  | 
»  | 
 | 
  
 | 
 | 
A- absolute pathname, Pathname Conventions in Referencing Files
 - active set
 - re-access, CLOSE
 
 - ADD_MONTHS function
 - example with BULK SELECT, Example ADD_MONTHS Function
 - syntax, Using the Date/Time ADD_MONTHS Function
 
 - aggregate function
 - simple data manipulation, SELECT
 
 - ALTER TABLE command
 - syntax for LONG columns, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 
 - ANSI SQL1 level 2
 - specifying a default value, Using Default Data Values
 
 - ANSI SQL86 level 2
 - floating point data, FLOAT Data
 
 - ANSI standards
 - sqlcode, Using the sqlca
 
 - arrays
 - BULK SELECT, Bulk Processing Variables
 - character data, CHAR Data
 - declarations of, Declaring Variables for Program Elements
 - in sqlda declaration, Setting up a Buffer for Query Results of Unknown Format
 - referencing, Variables Used in BULK Processing
 
 - atomic operation
 - defined, Maintaining Data Consistency
 
 - authorization
 - changing, Updating Application Programs
 - dynamic preprocessing, Differences between Dynamic and Non-Dynamic Preprocessing
 - granting, Granting Module Owner Authorizations
 - program development, Authorizations
 - program maintenance, Updating Application Programs
 
 - automatic rollback, sqlwarn[6]
 
 B- basic SQL statements, Creating Source Files
 - BEGIN DECLARE SECTION
 - declaring host variables, Creating Declaration Sections
 - delimiting the declare section, Source File
 
 - BEGIN WORK
 - in transaction management, Transaction Management for Simple Operations
 - issued by preprocessor, Description
 
 - binary data
 - compatibility, Binary Data Compatibility
 - host variable definition, Binary Data Compatibility
 - using the LONG phrase with, Using the LONG Phrase with Binary Data Types
 
 - BULK FETCH
 - basic uses of, BULK FETCH
 
 - BULK FETCH command
 - used in example program, Example Program cex9a
 - with TO_INTEGER function, Example TO_INTEGER Function
 
 - BULK INSERT
 - basic uses of, BULK INSERT
 
 - BULK INSERT command
 - used in example program, Example Program cex9a
 - used with LONG columns, Putting Data into a LONG Column with a [BULK] INSERT Command
 - using host variables for LONG column I/O strings, Bulk Insert Using Host Variables for LONG Column I/O Strings
 - with LONG columns
 - example data file, Example Data File
 - example program, Example
 
 
 - BULK option
 - not used for dynamic FETCH, Preprocessing of Dynamic Queries
 
 - bulk processing
 - INTO clause, Bulk Processing Variables
 
 - bulk processing variables, Bulk Processing Variables
 - BULK SELECT
 - basic uses, BULK SELECT
 
 - BULK SELECT command
 - used with LONG columns, Using LONG Columns with a BULK SELECT Command
 - with ADD_MONTHS function, Example ADD_MONTHS Function
 
 - BULK table processing
 - BULK FETCH, BULK FETCH
 - BULK INSERT, BULK INSERT
 - BULK SELECT, BULK SELECT
 - commands, SQL Bulk Commands
 - sample program, Sample Program Using BULK Processing
 - techniques, BULK Table Processing
 
 
 C- case shifting
 - installable module name, Installable Module File
 
 - cc -c
 - compiler command, Compiling and Linking
 
 - cex10a, cex10a: Dynamic Commands of Unknown Format
 - cex10b, cex10b: Program Using Dynamic Queries of Known Format
 - cex2, Sample Modified Source File
 - source code, Looking at an Embedded SQL Source Program
 
 - cex2.c
 - preprocessor modified source code, Sample Modified Source File
 
 - cex5, Program Illustrating Implicit and Explicit Status Checking
 - cex7, Sample Program Using Simple DML Commands
 - cex8, Sample Program Using Cursor Operations
 - cex9, Sample Program Using BULK Processing
 - CHAR data declaration, CHAR Data
 - CHECKPOINT
 - before preprocessing, Description
 
 - CLOSE
 - after BULK FETCH, BULK FETCH
 - before ending a transaction, CLOSE, Transaction Management for Cursor Operations
 - freeing buffer space with, CLOSE
 - to re-access the active set, CLOSE
 - with COMMIT WORK, OPEN Command Using KEEP CURSOR WITH LOCKS and CS Isolation Level
 - with KEEP CURSOR, OPEN Command Using KEEP CURSOR WITH LOCKS and CS Isolation Level
 
 - coding considerations
 - for date/time functions, Coding Considerations
 - for LONG columns, Coding Considerations, File Naming Conventions, Considering Multiple Users, Deciding How Much Space to Allocate and Where
 
 - column specifications for floating point data, FLOAT Data
 - comments in SQL commands, Skeleton Program
 - COMMIT WORK
 - and revalidation of sections, Stored Module Containing Sections
 - in transaction management, Transaction Management for Simple Operations
 - issued by preprocessor, Description, DBEnvironment Access
 - with CLOSE, OPEN Command Using KEEP CURSOR WITH LOCKS and CS Isolation Level
 - with KEEP CURSOR, OPEN Command Using KEEP CURSOR WITH LOCKS and CS Isolation Level
 
 - compatibility of variables, Declaring Variables for Compatibility
 - compiler
 - and linker, Compiling and Linking
 - compilable section, Compiling and Linking
 
 - compiler command
 - 300/400 differences, Compiling and Linking
 
 - compiler options
 - -lcl, Compiling and Linking
 - -lportnls, Compiling and Linking
 - -lsql, Compiling and Linking
 - current language, Native Language Support
 
 - concurrency, Transaction Management for Simple Operations
 - CONNECT
 - in application programs, Granting Program User Authorization
 - issued by preprocessor, Description
 - to start a DBE session, Authorizations
 
 - CONNECT authority
 - and preprocessing, Authorizations
 
 - constant
 - as default data value, Using Default Data Values
 
 - constraint test matrix for integrity constraints, Using Unique and Referential Integrity Constraints
 - conversion
 - numeric, Numeric Data Conversion
 - string data, String Data Conversion
 
 - CREATE TABLE command
 - syntax for LONG columns, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 
 - current language, Native Language Support
 - current row
 - DELETE WHERE CURRENT, DELETE WHERE CURRENT
 
 - CURRENT_DATE function result
 - used as default data value, Using Default Data Values
 
 - CURRENT_DATETIME function result
 - used as default data value, Using Default Data Values
 
 - CURRENT_TIME function result
 - used as default data value, Using Default Data Values
 
 - cursor
 - and BULK FETCH, BULK FETCH
 - and dynamic queries, Using the Dynamic Query Data Structures
 - and sections, Stored Module Containing Sections
 
 - cursor processing
 - CLOSE, CLOSE
 - commands, Processing with Cursors, SQL Cursor Commands
 - DECLARE CURSOR, DECLARE CURSOR
 - definition, SQL Cursor Commands
 - DELETE WHERE CURRENT, DELETE WHERE CURRENT
 - FETCH, FETCH
 - OPEN, OPEN
 - sample program, Sample Program Using Cursor Operations
 - techniques, Processing with Cursors
 - transaction management, Transaction Management for Cursor Operations
 - UPDATE and FETCH, UPDATE WHERE CURRENT
 - UPDATE WHERE CURRENT, UPDATE WHERE CURRENT
 
 
 D- d option
 - full preprocessing mode, Full Preprocessing Mode
 
 - data buffer
 - declaration, Dynamic Processing Arrays
 - layout, Setting Up the Data Buffer
 - null indicator suffix, Setting up a Buffer for Query Results of Unknown Format
 - parsing, Parsing the Data Buffer
 - rows to retrieve, Setting up a Buffer for Query Results of Unknown Format
 - varchar prefix, Setting up a Buffer for Query Results of Unknown Format
 
 - data compatibility
 - binary, Binary Data Compatibility
 - floating point, Floating Point Data Compatibility
 - for date/time function parameters, Defining and Using Host Variables with Date/Time Functions
 - for default data values, Coding Considerations
 - LONG binary, Using the LONG Phrase with Binary Data Types
 - LONG varbinary, Using the LONG Phrase with Binary Data Types
 
 - data consistency, Maintaining Data Consistency
 - in sample database, Maintaining Data Consistency
 
 - data input using date/time functions, Using Date/Time Input Functions
 - data integrity
 - changes to error checking , Comparing Statement Level and Row Level Integrity
 - introduction to, Programming with Constraints
 - number of rows processed , Comparing Statement Level and Row Level Integrity
 - row level versus statement level, Comparing Statement Level and Row Level Integrity
 - using sqlerrd[2], Comparing Statement Level and Row Level Integrity
 
 - data retrieval using date/time functions, Using Date/Time Output Functions
 - data structures
 - for dynamic query, Preprocessing of Dynamic Queries
 
 - data type
 - compatibility, Declaring Variables for Compatibility
 - conversion, String Data Conversion, Numeric Data Conversion
 - declarations, Declaring Variables for Data Types
 - equivalency, Declaring Variables for Compatibility
 
 - data types
 - floating point, FLOAT Data
 - used with LONG columns, General Concepts
 
 - DataBase Environment Configuration (DBECon), Pathname Conventions in Referencing Files
 - date/time ADD_MONTHS function
 - overview, Using the Date/Time ADD_MONTHS Function
 - where to use, Using the Date/Time ADD_MONTHS Function
 
 - date/time data conversion
 - example program, Example Program cex9a
 
 - date/time functions
 - coding considerations, Coding Considerations
 - data compatibility, Defining and Using Host Variables with Date/Time Functions
 - example programs, Program Example for Date/Time Data
 - example using default format specifications, Example Using the INSERT Command
 - examples using ManufDB database, Examples of TO_DATETIME, TO_DATE, TO_TIME, and TO_INTERVAL Functions, Using Date/Time Output Functions, Example ADD_MONTHS Function
 - how used, Defining and Using Host Variables with Date/Time Functions
 - introduction to, Programming with ALLBASE/SQL Functions
 - leading zeros required for input functions, Coding Considerations
 - parameters for, Defining and Using Host Variables with Date/Time Functions
 - unspecified format elements default filled, Coding Considerations
 - used to add a number of months, Using the Date/Time ADD_MONTHS Function
 - used when inputting data, Using Date/Time Input Functions
 - used when retrieving data, Using Date/Time Output Functions
 - using host variables for format specifications, Defining and Using Host Variables with Date/Time Functions
 - using host variables for input and output data, Defining and Using Host Variables with Date/Time Functions
 - using host variables with, Defining and Using Host Variables with Date/Time Functions
 - where to use ADD_MONTHS, Using the Date/Time ADD_MONTHS Function
 - where to use input functions, Using Date/Time Input Functions
 - where to use output functions, Using Date/Time Output Functions
 - where to use TO_CHAR, Using Date/Time Output Functions
 - where to use TO_DATE, Using Date/Time Input Functions
 - where to use TO_DATETIME, Using Date/Time Input Functions
 - where to use TO_INTEGER, Using Date/Time Output Functions
 - where to use TO_INTERVAL, Using Date/Time Input Functions
 - where to use TO_TIME, Using Date/Time Input Functions
 - where used, Where Date/Time Functions Can Be Used
 
 - date/time input functions
 - examples, Examples of TO_DATETIME, TO_DATE, TO_TIME, and TO_INTERVAL Functions
 - not intended for use in select list, Using Date/Time Input Functions
 - overview, Using Date/Time Input Functions
 - where to use, Using Date/Time Input Functions
 
 - date/time output functions
 - examples, Example TO_CHAR Function, Example TO_INTEGER Function
 - overview, Using Date/Time Output Functions
 - where to use, Using Date/Time Output Functions, Using the Date/Time ADD_MONTHS Function
 
 - DBA authority
 - and preprocessing, Authorizations
 - and START DBE, Authorizations
 
 - DBE session
 - in preprocessing, Description
 
 - DBECon file, Pathname Conventions in Referencing Files
 - DBEnvironment
 - user mode, Description
 
 - DCL defined, Understanding ALLBASE/SQL Operations
 - DDL defined, Understanding ALLBASE/SQL Operations
 - DDL operations
 - used with integrity constraints, Using Unique and Referential Integrity Constraints
 - used with LONG columns, Programming with LONG Columns
 
 - deadlock
 - and error recovery, Handling Runtime Errors and Warnings
 - status checking, Explicit Status Checking Techniques
 
 - debugging, Setting Signal Handling for Debugging
 - setting flags, Setting Signal Handling for Debugging
 - signals, Setting Signal Handling for Debugging
 
 - DECIMAL data declaration, DECIMAL Data
 - decimal type compatibility, Numeric Data Conversion
 - declaration of data
 - CHAR, CHAR Data
 - DATE, DATE, TIME, DATETIME, and INTERVAL Data
 - DATETIME, DATE, TIME, DATETIME, and INTERVAL Data
 - DECIMAL, DECIMAL Data
 - FLOAT, FLOAT Data
 - INTEGER, INTEGER Data
 - INTERVAL, DATE, TIME, DATETIME, and INTERVAL Data
 - SMALLINT, SMALLINT Data
 - TIME, DATE, TIME, DATETIME, and INTERVAL Data
 - VARCHAR, VARCHAR Data
 
 - declaration part
 - host variable, Declaring Host Variables
 
 - DECLARE CURSOR
 - FOR UPDATE OF, DECLARE CURSOR
 - preprocessor directive, DECLARE CURSOR
 - SELECT, DECLARE CURSOR
 - syntax, DECLARE CURSOR
 - used with BULK FETCH, BULK FETCH
 
 - declare section
 - BEGIN and END DECLARE SECTION commands, Source File
 - defined, Creating Declaration Sections
 
 - default data values
 - constant, Using Default Data Values
 - data compatibility, Coding Considerations
 - for columns allowing nulls, Using Default Data Values
 - in addition to null, Using Default Data Values
 - not used with LONG BINARY data, When the DEFAULT Clause Cannot be Used
 - not used with LONG columns, When the DEFAULT Clause Cannot be Used
 - not used with LONG VARBINARY data, When the DEFAULT Clause Cannot be Used
 - NULL, Using Default Data Values
 - result of CURRENT_DATE function, Using Default Data Values
 - result of CURRENT_DATETIME function, Using Default Data Values
 - result of CURRENT_TIME function, Using Default Data Values
 - USER, Using Default Data Values
 
 - default format specification example
 - date/time functions, Example Using the INSERT Command
 
 - defining integrity constraints, Using Unique and Referential Integrity Constraints
 - defining LONG columns
 - in a table, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - input and output specification, Defining Input and Output with the LONG Column I/O String
 - with the LONG column I/O string, Defining Input and Output with the LONG Column I/O String
 
 - definitions
 - fast ipc, Choosing an Interprocess Communication Option
 - input device specification, Defining Input and Output with the LONG Column I/O String
 - LONG column I/O string, Defining Input and Output with the LONG Column I/O String
 - output device specification, Defining Input and Output with the LONG Column I/O String
 - row level integrity, Comparing Statement Level and Row Level Integrity
 - signal ipc, Choosing an Interprocess Communication Option
 
 - DELETE, DELETE
 - DELETE command
 - used with LONG columns, Removing LONG Column Data with a DELETE [WHERE CURRENT] Command
 - with TO_DATETIME function, Example Using the DELETE Command
 
 - DELETE WHERE CURRENT
 - current row, DELETE WHERE CURRENT
 - restrictions, DELETE WHERE CURRENT
 - syntax, DELETE WHERE CURRENT
 
 - DELETE WHERE CURRENT command
 - used with LONG columns, Removing LONG Column Data with a DELETE [WHERE CURRENT] Command
 
 - delimiting SQL commands, Skeleton Program
 - DESCRIBE
 - dynamic non-query, Preprocessing of Commands That May or May Not Be Queries
 - dynamic query, Preprocessing of Commands That May or May Not Be Queries
 
 - designing an application using statement level integrity, Designing an Application Using Statement Level Integrity Checks
 - detecting end of scan, Detecting End of Scan
 - DML defined, Understanding ALLBASE/SQL Operations
 - DML operations
 - used with date/time functions, Where Date/Time Functions Can Be Used
 - used with integrity constraints, Using Unique and Referential Integrity Constraints
 - used with LONG columns, Programming with LONG Columns
 
 - DROP MODULE, Updating Application Programs, Dropping Obsolete Modules
 - dynamic command, Using Dynamic Operations
 - passing to ALLBASE/SQL, Passing Dynamic Commands to ALLBASE/SQL
 - query with known query result format, cex10b: Program Using Dynamic Queries of Known Format
 - query with unknown query result format, cex10a: Dynamic Commands of Unknown Format
 
 - dynamic FETCH
 - BULK option not used, Preprocessing of Dynamic Queries
 
 - dynamic FETCH command
 - used with LONG columns, Using LONG Columns with a Dynamic FETCH Command
 
 - dynamic operations
 - dynamic commands, Review of Preprocessing Events
 - handling non-queries, Using EXECUTE IMMEDIATE
 - queries vs. non-queries, Preprocessing of Commands That May or May Not Be Queries
 - sample programs, cex10a: Dynamic Commands of Unknown Format, cex10b: Program Using Dynamic Queries of Known Format
 - techniques, Using Dynamic Operations
 
 - dynamic preprocessing, Review of Preprocessing Events
 - authorization for, Differences between Dynamic and Non-Dynamic Preprocessing
 
 - dynamic query data structures, Preprocessing of Dynamic Queries
 - dynamically deleting data
 - DELETE WHERE CURRENT command cannot be prepared, Dynamically Updating and Deleting Data
 - error checking strategy, Dynamically Updating and Deleting Data
 
 - dynamically updating data
 - error checking strategy, Dynamically Updating and Deleting Data
 - UPDATE WHERE CURRENT command cannot be prepared, Dynamically Updating and Deleting Data
 - using SELECT command with FOR UPDATE OF clause, Dynamically Updating and Deleting Data
 
 
 E- END DECLARE SECTION
 - declaring host variables, Creating Declaration Sections
 - delimiting the declare section, Source File
 
 - environment variables
 - HPSQLfast_ipc, Setting the HPSQLfast_ipc Environment Variable
 
 - error checking
 - changes for this release, Comparing Statement Level and Row Level Integrity
 - using sqlerrd[2], Comparing Statement Level and Row Level Integrity
 - when dynamically deleting data, Dynamically Updating and Deleting Data
 - when dynamically updating data, Dynamically Updating and Deleting Data
 - with row level integrity, Comparing Statement Level and Row Level Integrity
 - with statement level integrity, Comparing Statement Level and Row Level Integrity
 
 - example
 - BULK FETCH command with TO_INTEGER function, Example TO_INTEGER Function
 - BULK SELECT command with ADD_MONTHS function, Example ADD_MONTHS Function
 - DELETE command with TO_DATETIME function, Example Using the DELETE Command
 - INSERT command with TO_DATE function , Example Using the INSERT Command
 - INSERT command with TO_DATETIME function, Example Using the INSERT Command
 - INSERT command with TO_INTERVAL function, Example Using the INSERT Command
 - INSERT command with TO_TIME function, Example Using the INSERT Command
 - SELECT command with TO_CHAR function, Example TO_CHAR Function
 - SELECT command with TO_DATETIME function, Example Using the SELECT Command, Example TO_CHAR Function
 - SELECT command with TO_INTERVAL function, Example Using the SELECT Command
 - UPDATE command with TO_DATE function, Example Using the UPDATE Command
 - UPDATE command with TO_DATETIME function, Example Using the UPDATE Command
 
 - example application design
 - using integrity constraints, Designing an Application Using Statement Level Integrity Checks
 
 - example data file
 - BULK INSERT command with LONG columns, Example Data File
 
 - example program
 - BULK INSERT command with LONG columns, Example
 - date/time data conversion, Example Program cex9a
 - LONG column descriptor declaration, Example LONG Column Descriptor Declaration
 
 - examples of date/time input functions, Examples of TO_DATETIME, TO_DATE, TO_TIME, and TO_INTERVAL Functions
 - examples of date/time output functions, Example TO_CHAR Function, Example TO_INTEGER Function
 - executable program
 - creating, Compiling and Linking
 
 - EXECUTE
 - non-dynamic queries, Using PREPARE and EXECUTE
 
 - executing programs, Granting Program User Authorization
 - explicit status checking
 - defined, Runtime Status Checking and the sqlca
 - introduction, Approaches to Status Checking
 - uses of, Explicit Status Checking Techniques
 
 - externals include file
 - sample, Sample Preprocessor Generated Include Files
 
 
 F- fast ipc
 - definition, Choosing an Interprocess Communication Option
 - how to set, Choosing an Interprocess Communication Option
 - when to use, Choosing an Interprocess Communication Option
 
 - FETCH, FETCH
 - current row, FETCH
 
 - FETCH command
 - used dynamically with LONG columns, Using LONG Columns with a Dynamic FETCH Command
 - used with LONG columns, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 
 - file
 - DataBase Environment Configuration, Pathname Conventions in Referencing Files
 - DBECon, Pathname Conventions in Referencing Files
 
 - file IO
 - KEEP CURSOR, Writing Keep Cursor Applications
 
 - FLOAT data declaration, FLOAT Data
 - floating point data
 - 4-byte, FLOAT Data
 - 8-byte, FLOAT Data
 - column specifications, FLOAT Data
 - compatibility, Floating Point Data Compatibility
 - REAL keyword, FLOAT Data
 
 - FOR UPDATE OF
 - UPDATE WHERE CURRENT, DECLARE CURSOR, UPDATE WHERE CURRENT
 
 - format array
 - declaration, Dynamic Processing Arrays
 - fields, Setting Up the Format Array
 - manditory declaration for dynamic query, Using the Dynamic Query Data Structures
 
 - full preprocessing mode
 - preprocessor command, Full Preprocessing Mode
 
 
 H- host variable
 - bulk processing, Bulk Processing Variables
 - declaration, Declaring Host Variables
 - declaration part, Declaring Host Variables
 - declaration summary, VARCHAR Data
 - declaring for ALLBASE/SQL messages, Messages from the Message Catalog
 - declaring for DBEnvironment names, DBEnvironment Name
 - declaring for savepoints, Savepoint Numbers
 - indicator, Indicator Variables
 - initialization, Input and Output Host Variables
 - input, Input and Output Host Variables
 - names, Host Variable Names
 - output, Input and Output Host Variables
 - purpose, Using Host Variables
 - scope, Declaring Host Variables
 - uses, Host Variables
 
 - host variable scope
 - at preprocessing time, Declaring Host Variables
 - at run time, Declaring Host Variables
 
 - host variables
 - used for binary data, Binary Data Compatibility
 - used for LONG column I/O strings, Insert Using Host Variables for LONG Column I/O Strings
 - used with date/time functions, Defining and Using Host Variables with Date/Time Functions
 
 - HPSQLfast_ipc environment variable
 - to set interprocess communication, Setting the HPSQLfast_ipc Environment Variable
 
 
 I- i option
 - preprocesor syntax checking mode, Parameters
 
 - implicit status checking
 - defined, Runtime Status Checking and the sqlca
 - usage, Approaches to Status Checking
 
 - include files
 - as input files, Include Files
 - contents, Sample Preprocessor Generated Include Files
 - created by preprocessor, Creating the Modified Source File
 - samples, Sample Preprocessor Generated Include Files
 - user specified, Identifying Preprocessor Input
 
 - indicator variables, Indicator Variables, Indicator Variables
 - location of, Indicator Variables
 - null, Indicator Variables
 - null values, FETCH
 - truncation, Indicator Variables
 
 - INFO command
 - and null indicator variables, Declaring Variables for Compatibility
 - and null values, Declaring Variables for Compatibility
 - and type compatibility, Declaring Variables for Compatibility
 
 - input device specification
 - definition, Defining Input and Output with the LONG Column I/O String
 
 - INSERT
 - and simple data manipulation, INSERT
 
 - INSERT command
 - used with LONG columns, Putting Data into a LONG Column with a [BULK] INSERT Command
 - using host variables for LONG column I/O strings, Insert Using Host Variables for LONG Column I/O Strings
 - with TO_DATE function, Example Using the INSERT Command
 - with TO_DATETIME function, Example Using the INSERT Command
 - with TO_INTERVAL function, Example Using the INSERT Command
 - with TO_TIME function, Example Using the INSERT Command
 
 - INSTALL, Updating Application Programs, Running the Program
 - installable module file, Installable Module File
 - INTEGER data declaration, INTEGER Data
 - integrity constraint definition, Using Unique and Referential Integrity Constraints
 - integrity constraints
 - and statement level integrity, Using Unique and Referential Integrity Constraints
 - commands used with, Using Unique and Referential Integrity Constraints
 - constraint test matrix, Using Unique and Referential Integrity Constraints
 - designing an application, Designing an Application Using Statement Level Integrity Checks
 - example application using RecDB database, Designing an Application Using Statement Level Integrity Checks
 - in RecDB database, Designing an Application Using Statement Level Integrity Checks
 - introduction to, Programming with Constraints
 - restrictions, Using Unique and Referential Integrity Constraints
 - unique and referential, Using Unique and Referential Integrity Constraints
 
 - interprocess communication options
 - fast ipc, Choosing an Interprocess Communication Option
 - how to set, Choosing an Interprocess Communication Option
 - HPSQLfast_ipc environment variable, Setting the HPSQLfast_ipc Environment Variable
 - introduction to, Choosing an Interprocess Communication Option
 - signal ipc, Choosing an Interprocess Communication Option
 - when to use, Choosing an Interprocess Communication Option
 
 
 L- LANG DBEnvironment option
 - current language, Native Language Support
 
 - LANG environment variable
 - setting and resetting, Native Language Support
 
 - language
 - current language, Native Language Support
 - native language support, Native Language Support
 - setting and resetting, Native Language Support
 
 - lcl
 - pascal library, Compiling and Linking
 
 - link command
 - 300/400 differences, Accessing Multiple DBEnvironments
 - options, Accessing Multiple DBEnvironments
 
 - link options
 - -lcl, Compiling and Linking
 - -lportnls, Compiling and Linking
 - -lsql, Compiling and Linking
 
 - linker
 - and compiler, Compiling and Linking
 - to create executable program, Compiling and Linking
 
 - log file space
 - use during preprocessing, Description
 
 - LONG binary data
 - compatibility, Using the LONG Phrase with Binary Data Types
 - definition, Using the LONG Phrase with Binary Data Types
 - how stored, Using the LONG Phrase with Binary Data Types
 
 - LONG binary versus LONG varbinary data usage, Using the LONG Phrase with Binary Data Types
 - LONG column definition
 - in a table, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - input and output specification , Defining Input and Output with the LONG Column I/O String
 - with the LONG column I/O string, Defining Input and Output with the LONG Column I/O String
 
 - LONG column descriptor
 - contents of, Using the LONG Column Descriptor
 - example declaration, Example LONG Column Descriptor Declaration
 - general concept, General Concepts
 - how used, Using the LONG Column Descriptor
 - introduction to, Defining Input and Output with the LONG Column I/O String
 
 - LONG column I/O string
 - general concept, General Concepts
 - how used , Defining Input and Output with the LONG Column I/O String
 - input device specification, Defining Input and Output with the LONG Column I/O String
 - output device specification, Defining Input and Output with the LONG Column I/O String
 - shared memory input and output, Insert Using Host Variables for LONG Column I/O Strings
 - used with [BULK] INSERT command, Bulk Insert Using Host Variables for LONG Column I/O Strings
 - used with host variable, Insert Using Host Variables for LONG Column I/O Strings
 - used with INSERT command, Insert Using Host Variables for LONG Column I/O Strings
 
 - LONG columns
 - changing data, Changing a LONG Column with an UPDATE [WHERE CURRENT] Command
 - coding considerations, Coding Considerations
 - commands used with, Programming with LONG Columns
 - considering multiple users, Considering Multiple Users
 - data types used with, General Concepts
 - deciding on space allocation, Deciding How Much Space to Allocate and Where
 - deleting data, Removing LONG Column Data with a DELETE [WHERE CURRENT] Command
 - file usage from an application, Defining Input and Output with the LONG Column I/O String
 - general concepts, General Concepts
 - input options, Defining Input and Output with the LONG Column I/O String
 - introduction to, Programming with LONG Columns
 - maximum per table definition, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - output options, Defining Input and Output with the LONG Column I/O String
 - performance, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - putting data in, Putting Data into a LONG Column with a [BULK] INSERT Command
 - restrictions, Restrictions
 - retrieving data from, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 - size maximum, General Concepts
 - specifying a DBEFileSet, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - storage, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - storing and retrieving data, General Concepts
 - used with [BULK] INSERT command, Putting Data into a LONG Column with a [BULK] INSERT Command
 - used with [BULK] SELECT command, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 - used with DELETE [WHERE CURRENT] command, Removing LONG Column Data with a DELETE [WHERE CURRENT] Command
 - used with dynamic FETCH command, Using LONG Columns with a Dynamic FETCH Command
 - used with FETCH or REFETCH commands, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 - used with UPDATE [WHERE CURRENT] command, Changing a LONG Column with an UPDATE [WHERE CURRENT] Command
 - using file naming conventions, File Naming Conventions
 - using file versus shared memory, Coding Considerations
 - using the LONG column descriptor, Using the LONG Column Descriptor
 
 - LONG phrase
 - used with binary data, Using the LONG Phrase with Binary Data Types
 - used with varbinary data, Using the LONG Phrase with Binary Data Types
 
 - LONG varbinary data
 - compatibility, Using the LONG Phrase with Binary Data Types
 - definition, Using the LONG Phrase with Binary Data Types
 - how stored, Using the LONG Phrase with Binary Data Types
 
 - lportnls
 - native language library, Compiling and Linking
 
 - lsql
 - sql library, Compiling and Linking
 
 - lsql option, Compiling and Linking
 
 M- m option
 - full preprocessing mode, Full Preprocessing Mode
 
 - maintaining ALLBASE/SQL programs, Maintaining ALLBASE/SQL Applications
 - ManufDB database
 - examples using date/time functions, Examples of TO_DATETIME, TO_DATE, TO_TIME, and TO_INTERVAL Functions, Using Date/Time Output Functions, Example ADD_MONTHS Function
 
 - message catalog, ALLBASE/SQL Message File
 - default, Running the Program, Source File
 - native language, Running the Program, Source File
 - preprocessor input, Source File
 
 - message catalog number
 - related to sqlcode, sqlcode
 
 - message file, ALLBASE/SQL Message File
 - messages from SQLEXPLAIN
 - when produced, sqlcode
 
 - modified source file
 - contents, Modified Source File
 - created by preprocessor, Creating the Modified Source File
 - creation, Modified Source File
 - inserted constructs, ALLBASE/SQL Message Catalog
 - name, Parameters, Parameters
 
 - ModifiedSourceFileName.o, Compiling and Linking
 - module
 - definition, Creating Stored Sections
 - dropping, Parameters
 - installable, Installable Module File
 - installation, Running the Program
 - name, Parameters, DBEnvironment Access, Source File, Stored Module Containing Sections
 - owner, Parameters, Stored Module Containing Sections
 - OWNER authority for, Authorizations
 - ownership, Granting Module Owner Authorizations
 - revoking RUN, Parameters
 - storage, Stored Module Containing Sections, Permanently Stored vs. Temporary Sections
 - updating, Updating Application Programs
 - validation, Runtime Revalidation of Sections
 
 - multiple rows
 - not allowed in simple data manipulation, SELECT
 
 - multiple rows qualify
 - runtime error, SELECT
 
 - multiple users of LONG columns, Considering Multiple Users
 - multiple warnings
 - SQLEXPLAIN, sqlwarn[0]
 
 
 N- n-computer
 - defined, Native Language Support
 
 - naming conventions for LONG column files, File Naming Conventions
 - native language
 - as current language, Native Language Support
 - current language, Native Language Support
 - defaults, Native Language Support
 - message catalog, Running the Program
 
 - native language data
 - verifying column definition, String Data Truncation
 
 - native language support
 - overview, Native Language Support
 
 - non-dynamic commands, Using Dynamic Operations
 - NULL
 - as default data value, Using Default Data Values
 
 - null indicator suffix
 - data buffer, Setting up a Buffer for Query Results of Unknown Format
 
 - null indicator variable
 - in dynamic command, Setting up a Buffer for Query Results of Known Format
 
 - null indicator variables
 - and the INFO command, Declaring Variables for Compatibility
 
 - NULL result of a dynamic fetch of a LONG column, Using LONG Columns with a Dynamic FETCH Command
 - null value
 - in key column of unique index, SELECT
 
 - null values, Setting up a Buffer for Query Results of Known Format
 - and the INFO command, Declaring Variables for Compatibility
 - and unnamed columns in an INSERT, INSERT
 - in a structure declaration, Setting up a Buffer for Query Results of Known Format
 - indicator variables mandatory, FETCH
 - properties of, Indicator Variables
 - runtime errors, Indicator Variables
 - using indicator variables with, UPDATE
 - with FETCH, Indicator Variables, FETCH
 - with SELECT, Indicator Variables
 
 - number of rows processed
 - data integrity, Comparing Statement Level and Row Level Integrity
 
 - number of rows variable, Variables Used in BULK Processing
 
 O- o option
 - full preprocessing mode, Full Preprocessing Mode
 
 - OLTP defined, Using DML to Manipulate Data
 - OPEN
 - before BULK FETCH, BULK FETCH
 - cursor processing, OPEN
 
 - OPEN command
 - use with KEEP CURSOR WITH NOLOCKS command, OPEN
 
 - optimization, Optimized Access Instructions
 - output device specification
 - definition, Defining Input and Output with the LONG Column I/O String
 
 - overflow
 - of numeric values, Numeric Data Conversion
 
 - OWNER authority
 - and program development, Authorizations
 - granting, Granting Module Owner Authorizations
 - o preprocessor option, Parameters
 
 
 P- p option
 - preprocessor syntax checking mode, Parameters
 
 - pathname
 - absolute, Pathname Conventions in Referencing Files
 - relative, Pathname Conventions in Referencing Files
 
 - performance
 - integrity constraints, Programming with Constraints
 - LONG columns, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 
 - permanent section
 - and DBEnvironment, Differences between Dynamic and Non-Dynamic Preprocessing
 
 - PREPARE
 - non-dynamic queries, Using PREPARE and EXECUTE
 
 - preprocessor
 - authorization, Authorizations
 - DBE sessions, DBEnvironment Access
 - effect of mode on modified source, Modified Source File
 - effect on source code, ALLBASE/SQL Message Catalog
 - errors, Handling Preprocessor Errors
 - events, Preprocessing the Source File
 - full preprocessing mode, Full Preprocessing Mode, Parameters
 - identifying input, Identifying Preprocessor Input
 - include files, Sample Preprocessor Generated Include Files
 - invocation, Invoking the C Preprocessor
 - messages, ALLBASE/SQL Message File
 - modes, Invoking the C Preprocessor
 - modes and invocation, Syntax Checking Mode
 - options, Full Preprocessing Mode, Syntax Checking Mode
 - parsing, ALLBASE/SQL Message Catalog
 - running in background, Running the Preprocessor in the Background
 - syntax checking mode, Parameters
 
 - preprocessor banner
 - 300/400 differences, ALLBASE/SQL Message File
 
 - preprocessor directive
 - DECLARE CURSOR, DECLARE CURSOR
 
 - program
 - executable, Compiling and Linking
 - execution, Granting Program User Authorization, Running the Program
 - maintenance, Maintaining ALLBASE/SQL Applications
 - methods of linking, Compiling and Linking the Program, Running the Program
 - name, Source File
 - obsolescence, Changing Program-Related Authorization
 - starting DBE session, Compiling and Linking
 - steps in compiling, Compiling and Linking the Program, Running the Program
 - steps in creating, Developing ALLBASE/SQL Applications
 - user authorization, Granting Module Owner Authorizations
 
 - program example
 - date/time data conversion, Example Program cex9a
 
 - program structure
 - example, Skeleton Program
 
 - psqlc
 - preprocessor command, Compiling and Linking
 
 
 R- r option
 - full preprocessing mode, Full Preprocessing Mode
 
 - REAL keyword
 - floating point data, FLOAT Data
 
 - RecDB database application design
 - example maintenance menu, Designing an Application Using Statement Level Integrity Checks
 - example of deleting data, Delete a Club in the Recreation Database, Delete an Event in the Recreation Database
 - example of error checking, Designing an Application Using Statement Level Integrity Checks
 - example of inserting data, Insert a Member in the Recreation Database
 - example of updating data, Update an Event in the Recreation Database
 - integrity constraints defined, Designing an Application Using Statement Level Integrity Checks
 
 - REFETCH command
 - used with LONG columns, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 
 - relative pathname, Pathname Conventions in Referencing Files
 - restrictions
 - integrity constraints, Using Unique and Referential Integrity Constraints
 - LONG columns, Restrictions
 
 - retrieving LONG column data
 - with [BULK] SELECT, FETCH, or REFETCH commands, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 
 - REVOKE, Changing Program-Related Authorization
 - robust program
 - defined, Handling Runtime Errors and Warnings
 
 - ROLLBACK WORK
 - issued by preprocessor, Description
 - to ensure data consistency, Transaction Management for Simple Operations
 
 - rollforward logging
 - and preprocessing, Description
 
 - row level integrity
 - definition, Comparing Statement Level and Row Level Integrity
 
 - rows to retrieve
 - data buffer, Setting up a Buffer for Query Results of Unknown Format
 
 - RUN authority
 - and program development, Authorizations
 
 - runtime authorization, Granting Program User Authorization
 - runtime errors, Handling Runtime Errors and Warnings
 - bulk processing, Bulk Processing Variables
 - multiple rows qualify, SELECT
 - null values, Indicator Variables
 
 - runtime events, Running the Program
 - runtime library, Compiling and Linking
 - runtime status checking
 - possible errors, Runtime Status Checking and the sqlca
 - status codes, Runtime Status Checking and the sqlca
 
 - runtime warnings, Handling Runtime Errors and Warnings
 
 S- sample database
 - authorities, Authorization
 - data consistency, Maintaining Data Consistency
 - views, Stored Module Containing Sections
 
 - sample program
 - bulk processing, Sample Program Using BULK Processing
 - cex10a, cex10a: Dynamic Commands of Unknown Format
 - cex10b, cex10b: Program Using Dynamic Queries of Known Format
 - cex2, Looking at an Embedded SQL Source Program
 - cex5, Program Illustrating Implicit and Explicit Status Checking
 - cex7, Sample Program Using Simple DML Commands
 - cex8, Sample Program Using Cursor Operations
 - cex9, Sample Program Using BULK Processing
 - cursor processing, Sample Program Using Cursor Operations
 - dynamic queries, known format, cex10b: Program Using Dynamic Queries of Known Format
 - dynamic queries, unknown format, cex10a: Dynamic Commands of Unknown Format
 - modified source file, Sample Modified Source File
 - simple data manipulation, Sample Program Using Simple DML Commands
 - status checking, Program Illustrating Implicit and Explicit Status Checking
 
 - section
 - and system catalog, Stored Module Containing Sections
 - creation, Optimized Access Instructions
 - definition, Creating Stored Sections, Stored Module Containing Sections
 - dynamic vs. non-dynamic, Differences between Dynamic and Non-Dynamic Preprocessing
 - permanently stored, Permanently Stored vs. Temporary Sections
 - purpose, Optimized Access Instructions
 - temorarily stored, Differences between Dynamic and Non-Dynamic Preprocessing
 - temporary, Using PREPARE and EXECUTE
 - types, Stored Module Containing Sections
 - validity, Optimized Access Instructions, Stored Module Containing Sections
 
 - SELECT
 - and simple data manipulation, SELECT
 - DECLARE CURSOR, DECLARE CURSOR
 - use of COMMIT WORK with, Stored Module Containing Sections
 
 - SELECT command
 - used with LONG columns, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 - with TO_CHAR function, Example TO_CHAR Function
 - with TO_DATETIME function, Example Using the SELECT Command, Example TO_CHAR Function
 - with TO_INTERVAL function, Example Using the SELECT Command
 
 - SELECT with CURSOR
 - input host variables only, DECLARE CURSOR
 
 - separate compilable section, Compiling and Linking
 - shared memory
 - series 300, Series 300 Shared Memory
 - use of, Use of Shared Memory
 
 - shared memory input and output, Insert Using Host Variables for LONG Column I/O Strings
 - shared memory problem
 - status checking, Explicit Status Checking Techniques
 
 - signal ipc
 - definition, Choosing an Interprocess Communication Option
 - how to set, Choosing an Interprocess Communication Option
 - when to use, Choosing an Interprocess Communication Option
 
 - signals
 - setting for debugging, Setting Signal Handling for Debugging
 - to avoid in applications, Setting Signal Handling for Debugging
 - used by ALLBASE/SQL, Setting Signal Handling for Debugging
 
 - simple data manipulation
 - commands, Simple Data Manipulation
 - DELETE, DELETE
 - INSERT, INSERT
 - multiple rows not allowed, SELECT
 - sample program, Sample Program Using Simple DML Commands
 - SELECT, SELECT
 - techniques, Simple Data Manipulation
 - transaction management, Transaction Management for Simple Operations
 - UPDATE, UPDATE
 
 - size maximum
 - LONG columns, General Concepts
 
 - skeleton program, Skeleton Program
 - SMALLINT data declaration, SMALLINT Data
 - source file, ALLBASE/SQL Message Catalog
 - source file name, Parameters, Parameters
 - source file;, Source File
 - space allocation for LONG column data, Deciding How Much Space to Allocate and Where
 - SQL
 - basic statements, Creating Source Files
 
 - SQL case shifting, Installable Module File
 - SQL commands
 - comments within, Skeleton Program
 - delimiters for, Skeleton Program
 - location in the code, Skeleton Program
 - syntax, Skeleton Program
 
 - sqlca
 - elements of, Using the sqlca
 - purpose, Using the sqlca
 
 - sqlca.sqlcode
 - introduction, Using the sqlca
 - usage, sqlcode
 
 - sqlca.sqlerrd[2]
 - introduction, Using the sqlca
 - usage, sqlerrd[2]
 
 - sqlca.sqlwarn[0]
 - introduction, Using the sqlca
 - usage, sqlwarn[0]
 
 - sqlca.sqlwarn[1]
 - introduction, Using the sqlca
 - usage, sqlwarn[1]
 
 - sqlca.sqlwarn[2]
 - introduction, Using the sqlca
 - usage, sqlwarn[2]
 
 - sqlca.sqlwarn[3]
 - introduction, Using the sqlca
 - usage, sqlwarn[3]
 
 - sqlca.sqlwarn[6]
 - introduction, Using the sqlca
 - usage, sqlwarn[6]
 
 - sqlcode
 - a negative number, sqlcode
 - and sqlwarn[6], sqlcode
 - ANSI standards, Using the sqlca
 - deadlock detected, Handling Deadlock and Shared Memory Problems
 - detecting end of scan, Detecting End of Scan
 - multiple messages, sqlcode
 - multiple sqlcodes, sqlcode
 - of -10002, Determining When More Than One Row Qualifies
 - of -14024, sqlwarn[6], Handling Deadlock and Shared Memory Problems
 - of -4008, sqlwarn[6]
 - of 0, sqlcode
 - of 100, sqlcode, Detecting End of Scan
 - related to message catalog number, sqlcode
 - SQLEXPLAIN, sqlcode
 - usage, sqlcode
 - used with sqlerrd[2], BULK SELECT
 
 - sqlcode of 100, BULK FETCH
 - sqlda
 - declaring, Declaring Variables for Program Elements
 - fields, Setting Up the SQLDA
 - when fields are set, Dynamically Updating and Deleting Data, Setting Up the SQLDA
 
 - sqlerrd[2]
 - as counter in display routine, BULK SELECT
 - error checking, Comparing Statement Level and Row Level Integrity
 - usage, sqlerrd[2]
 - used with sqlcode, BULK SELECT
 - uses for, Determining Number of Rows Processed
 
 - SQLEXPLAIN
 - and message catalogs, Running the Program
 - introduction, Runtime Status Checking and the sqlca
 - multiple messages, Runtime Status Checking and the sqlca
 - multiple warnings, sqlwarn[0]
 - no message for sqlcode=100, sqlcode
 - simultaneous warning and error, sqlwarn[0]
 - sqlcode, sqlcode
 - sqlwarn[0], sqlwarn[0]
 - using, sqlcode
 - when messages are available, Approaches to Status Checking
 
 - sqlmsg, ALLBASE/SQL Message File
 - sqlwarn[0]
 - SQLEXPLAIN, sqlwarn[0]
 - usage, sqlwarn[0]
 
 - sqlwarn[1]
 - string truncation, String Data Truncation
 - usage, sqlwarn[1]
 
 - sqlwarn[2]
 - usage, sqlwarn[2]
 
 - sqlwarn[3]
 - usage, sqlwarn[3]
 
 - sqlwarn[6], sqlwarn[6]
 - transaction rollback, sqlwarn[6]
 - usage, sqlwarn[6]
 
 - start a DBE session
 - CONNECT, Authorizations
 - START DBE, Authorizations
 
 - START DBE
 - and DBA authority, Authorizations
 - and the preprocessor, Description
 - to start a DBE session, Authorizations
 
 - START DBE NEWLOG
 - to increase log space, Description
 
 - StartIndex variable
 - defined, Variables Used in BULK Processing
 
 - statement level integrity
 - and integrity constraints, Using Unique and Referential Integrity Constraints
 
 - status checking
 - deadlock, Explicit Status Checking Techniques
 - elements available, Using the sqlca
 - explicit, Explicit Status Checking Techniques
 - explicit defined, Runtime Status Checking and the sqlca
 - implicit, Implicit Status Checking Techniques
 - implicit defined, Runtime Status Checking and the sqlca
 - information available, Runtime Status Checking and the sqlca
 - introduction to explicit, Approaches to Status Checking
 - kinds of, Approaches to Status Checking
 - procedures, Program Illustrating Implicit and Explicit Status Checking, Explicit Status Checking Techniques
 - purposes of, Purposes of Status Checking
 - runtime techniques, Handling Runtime Errors and Warnings
 - shared memory problem, Explicit Status Checking Techniques
 
 - status codes
 - runtime status checking, Runtime Status Checking and the sqlca
 
 - storage
 - LONG columns, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 
 - syntax checking mode, Syntax Checking Mode
 - syntax for date/time functions
 - ADD_MONTHS, Using the Date/Time ADD_MONTHS Function
 - input functions, Using Date/Time Input Functions
 - output functions, Using Date/Time Output Functions
 - TO_CHAR, Using Date/Time Output Functions
 - TO_DATE, Using Date/Time Input Functions
 - TO_DATETIME, Using Date/Time Input Functions
 - TO_INTEGER, Using Date/Time Output Functions
 - TO_INTERVAL, Using Date/Time Input Functions
 - TO_TIME, Using Date/Time Input Functions
 
 - syntax for LONG columns
 - ALTER TABLE command, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - CREATE TABLE command, Defining LONG Columns with a CREATE TABLE or ALTER TABLE Command
 - select list, Retrieving LONG Column Data with a [BULK] SELECT, FETCH, or REFETCH Command
 
 - syntax within embedded SQL, Skeleton Program
 - system catalog, Optimized Access Instructions
 - pages locked during preprocessing, Description
 
 
 T- temporary section, Using PREPARE and EXECUTE
 - terminal IO
 - KEEP CURSOR, Writing Keep Cursor Applications
 
 - TO_CHAR function
 - example with SELECT command, Example TO_CHAR Function
 - syntax, Using Date/Time Output Functions
 
 - TO_DATE function
 - example with INSERT command, Example Using the INSERT Command
 - example with UPDATE command, Example Using the UPDATE Command
 - syntax, Using Date/Time Input Functions
 
 - TO_DATETIME function
 - example with DELETE command, Example Using the DELETE Command
 - example with INSERT command, Example Using the INSERT Command
 - example with SELECT command, Example Using the SELECT Command, Example TO_CHAR Function
 - example with UPDATE command, Example Using the UPDATE Command
 - syntax, Using Date/Time Input Functions
 
 - TO_INTEGER function
 - example with BULK FETCH command, Example TO_INTEGER Function
 - syntax, Using Date/Time Output Functions
 
 - TO_INTERVAL function
 - example with INSERT command, Example Using the INSERT Command
 - example with SELECT command, Example Using the SELECT Command
 - syntax, Using Date/Time Input Functions
 
 - TO_TIME function
 - example with INSERT command, Example Using the INSERT Command
 - syntax, Using Date/Time Input Functions
 
 - transaction management, sqlwarn[6]
 - cursor processing, Transaction Management for Cursor Operations
 - simple data manipulation, Transaction Management for Simple Operations
 
 - truncation
 - detecting in strings, Indicator Variables
 - in string operations, String Data Truncation
 - of numeric values, Numeric Data Conversion
 - of UPDATE or DELETE strings, String Data Truncation
 
 - type compatibility, Declaring Variables for Compatibility
 - and the INFO command, Declaring Variables for Compatibility
 - decimal, Numeric Data Conversion
 
 - type conversion, Declaring Variables for Compatibility
 - type include file
 - sample, Sample Preprocessor Generated Include Files
 
 - type precedence
 - in numeric conversion, Numeric Data Conversion
 
 
 U- unique index
 - WHERE clause, SELECT
 
 - UPDATE
 - and simple data manipulation, UPDATE
 
 - UPDATE and FETCH
 - cursor processing, UPDATE WHERE CURRENT
 
 - UPDATE command
 - used with LONG columns , Changing a LONG Column with an UPDATE [WHERE CURRENT] Command
 - used with TO_DATE function, Example Using the UPDATE Command
 - used with TO_DATETIME function, Example Using the UPDATE Command
 
 - UPDATE STATISTICS
 - before preprocessing, Description
 - invalidating sections, Stored Module Containing Sections
 
 - UPDATE WHERE CURRENT
 - FOR UPDATE OF, DECLARE CURSOR, UPDATE WHERE CURRENT
 - restrictions, UPDATE WHERE CURRENT
 - syntax, UPDATE WHERE CURRENT
 
 - UPDATE WHERE CURRENT command
 - used with LONG columns, Changing a LONG Column with an UPDATE [WHERE CURRENT] Command
 
 - updating application programs, Managing Source Code
 - USER
 - as default data value, Using Default Data Values
 
 - using default data values
 - introduction to, Using Default Data Values
 
 - using indicator variables
 - assigning null values, UPDATE
 
 
  
 |