SAS/ACCESS 9.2 for Relational Databases: Reference, Fourth Edition

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422 SQLMAPPUTTO= System Option 4 Chapter 12run;SAS procedures generate SQL for in-database processing for all databases exceptDB2 in this example.options sqlgeneration=’’ ;options sqlgeneration=(DBMS EXCLUDEDB=’DB2’) ;proc options option=sqlgeneration ;run;In this example, in-database processing occurs only for Teradata, but SAS proceduresgenerate no SQL for in-database processing.options sqlgeneration=’’ ;options SQLGENERATION = (NONE DBMS=’Teradata’) ;proc options option=sqlgeneration ;run;In this next example, SAS procedures do not generate SQL for in-databaseprocessing even though in-database processing occurs only for Teradata.options sqlgeneration=’’ ;Options SQLGENERATION = (NONE DBMS=’Teradata’ EXCLUDEDB=’DB2’) ;proc options option=sqlgeneration ;run;For this example, PROC1 and PROC2 for Oracle do not support in-databaseprocessing, SAS procedures for Oracle that support in-database processing do notgenerate SQL for in-database processing, and in-database processing occurs only forTeradata.options sqlgeneration=’’ ;Options SQLGENERATION = (NONE EXCLUDEPROC="oracle=’proc1,proc2’"DBMS=’Teradata’ EXCLUDEDB=’ORACLE’) ;proc options option=sqlgeneration ;run;See Also“SQLGENERATION= LIBNAME Option” on page 190 (includes examples)Chapter 8, “Overview of In-Database Procedures,” on page 67SQLMAPPUTTO= System OptionSpecifies whether the PUT function is mapped to the SAS_PUT( ) function for a database, possiblealso where the SAS_PUT( ) function is mapped.Default value: SAS_PUTValid in: configuration file, SAS invocation, OPTIONS statementDBMS Support: Netezza, TeradataSyntaxSQLMAPPUTTO= NONE | SAS_PUT | (database.SAS_PUT)
Macro Variables and System Options for Relational Databases 4 VALIDVARNAME= System Option 423Syntax DescriptionNONEspecifies to PROC SQL that no PUT mapping is to occur.SAS_PUTspecifies that the PUT function be mapped to the SAS_PUT( ) function.database.SAS_PUTspecifies the database name.Requirement: If you specify a database name, you must enclose the entireargument in parentheses.Tip: It is not necessary that the format definitions and the SAS_PUT( ) functionreside in the same database as the one that contains the data that you want toformat. You can use the database.SAS_PUT argument to specify the databasewhere the format definitions and the SAS_PUT( ) function have been published.Tip: The database name can be a multilevel name and it can include blanks.DetailsThe %INDTD_PUBLISH_FORMATS macro deploys, or publishes, the PUT functionimplementation to the database as a new function named SAS_PUT( ). The%INDTD_PUBLISH_FORMATS macro also publishes both user-defined formats andformats that SAS supplies that you create using PROC FORMAT. The SAS_PUT( )function supports the use of SAS formats, and you can use it in SQL queries that SASsubmits to the database so that the entire SQL query can be processed inside thedatabase. You can also use it in conjunction with in-database procedures in Teradata.You can use this option with the SQLREDUCEPUT=, SQLREDUCEPUTOBS, andSQLREDUCEPUTVALUES= system options. For more information about these options,see the SAS Language Reference: Dictionary.See Also“Deploying and Using SAS Formats in Teradata” on page 816“Deploying and Using SAS Formats in Netezza” on page 634“In-Database Procedures in Teradata” on page 831“SQL_FUNCTIONS= LIBNAME Option” on page 186VALIDVARNAME= System OptionControls the type of SAS variable names that can be used or created during a SAS session.Default value: V7Valid in: configuration file, SAS invocation, OPTIONS statement, SAS System OptionswindowSyntaxVALIDVARNAME= V7 | UPCASE | ANY
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SAS/ACCESS ® 9.2for Relational Dat
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ContentsWhat’s New xiiiOverview x
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vChapter 9 4 SAS/ACCESS Features by
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viiSQL Pass-Through Facility Specif
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ixTemporary Table Support for OLE D
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xiChapter 31 4 Sample Data for SAS/
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xiiiWhat’s NewOverviewSAS/ACCESS
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What’s Newxv3 SQLGENERATION= LIBN
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What’s Newxvii3 BULKLOAD=SAS/ACCE
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What’s NewxixLIBNAME statement op
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1P A R T1ConceptsChapter 1. .......
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4 Methods for Accessing Relational
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6 SAS Views of DBMS Data 4 Chapter
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8 Examples of Problems That Result
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10 References 4 Chapter 1%mend;data
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12 SAS Naming Conventions 4 Chapter
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14 DBLOAD Procedure 4 Chapter 2The
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16 Naming Behavior When Creating DB
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18 Preserving Column Names 4 Chapte
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20 Using DQUOTE=ANSI 4 Chapter 2If
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22 Using Name Literals 4 Chapter 2p
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24 Using a SAS Data Set to Create a
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26 Triggers 4 Chapter 3You should g
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28 Protecting Connection Informatio
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30 Locking, Transactions, and Curre
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32 Potential Result Set Differences
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35CHAPTER4Performance Consideration
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Performance Considerations 4 Sortin
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Performance Considerations 4 Pushin
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42 Passing Functions to the DBMS Us
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44 Passing Joins to the DBMS 4 Chap
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46 Passing DISTINCT and UNION Proce
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48 Using the DBINDEX=, DBKEY=, and
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50 Using the DBINDEX=, DBKEY=, and
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52 SAS/ACCESS Interfaces and Thread
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54 Generating Trace Information for
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56 Generating Trace Information for
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58 Data Ordering in SAS/ACCESS 4 Ch
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61CHAPTER7How SAS/ACCESS WorksIntro
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How SAS/ACCESS Works 4 How the SQL
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How SAS/ACCESS Works 4 How the DBLO
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67CHAPTER8Overview of In-DatabasePr
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Overview of In-Database Procedures
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Overview of In-Database Procedures
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73P A R T2General ReferenceChapter
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76 SAS/ACCESS Interface to DB2 Unde
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78 SAS/ACCESS Interface to HP Neovi
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SAS/ACCESS Features by Host 4 SAS/A
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88 Using SAS Functions 4 Chapter 10
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90 LIBNAME Statement Syntax for Rel
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92 LIBNAME Options for Relational D
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94 ADJUST_BYTE_SEMANTIC_COLUMN_LENG
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96 AUTHDOMAIN= LIBNAME Option 4 Cha
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98 BL_KEEPIDENTITY= LIBNAME Option
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100 BL_LOG= LIBNAME Option 4 Chapte
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102 BULKEXTRACT= LIBNAME Option 4 C
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104 CAST= LIBNAME Option 4 Chapter
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106 CAST_OVERHEAD_MAXPERCENT= LIBNA
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108 CONNECTION= LIBNAME Option 4 Ch
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114 CONNECTION_GROUP= LIBNAME Optio
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116 CURSOR_TYPE= LIBNAME Option 4 C
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118 DB_LENGTH_SEMANTICS_BYTE= LIBNA
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120 DBCOMMIT= LIBNAME Option 4 Chap
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122 DBCONTERM= LIBNAME Option 4 Cha
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124 DBCREATE_TABLE_OPTS= LIBNAME Op
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126 DBLIBINIT= LIBNAME Option 4 Cha
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128 DBLIBTERM= LIBNAME Option 4 Cha
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130 DBMAX_TEXT= LIBNAME Option 4 Ch
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132 DBMSTEMP= LIBNAME Option 4 Chap
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134 DBPROMPT= LIBNAME Option 4 Chap
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136 DBSERVER_MAX_BYTES= LIBNAME Opt
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138 DBSLICEPARM= LIBNAME Option 4 C
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140 DEGREE= LIBNAME Option 4 Chapte
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142 DIRECT_EXE= LIBNAME Option 4 Ch
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144 DIRECT_SQL= LIBNAME Option 4 Ch
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146 ERRLIMIT= LIBNAME Option 4 Chap
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148 FETCH_IDENTITY= LIBNAME Option
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150 IN= LIBNAME Option 4 Chapter 10
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152 INSERTBUFF= LIBNAME Option 4 Ch
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154 KEYSET_SIZE= LIBNAME Option 4 C
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156 LOCKTIME= LIBNAME Option 4 Chap
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158 LOGIN_TIMEOUT= LIBNAME Option 4
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160 MULTI_DATASRC_OPT= LIBNAME Opti
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162 OR_ENABLE_INTERRUPT= LIBNAME Op
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164 PACKETSIZE= LIBNAME Option 4 Ch
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166 PREFETCH= LIBNAME Option 4 Chap
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168 PRESERVE_TAB_NAMES= LIBNAME Opt
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170 QUALIFIER= LIBNAME Option 4 Cha
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172 QUERY_BAND= LIBNAME Option 4 Ch
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174 QUOTED_IDENTIFIER= LIBNAME Opti
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176 READ_LOCK_TYPE= LIBNAME Option
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178 REMOTE_DBTYPE= LIBNAME Option 4
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180 REREAD_EXPOSURE= LIBNAME Option
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182 SCHEMA= LIBNAME Option 4 Chapte
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184 SHOW_SYNONYMS= LIBNAME Option 4
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186 SQL_FUNCTIONS= LIBNAME Option 4
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188 SQL_FUNCTIONS= LIBNAME Option 4
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190 SQL_OJ_ANSI= LIBNAME Option 4 C
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192 TPT= LIBNAME Option 4 Chapter 1
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194 TRACE= LIBNAME Option 4 Chapter
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196 UPDATE_LOCK_TYPE= LIBNAME Optio
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198 UPDATE_SQL= LIBNAME Option 4 Ch
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200 UTILCONN_TRANSIENT= LIBNAME Opt
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202
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204 Contents 4 Chapter 11BL_DEFAULT
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206 Contents 4 Chapter 11ML_WORK= D
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208 AUTHID= Data Set Option 4 Chapt
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210 BL_ALLOW_READ_ACCESS= Data Set
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212 BL_BADFILE= Data Set Option 4 C
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214 BL_CONTROL= Data Set Option 4 C
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216 BL_COPY_LOCATION= Data Set Opti
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218 BL_DATAFILE= Data Set Option 4
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220 BL_DATAFILE= Data Set Option [T
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222 BL_DB2DATACLAS= Data Set Option
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224 BL_DB2ERR= Data Set Option 4 Ch
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226 BL_DB2LDCT2= Data Set Option 4
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228 BL_DB2MGMTCLAS= Data Set Option
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230 BL_DB2PRNLOG= Data Set Option 4
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232 BL_DB2RSTRT= Data Set Option 4
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234 BL_DB2TBLXST= Data Set Option 4
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236 BL_DB2UNITCOUNT= Data Set Optio
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238 BL_DEFAULT_DIR= Data Set Option
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240 BL_DELETE_ONLY_DATAFILE= Data S
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242 BL_DELIMITER= Data Set Option 4
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244 BL_DISCARDFILE= Data Set Option
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246 BL_DISK_PARALLELISM= Data Set O
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248 BL_ESCAPE= Data Set Option 4 Ch
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250 BL_EXECUTE_LOCATION= Data Set O
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252 BL_EXTERNAL_WEB= Data Set Optio
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254 BL_FORCE_NOT_NULL= Data Set Opt
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256 BL_HOST= Data Set Option 4 Chap
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258 BL_INDEX_OPTIONS= Data Set Opti
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260 BL_KEEPIDENTITY= Data Set Optio
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262 BL_LOAD_REPLACE= Data Set Optio
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264 BL_LOG= Data Set Option 4 Chapt
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266 BL_NUM_ROW_SEPS= Data Set Optio
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268 BL_PARFILE= Data Set Option 4 C
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270 BL_PORT= Data Set Option 4 Chap
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272 BL_PRESERVE_BLANKS= Data Set Op
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274 BL_QUOTE= Data Set Option 4 Cha
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276 BL_REJECT_TYPE= Data Set Option
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278 BL_RETRIES= Data Set Option 4 C
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280 BL_SERVER_DATAFILE= Data Set Op
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282 BL_SUPPRESS_NULLIF= Data Set Op
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284 BL_SYSTEM= Data Set Option 4 Ch
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286 BL_TRUNCATE= Data Set Option 4
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288 BUFFERS= Data Set Option 4 Chap
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290 BULKLOAD= Data Set Option 4 Cha
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292 CAST= Data Set Option 4 Chapter
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294 COMMAND_TIMEOUT= Data Set Optio
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296 DB_ONE_CONNECT_PER_THREAD= Data
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298 DBCONDITION= Data Set Option 4
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300 DBFORCE= Data Set Option 4 Chap
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302 DBGEN_NAME= Data Set Option 4 C
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304 DBINDEX= Data Set Option 4 Chap
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306 DBLABEL= Data Set Option 4 Chap
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308 DBMASTER= Data Set Option 4 Cha
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310 DBNULL= Data Set Option 4 Chapt
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312 DBPROMPT= Data Set Option 4 Cha
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314 DBSASTYPE= Data Set Option 4 Ch
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316 DBSLICE= Data Set Option 4 Chap
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318 DBSLICEPARM= Data Set Option 4
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320 DBTYPE= Data Set Option 4 Chapt
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322 DEGREE= Data Set Option 4 Chapt
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324 DISTRIBUTE_ON= Data Set Option
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326 ESCAPE_BACKSLASH= Data Set Opti
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328 IGNORE_ READ_ONLY_COLUMNS= Data
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330 IN= Data Set Option 4 Chapter 1
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332 INSERTBUFF= Data Set Option 4 C
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334 LOCKTABLE= Data Set Option 4 Ch
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336 ML_CHECKPOINT= Data Set Option
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338 ML_ERROR2= Data Set Option 4 Ch
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340 ML_RESTART= Data Set Option 4 C
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342 MULTILOAD= Data Set Option 4 Ch
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348 MULTISTMT= Data Set Option 4 Ch
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350 NULLCHAR= Data Set Option 4 Cha
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352 OR_PARTITION= Data Set Option 4
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354 OR_PARTITION= Data Set Option 4
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356 ORHINTS= Data Set Option 4 Chap
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358 PRESERVE_COL_NAMES= Data Set Op
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360 QUERY_BAND= Data Set Option 4 C
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362 READ_LOCK_TYPE= Data Set Option
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364 READBUFF= Data Set Option 4 Cha
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366 SASDATEFMT= Data Set Option 4 C
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368 SEGMENT_NAME= Data Set Option 4
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370 SET= Data Set Option 4 Chapter
Page 392 and 393: 372 TENACITY= Data Set Option 4 Cha
Page 394 and 395: 374 TPT_APPL_PHASE= Data Set Option
Page 396 and 397: 376 TPT_BUFFER_SIZE= Data Set Optio
Page 398 and 399: 378 TPT_CHECKPOINT_DATA= Data Set O
Page 400 and 401: 380 TPT_ERROR_TABLE_1= Data Set Opt
Page 402 and 403: 382 TPT_LOG_TABLE= Data Set Option
Page 404 and 405: 384 TPT_MAX_SESSIONS= Data Set Opti
Page 406 and 407: 386 TPT_PACKMAXIMUM= Data Set Optio
Page 408 and 409: 388 TPT_RESTART= Data Set Option 4
Page 410 and 411: 390 TPT_TRACE_LEVEL_INF= Data Set O
Page 412 and 413: 392 TPT_TRACE_OUTPUT= Data Set Opti
Page 414 and 415: 394 TRAP151= Data Set Option 4 Chap
Page 416 and 417: 396 UPDATE_ISOLATION_LEVEL= Data Se
Page 418 and 419: 398 UPDATE_MODE_WAIT= Data Set Opti
Page 420 and 421: 400 UPDATEBUFF= Data Set Option 4 C
Page 422 and 423: 402 Macro Variables for Relational
Page 424 and 425: 404 DBFMTIGNORE= System Option 4 Ch
Page 426 and 427: 406 DBIDIRECTEXEC= System Option 4
Page 428 and 429: 408 SASTRACE= System Option 4 Chapt
Page 440 and 441: 420 SQLGENERATION= System Option 4
Page 444 and 445: 424 VALIDVARNAME= System Option 4 C
Page 446 and 447: 426 Syntax for the SQL Pass-Through
Page 448 and 449: 428 CONNECT Statement 4 Chapter 13m
Page 450 and 451: 430 CONNECT Statement 4 Chapter 13D
Page 452 and 453: 432 EXECUTE Statement 4 Chapter 13A
Page 454 and 455: 434 CONNECTION TO Component 4 Chapt
Page 456 and 457: 436 CONNECTION TO Component 4 Chapt
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Page 460 and 461: 440 LIBNAME Statement Specifics for
Page 462 and 463: 442 Arguments 4 Chapter 14OptionDBC
Page 464 and 465: 444 Data Set Options for Aster nClu
Page 466 and 467: 446 Autopartitioning Scheme for Ast
Page 468 and 469: 448 Using DBSLICE= 4 Chapter 14Usin
Page 470 and 471: 450 Bulk Loading for Aster nCluster
Page 472 and 473: 452 Data Types for Aster nCluster 4
Page 474 and 475: 454 LIBNAME Statement Data Conversi
Page 476 and 477: 456 Introduction to SAS/ACCESS Inte
Page 478 and 479: 458 Arguments 4 Chapter 15REQUIRED=
Page 480 and 481: 460 Data Set Options for DB2 Under
Page 482 and 483: 462 SQL Pass-Through Facility Speci
Page 484 and 485: 464 Autopartitioning Scheme for DB2
Page 486 and 487: 466 Configuring DB2 EEE Nodes on Ph
Page 488 and 489: 468 Examples 4 Chapter 15ExamplesIn
Page 490 and 491: 470 Examples 4 Chapter 15ExamplesTh
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472 Passing Joins to DB2 Under UNIX
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474 Capturing Bulk-Load Statistics
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476 Locking in the DB2 Under UNIX a
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478 String Data 4 Chapter 15to FOR
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480 DB2 Null and Default Values 4 C
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482
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484 Contents 4 Chapter 16SELECT Sta
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486 Arguments 4 Chapter 16specifies
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488 Data Set Options for DB2 Under
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490 Examples 4 Chapter 16For inform
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492 How WHERE Clauses Restrict Auto
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494 Calling Stored Procedures in DB
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496 ACCESS Procedure Specifics for
Page 518 and 519:
498 DBLOAD Procedure Specifics for
Page 520 and 521:
500 The DB2EXT Procedure 4 Chapter
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502 Examples 4 Chapter 16EXIT State
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504 DB2UTIL Statements and Options
Page 526 and 527:
506 PROC DB2UTIL Example 4 Chapter
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508 Methods for Improving Performan
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510 Passing SAS Functions to DB2 Un
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512 SAS System Options, Settings, a
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514 Settings 4 Chapter 16SettingsTo
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516 File Allocation and Naming for
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518 Examples 4 Chapter 16data shlib
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520 Locking in the DB2 Under z/OS I
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522 Character Data 4 Chapter 16Char
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524 LIBNAME Statement Data Conversi
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526 DBLOAD Procedure Data Conversio
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528 Non-Libref Connections 4 Chapte
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530 How and When Connections Are Ma
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532 Accessing DB2 System Catalogs 4
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534 Introduction to SAS/ACCESS Inte
Page 556 and 557:
536 LIBNAME Statement Examples 4 Ch
Page 558 and 559:
538 Data Set Options for Greenplum
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540 Autopartitioning Scheme for Gre
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542 Passing SAS Functions to Greenp
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544 Passing Joins to Greenplum 4 Ch
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546 Troubleshooting gpfdist 4 Chapt
Page 568 and 569:
548 Data Types for Greenplum 4 Chap
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550 Greenplum Null Values 4 Chapter
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552
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Page 576 and 577:
556 Arguments 4 Chapter 18Table 18.
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558 Data Set Options for HP Neoview
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560 Special Catalog Queries 4 Chapt
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562 Temporary Table Support for HP
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564 Passing SAS Functions to HP Neo
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566 Loading 4 Chapter 18uses the HP
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568 Naming Conventions for HP Neovi
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570 Date, Time, and Timestamp Data
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572
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Page 596 and 597:
576 Informix LIBNAME Statement Exam
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578 Stored Procedures and the SQL P
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580 Autopartitioning Scheme for Inf
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582 Terminating a Temporary Table 4
Page 604 and 605:
584 Locking in the Informix Interfa
Page 606 and 607:
586 Numeric Data 4 Chapter 19Numeri
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588 SQL Pass-Through Facility Data
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590
Page 612 and 613:
592 LIBNAME Statement Specifics for
Page 614 and 615:
594 Arguments 4 Chapter 20OptionDBC
Page 616 and 617:
596 Data Set Options for Microsoft
Page 618 and 619:
598 Connection To Component Example
Page 620 and 621:
600 Passing SAS Functions to Micros
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602 Data Types for Microsoft SQL Se
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604
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606 Arguments 4 Chapter 21Here is t
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608 Data Set Options for MySQL 4 Ch
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610 Autocommit and Table Types 4 Ch
Page 632 and 633:
612 Passing SAS Functions to MySQL
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614 Naming Conventions for MySQL 4
Page 636 and 637:
616 Numeric Data 4 Chapter 21VARCHA
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620
Page 642 and 643:
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624 Arguments 4 Chapter 22OptionDBC
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626 SQL Pass-Through Facility Speci
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628 Temporary Table Support for Net
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630 Passing SAS Functions to Netezz
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632 Bulk Loading and Unloading for
Page 654 and 655:
634 Deploying and Using SAS Formats
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636 Deployed Components for In-Data
Page 658 and 659:
638 Publishing SAS Formats 4 Chapte
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Page 662 and 663:
Page 664 and 665:
644 Using the SAS_PUT( ) Function i
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Page 668 and 669:
648 Naming Conventions for Netezza
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650 Netezza Null Values 4 Chapter 2
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652
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Page 678 and 679:
658 Arguments 4 Chapter 23PROMPT=OD
Page 680 and 681:
660 ODBC LIBNAME Statement Examples
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Page 686 and 687:
666 Autopartitioning Scheme for ODB
Page 688 and 689:
668 Configuring SQL Server Partitio
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Page 692 and 693:
672 Examples 4 Chapter 23ExamplesTh
Page 694 and 695:
674 Passing SAS Functions to ODBC 4
Page 696 and 697:
676 Bulk Loading for ODBC 4 Chapter
Page 698 and 699:
678 Data Types for ODBC 4 Chapter 2
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Page 704 and 705:
684 Arguments 4 Chapter 24UDL_FILE=
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686 Arguments 4 Chapter 24OptionDBM
Page 708 and 709:
688 OLE DB LIBNAME Statement Exampl
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Page 716 and 717:
696 Examples 4 Chapter 24set work.i
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698 Passing Joins to OLE DB 4 Chapt
Page 720 and 721:
700 Accessing OLE DB for OLAP Data
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702 Using the SQL Pass-Through Faci
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704 Data Types for OLE DB 4 Chapter
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710 Arguments 4 Chapter 25OptionDBL
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712 Data Set Options for Oracle 4 C
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714 Examples 4 Chapter 25ORAPW= is
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716 Partitioned Oracle Tables 4 Cha
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718 Performance Summary 4 Chapter 2
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720 Examples 4 Chapter 253 The PROC
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722 Examples 4 Chapter 25determine
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724 Passing SAS Functions to Oracle
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726 Interactions with Other Options
Page 748 and 749:
728 Locking in the Oracle Interface
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730 Numeric Data 4 Chapter 25CLOB (
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732 Date, Timestamp, and Interval D
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734 Date, Timestamp, and Interval D
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738 DBLOAD Procedure Data Conversio
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742 Sybase LIBNAME Statement Exampl
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746 Overview 4 Chapter 26OverviewSy
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748 ACCESS Procedure Specifics for
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752 Passing SAS Functions to Sybase
Page 774 and 775:
754 Locking in the Sybase Interface
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756 Character Data 4 Chapter 26data
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758 User-Defined Data 4 Chapter 26U
Page 780 and 781:
760 ACCESS Procedure Data Conversio
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762 National Language Support for S
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766 Sybase IQ LIBNAME Statement Exa
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770 Autopartitioning Scheme for Syb
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772 Passing Joins to Sybase IQ 4 Ch
Page 794 and 795:
774 Locking in the Sybase IQ Interf
Page 796 and 797:
776 Data Types for Sybase IQ 4 Chap
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778 Sybase IQ Null Values 4 Chapter
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780
Page 802 and 803:
782 Contents 4 Chapter 28Using Fast
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Page 806 and 807:
786 Arguments 4 Chapter 28DATABASE=
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788 Data Set Options for Teradata 4
Page 810 and 811:
Page 812 and 813:
792 Autopartitioning Scheme for Ter
Page 814 and 815:
794 Using FastExport 4 Chapter 28As
Page 816 and 817:
796 Temporary Table Support for Ter
Page 818 and 819:
798 Passing SAS Functions to Terada
Page 820 and 821:
800 Passing Joins to Teradata 4 Cha
Page 822 and 823:
802 Using the PreFetch Facility 4 C
Page 824 and 825:
804 Maximizing Teradata Load Perfor
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806 Using MultiLoad 4 Chapter 283 u
Page 828 and 829:
808 Using the TPT API 4 Chapter 28T
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810 Using the TPT API 4 Chapter 28S
Page 832 and 833:
812 Teradata Processing Tips for SA
Page 834 and 835:
814 Using TIME and TIMESTAMP 4 Chap
Page 836 and 837:
816 Reducing Workload on Teradata b
Page 838 and 839:
818 How It Works 4 Chapter 28Figure
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820 Data Types and the SAS_PUT( ) F
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Page 844 and 845:
Page 846 and 847:
Page 848 and 849:
Page 850 and 851:
830 Determining Format Publish Date
Page 852 and 853:
832 Locking in the Teradata Interfa
Page 854 and 855:
834 Understanding SAS/ACCESS Lockin
Page 856 and 857:
836 Examples 4 Chapter 28Here is wh
Page 858 and 859:
838 Data Types for Teradata 4 Chapt
Page 860 and 861:
840 Numeric Data 4 Chapter 28Numeri
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842 Data Returned as SAS Binary Dat
Page 864 and 865:
844
Page 866 and 867:
846
Page 868 and 869:
848 Creating SAS Data Sets from DBM
Page 870 and 871:
850 Reading Data from Multiple DBMS
Page 872 and 873:
852 Querying a DBMS Table 4 Chapter
Page 874 and 875:
854 Querying Multiple DBMS Tables 4
Page 876 and 877:
856 Updating DBMS Data 4 Chapter 29
Page 878 and 879:
858 Creating a DBMS Table 4 Chapter
Page 880 and 881:
860 Using the DATASETS Procedure 4
Page 882 and 883:
862 Using the RANK Procedure 4 Chap
Page 884 and 885:
864 Using the APPEND Procedure 4 Ch
Page 886 and 887:
866 Joining DBMS and SAS Data 4 Cha
Page 888 and 889:
868 Retrieving DBMS Data with a Pas
Page 890 and 891:
870 Combining an SQL View with a SA
Page 892 and 893:
872 Using a Pass-Through Query in a
Page 894 and 895:
874
Page 896 and 897:
876 Descriptions of the Sample Data
Page 898 and 899:
878 Descriptions of the Sample Data
Page 900 and 901:
880
Page 902 and 903:
882 Syntax: PROC CV2VIEW 4 Chapter
Page 904 and 905:
884 SAVEAS= Statement 4 Chapter 32F
Page 906 and 907:
886 TYPE= Statement 4 Chapter 32TYP
Page 908 and 909:
888 Example 2: Converting a Library
Page 910 and 911:
890
Page 912 and 913:
892
Page 914 and 915:
894 About ACCESS Procedure Statemen
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896 PROC ACCESS Statement 4 Appendi
Page 918 and 919:
898 CREATE Statement 4 Appendix 1li
Page 920 and 921:
900 LIST Statement 4 Appendix 1Deta
Page 922 and 923:
902 RESET Statement 4 Appendix 1If
Page 924 and 925:
904 SUBSET Statement 4 Appendix 1co
Page 926 and 927:
906 UPDATE Statement 4 Appendix 1De
Page 928 and 929:
908 View Descriptors 4 Appendix 1Fi
Page 930 and 931:
910 Example 2: Create a View Descri
Page 932 and 933:
912 Properties of the DBLOAD Proced
Page 934 and 935:
914 PROC DBLOAD Statement 4 Appendi
Page 936 and 937:
916 DELETE Statement 4 Appendix 2Us
Page 938 and 939:
918 LOAD Statement 4 Appendix 2Deta
Page 940 and 941:
920 QUIT Statement 4 Appendix 2QUIT
Page 942 and 943:
922 TABLE= Statement 4 Appendix 2De
Page 944 and 945:
924 Example: Append a Data Set to a
Page 946 and 947:
926
Page 948 and 949:
928 GlossaryDATA step viewa type of
Page 950 and 951:
930 Glossaryreferential integritya
Page 952 and 953:
932
Page 954 and 955:
934 Indexattachment facility 513, 5
Page 956 and 957:
936 Indexbulk unloading 103Netezza
Page 958 and 959:
938 IndexSybase IQ 778Teradata 104,
Page 960 and 961:
940 Indexsupported features 77syste
Page 962 and 963:
942 IndexDIRECT_EXE= LIBNAME option
Page 964 and 965:
944 Indexpassing joins to 544passin
Page 966 and 967:
946 Indexlast inserted identity val
Page 968 and 969:
948 Indexrestarting 343retries for
Page 970 and 971:
950 Indexdata conversions, DBLOAD p
Page 972 and 973:
952 IndexRrandom access engineSAS/A
Page 974 and 975:
954 Indexpublishing SAS formats 821
Page 976 and 977:
956 Indexsubqueries 871SUBSET state
Page 978 and 979:
958 Indexscope of 52summary of 59Sy
Page 980 and 981:
960 IndexWeb serverfile location fo
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SAS/ACCESS 9.2 for Relational Databases: Reference, Fourth Edition

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