당신은 주제를 찾고 있습니까 “u0016 abend in sort – Bài 1. Sử dụng hàm sort trong thư viện một cách linh hoạt. (Use function sort in library algorithm )“? 다음 카테고리의 웹사이트 Chewathai27.com/you 에서 귀하의 모든 질문에 답변해 드립니다: Chewathai27.com/you/blog. 바로 아래에서 답을 찾을 수 있습니다. 작성자 Vũ Đình Công 이(가) 작성한 기사에는 조회수 5,415회 및 좋아요 89개 개의 좋아요가 있습니다.
Message DSO501 often appears with abend U0016. The most common cause of the abend is improper concatenation of Extractor data. An error condition results where multiple data sets with the same name are recognized on a single volume.
u0016 abend in sort 주제에 대한 동영상 보기
여기에서 이 주제에 대한 비디오를 시청하십시오. 주의 깊게 살펴보고 읽고 있는 내용에 대한 피드백을 제공하세요!
d여기에서 Bài 1. Sử dụng hàm sort trong thư viện một cách linh hoạt. (Use function sort in library algorithm ) – u0016 abend in sort 주제에 대한 세부정보를 참조하세요
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u0016 abend in sort 주제에 대한 자세한 내용은 여기를 참조하세요.
IEF450I ABEND=S000 U0016 REASON=00000000 … – IBM
Cause. Using the EXTERNAL(ddname) sort on a summary job with a non-IBM sort utility. If the CICS PA performance summary report specifies SUMMARY …
Source: www.ibm.com
Date Published: 7/18/2022
View: 6692
Failed with ABEND U0016 – IBM Mainframe
SORT is s program, you use a program to do something (whatever it is designed to do) · When you “sort” your data, that means rearranging it in an …
Source: ibmmainframes.com
Date Published: 8/30/2022
View: 1880
SYNCSORT Abend U0016 – racfra2.com
Batch jobs e.g. RA4$RESA, RA4$DSNA etc. where the SORT is invoked may fail with a user abend U0016. This is due to the fact that //SORTWKxx files are missing.
Source: www.racfra2.com
Date Published: 4/15/2022
View: 4983
ABEND=S000 U0016 – MVSFORUMS.com :: View topic
I am trying to do a simple sort but its getting abended.I have posted all the details.any help is appreciated. ABEND=S000 U0016 …
Source: www.mvsforums.com
Date Published: 2/1/2021
View: 3462
INSUFFICIENT VIRTUAL STORAGE – IBM Cobol
Re: INSUFFICIENT VIRTUAL STORAGE; abend=S000 U0016 … Easytrieve, like most vendor programs, will invoke the system sort when data needs to be …
Source: www.ibmmainframeforum.com
Date Published: 6/20/2022
View: 8807
IBM MAINFRAME ABEND CODES
U0012 GO step of FORTRAN – subrountine fileno – dataset reference number has not been used. U0016 Standard abend code for SYNC SORT failure. U0020 GO step of …
Source: www.cursosmainframe.com.br
Date Published: 4/9/2021
View: 4456
How can I solve “WER046A SORT CAPACITY EXCEEDED” in …
I am trying to sort a data set and writing into a new data set, Every time i am executing the job, its abending (ABEND=U0016).
Source: stackoverflow.com
Date Published: 12/10/2022
View: 9745
ABEND de Usuário
U0016, Erro no cartão sort fields no jcl; Anormalade na execução de um programa ou provocado por uma sub-rotina; O sort não encontra o arquivo a ser …
Source: www.cadcobol.com.br
Date Published: 11/3/2022
View: 5258
Sort Utility Examples | PDF | System Software – Scribd
000026 //*$ORTPARM : IT CONVERTS SYSTEM RETURN CODE TO USER ABEND CODE. 000027 //*RC16=ABE GENERIC K.C. CNTL CARD TO CONVERT RC16 TO A U0016 ABEND
Source: www.scribd.com
Date Published: 6/4/2022
View: 4757
주제와 관련된 이미지 u0016 abend in sort
주제와 관련된 더 많은 사진을 참조하십시오 Bài 1. Sử dụng hàm sort trong thư viện một cách linh hoạt. (Use function sort in library algorithm ). 댓글에서 더 많은 관련 이미지를 보거나 필요한 경우 더 많은 관련 기사를 볼 수 있습니다.
주제에 대한 기사 평가 u0016 abend in sort
- Author: Vũ Đình Công
- Views: 조회수 5,415회
- Likes: 좋아요 89개
- Date Published: 최초 공개: 2020. 4. 5.
- Video Url link: https://www.youtube.com/watch?v=RCLGCDdL6a4
Messages U1 through U9999 (CMF MONITOR)
Number Description
U001 WTO MESSAGE – OVERFLOW AREA OVERFLOWED
Explanation: Module addresses are stored in a hash table. This error occurs when the hash table overflow area is full and thus no new entries can be stored. User response: Contact BMC Support.
U0016 ABEND U0016 AT ADDRESS xxxxxxxx in MODULE DX10ROLL
Explanation: This abend occurs because of a fatal processing error in module DX10ROLL as Extractor data set and volume records are concatenated together. Message DSO501 often appears with abend U0016. The most common cause of the abend is improper concatenation of Extractor data. An error condition results where multiple data sets with the same name are recognized on a single volume. User response: Attempt to isolate the conditions that cause the abend by performing the following steps: Remove the NOSTAE parameter from the Analyzer JCL to allow error messages to appear in the job.
Verify the concatenation order of input Extractor data sets.
Eliminate collecting optional VSAM catalog mapping records by removing the VSAM=YES parameter from the Extractor HEADMOVE control statement. Collect additional Extractor data without VSAM mapping records. Rerun the Analyzer job with the new Extractor data to verify if the abend is caused by improper concatenation of Extractor records. If the problem persists, contact BMC Support.
U002 WTO MESSAGE – MODULE xxxxxxxx NOT FOUND
Explanation: Module xxxxxxxx is not present in the current load library. User response: Contact BMC Support.
U003 WTO MESSAGE – NO LEXICONS LOADED
Explanation: The lexicon tables are the definitions of all valid commands. This message indicates that the system could not load these tables, probably because they are missing from the current load library. User response: Contact BMC Software to determine why these tables are missing.
U004 WTO MESSAGE – UNABLE TO OPEN PRINT DCB
Explanation: The SYSPRINT or RPTCONTS DD statement is missing. User response: Resubmit the Analyzer with the appropriate DD statement.
U005 WTO MESSAGE – 999 – EXCESSIVE ERRORS, SYSTEM CLOSING DOWN
Explanation: The failsoft system allows 10 program interruptions per phase before terminating the run. This limit was exceeded. User response: Use the SNAP dump produced by the abend to determine program interruptions and contact BMC Software.
U006 WTO MESSAGE – 999 – EXTERNAL MODULE FAILED, SYSTEM CLOSING DOWN
Explanation: The failsoft system intercepted a program check in a module external to the Analyzer. The Analyzer does not attempt to recover. User response: Contact BMC Support.
U007 WTO MESSAGE – 999 – NO RETURN POINT SPECIFIED, SYSTEM CLOSING DOWN
Explanation: The failsoft system intercepted a program check, but a return point has not been specified by the highest level caller. The Analyzer does not attempt to recover. User response: Contact BMC Support.
U008 WTO MESSAGE – +CMFERR-P-CMFnnnnn6 – TEXT OF LAST ERROR MESSAGE ENCOUNTERED
Explanation: The last error encountered by the system was critical enough to make further processing impossible. The Analyzer does not attempt to recover. User response: See the CMF Analyzer message for error number and message and take appropriate action based on the Action statement.
U0100 INSUFFICIENT DISK SPACE
Explanation: This error is detected when an attempt is made to use more space in a BDAM data set than could be preformatted. User response: Register R10 plus 8 bytes points to a word. The ddname is located 12 bytes off the address contained in that word. If the error occurred while running the CMF MONITOR Analyzer in load module DM32DMSS, the data set specified on the DMSSMAIN DD card has insufficient space. Reallocate a larger data set and rerun the job. If the problem recurs, contact BMC Support.
U0101 ABEND U101 IN DMSS: DD STATEMENT MISSING or LOAD MODULE ERROR
Explanation: The DD statement for a DMSS file cannot be located. This condition can also occur if the DMSS subsystem is relink-edited without the linkage editor parameter REUS specified to mark the load module with the reusable attribute. Some generic copy utilities do not preserve aliases. If this happens, then DMSS will fail with this abend. To verify that this is the case, browse the STEPLIB or Link List library that is the source for the load modules being executed. If all the DMSSxxxx modules excluding DMSSSTAT are not aliases of DM32DMSS, then they have been linked or copied incorrectly. Also, verify that they have been link edited with the REUS option (this can be seen on the member list of browse as RU under the ATTRIBUTES column.) User response: If it is a missing DDNAME, register R4 points to the ddname. If the ddname is not recognizable, contact BMC Support. Otherwise, supply the needed DD statement and rerun the job. If it is a link edit problem, reapply the latest maintenance to FMID BBMCHnn. If it is a copy problem, recopy using an option that preserves aliases. Verify that all entries are now aliases of DM32DMSS and that all aliases are marked RU.
U0102 DMSS DID NOT INITIALIZE THE DATA SET
Explanation: This error is detected when the data set pointed to was initialized to DMSS DCB specifications, but the data in the records is not recognized as DMSS data. User response: The ddname is located at register R2 plus 12 bytes. If this DD statement points to a file normally used by DMSS, see abend U0109. Otherwise, allocate a new data set and rerun the job. If the problem recurs, contact BMC Support.
U0103 SEQUENTIAL UPDATE BEFORE READ
Explanation: An attempt was made to update a record that had not been read. User response: Contact BMC Support.
U0104 READ AFTER CLOSE
Explanation: An attempt was made to read a record after closing the DMSS data set. User response: Contact BMC Support.
U0105 CREATE SET WITH NO SET CHARACTERISTICS
Explanation: A request was made to create a DMSS set, but no information to define the set was supplied. User response: Contact BMC Support.
U0106 INSUFFICIENT NUMBER OF BUFFERS
Explanation: DMSS ran out of internal buffer area. User response: Contact BMC Support.
U0107 TGET ISSUED FOR SET BEFORE IGET
Explanation: This error is detected if an attempt is made to close a set for sequential processing before it is opened. User response: Contact BMC Support.
U0108 NO MERGE ROUTINE SUPPLIED
Explanation: This error is detected when two sets are being merged and no routine was supplied to handle a duplicate record ID. User response: Contact BMC Support.
U0109 FORMAT ERROR ON DMSS HISTORY FILE
Explanation: If a DMSS history type file is not closed by DMSS, the contents of the file cannot be addressable. User response: The ddname is located at register R9 plus 12 bytes. Restore the data set from the last backup and rerun all updates since the backup. If the problem recurs, contact BMC Support.
U0110 MULTIPLE REQUEST FOR ALL AVAILABLE CORE
Explanation: A simultaneous request was made by two or more DMSS files to use all available core for buffer space. User response: Contact BMC Support.
U0111 BDAM DATA SET CANNOT BE RE-INITIALIZED
Explanation: This error is detected if the data pointed to was not initialized to DMSS format and the host system requested that no automatic reinitialization should take place. User response: The dsname is located at register R11 plus X’32F’ bytes. Assign a new file to the corresponding DD statement and rerun the job. If the problem recurs, contact BMC Support.
U0112 OBTAIN FAILURE FOR DMSSMAIN DD STATEMENT
Explanation: OBTAIN failure for data set name specified by the DMSSMAIN DD statement. The data set does not exist on volume specified. Register R4 contains an error return code returned from OBTAIN. User response: Check catalog entry location. If the data set is not there, reallocate, recatalog, and set the DMSS control statement up with request to initialize new data set, then rerun the Analyzer job. If data set does exist and the catalog entry does point to it correctly, contact BMC Support.
U0150 INSUFFICIENT CORE FOR INTERNAL TABLES
Explanation: This error is detected when main storage for certain internal tables cannot be acquired. User response: Increase the region size for the abending step and rerun the job. If the problem recurs, contact BMC Support.
U0200 DUPLICATE SET ON FILE
Explanation: An attempt was made to save a DMSS set onto a DMSS history type file. A DMSS set with a duplicate name was already saved. User response: Contact BMC Support.
U0201 SETS NOT RELEASED
Explanation: While attempting to close a DMSS file, not all sets assigned to the file were released. User response: Contact BMC Support.
U0900 INITIALIZATION ATTEMPTED ON OPENED FILE
Explanation: An attempt was made to initialize a DMSS file that is currently open. User response: Contact BMC Support.
U0901 CHANGE ATTEMPTED ON READ ONLY DATA SET
Explanation: An add or change operation was attempted on a file opened for read only. User response: Contact BMC Support.
U0999 INTERNAL ERROR IN DMSS
Explanation: One of several serious problems occurred. User response: Contact BMC Support.
U1004 ABEND — INTERNAL ERROR
Explanation: This abend can be generated by any of the following programs: DX10ANAL, DX10CARD, DX10PARM, DX10PRTI, DX10SPLS, or DX10VOLL. The abend indicates that an internal error has occurred while the internal register stack was being processed. The error message may also be issued if the DSO Analyzer error recovery routines are processed incorrectly. (Issued by module DX10ANAL.) User response: Isolate the conditions that have caused this error and refer to programs and conditions above. Contact BMC Support.
U1010 GETMAIN FAILURE
Explanation: A GETMAIN failure occurred while the initial work area for the DSO Analyzer was being obtained. (Issued by module DX10ANAL.) User response: Check system message IEF374I in the listing for the maximum virtual storage used by the job step. Because this GETMAIN occurs early in processing, the region size must be increased by 256K or more to get the Analyzer to run.
U1020 INITIAL GETMAIN FAILED
Explanation: A GETMAIN failure occurred while obtaining the initial work area for the DSO Analyzer. This GETMAIN occurs early in processing. (Issued by module DX10ANAL.) User response: Check system message IEF374I for the maximum virtual storage used by the job step. The region size should be increased by 256K or more so that the Analyzer can run.
U1030 INITIAL GETMAIN FAILED
Explanation: Early in processing, a GETMAIN failure occurred while obtaining the initial work area for the DSO Analyzer. (Issued by module DX10ANAL.) User response: Check system message IEF374I for the maximum virtual storage used by the job step. The region size should be increased by 256K or more so that the Analyzer can run.
U1040 ABEND — INCORRECT ASSEMBLY
Explanation: This is an internal error that should not occur. (Issued by module DX10ANAL.) User response: Check the DATETIME statement and contact BMC Support.
U1050 ABEND — RECOVERY WORK AREAS UNUSABLE
Explanation: An abend has occurred and the recovery work areas are unusable. (Issued by module DX10ANAL.) User response: Contact BMC Support.
U1060 ABEND — RECOVERY WORK AREAS UNUSABLE
Explanation: An abend has occurred and the recovery work areas are unusable. (Issued by module DX10ANAL.) User response: Contact BMC Support.
U1100 INITIAL GETMAIN FAILED
Explanation: A GETMAIN failure occurred early in processing. (Issued by module DX10PARM.) User response: Check system message IEF734I for the maximum virtual storage used by the job step. The region size may need to be increased by 256K or more so that the Analyzer can run.
U1110 DUMP
Explanation: An abend was forced because the ordinal in the existing DSI and the ordinal from the incoming record do not have the same data set names. User response: Contact BMC Support.
U1120 DUMP
Explanation: An abend was forced because the ordinal in the existing DSI and the ordinal from the incoming record do not have the same data set names. User response: Contact BMC Support.
U1200 OUTPUT BLOCKSIZE NO GOOD
Explanation: The block size defined for the SYSPRINT file was not a multiple of 133. Rather than overwriting the data set, the DSO Analyzer abends during the OPEN. (Issued by module DX10PRTI.) User response: Contact BMC Support.
U1400 DUMP
Explanation: A logic error occurred while converting the date-time to an internal format. (Issued by module DX10CARD.) User response: Contact BMC Support.
U1410 DUMP
Explanation: A logic error was detected in converting the date-time to an internal format. (Issued by module DX10CARD.) User response: Check the DATETIME statement and contact BMC Support.
U1501 DUMP
Explanation: An abend was forced because message DSO4418 exceeded the MAXCC value. (Issued by module DX10SPLS.) User response: Change MAXCC to a value greater than 12 to ignore the serious error conditions reported by message DSO4418.
U1502 UNABLE TO ACQUIRE A SPOOL RECORD AREA
Explanation: A GETMAIN failed. (Issued by module DX10SPLS.) User response: Increase the region size or contact BMC Support.
U1503 ERROR IN REGION SIZE
Explanation: Message DSO4419 exceeded the MAXCC= value. (Issued by module DX10SPLS.) User response: Refer to message DSO4419 for recommended action.
U1504 DUMP
Explanation: Because of an earlier processing error, an internal error occurred while processing mount records: the volume ordinal was zero. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1505 DUMP
Explanation: An internal error occurred while processing mount records and trying to infer the device type from input data. (Issued by module DX10SPLS.) User response: Explicitly specify the device type.
U1506 DUMP
Explanation: This is an internal error: the DATETIME tables were overlaid. (Issued by module DX10SPLS.) User response: Check the DATETIME statement and contact BMC Software.
U1507 INTERNAL ERROR: REJECT COUNTER OVERFLOWED
Explanation: Too many records from the input data sets have been rejected. (Issued by module DX10SPLS.) User response: Limit the size of the data set used as input.
U1508 INTERNAL ERROR: DATETIME TABLES CLOBBERED
Explanation: (Issued by module DX10SPLS.) User response: Check the DATETIME statement and contact BMC Support.
U1509 INTERNAL ERROR: REJECT COUNTER OVERFLOWED
Explanation: Too many records from the input data set have been rejected. (Issued by module DX10SPLS.) User response: Limit the size of the data set used as input.
U1510 INTERNAL ERROR: DATETIME TABLES CLOBBERED
Explanation: (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1511 INTERNAL ERROR: REJECT COUNTER OVERFLOWED
Explanation: Too many records from the input data set have been rejected. (Issued by module DX10SPLS.) User response: Limit the size of the input data set.
U1512 INTERNAL ERROR: SELECT TABLE CLOBBERED
Explanation: (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1513 INTERNAL ERROR: SELECT REJECT COUNTER OVERFLOWED
Explanation: Too many records from the input data set have been rejected. (Issued by module DX10SPLS.) User response: Limit the size of the input data set.
U1514 INTERNAL ERROR: TOTAL SAMPLE COUNTER OVERFLOWED
Explanation: Too many records from the input data set have been rejected. (Issued by module DX10SPLS.) User response: Limit the size of the input data set.
U1515 INTERNAL ERROR DURING SPOOL RECORD SIZE CALCULATION
Explanation: This is an internal error that should not occur. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1516 INTERNAL ERROR DURING SPOOL RECORD SIZE CALCULATION
Explanation: This is an internal error that should not occur. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1517 DUMP
Explanation: The data set ordinal counter overflowed. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1518 DUMP
Explanation: The component name was missing from a VSAM map record. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1519 DUMP
Explanation: The VSAM data set ordinal counter overflowed. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1520 DUMP
Explanation: An option setting was detected that is not currently implemented. The main DSO load module may have been entered at the wrong offset. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1521 DUMP
Explanation: Message DSO4421 exceeded the MAXCC value. Reports for this volume are suppressed. (Issued by module DX10SPLS.) User response: Refer to message DSO4421 for the recommended action, or change MAXCC to a value greater than 12 to ignore the error.
U1522 APPARENT SEQUENCE ERROR IN OUTPUT FROM SORT/MERGE
Explanation: The message above appears whenever one of the following conditions exists: A device constants description reflects fewer than the actual number of tracks per cylinder for the device.
User-defined UCB device type descriptions conflict with IBM usage.
User response: Contact BMC Support.
U1523 SERIOUS ERROR IN CODE
Explanation: The OS data set counters do not agree. This is an internal error. User response: Contact BMC Support.
U1524 DUMP
Explanation: The VSAM data set counters do not agree. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1525 MAXCC VALUE EXCEEDED
Explanation: Message DSO4420 exceeded the MAXCC value. User response: Refer to message DSO4420 for recommended action.
U1526 INTERNAL ERROR IN READ ROUTINES FOR EXTRACTION DATA
Explanation: (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1527 INTERNAL ERROR IN READ ROUTINES FOR EXTRACTION DATA
Explanation: No READ was issued for a buffer about to be checked. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1528 DUMP
Explanation: Input data set could not be opened. (Issued by module DX10SPLS.) User response: Check the DD statement for the data set.
U1529 DUMP
Explanation: Message DSO4426 exceeded the MAXCC value. (Issued by module DX10SPLS.) User response: Refer to message DSO4426 for recommended action.
U1530 DUMP
Explanation: Caused by a serious error detected in the integrity of the input or a program logic error occurred. The DIE sample counters do not agree. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1531 NO VOLUMES WERE ACCEPTED
Explanation: At the end of the INPUT/SORT phase, every volume requested is rejected because no mount, VTOC mapping, VSAM mapping, or head movement records were accepted. Messages DSO4428 or DSO4429 appear before this abend and explain why each volume was rejected. More processing by the Analyzer is impossible. This error may also be caused by invalid concatenation of Extractor files or by using the VOLMAP and NOVOLMAP keywords on the DATA control statement. (Issued by module DX10SPLS.) Some of the reasons that cause this failure are: The input data files are missing a needed record type(s).
The record types used by the DSO analyzer are: – 240-0 Record Record, created each recording interval. (Optional, not absolutely required.) – 240-12 Mount Record, created at extractor startup. Also if volume mounted.(Required). – 240-13 Head movement record, created continuously. (Required). – 240-14 VTOC mapping record, created at startup. Also if volume mounted. (Required). – 240-22 VSAM mapping record, created at startup. (Optional, not absolutely required.)
The 240-12, 240-13, 240-14, and 240-22 records are created by the HEADMOV control card. The subtype 12 and 13 records are keyed by the unit address selection criteria (for example ALL, CHANNEL, NUMBER, RANGE, EXCEPT). The subtype 14 records are generated by VTOC=YES being specified. The subtype 22 records are generated by VSAM=YES.
The CX10HMOV or CM40HMOV extractor module aborted. This may be caused if the REPORT control card did not specify enough CSA, or VSAM=YES was specified and catalog structure caused the extraction process to take excessive time causing the extractor to run out of WSA area. Either the extractor or the analyzer has specified a CMF record ID other than 240, and the other did not indicate the same CMF record ID.
The DATETIME control cards have excluded all the head movement records.
No system ID was specified, or an incorrect system ID was specified on the DATA control cards.
The wrong extractor ID was specified on the DATA control cards.
User specified NOVOLMAP on DATA control card which excluded all the VTOC records; at least one input file must not have NOVOLMAP specified and it must also contain 240-14 records.
The volume name specified in VOLUME control card was not included in the extractor collection, or there was no activity for the volume(s) specified.
An invalid unit type was specified on the VOLUME control card(s).
User presorted the input data, or concatenated the data in an order that confused DSO analyzer. Insure that for each system ID, the input files are in the order created. Note DSO analyzer sorts data as needed. The DSO Analyzer expects data to arrive in the order that the extractor created the data.
The SORT/MERGE failed. Most common is SYSOUT DD card is not specified.
User coded two VOLUME control cards for the same volume. This confuses the analyzer into dropping both volume requests, leaving no volumes to analyze.
The HEADMOVE control card is missing for the extractor run.
User response: Contact BMC Support.
U1532 DUMP
Explanation: The integrity of volume blocks was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1533 DUMP
Explanation: The device descriptor chain was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1534 DUMP
Explanation: The device descriptor chain was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1535 DUMP
Explanation: The E35 exit detected an internal error in the control block structure relating to device characteristics for a particular volume. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1536 DUMP
Explanation: The volume block chain was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1537 DUMP
Explanation: The volume mapping processor volume chain was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1538 VOLUME CHAIN DAMAGED
Explanation: The VSAM map processor volume chain was damaged. This is an internal error. (Issued by module DX10SPLS.) User response: Contact BMC Support.
U1539 MAXIMUM ALLOWABLE CONDITION CODE EXCEEDED
Explanation: Message DSO4439 exceeded the maximum allowable condition code. (Issued by module DX10SPLS.) User response: Refer to message DSO4439 for recommended action.
IEF450I ABEND=S000 U0016 REASON=00000000 when using CICS PA and EXTERNAL sort
Problem You are using CICS Performance Analyzer for z/OS (CICS PA) to create a summary report and specify the EXTERNAL parameter for performing an external sort using a non-IBM SORT utility. The CICS PA job ends with message IEF450I ABENDS000 U0016 REASON=00000000.
Symptom The performance summary report might also fail with the following messages even though the SORT messages indicate return code 0.
CPA0212E SORT Error – bad Return Code from SORT, DDname=CPAXWnnn from module CPAGSRT /CPAOEX03
User requested area
00012E5C 00000 00000010
CPA0229I CICS PA has completed processing, RC=8
RCD CNT OFF, IN 290613, OUT 17,067,829
Cause Using the EXTERNAL(ddname) sort on a summary job with a non-IBM sort utility. If the CICS PA performance summary report specifies SUMMARY(BY(xxx,xxx…) for only a few columns, the EXTERNAL sort is not necessary. The internal sort in virtual storage should be sufficient.
Resolving The Problem Remove the EXTERNAL keyword from the CICS PA command and run the job again. If the job still fails after removing the EXTERNAL option, you should contact support for your SORT utility product.
Related Information External sorting IEF450I
[{“Product”:{“code”:”SSPPU4″,”label”:”CICS Performance Analyzer for z\/OS”},”Business Unit”:{“code”:”BU058″,”label”:”IBM Infrastructure w\/TPS”},”Component”:”DFSORT”,”Platform”:[{“code”:”PF035″,”label”:”z\/OS”}],”Version”:”5.3;5.2;5.1″,”Edition”:””,”Line of Business”:{“code”:”LOB35″,”label”:”Mainframe SW”}}]
SYNCSORT Abend U0016
SYNCSORT – Abend U0016 – Batch jobs
Batch jobs e.g. RA4$RESA, RA4$DSNA etc. where the SORT is invoked may fail with a user abend U0016.
This is due to the fact that //SORTWKxx files are missing. The user abend is very misleading as such. This problem did not occur by using DFSORT so far.
Please update the JCL where required to include the following DD names:
//SORTWK00 DD UNIT=SYSDA,SPACE=(CYL,(15,15),RLSE)
//SORTWK01 DD UNIT=SYSDA,SPACE=(CYL,(15,15),RLSE)
//SORTWK02 DD UNIT=SYSDA,SPACE=(CYL,(15,15),RLSE)
//SORTWK03 DD UNIT=SYSDA,SPACE=(CYL,(15,15),RLSE)
The following members(templates) may be affected as no SORTWK00-04 definitions are present:
Library
: RA2.ISPSLIB
Members
:
RA4S7890
RA4S7860
RA4S7850
RA4S7830
RA4S7820
RA4S78C0
RA4S78A0
RA4S7690
RA4S7680
RA4S76B0
RA4S76A0
With one of the next releases the missing SORTWK00-04 will be included.
MVSFORUMS.com :: View topic
vak255,
Quote:
can you tell me why it has to be sortin.
why not sortin01.
The default input dataset DDNAME has been defined as SORTIN in both DFSORT and Syncsort. Although there are ways to override this option.
Its similar to SELECT…ASSIGN TO ddname used in COBOL. If you have coded the DDName in JCL as INPUT1 and in COBOL if you code INPUT as the DDname, you will definitely end up in an error. Same with Sort, it expects a DDName SORTIN to be defined in the jcl.
The jcl below will list out all the default parameters used in your shop.
Code:
//STEP0100 EXEC PGM=SYNCTOOL
//TOOLMSG DD SYSOUT=*
//DFSMSG DD SYSOUT=*
//OUT DD SYSOUT=*
//TOOLIN DD *
DEFAULTS LIST(OUT)
/*
I don’t remember how to change the default ddname of my head. I will find out and get back to you.
Thanks,
Phantom
#9: Author: Phantom,
Location: The Blue Planet
INSUFFICIENT VIRTUAL STORAGE
by Robert Sample » Mon Apr 01, 2013 3:59 pm
Dick’s comment on the TIME= parameter was not related to your problem — it was a general statement. First, many sites control job time by job class; if your site is one of these then you don’t gain anything by using TIME= since the job class will determine your total CPU time. Second, if you are developing code and create an infinite loop, the program will only stop when your CPU time is expired and with TIME=1440 that won’t happen. Third, well-managed sites do not allow application programmers to specify TIME=1440 on a production job and flush the job without executing it, so why code it on test jobs?
IBM MAINFRAME ABEND CODES
S001 An I/O error condition was encountered during BDAM, BISAM, BPAM, BSAM, QISAM, or QSAM processing
Possible causes: An attempt was made to read after end-of-file. An attempt to open an open file. There was a conflict between the program, the JCL DCB, and the data set DCB information. An incorrect block or record length was specified. An attempt was made to write to an input data set. There was physical damage to the recording medium. There was a hardware malfunction. Solution: Verify that the program logic is correct. Compare the DCB attributes in the program with the JCL and the data set label. Correct any inconsistencies. Ensure that the length of the work area for a write is the same as the FD record length. Recreate the problem data set if necessary. S002 Possible causes: An error occurred in processing a sequential or indexed sequential data set, or in creating a direct access data set. The record being processed exceeded the allowable size. Very large record length/ wrong record length
The variable record length was less than 4. The LRECL was greater than the DCB record length. An error occurred in sequential processing of variable length spanned records which were not in sequence. In writing to a sequential or direct access data set, the record length was greater than 32,767 bytes. In writing to a sequential or direct access data set, the record length was greater than the track capacity. In writing to a sequential or direct access data set, the variable length record was longer than 32,752 bytes (the data set used track overflow). In writing to a sequential or direct access data set, the record length exceeded the DCB block size. In writing to a sequential data set with variable length records, an invalid length field was encountered:
1. It was less than 4 (or 5 with ASA control characters)
2. It was greater than the DCB blocksize or 32,767 bytes. An error occurred in writing a record longer than the track capacity (the data set did not use track overflow). An error occurred in obtaining a secondary extent, when writing to a direct access file. There was not enough secondary space to hold the block being written. Other causes:
An error occurred in writing a block larger than the primary extent on the pre-allocated direct access data set in opening a direct data set, it was determined that the blocksize was larger than the primary extent.
An error occurred in opening an indexed sequential data set:
1. Too many tracks were requested for cylinder overflow.
2. The DCB BLKSIZE was not a multiple of the DCB LRECL.
Solution:
1. Change the JCL and/or program DCB information to be consistent with that of the data set.
2. Recreate the data set specifying the correct DCB information.
3. Recreate the data set so that the spanned records are in the correct sequence.
4. Verify the record definition, particularly the number of occurrences in an occurs clause.
5. If the record length exceeds the track length, specify a different device in the unit parameter. S012 A program incorrectly issued a TIMEUSED macro. A reason code in register 15 explains the error:
reason code 4 – The program issued TIMEUSED with LINKAGE=SYSTEM, but the program was not in task control block (TCB) mode.
reason code 8 – The program issued TIMEUSED with LINKAGE=SYSTEM, but the program held one or more locks.
reason code C – The program issued TIMEUSED with LINKAGE=SYSTEM when enabled unlocked task (EUT) recovery routine was running. Solution:
1. Modify the code so that TIMEUSED will be issued in the correct environment. Run the program again.
S013 An error occurred in opening a data set because of conflicting or unspecified data set attributes.
Possible causes: There was a conflict between the program, the JCL, and the data set label DCB information required. Some required DCB information was omitted. Directory space was not allocated for a partitioned data set. The BLKSIZE DCB sub-parameter was missing for a dummy data set. A specific member of a partitioned data set could not be located. For fixed block records, the LRECL=0, or the data set was empty. For fixed length records, the BLKSIZE was not a multiple of the LRECL. For variable length records, the blocksize was not four bytes greater than the logical record length. RECFM=F was specified and the logical record length was not the same as the block size.
Solution: Check the DCB attributes of the problem data set and correct any inconsistencies. Check for inconsistencies between the program, the JCL, and the data set DCB characteristics. Verify that all the DCB information required for the data set is specified. Recreate the partitioned data set specifying a value for directory blocks in the space parameter. Specify a BLKSIZE that matches the program DCB information. Check the spelling for any programs to be executed. Verify that the appropriate STEPLIB data sets have been provided. S03B An error occurred in opening an indexed sequential data set. Possible causes:
1. A write to the data set was attempted when DISP=SHR was coded in the JCL.
2. A write to the file was attempted when it was not opened for output.
3. The data set was not created or it was not closed after it was created.
4. The block sizes or logical record lengths in the program were inconsistent with the JCL.
5. The data set was already open. Solution: 1. If the data set is to be updated, ensure that DISP=OLD is specified in the JCL, and that the data set is opened for output.
2. Ensure that the data set is closed after it is created.
3. Verify that the program is consistent with the DCB information and that the block size is a multiple of the LRECL. S03D An error occurred in opening an indexed sequential or direct access data set. Possible causes:
1. There was a conflict between the program and the JCL data set organization.
2. The volume parameter for a multi-volume data set was incorrect.
3. Not all of the volume serial numbers of the data set were specified.
4. The volume serial numbers were specified in wrong sequence.
The DD statement did not specify indexed sequential organization.
Can open was issued for a direct access data set, but the data set had indexed sequential organization. Solution:
1. Ensure that the data set organization specified in the program is consistent with the DSORG sub-parameter in the JCL.
2. Verify that all the volumes that the data set resides on are specified in the sequence in which the data set exists. 1. For indexed sequential data sets, specify the volume containing the index first.
2. Verify that all the volumes which the data set resides on are specified in the sequence in which the data set exists.
3. Ensure that all the requested volumes are mounted.
Specify either dsorg=is or dsorg=isu in the DCB parameter.
Determine the organization of the data set, and make the appropriate program or JCL changes. S031 An error occurred while sequentially processing an indexed sequential data set. Possible causes:
1. A stop run or goback was executed before a data set was closed.
2. An out-of-sequence or duplicate key was detected while loading the data set.
3. An attempt was made to write an invalid length record or block.
4. There was a hardware malfunction.
5. The recording medium was defective. Solution 1. Change the program logic so that the data set is closed before the stop run or goback is executed.
2. Recreate the data set ensuring that the keys are in proper sequence.
3. Be sure that the JCL LRECL is consistent with the program and data set label. S04E DB2 related abend. Check the messages in SYSPRINT. Possible causes & Solution: Resource unavailable. A decimal packed field contained non-numeric data when an INSERT or an UPDATE SQL statement was executed. An SQL WHERE clause in a cursor contains a packed numeric working storage field that contains non-numeric data when the OPEN CURSOR statement is executed. Initialize the field or remove it from the SQL statement if not used. S0CA Decimal overflow exception. The result of an arithmetic operation was too large for the receiving field. Possible causes & Solution:
1. An attempt was made to divide by too small of a number 2. An attempt was made to multiply by too large of a number.
3. A program loop containing an arithmetic instruction caused an invalid result. S0CB Decimal divide exception. An invalid divide was attempted. Possible causes:
1. Division by Zero 2. The quotient exceeded the allowed data field size. 3. Attempting to divide by 0 and not using ON SIZE ERROR Solution: 1. Determine why the divisor is zero. 2. Expand the size of the dividend field, or reduce the size of the divisor field.
Note: a comp-3 field may not exceed 15 digits. S0C1 Operation Exception. The current machine instruction was invalid. Possible causes:
1. A JCL DD statement was either invalid or missing.
2. An attempt was made to open a data set which was already open.
3. A read/write was attempted to an unopened data set.
4. An attempt was made to execute a subroutine which was not link edited into the load module.
5. The select clause was invalid for an ISAM data set.
6. Same name given for an array or subroutine
7. Tried to call subroutine which did not exist
8. Using sort verb, DDNAME was not SORTOUT when the�giving� option was used
9. Incomplete DCB for SORTIN file. S0C2 Privileged operation exception. Unintentional branch to invalid instruction due to subscript error. Possible causes: 1. Missing period at end of paragraph or paragraph names
2. Missing GOBACK after sort verb. Logic fell into input procedure
3. ACCEPT verb was executed when no SYSIN DD was available.
4. The select clause in the file-control paragraph did not specify an index sequential data set, when in fact the data set was indexed sequential.
5. A subscript or index contained an invalid value. S0C3 An attempt was made to make the EXECUTE machine instruction the target of an EXECUTE instruction, which is not allowed Possible causes & Solution: Not Applicable. S0C4 Protection exception. An invalid machine address was calculated by the program. Possible causes:
1. A subscript or index contained an invalid value.
2. Using GOBACK in the SORT output procedure.
3. The blocksize and record size were specified as equal for variable length records.
4. An attempt was made to read/write an unopened data set.
5. An attempt was made to read after end-of-file.
6. A stop run occurred before all opened data sets were closed.
7. Missing Select statement (during compile)
8. Tried moving variable length record that was larger than target field size
9. Used DD DUMMY with logic that moves high values to FD
10. Tried to call within COBOL SORT I/O procedure
11. Linkage Area Ordering is not in sync with calling and called program
In the input or output procedure of a sort.
1. An attempt was made to reference an input/output area but no open or read had occurred for the data set.
2. Invalid parameters were passed through the linkage section.
3. The file-control select clause was missing for the data set that was being processed.
Solution:
Correct the program logic error that generated the invalid address or storage reference.
When analyzing the dump, remember that the PSW saved when an S0C4 abend occurs may point at the failing instruction or it may point at the next instruction after the failing instruction.
Check to ensure that your program is obtaining, using, and freeing storage properly.
Moving data to a zero address or to an address less than 512 (decimal) is a very frequent cause of this abend. S0C5 Index or subscript out of range. An address developed and used by the ABENDing program lies outside of the available virtual storage on the processor. Possible causes & Solution: 1. A close statement was issued twice for the same file.
2. A procedure which was operated on by a Perform statement contained an improper exit.
3. An attempt was made to reference an input/output area, but no open or read had occurred for the data set.
4. A subscript or index contained an invalid value or Un-initialized index.
5. Indexing, Subcripting outside the program�s assigned limits.
6. Improper exit of a PERFORM statement.
7. 88 level cannot be last statement before Report section.
8. Reference to a field in a record before OPEN or after CLOSE.
S0C6 Specification exception. An attempt was made to execute a machine instruction which had invalid operands. Possible causes & Solution: 1. The program fields and/or data sets were incorrectly defined.
2. A multiplier or divisor was too large (exceeds 15 digits and sign)
3. The first operand field is shorter than or equal to the second operand field in a decimal (packed) multiplication or division instruction.
4. A subscript or index contained an invalid value.
5. An incorrect boundary was specified. Usually caused by unintentional branch to invalid instruction.
6. DDname/Select statement conflict.
7. ACCEPT statement with SYSIN DD and data missing.
8. An instruction specifies an odd register number when it should specify the even numbered register of an even- odd register pair.
9. A floating point register other than 0, 2, 4, or 6 was specified in a floating point instruction.
10. No GO TO statement in a paragraph named in an ALTER statement. S0C7 Data exception. Data was incorrect format for the instruction that attempting to process it. For example, A numeric field contained non-numeric data. Possible causes: 1. Numeric operation on non-numeric data.
2. Numeric data was not initialized, blanks were read into a field designed to be processed with packed decimal instruction.
3. A subscript or index contained an invalid value or Un-initialized.
4. Coding past the maximum allowed sub script.
5. A comp-3 field had an invalid sign.
6. A group move overlaid a numeric field with non-numeric data.
7. Fields in decimal arithmetic overlap incorrectly.
8. The decimal multiplicand has too many high-order significant digits. Solution: 1. Check your decimal data being used in program. Mainly SOC7 abend occurs due to invalid digit / sign present at last byte of comp-3 value. And some cases it will due to incorrect overlap in decimal field, table overflow, alphanumeric field is being moved to numeric fields and null values being moved and using for some calculation in the code.
2. Data being passed is not initialized correctly.
3. Array index is not valid. It is a kind of subscript error.
4. Value being passed is not available in table.
5. COBOL working storage section is not initialized with given variable.
6. ‘Parm’ used in subroutine or program is not in correct order or missing. S0C8 Fixed Point Overflow Exception. The result of an arithmetic operation was too large for the receiving field. Possible causes & Solution: 1. An attempt was made to divide by too small of a number.
2. An attempt was made to multiply by too large of a number.
3. A program loop containing an arithmetic instruction caused an invalid result. S0C9 Fixed Point Divide Exception. A division gave a quotient which was too large for the program defined field. Possible causes: 1. An attempt was made to divide by zero.
2. An attempt was made to divide by too small of a number.
3. A program loop containing an arithmetic instruction caused an invalid result.
4. A sort operation was missing a SORTIN or SORTOUT JCL DD card.
5. A quotient has exceeded the register size in a DIVIDE instruction, or the result of a CONVERT TO BINARY instruction is more than 31 bits long. An error occurred in end-of-volume processing on a magnetic tape volume.
1. An error occurred in header or trailer label processing.
2. An error occurred in positioning the magnetic tape.
3. The recording medium was defective. Solution: 1. Verify that the data on the data set appears correct. If so, specify a different volume or device, and recreate the data set.
2. Change region to 0M in JCL.
3. If there is no data on the data set, recreate the data set, and resubmit the job. S213 An error occurred in opening a data set on a direct access device.
Possible causes & Solution: 1. A specific data set could not be located.
2. DISP=OLD or DISP=SHR was specified for an output data set.
3. DISP=MOD was specified but the data set did not exist. 1. Ensure that the data set name and volume serial number are correct and that the disposition of the data set is consistent with its usage.
2. If a data set is used from a preceding job step, be sure that the data set was created and passed correctly. S214 An error occurred in volume disposition or in tape positioning when closing a magnetic tape data set Possible causes & Solution: 1. There was an invalid user label.
2. There was no tapemark following the data.
3. A hardware error occurred.
4. The recording medium was defective. 1. Verify that the label formats are correct.
If they are invalid, recreate the data set.
2. Determine if there is a tapemark following the data.
If not, recreate the data set.
3. Rerun the job specifying a different volume or device. S222 The job was cancelled because it violated some restriction. Possible causes & Solution: 1. The operator, or an authorized time sharing option, extensions (TSO/E) user, canceled the job without requesting a dump 2. The system ends the job. In some cases, the system might write a dump even though a dump was not requested, depending on which system routine has control. 3. Find out why the operator or TSO/E user canceled the, job. Correct any errors and resubmit the job. If you want a dump, have the,
operator resubmit the job and then cancel it using the command CANCEL, jobname, DUMP., . S237 An error occurred in end-of-volume processing of a magnetic tape data set. Possible causes & Solution: 1. The block count of the tape label did not agree with that of the DCB.
One or more blocks may have been skipped during processing.
2. An incorrect volume serial number was specified in the volume parameter of the DD statement.
3. An incorrect volume was mounted.
4. The DSN was misspelled.
1. Verify that the DSN is spelled correctly, and that the correct volume(s) are specified and mounted. Correct any errors, and resubmit the job.
2. If all the data set information appears correct, resubmit the job specifying a different device in the unit parameter of the JCL.
If this does not correct the error, re-create the data set.
S314 An input/output error occurred in closing a data set on a direct access device. Possible causes:
The volume or the device was defective. Resolution:
Rerun the job specifying another volume or device.
S322 Description: The time limit was exceeded for a job or job step. Possible causes: 1. An endless loop occurred in the executing program.
2. The time parameter on the job card did not allow enough time for the job to complete.
3. The time parameter on the exec card did not allow enough time for the step to complete.
4. If the time parameter was not specified, the default time limit was exceeded. Resolution: 1. Check for program errors, especially endless loops that cause the job or job step to exceed the time limit.
2. Verify that the time limits for the given job are realistic.
If necessary, specify a longer time in the time parameter, and rerun the job. To resolve this issue give TIME = MAXIMUM in job card.
S30A Memory error 1. The EZTVFM file is not large enough for the report being generated.
2. You have a subscript or index that is going out-of-bounds on an table or occurs clause .
3. A file or table size is greater than the JCL/file LRECL.
4. DCB mismatch. S413 An error occurred in opening either a direct access or a magnetic tape data set. 1. An input/output error occurred in processing a tape data set.
2. The specified data set could not be located.
3. The label or DCB parameters were incorrect.
4. A requested device was unavailable. 1. No unit was available for mounting the volume which contained the data set being opened.
2. The volume on the allocated unit (as specified by ser) could not be demounted because it was either reserved or permanently resident.
The volume serial number was not specified on the DD statement for a data set which was opened for input.
An invalid volume sequence number in the JCL specified a value greater than the number of volumes contained on the data set.
An error occurred while opening a magnetic tape data set.
The density specified in the DEN sub parameter was incompatible with the recording density of the device allocated.
An error was caused by a subsystem interface problem.
The mass storage system did not mount the requested volume.
Tape data set sequence number was specified greater than 1, but the volume serial number did not specify a tape data set.
1. Verify that the JCL is correct.
2. Rerun the job specifying a new volume or device.
Specify another device in the unit parameter of the DD statement. Determine how many volumes the data set spans, and request the appropriate volume. S513 An error occurred in opening two data sets on the same magnetic tape volume. This only works with SYSOUT data sets.
1. Two data sets were assigned to the same device.
2. An open was issued for a second data set on the same tape device before the first one was closed. 1. Verify that the JCL is correct
2. Check the file usage in the program. S522 The wait time limit was exceeded for a job or job step. 1. The operator did not respond to a console request.
2. The program was waiting for a resource that was not available at execution time.
3. The CPU resource was not available at execution time.
4. The operator did not mount the require tape within allowed time limit. 1. Check with the operator to determine if there were any outstanding requests for your job.
2. Check with the operator to determine if there were any problem jobs running at the same time as yours.
3. Try TIME=1440 on the exec statement to bypass all job step timing S613 An error occurred in tape related input/output. 1. The JCL DD statement was incorrect.
2. An input/output error occurred in label processing.
3. The standard header labels were missing for an input data set.
4. There was a hardware malfunction.
An error occurred in tape positioning.
An error occurred in reading a tape label.
The tape label was invalid.
An error occurred in writing a tape label.
An error occurred in writing a tapemark after the header labels.
1. Verify that the JCL specifies the correct volume and device.
2. Verify that the volume contains standard labels.
3. Resubmit the job specifying a different volume or device. S622 An error occurred in end-of-volume processing. 1. The system encountered one of the following errors while constructing control blocks for TSO:
a. The system encountered a multiple-step procedure.
b. The prompting task ended abnormally.
2. The terminal user signaled ATTN during LOGON scheduling.
3. The user submitting the job disconnected his or her terminal from the system.
4. The terminal malfunctioned.
S637 An error occurred in end-of-volume processing. An input/output error was encountered in
1. Writing a tapemark.
2. Positioning the tape.
3. Reading a label.
4. Sensing for a file protection ring.
An error occurred in either:
1. Reading a tape label.
2. Writing a tapemark.
3. Positioning a tape volume. The user trailer label processing caused a tape positioning error.
Data sets with unlike attributes were concatenated.
A tape positioning error occurred for a data set to be read backwards.
If the tape contained labels, the error occurred in positioning the labels; otherwise, the error occurred in positioning the data. The error occurred in the open instruction with the leave option specified.
An error occurred in tape positioning for a data set using the reread option.
An error occurred while rewinding a tape prior to verifying the volume label.
An error occurred in reading a tape volume label.
An error occurred because the tape had nonstandard labels or none at all.
An error occurred while positioning at the labels, (or if there were no labels, while positioning at the data) of a concatenated data set.
An error occurred while positioning at the labels, (or if there were no labels, while positioning at the data) of a data set opened with input or inout to be read forward.
An I/O error occurred in sensing for a file protection ring.
An error occurred in tape positioning following header label processing.
1. Check the JCL for any inconsistencies in the label, the vol=ser, or the dsn.
2. Rerun the job specifying another volume or device.
3. Make sure that the file protection ring is available for an output data set. S706 A non-executable load module was requested by the program. The module did not link edit successfully. Link edit the offending module again, and resubmit the job. S713 An error occurred in opening a data set on tape. 1. An attempt was made to output to the data set, before the expiration date specified had been reached.
2. The incorrect volume was requested. 1. Verify that the correct data set and volume will be accessed. S714 An error occurred in closing a tape data set. 1. An I/O error occurred while writing a trailer label or tape mark.
Rerun the job specifying another volume or device. S722 The maximum number or output lines has been exceeded. 1. The program contained an invalid write loop.
2. The number of output lines was underestimated in the JCL. 1. Check for and fix program logic error causing a loop. S804 The storage needed to execute the program was not available. 1. The region parameter did not specify enough storage.
2. The region parameter was omitted, and the default storage amount was too small to run the correct program.
3. Block sizes were increased or buffers were added, and the region size was not increased.
4. A logic error caused excessive storage to be obtained but not freed. 1. Increase the region size.
2. Look for logic errors which may cause excessive calls to other programs or requests for storage. S806 A load module requested by the program could not be found. 1. The module requested did not exist in the data sets specified in the STEPLIB or JOBLIB.
2. A JCL STEPLIB or JOBLIB DD statement was missing or incorrect.
3. The module name was misspelled.
4. An I/O error occurred in searching for the module in the library directory. 1. Verify that the correct program is being requested. Make sure your load module is available in the given load lib.
2. Ensure that the appropriate STEPLIB or JOBLIB DD statements are in the JCL. Check whether PDS name given in step lib is spelled correct.
3. The member name given in SYSIN card should be available in given library. If necessary, recreate the data set. S813 The data set name in the JCL did not match the data set name on the tape. 1. The JCL volume serial number was wrong.
2. The data set name in the JCL was misspelled.
3. The wrong tape was mounted.
4. The incorrect data set sequence number was specified in the label parameter.
5. The data set does not exist on the magnetic tape.
Verify that the JCL is correct, and resubmit the job. S822 A region required to run the step could not be obtained. 1. Unable to obtain to obtain enough space to satisfy a REGION= request May need to change REGION statement in the JCL. S837 Tape volume error occurring only for tape datasets. At end of tape volume. 1. The error occurred at an end-of-volume for a sequential data set. S878 GET MAIN error not enough virtual storage on region statement. . 1. Not enough storage available to satisfy a GETMAIN or FREEMAIN request. Job was unable to allocate an area of memory of the correct size. Try Specifying or amending the �REGION=� JCL statement. S913 An error occurred in opening a magnetic tape data set. You are trying to access a dataset which you are not authorized to use. 1. The error occurred during open or end-of-volume processing.
The data set was password protected, and a correct password was not entered.
2. The error occurred in opening a checkpoint data set which was concatenated to a non-checkpoint data set. 1. Supply the correct password, and resubmit the job.
2. Eliminate any concatenations of checkpoint and non-checkpoint data sets. SA13 An error occurred in opening a tape data set. 1. The file sequence number was wrong on a multi-volume tape data set.
2. The file sequence number was wrong, or it was less than that of the first data set on the tape.
3. The volume serial number was wrong.
4. The job which wrote the tape did not write all the data sets. 1. Verify that the JCL is correct, and resubmit the job.
2. If the desired data set does not exist on the tape, recreate the tape. SB37 An error occurred during end-of-volume processing of a data set.
The system was unable to fulfill a request for more space. 1. A program loop caused too many records to be written to the output data set.
2. Insufficient space was allocated to this data set in the JCL.
3. There was no more room available to receive any more output on the output volume, and another volume could not be mounted. 1. Verify that there are no program loops or logic errors.
2. When the dataset is out of secondary extended space, or even the the 15 secondary extended volume provided to you for each primary extended space is used up. Increase the primary and/or secondary allocations for the data set. If still you are getting the same SB37, then you need to change the Tracks to Cylinders.
3. Change the JCL to request that the data set be created on a volume with more space. SC13 An error occurred in opening a concatenated partitioned data set. 1. A concatenated data set was opened for output.
2. A data set was opened twice. Be sure that the concatenated partitioned data set is being opened properly. SD37 An error occurred in writing to a data set which had not been allocated enough space. 1. A secondary allocation was not specified, and all of the primary space had been used.
2. There was a program loop. 1. Check through the program logic for a loop.
2. Allocate more space to the data set by specifying larger primary and/or secondary quantities in the space parameter in the JCL DD statement. If the dataset is out of primary extended volume space provided by
you as per your JCL, it shows SD37 abend SE37 An error occurred during output to a direct access or magnetic tape data set. 1. The data set used all the space on the current volume.
2. There were not enough volumes allocated for the data set.
3. For a PDS, either all 16 extents were used, or the volume that it resided on was filled.
4. For a multi-volume sequential data set, the data set already existed on a subsequent volume. SE37 is related to directory block, if there is no space for an extra member in the PDS. the PDS need to be compressed. SF37 Hardware error. Uxxx User error. U0004 GO step of FORTRAN – subrountine fileno – non sequential dataset.
U0008 GO step of FORTRAN – subrountine fileno – IDSRN out of range.
U0012 GO step of FORTRAN – subrountine fileno – dataset reference number has not been used.
U0016 Standard abend code for SYNC SORT failure.
U0020 GO step of FORTRAN – subroutine fileno – previous file not closed.
U0024 GO step of FORTRAN – subroutine fileno – device is not a tape.
U0030 GO step of FORTRAN – missing FT06F001 DD card.
U0040 RPG – input file out of sequence.
U0044 RPG – undefined record type.
U0064 Archived or inactive GDG.
U0100 FDR – open error – unable to open disk or tape file.
U0101 FDR – disk I/O Error.
U0200 FDR – tape I/O Error.
U0201 FDR – tape End-Of-File before dataset or trailer record found.
U0204 SYSPRINT DD statement missing.
U0240 Possible program looping. Program time out due to looping problem.
U0261 Improper program linkage (IMS program linked used LNKTEST Clist); IMS program not linked using LNKTESTI.
U0402 FDR – SYSPRINT or SYSPRIN-N error.
U0428 PSB not found. No IMS gen. U456 Program stopped.
U0452 Transaction stopped. SUGGESTION: Restart using IMSRM.
U0456 Program/PSB stopped. SUGGESTION: Restart using IMSRM.
U0457 The same program is being run in two different jobs concurrently.
U0458 Database stopped.
U0474 Maximum time.; Message region stopped – contact data center.
U0476 Invalid PSB or no PSB. SUGGESTION: Check IMSGen and PSBDump./ Data Exception, Non numeric data in numeric field.
U0502 FDRDSF – Input control statement error.
U0519 Missing GO BACK, EXIT or STOP RUN.
U0688 IMS not active./ JOB cancelled (JOB ran in the wrong JOB class). SUGGESTION: Rerun job with CLASS=J.
U0775 BMP program abended due to exceeding IMS calls between checkpoints./ Program has made too many calls without taking a checkpoint.
U0777 IMS step lock out.
U0778 Blocksize or LRECL problem
U0844 Production database out of space.
U0852 Another concurrent IMS job has the database locked for update. /Batch program is accessing a database that is being updated.
U0888 FDR – Diagnostic warning associated with text on SYSPRINT.
U0999 SYNCSORT – I/O error has occurred.
U1020 I/O Logic error. Typical reasons are; trying to write to a file opened as input; Rewrite without a previous read.
U1035 Inavlid OPEN/CLOSE. Check there is a DD statement for the file.
U3303 Database stopped.
U3699 Invalid dump code used. Outside abend code range. <
How can I solve “WER046A SORT CAPACITY EXCEEDED” in SYNCSORT JCL
I’ll go out-on-a-limb here and assume that the files in question here are the same as previous question with same file attributes by same OP at: How can I reduce CPU in SORT operation
With 80,000,000 records at an LRECL of 30050, your input file is approximately 2.2TB.
A generally accepted rule-of-thumb for sort work space is 1.3x the input file size. So, you’ll need to target ~2.85TB (I.e ~3.7 million CYLS or ~55 million tracks) of sort work space.
With SyncSort’s maximum of 255 SORTWK DDs, you’ll need to acquire ~14,500 CYLs across each of the supported 255 DDs to accommodate your space requirements. This is a bit extreme, and will likely present a number of challenges, but there are a few options that could allow you to achieve this.
Disclaimer – I have not personally used SyncSort myself, but after perusing the docs, these concepts look to be consistent with other sort products that I do have experience with.
Rely on DYNALLOC
You have specified DYNALLOC=(SYSDA,255) and this is generally the recommended approach. However, there are a couple of issues with your current setup:
By using the SORTD PROC, you are robbing yourself of 5 DDs that could have been more appropriately utilized. The hardcoded SORTWK DDs in the PROC with SPACE=(CYL,(1)) limit the total work space you can acquire because DYNALLOC now only has 250 DDs to work with. As @SaggingRufus suggests, calling SYNCSORT directly would avoid the 1-CYL allocations of the PROC DDs and allow DYNALLOC to work with all 255 DDs.
SyncSort is not projecting the necessary work space accurately. Based on the output that you provided, SyncSort initially acquired 75 tracks (1 CYL for each of 5 hardcoded DDs in the SORTD proc… in other words, 5 DDs at 1 CYL * 15 Tracks-per-CYL = 75) explicitly, then dynamically acquired an additional 3,750,000 tracks (1,000 CYLs (or 15,000 tracks) * 250 DDs). It then acquired an additional 26.7 million tracks (1.78MM CYLs) across 2,230 secondary extents, which indicates an average of 799 CYLs (or 11,983 tracks) per secondary extent and an average of 8.75 secondary extents per volume/DD. All of this results in a total of ~1.6TB (~2MM Cyls) being allocated for sort work space, which is way below the estimated work space requirements for a 2.2TB input file. Even if we apply the DYNALLOC attributes to the hardcoded SORTWK DDs from the PROC, that only adds about 32GB to the total work space and is still woefully inadequate. So, as @phunsoft suggests, adding the SIZE=Ennnnnnnn parameter may be necessary for SyncSort to project work space appropriately.
Additional note – The fact that you’re getting an average of <10 secondary extents per DD/volume indicates that you're exhausting the available free space on volumes in the work space pool for your environment. You should coordinate with your storage admins to ensure that enough disk space is available for your work space. So, bypassing the PROC to provide access to all 255 DDs and providing an estimated record count could allow SyncSort to more reliably calculate the necessary work space, but this amount of data in a single sort is likely an outlier and default calculations may not be sufficient. Also, the available free space in your work space pool may be a limiting factor. Hardcode SORTWK DDs If you hardcode the SORTWK DDs in your JCL, you bypass the DDs in the PROC and eliminate some of the uncertainty of the DYNALLOC calculations. This is actually the approach that I, personally, would take first in this scenario… hardcode each SORTWK DD with the best possible options to acquire ~14,500 CYLS on each DD. So: Hardcode each of 255 DDs (SORTWK01 - SORTWKFF) in job Include SPACE=(CYL,(4000,1000)) on each DD (even though SyncSort will supposedly calculate secondary allocations itself) Include DSNTYPE=LARGE on each DD to allow greater than 4G per volume (each SORTWK is restricted to 1 volume) The aggregate of these DDs should provide sufficient work space for your sort requirements. Each of the above options assume that sufficient vols/extents/overall-space are available in the work space pool for your shop. I’d recommend coordinating with your storage management team to ensure availability of resources Use MAXSORT
www.cadcobol.com.br
ABEND de Usuário
Código Descrição U0000 Estimativa de número de linhas excedido. U0003 Excedeu o tamanho (size) necessário para compilação do programa.
Recompile o programa com parâmetro size maior que 180000 bytes.
Ex.: libcob….,option=’size=220000′. U0004 Falta cartão de controle (fb). U0005 Erro de definição na tabela do sort (asm). U0007 Parêntesis irregulares(record length com tamanho errado);
Parm com erro;
Erro no cartão sort fields no jcl;
Record length com tamanho errado. U0010 Faltou cartão para substituir em uma procedure.
Ex.: ‘//pd.spdin dd * ‘para subrotina. U0012 Falta de espaço (vsam). U0013 Message ‘invalid sort or message statement operand’.
Cartão sort fields errado;
Falta o cartão end no sortx;
O cartão dd iefrder foi omitido.
Entrar com: //iefrder dd dummy, dcb=blksize=80. U0016 Erro no cartão sort fields no jcl;
Anormalidade na execução de um programa ou provocado por uma sub-rotina;
O sort não encontra o arquivo a ser sorteado;
Valor em reg. Ou dcb do sortin difere do arquivo;
Falta cartão //sort.sysin dd * ;
Sortwk1 omitido;
Cancelamento forçado pelo programa;
Erro no argumento ou parâmetro do sort;
Excedeu a capacidade do sort aumentar sortworks. U0018 Formato dos campos de sort errado (ch, zd,…);
Problema no sort interno. A solução é concatenar joblib:
//Joblib dd dsn=x.bibgeral,disp=shr
// Dd dsn=sys2.linklib,disp=shr
Em programa assembler ou sortx acrescentar um branco após o parâmetro ‘bi’. Exemplo: ‘. . . . Format=bi ‘;
Erro no control field parameter. U0020 Sort fields errado;
Length escrito errado;
Se for easyplus verificar se o parâmetro do easy de produção que diz qual o banco do ims que vai ser usado está apontando para o banco de teste ao invés do banco de produção. U0024 Erro no programa genérico suspende a execução. U0025 Quantidade de registros que entraram no sort é diferente da quantidade de registros liberados;
Record count off (não utilizou todos os registros do sort). U0027 Tamanho do registro de sort está errado na definição;
(Easytrieve) erro no sort, mandou classificar um campo que não pertencia à área de sort. U0031 Gravação fora de ordem ou duplicada no arquivo indexado. U0039 Aumentar o parâmetro region no cartão job (region=1800k, 2400k, 3000k ou o que for necessário);
Problemas com as instruções getmain/freemain, verificar se o programa as utiliza ou utiliza rotinas de alocação dinâmica de memória. U0042 Duplicado cartão //sortwk .. Dd …
Duplicados cartões de jcl para o step. U0043 -Diferença entre blocagem no sortx. U0046 Sort capacity excedido;
Cartão exec do sort errado;
Faltam cartões //sortlib ou sortwk verifique a mensagem emitida na sysout relativa ao sort;
Sort externo, o arquivo é variável e foi criado como fixo. U0048 Na execução IMS não foram referenciados os arquivos do ‘dbrc’, recon1 e recon2.
Se voce não quer usar DBRC codifique no EXEC:
PARM=’DLI,PROGRAMA,PSBNAME,,,,,IMSB,,N’
PARM=’DBB,PROGRAMA,PSBNAME,,,,,IMSB,,N’. U0056 Falta sortin ou sortout no jcl(asm). U0061 Cartão job errado;
Unidade de fita com problema;
Lrecl e blksize não conferem com o arquivo gravado;
Problema de gravação na fita de leitura;
Recfm=fb quando deveria ser f ou vice-versa;
Para sort externo verificar se após ‘bi’ existe um espaço em branco;
Arquivo de leitura não foi gravado;
Falta cartão sysin para o sortx;
Concatenação de 2 arquivos na sortin, sendo que um deles não existe (sort externo). U0062 Problema de compilação (erro de compilação). U0063 Faltou cartão sysout para o sort(error open sysout);
O blksize não é múltiplo do lrecl;
Utiliza call, por isso precisa no exec * (error open sysin)
//Job exec asmcfg, parm.lked=’xref,let,list,call’
//Sysin dd *
//Lked.syslib dd dsn=v.bibgeral, disp=shr
//Go.sysout dd sysout=s U0068 Dcb fora de seqüência;
Registros fora de seqüência no merge;
Tirar label dos arquivos e colocar o arquivo maior que antes. U0071 Tentou ler sort após ter acabado o mesmo;
(Ims) área reservada para as ssa’s estourada. U0072 Falta do dd iefrder quando a psb permite que o programa atualize o database.
Este dd permite ao ims gravar a log, caso contrário dar dummy.
//Iefrder dd dummy,dcb=blksize=80. U0073 Problema com sort variável, divergência no tamanho do registro lógico. U0078 Aumentar o parâmetro region. U0099 Falta cartão sysout. U0100 Cancelamento pelo módulo de aplicação wss020;
Dsn=xxxxxx dd statement missing;
Falta de cartão dd dsn na procedure;
Arquivo não informado no jcl. U0106 Faltou informar a pgmlib. Programa não encontrado. U0113 ‘Tp’ problema de ims. U0116 Falta sortlib ou área de sortwk insuficiente;
Sort entra em loop; Falta de espaço para o sort. U0144 Todas as message region do ims estão ocupadas e seu programa (em bmp) necessitou de uma, causando o abend.
Resubmeter o procedimento novamente. U0200 A dcb do arquivo não foi aceita para gravação. U0201 Fullword indicada para receber uma ecb não está alinhada. U0202 Problemas na macro wtor, campo receptor está em lugar errado (inversão na full, tamanho, ecb). U0203 Divisão por zero.
Divisão com decimais, no receptor não coube o resultado.
Para solucionar este abend, deve-se subtrair o epa do conteúdo do registrador 14 e você terá em hexadecimal o offset do local onde abendou o programa.
Verificar o offset na condensed listing. U0206 Bibliotecas psb ou dbd não abertas (não relacionadas no jcl);
Faltou cartão ims. U0209 Abend do módulo ilboadi com divisão por zero (programa não ims). U0220 ‘Acct’ em local inadequado quando em open inicial;
Dcb incompatível. U0230 Arquivo de entrada e saída não gerado. Verifique datamacs;
Dcb incompatível. U0240 Excedeu o limite de tempo da message (ims). Possível loop no programa. Problemas no tempo de resposta;
Execução do dfsrrco0 com parm inválido. U0253 Dlt0, o nome do dbd não pertence aos dsn informados. U0254 Psb não criada ou não permite comando usado;
Opção de processamento não consta na psb;
Não foi aberto o data-set;
Faltou o cartão dd da dcb relacionamento lógico;
Dsn existe na vtoc mas não foi criado o arquivo;
Ler arquivo keep mas não foi criado. U0260 A dbd foi alterada e o database não está de acordo com a dbd.
Criar database de acordo com a dbd, através de:
1) Unload;
2) Compilar dbd (se necessário);
3) Reload.
O primeiro parâmetro do seu call ims ‘dlitcbl’ contém ‘numeros’, então ele está descrevendo o número de elementos da lista de parâmetros que não pode exceder 18.
Em cobol ou easytrieve este primeiro parâmetro é opcional;
Entry não é o primeiro comando do programa. U0261 Erro na psb;
Montou programa ims com a procedure libcob, quando deveria ser a libicob;
No jcl não foi colocada a psb;
Não colocou pcb no comando entry ou procedure using;
Existe um comando call com pcb inexistente;
Foi mudada a dbd/psb e o programa não foi alterado. U0290 Erro em algum parâmetro no call;
Número de parâmetros do call maior que 18. U0295 O programa acessou uma sub-rotina e retornou com return-code maior que 4 dígitos, para solucionar o problema deve mover zero para return-code;
Return-code com valor negativo;
Tentou ler arquivo sequencial após ter terminado;
Falta cartão dd para arquivo correspondente na select;
Abriu arquivo de saída como entrada ou vice-versa;
Fechou mais de uma vez o mesmo arquivo;
Ddname externo diferente do programa;
Cartão //go.xxxx não está após o programa;
File status 90 problema com o ddname.
Voltou a ler o arquivo após ter sido fechado;
File status 92 falta cartão sysout.
Fazer referências a campos de arquivos fechados. U0332 O tempo especificado no parâmetro ‘time’ é insuficiente para execução. U0389 O módulo infolink foi alterado, e o programa em assembler executou a versão antiga, por não usar comando que possibilite a execução dinâmica da versão mais atual.
Ação imediata: compilar novamente o pgm. E reexecutar. U0390 Problemas no infolink (está fechando sem dar call para fechar);
Está fechando o infolink sem utilizar;
Parâmetros do infolink estão com erros. U0402 Problemas de acb. U0427 Dfs0427i logical error on ddname xxxxxxx code v9c imsx.
Alocação secundária com muitos extents provocando um control interval inválido.
Aloque mais espaço na alocação primária/secundária para reduzir o número de extents.
Recrie o database e reprocesse. U0428 O programa em bmp não pode ser utilizado porque a psb não foi definida na geração do ims.
Usar alguma psb livre definida no ims. U0430 Storage not available for vsam buffer pool (falta memória para vsam buffer pool). Falta cartão //dfsvsamp;
Dfsi430i faltou colocar as áreas de buffer (reason code=4) ou precisa arrumar as áreas de buffer (reason code=7);
Alocação para vsam com nome errado;
Rodou com classe a ao invés de classe p;
Estourou a region. U0454 O job estava rodando em bmp, quando tiraram o ims do ar. U0456 Programa em bmp não pode ser inicializado porque a psb está em ‘stopped’ devido a um cancelamento anterior de um programa que usava a mesma psb;
Transação stopada, operador deve startar a transação;
Falta acb teste;
Erro no parm de um programa bmp. U045X Programa em bmp não pode ser inicializado porque existe algum database em ‘stopped, notopen’. U0474 Programa on-line em loop cancelado pelo operador;
Programa bmp cancelado pelo operador. U0475 Não se pode utilizar o bts para programa com check-point;
Faltam os cartões //syschck01 dd ….., //syschck02 dd ….. U0476 Erro na psb;
Montou programa ims com a procedure libcob, quando deveria ser a libicob;
No jcl não foi colocada a psb;
Não colocou pcb no comando entry;
Existe um comando call com pcb inexistente;
Call em subprograma não catalogado ou inexistente;
Tentativa de acessar um segmento com psb não compatível;
Programa foi linkeditado sem o entry após a procedure;
Verificar a ordem dos parâmetros do call;
Endereço da psb errado;
Faltou parâmetro ims=cbl no cartão exec;
Psb definida incorretamente na geração;
Pcb definida no programa não foi definida no suporte. U0499 Número máximo de isrt’s permitido para a transação foi excedido;
Verificar o parâmetro segno na definição da transação.
Este parâmetro indica o número máximo de isrt’s permitidos.
Este abend pode vir seguido de um status-code a7. U0519 ‘Go to’ entrou por gravidade no último parágrafo do pgm, o qual não tem condição de retorno para dentro do pgm.
O processamento continuou além do programa (go to dentro de perform, principalmente dentro de sort);
Término do programa sem goback ou stop run. U0613 Problemas com posicionamento dos arquivos. U0637 Concatenou disco em fita. U0640 Requer parâmetro omitido. U0642 Override errado (cartão steplib);
Excedido parâmetro (parm). U0662 Programa ims usando parm. U0717 Ims exige mais que 500k para rodar numa partição. U0718 (Ims) region muito pequena para carregar todos os módulos.
Devem aparecer os módulos não carregados no abend.
A solução é aumentar a region. U0722 Parâmetro outlin no jcl (relatório). U0749 Abend do ims. Re-executar. U0755 (Ims) o programa que abendou está tentando alocar buffers para trabalhar, mas tem outro programa prendendo este buffer.
Pode ser um programa bmp sem controle dos calls sync, ou seja, um programa bmp que não está dando call sync corretamente. U0775 No teste on-line normalmente vem precedido pela mensagem dfs2450i com reason code correspondente (0, 4, 80, ou seja, é um problema de alocação de memória).
Pode ser um programa bmp que esteja rodando sem dar checkpoints e alocando toda a memória disponível para a mensagem. U0778 Abend na pseudo;
Se for on-line teclar pa1 para obter continuidade da msg. U0801 Diferença entre os cartões dd do database e os dsn´s dos mesmos;
Verificar sort e re-executar;
No caso de relacionamento lógico do database (restaurar!). U0803 Erro no sistema;
Repl/dlet num segmento de relacionamento lógico;
Quando deletado fisicamente existe a necessidade de se passar o prefix-resolution, pois o segmento deletado tem relacionamento lógico com outro segmento;
Podem existir segmentos pareados que apesar de terem chaves diferentes devem ter o mesmo conteúdo físico (exceto a chave);
Vários programas atualizando o mesmo database ao mesmo tempo causando assim a perda dos pointers desse database;
Programa ims batch atualizando database com o on-line no ar atualizando o database ao mesmo tempo. U0806 Falta cartão steplib;
Falta rotlink;
Faltou vírgula no parm;
Módulo não encontrado;
A transação deve estar associada a uma classe de produção ao invés de estar associada à de teste. U0814 Region insuficiente. U0821 Programa com parm=’dbb,….’ exige que seja feito o build na acblib, da psb e dbd;
Faltou ddname=imsacb na alocação do database;
Psb não foi liberada para a produção. U0825 A rotina de manutenção de índice foi incapaz de tratar o status code que ela recebeu do gerenciador de buffer.
No ims/vs, o status code retornado é ‘n ‘ (n blank), que é recebido do gerenciador de buffer, e será incluído na mensagem dfs0840i na console do sistema.
A mensagem dfs0840i diz “index error (nome da dbd) ‘n ‘ (primeiros 45 bytes da chave)”.
O gerenciador de buffer normalmente retorna outras mensagens dando informações específicas sobre o problema antes que o ims/vs emita a mensagem dfs0840i.
O ims/vs não conseguiu corrigir o problema. U0826 Dbd compilada fora de sequência;
Falta dd para o ims;
Falta region para o mvs;
Geração de database hidam sem parâmetro dcb dsorg=is. U0827 Verificar se existe cartão dd na steplib linklib;
Se enable to open dd cond-ni, verificar a alocação do espaço do dd. U0828 Segmento duplicado no índice secundário de chave única.
Pode ser que exista outra chave igual para este segmento, mas pertence a outra root.
Verifique se está definido como unique. U0832 Erro de sistema;
Faltou sort. U0837 Insuficiência de espaço para compilar e linkeditar;
Falta de espaço no disco para satisfazer o space do dd. U0844 Dfs844i dfsdmvsmo dbdxxxx dataset full ddname = xxxxxx imsx.
Pouco espaço alocado para o database (cluster). Falta de espaço no disco referenciado. U0850 Re-execução sem restaurar database;
Problema de assinalamento dos pointers do database;
Não existe segmento no database;
O recovery não foi executado corretamente;
Dsn não pertence ao ddname. U0852 Erro interno de ims. Tirar backup e re-executar;
Na psb os segmentos estão como lógicos e no database como físicos;
Ims falta cartão dd;
Vários programas utilizando o database ao mesmo tempo causando assim uma perda de pointers desse database. U0859 Problemas nas ligações do database lógico (reorganização);
Chaves de segmentos logicamente relacionados devem ter conteúdos idênticos.
Execução com parm ‘dbb,pgmxxx’, isto é, com blocos de controle da acblib, verificar se o build da acblib foi feito com última versão, caso esteja errado refazer a acblib com versão correta ou execute com parm ‘dli,pgmxxx,psbxxx’ com cartões:
//Ims dd dsn=xxx.psblibxxx= tes ou ims
// Dd dsn=xxx.dbdlib. U0912 Erro de alinhamento no parmlist;
Falta carregar no registrador 1 o parmlist;
Nome de um segmento da sua psb não confere com o nome dado na dbd;
Nome de um segmento da psb não consta na dbd;
Problema na criação da dbd ou psb;
Psb com nomes errados. U0915 A dbd de index tem tamanho de campo de sequência especificado diferente do tamanho de campo indicado. U0918 Alterar a psb, está pulando algum segmento, pai errado. U0919 O parâmetro ‘keylen’ especificado na psb é insuficiente para conter o maior tamanho de chave concatenada.
Corrigir o tamanho da ‘keylen’ na psb. U0927 Dbd errada. U0929 Falta de geração da psb;
Falha na geração da psb;
Psb não encontrada na dbd;
Erro de informação no parâmetro psb com problema;
Psb não catalogada;
Psb incompatível;
Dbd solicitada não existe na dbdlib alocada. U0935 Estrutura lógica inválida do segmento no database, acesso errado ou psb errada. U0952 Psb não catalogada;
O database contém relacionamento lógico e precisa da reorganização entre os databases.
Durante a criação do database o programa será acionado necessitando do data set &&cds criado anteriormente (step de reorganização dbil) e do cartão dd dfsurwf1 que fará parte do step de resolução de prefixos. U0990 A psb está com segmentos com ordem diferente da dbd.
Refaça a psb com os segmentos na mesma sequência da dbd e reprocesse o programa. U1000 Faltou informação de parm para o programa em assembler;
A informação de chaves do parm contém caracteres diferentes de 0 e 1. U1001 Falta cartão dd go.ddcheck. U1111 Problema com sub-rotinas do cobol;
Programa não catalogado para uso da tabela especificada no programa;
Abendou programa em assembler. U1301 Problema com volume;
Conflito entre volumes. U1988 Estouro de region. U2000 Abend do sistema (se iew1194, colocar rg=120k);
Prolema com o fw i/o error. Leitura ou parm=xx inválido;
Saída por seis abends programados. U2048 Abend do librarian;
Inc ou copy em book inexistente ou biblioteca inválida;
Jcl incorreto verificar estrutura;
Possivelmente um cartão exec sem parâmetros necessários U3030 A montagem do formato deu problema. Resubmeta sem alterações. U3303 Em um programa ims bmp, significa que há algum database stopado no caso de estar rodando a proc (imsbatch). U3500 Cancelamento forçado pelo programa (sem dump). U3501 Cancelamento forçado pelo programa (com dump). U4000 Database ims com pointers avariados. Fazer recovery do database. U4038 Jcl não está encontrando programa problemas no jcl por insuficiência de espaço; resolução: declarar na linha do job -> “ region=80m “- excesso de display’s no programa. U4082 Parâmetro função pode estar sem valor. U4083 Ver se foi dado grant no plano ou então se falta cartão de db2 no bts para programas que utilizem db2;
Se o programa é on-line e não tem comandos db2, mas acessa módulos que acessam db2, ele terá de ter um plano, ou seja, deverá ter algum comando db2 para que seja feita a conexão;
Se o programa é db2 batch ou ims batch e estiver rodando na classe a mudar para classe b e re-submeter. U4092 Se o programa for ims verificar se o comando call usa parm-count.
Se usar verifique se o campo foi inicializado. U4093 Um programa conversacional não encerrava, ou seja, não inseria a spa para final de conversação com brancos no campo transação;
Erro interno do bts aumentar tpbuf. U4094 Erro nos cartões de controle do x1dllist;
Erro nos cartões de parâmetro;
Tentativa de dar sort em um hisam ou hidam. U4095 Programas cobol usando adamint.
O onep não encontrou o entry-point solicitado na macro. Neste caso o response code retornado é zero.
Verificar lista de entry-points do onep ou do cobol;
Erro no nome da função adabas a ser executada;
Abend provocado por uma sub-rotina com programa que usa ims na carga do database faltou imsacb ou dsvsamp, ou buffer não estava compatível com def. Cluster.
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Sort Utility Examples
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키워드에 대한 정보 u0016 abend in sort
다음은 Bing에서 u0016 abend in sort 주제에 대한 검색 결과입니다. 필요한 경우 더 읽을 수 있습니다.
이 기사는 인터넷의 다양한 출처에서 편집되었습니다. 이 기사가 유용했기를 바랍니다. 이 기사가 유용하다고 생각되면 공유하십시오. 매우 감사합니다!
사람들이 주제에 대해 자주 검색하는 키워드 Bài 1. Sử dụng hàm sort trong thư viện một cách linh hoạt. (Use function sort in library algorithm )
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Bài #1. #Sử #dụng #hàm #sort #trong #thư #viện #một #cách #linh #hoạt. #(Use #function #sort #in #library #algorithm #)
YouTube에서 u0016 abend in sort 주제의 다른 동영상 보기
주제에 대한 기사를 시청해 주셔서 감사합니다 Bài 1. Sử dụng hàm sort trong thư viện một cách linh hoạt. (Use function sort in library algorithm ) | u0016 abend in sort, 이 기사가 유용하다고 생각되면 공유하십시오, 매우 감사합니다.
