populate 1 crore records in target machine.
Approch
For aove requirement I writem below query to update flg1 for first crores records update tbl_name set rownum_id='flg1' where rownum<=10000000; and it updated successfully without any error, for second, to update flg2 for 2nd crore records I wrote below update query and it execute 20min and given *0 rows updated* Please help if below query is wrong
Query: update tbl_name set rownum_id='flg2' where rownum<=20000000 and rownum_id is NULL;
Thanks in advance
Regards,
PhanikanthA couple of thoughts.
1. This forum is in English and accessed by people in more than 100 countries. Use metric counts not crore. Translate to million, billions, trillions, etc.
2. No database version ... makes helping you very hard.
3. 200 columns with 25 in a composite key is a nightmare by almost any definition ... fix your design before going any further.
4. What error message? Post the complete message not just your impression of it.
5. Oracle tables are heap tables .. there is no such concept as the top, the bottom, or the middle.
6. If you are trying to perform sampling ... use the SAMPLE clause (http://www.morganslibrary.org/reference/select.html#sssc).
7. What is ODI? Do not expect your international audience to know what the acronym means. -
Once the aggregated cube how to run the query
hai ,
i had cube havind lot of data .
so i was used aggregation .
after that how to run query from aggragated cube
when ever i went to rrmx . but it has showing not aggregated cube.
once aggregate the cube where is stored
plz let me knowInfoCube aggregates are <b>separate database tables</b>.
Aggregates are more summarized versions of the base InfoCube. There is an aggregate fact table, e.g. /BIC/E1##### ===> /BIC/E100027. If you don't automatically compress your aggregates, there would also be an F fact table /BIC/F100027,
There are aggregate dimension tables that are also created, e.g. /BIC/D1000271. If a dimension for the aggregate is the same as the base InfoCube, then there is no aggregate dimension table for that dimension and the queries will use that dimension table from the base cube.
As long as the agggregate is active, the BW automatically will use it instead of the base cube as long as the aggregate contains all the characteristics necessary to satisfy the query.
You can verify the aggregate's usage by looking at info in table RSDDSTAT - it will show the Aggregate number if used (will not show aggregate usage for queries on a MultiProvider if you are on a more recent Svc Pack).
You can also run the query thru RSRT, using the Exec & Debug option - check the "Display aggregate found" option and it will display what aggregate(s) it found and which one(s) it used. -
How to run this query to get the minutes between two hours?
Hi all,
Hope doing well,
sir i am running one query which is:
v_TotalHrsMin1 := LPAD((extract(minute from TO_TIMESTAMP (v_Temphrs,'HH24:mi:ss')) - extract(minute from TO_TIMESTAMP (v_Outtime1,'HH24:mi:ss'))), 2, '0');--select to_date(v_temphrs,'YYYY-MM-DD HH:mi:ss')-to_date(v_OutPunch,'YYYY-MM-DD HH:mi:ss')*1440;
in this v_TotalHrsMin1 is number datatype and v_Temphrs is varchar2 which is storing this value: 12:00:00
and v_Outtime1 is varchar2 which is storing 06:00:00
now i want the minute difference between both times
and insert into v_Totalmin1.
but getting null value in v_totalmin1.
thanks952646 wrote:
Hi Sir,
i used query like this: v_TotalHrsMin1 := extract(hour from time_interval) * 60 + extract(minute from time_interval) from (select to_timestamp(v_temphrs,'HH24:MI:SS')-to_timestamp(v_outtime1,'HH24:MI:SS') time_interval from dual);That is not a query - that is a PL/SQL assignment expression. You should learn the differences between SQL and PL/SQL and how they work together ;-)
When doing it in PL/SQL, you do not need a query at all. Why would you do a select from dual in the PL/SQL assignment.
But you should be able to take the SQL example I gave you and write the equivalent PL/SQL code.
We do not want to do your work for you - we want to teach you how to do it yourself.
You should try and understand the examples we give you - not just cut-and-paste it and cry for help when you are cut-and-pasting a SQL example into PL/SQL code.
Anyway - here's a way to do it in PL/SQL:
declare
v_outtime1 varchar2(8);
v_temphrs varchar2(8);
v_interval interval day to second;
v_totalhrsmin1 number;
begin
v_outtime1 := '06:00:00';
v_temphrs := '12:00:00';
v_interval := to_timestamp(v_temphrs,'HH24:MI:SS')-to_timestamp(v_outtime1,'HH24:MI:SS');
v_totalhrsmin1 := extract(hour from v_interval) * 60 + extract(minute from v_interval);
end;
/What's so difficult about taking my SQL example, understanding what the differenct functions do, and then write that piece of PL/SQL? ;-) -
How to run a query in VEV HTML application?
Hello,
We are developing an HTML application using VEV sdks. Anybody knows how we can run a query saved in a .rhq file using on-click event in HTML?You call the executequery(string) JavaScript function. That means you need to have the text from the rhq file. You can ignore the comments there (// lines and text following // on any line).
If you you want to read the text literally from the file, you can do that in HTML5 with a method like this
How to open a local disk file with Javascript? - Stack Overflow
Most likely you will use fixed strings or compose them in JavaScript and then run them via the function call. -
How to run a query several times?
Hi all,
Anyone has a clue for the following situation:
We have made a query (on the web) with several characteristics and key-figures. One of the characteristics has unique values that occurs only once (something like numbers for documents in R/3). The query was build with only one user-input variable based on this characteristic. The query was build especially for printing and fits exactly on a A4-paper.
We would like to give the end-user a tool in which he/she can store several values for the characteristic. On the basis of these stored values the system has to run the query several times.
Something for the Reporting Agent or is there an other solution?
Thanks in advance,
Henk.hi Henk,
'control query' in few words is to filter data with combination of characteristic value.
http://help.sap.com/saphelp_nw04s/helpdata/en/6e/b5663a5fb46752e10000000a11402f/frameset.htm
Control Query for Pre-calculating Web Templates
Definition
A control query is a help query that you execute before you execute the queries in the Web template, and use the result to parameterize the Web template.
Use
You can specify a control query as significant information in the Reporting Agent settings for a Web template. When you specify a control query, the system does not pre-calculate the Web template itself, but a number of filtered views from the Web template.
We particularly recommend this procedure when wanting to calculate several Web templates only distinguished by their filter values in one swoop.
Using a control query in particular allows you to formulate complex selection criteria for the data to be pre-calculated.
Pre-calculate only the TOP50 customers, whose data is frequently requested, for example.
Structure
A very simple query, which contains exactly those characteristics in the drilldown in the rows according to which the Web template will be filtered, is particularly suitable as a control query. Every row in the table that a control query delivers, subsequently serves as a dynamic filter for the Web template views.
The respective combination of characteristic values is used as a filter for the Web template Data Provider for each table row. The background run produces pre-calculated data records, in actual fact one data record for each table row that delivers a control query.
If a characteristic does not appear in a view, the filter value is ignored.
In addition, you automatically get only those filter value combinations, for which data exists in the InfoCube used to define the control query.
Example
A typical application of this approach for pre-calculating a Web template is with cockpit applications, since they are controlled mainly through selection lists and no real OLAP navigation is necessary.
You can also use a control query for filtering when pre-calculating Crystal reports queries. You can find additional information under Defining Crystal Reports Queries Settings.
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