Teradata Parallel Data Pump

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Appendix B: Teradata TPump Examples Simple Script Example 0018 .FIELD FF11 * BIGINT; 0019 .FIELD FF12 * DECIMAL(38,0); 0020 .DML LABEL LABEL0623 IGNORE DUPLICATE ROWS IGNORE MISSING ROWS IGNORE EXTRA ROWS; 0021 INSERT INTO TPTBL0623 VALUES ( :FF1, :FF2, :FF3, :FF4, :FF5, :FF6, :FF7, :FF8, :FF9, :FF10, :FF11, :FF12); 0022 .IMPORT INFILE ./ALLTYPE.data LAYOUT LAY0623 APPLY LABEL0623; 0023 .END LOAD; **** 15:17:39 UTY6609 Starting to log on sessions... **** 15:17:44 UTY6610 Logged on 3 sessions. ======================================================================== = = = TPump Import(s) Beginning = = = ======================================================================== **** 15:17:44 UTY6630 Options in effect for following TPump Import(s): . Tenacity: 2 hour limit to successfully connect load sessions. . Max Sessions: 4 session(s). . Min Sessions: 1 session(s). . Checkpoint: 15 minute(s). . Errlimit: 10 rejected record(s). . Restart Mode: SIMPLE. . Serialization: ON. . Packing: 500 Statements per Request. . StartUp Rate: 200 Statements per Minute. .Rate Per Period: 50 Statements per 15000 milliseconds. . Atomic Upsert: DISABLED. **** 15:17:50 UTY6608 Import 1 begins. **** 15:22:51 UTY6641 Since last chkpt., 1000 recs. in, 1000 stmts., 24 reqs **** 15:22:51 UTY6647 Since last chkpt., avg. DBS wait time: 0.42 **** 15:22:51 UTY6612 Beginning final checkpoint... **** 15:22:51 UTY6641 Since last chkpt., 1000 recs. in, 1000 stmts., 24 reqs **** 15:22:51 UTY6647 Since last chkpt., avg. DBS wait time: 0.42 **** 15:22:52 UTY6607 Checkpoint Completes with 1000 rows sent. **** 15:22:52 UTY6642 Import 1 statements: 1000, requests: 24 **** 15:22:52 UTY6643 Import 1 average statements per request: 41.67 **** 15:22:52 UTY6644 Import 1 average statements per record: 1.00 **** 15:22:52 UTY6645 Import 1 statements/session: avg. 333.33, min. 333.00, max. 334.00 **** 15:22:52 UTY6646 Import 1 requests/session: average 8.00, minimum 8.00, maximum 8.00 **** 15:22:52 UTY6648 Import 1 DBS wait time/session: avg. 3.33, min. 2.00, max. 4.00 **** 15:22:52 UTY6649 Import 1 DBS wait time/request: avg. 0.42, min. 0.25, max. 0.50 **** 15:22:52 UTY1803 Import processing statistics . IMPORT 1 Total thus far . ========= ============== Candidate records considered:........ 1000....... 1000 Apply conditions satisfied:.......... 1000....... 1000 Records logable to error table:...... 0....... 0 Candidate records rejected:.......... 0....... 0 ** Statistics for Apply Label : LABEL0623 Type Database Table or Macro Name Activity I BRUCEDB TPTBL0623 1000 **** 15:22:54 UTY0821 Error table BRUCEDB.TPERR0623 is EMPTY, dropping table. 0024 .LOGOFF; ======================================================================== = = 238 Teradata Parallel Data Pump Reference
Appendix B: Teradata TPump Examples Restarted Upsert Example = Logoff/Disconnect = = = ======================================================================== **** 15:22:58 UTY6216 The restart log table has been dropped. **** 15:22:59 UTY6212 A successful disconnect was made from the RDBMS. **** 15:22:59 UTY2410 Total processor time used = '0.21875 Seconds' . Start : 15:17:25 - TUE OCT 06, 2009 . End : 15:22:59 - TUE OCT 06, 2009 . Highest return code encountered = '0'. Restarted Upsert Example This restarted upsert example uses two IMPORT clauses. The first one loads half of the records from the data source into an empty table. The second one does an upsert using all the records in the same data file. The result is that it updates the rows inserted during the first import and inserts all of the rows that the first import skipped. This script: /***********************************************/ /* Script Name: TP0734 */ /* Description: WIN32 script. */ /***********************************************/ .LOGTABLE TPLOG0734; .LOGON ESIBMX01/LYDIADB,LYDIA; DROP TABLE TPTBL0734; DROP TABLE TPERR0734; /***********************************************/ /* STEP01 CREATES THE TABLES FOR THE TPump JOB */ /***********************************************/ CREATE TABLE TPTBL0734, FALLBACK( F1 INTEGER,F2 CHAR(50), F3 VARCHAR(50),F4 FLOAT, F5 BYTE (10),F6 VARBYTE (10), F7 DECIMAL(8,2),F8 BYTEINT, F9 SMALLINT,F10 DATE, F11 BIGINT,F12 DECIMAL(38,0)) UNIQUE PRIMARY INDEX (F1); /***********************************************/ /* BEGIN LOAD WITH ALL THE OPTIONS SPECIFIED */ /* SUCH AS ERRLIMIT, CHECKPOINT, SESSIONS, */ /* TENACITY, etc. */ /***********************************************/ .BEGIN LOADCHECKPOINT 15SESSIONS 4 1 SERIALIZE ONERRORTABLE TPERR0734; .LAYOUT LAY0734; .FIELD FF1 * INTEGER KEY; .FIELD FF2 * CHAR(50); .FIELD FF3 * VARCHAR(50); .FIELD FF4 * FLOAT; .FIELD FF5 * BYTE(10); .FIELD FF6 * VARBYTE(10); .FIELD FF7 * DECIMAL(8,2); .FIELD FF8 * BYTEINT; .FIELD FF9 * SMALLINT; Teradata Parallel Data Pump Reference 239
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Teradata Parallel Data Pump Referen
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Preface Purpose This book provides
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Preface Additional Information Date
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Table of Contents Preface. . . . .
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Table of Contents Teradata TPump St
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Table of Contents Teradata TPump/No
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List of Tables Table 1: Teradata TP
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CHAPTER 1 Overview This chapter pro
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Chapter 1: Overview Teradata TPump
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Chapter 1: Overview Operating Featu
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Chapter 1: Overview The Teradata TP
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Chapter 1: Overview The Teradata TP
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CHAPTER 2 Using Teradata TPump This
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Chapter 2: Using Teradata TPump Inv
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CHAPTER 3 Teradata TPump Commands T
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Chapter 3: Teradata TPump Commands
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Page 187 and 188: Chapter 3: Teradata TPump Commands
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Page 203 and 204: CHAPTER 5 Using INMOD and Notify Ex
Page 205 and 206: Chapter 5: Using INMOD and Notify E
Page 229 and 230: APPENDIX A How to Read Syntax Diagr
Page 231 and 232: Appendix A: How to Read Syntax Diag
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Page 235 and 236: APPENDIX B Teradata TPump Examples
Page 237: Appendix B: Teradata TPump Examples
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Page 247 and 248: APPENDIX C INMOD and Notify Exit Ro
Page 249 and 250: Appendix C: INMOD and Notify Exit R
Page 257 and 258: APPENDIX D User-Defined-Types and U
Page 259 and 260: Appendix D: User-Defined-Types and
Page 261 and 262: Glossary A abend: Abnormal END of a
Page 263 and 264: Glossary data loading: The process
Page 265 and 266: Glossary join: result. A SELECT ope
Page 267 and 268: Glossary script: or job. A file tha
Page 269 and 270: Glossary z/OS (MVS (Multiple Virtua
Page 271 and 272: Index Symbols - 46 &SYSAPLYCNT syst
Page 273 and 274: Index function 30 syntax 186 usage
Page 275 and 276: Index FastLoad 215 IBM interface 21
Page 277 and 278: Index reduced print output runtime
Page 279 and 280: Index THRU keyword IMPORT command 1
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