Document revision date: 19 July 1999

Examples
2-1	Calling the ACL Editor with a VAX BLISS Program
3-1	Calling the Backup API with a VAX C Program
4-1	Using the CLI Routines to Retrieve Information About Command Lines in a Fortran Program
5-1	Using UTIL$CQUAL Routines to Process Files
6-1	Using the CONVERT Routines in a Fortran Program
6-2	Using the CONVERT Routines in a C Program
6-3	Using the CONV$RECLAIM Routine in a Fortran Program
6-4	Using the CONV$RECLAIM Routine in a C Program
7-1	Compressing a File in a DEC Fortran Program
7-2	Expanding a Compressed File in a DEC Fortran Program
8-1	Sample VAX BLISS Template for Callable DECTPU
8-2	Normal DECTPU Setup in DEC Fortran
8-3	Building a Callback Item List with DEC Fortran
8-4	Specifying a User-Written File I/O Routine in VAX C
9-1	Using the EDT Routines in a VAX BASIC Program
10-1	Using FDL$CREATE in a Fortran Program
10-2	Using FDL$PARSE and FDL$RELEASE in a C Program
10-3	Using FDL$PARSE and FDL$GENERATE in a DEC Pascal Program
11-1	Creating a New Library Using DEC Pascal
11-2	Inserting a Module into a Library Using DEC Pascal
11-3	Extracting a Module from a Library Using DEC Pascal
11-4	Deleting a Module from a Library Using DEC Pascal
11-5	Associating Keys with Modules
11-6	Listing Keys Associated with a Module
11-7	Displaying the Module Header
11-8	Reading Library Headers
11-9	Displaying Text from a Help Library
11-10	Displaying Index Entries
13-1	Sending a File
13-2	Displaying Folders
13-3	Displaying User Profile Information
14-1	Using NCS Routines in a Fortran Program
14-2	Using NCS Routines in a VAX C Program
15-1	Using PSM Routines to Supply a Page Header Routine in a VAX MACRO Program
17-1	Using SOR Routines to Perform a Merge Using Record Interface in a DEC Fortran Program
17-2	Using SOR Routines to Sort Using Mixed Interface in a DEC Fortran Program
17-3	Using SOR Routines to Merge Three Input Files in a DEC Pascal Program
17-4	Using SOR Routines to Sort Records from Two Input Files in a DEC Pascal Program
17-5	Using SOR Routines to Sort Records Using the STABLE Option and Two Text Keys in a DEC C Program
Figures
11-1	Structure of a Macro, Text, or Help Library
11-2	Structure of an Object or Shareable Image Library
11-3	Structure of a User-Developed Library
12-1	LOGINOUT Callout Routines Data Flow
12-2	Callout Organization
13-1	Standard Message Format
13-2	Item Descriptor
15-1	Multithreaded Symbiont
15-2	Symbiont Execution Sequence or Flow of Control
16-1	Symbionts in the OpenVMS Environment
16-2	Flowchart for a Single-Threaded, Synchronous Symbiont
16-3	Flowchart for a Single-Threaded, Asynchronous Symbiont (MAIN Routine)
16-4	Flowchart for a Single-Threaded, Asynchronous Symbiont (AST Routine)
Tables
3-1	Backup API Language Definition Files
3-2	BACKUP Option Structure Types
3-3	bckEvent Format
3-4	Event Callback Buffer Formats
3-5	Control Event Subtypes
3-6	bckControl Format
5-1	UTIL$CQUAL Routines
5-2	UTIL$CQUAL_FILE_PARSE Command Line Qualifiers
5-3	UTIL$CQUAL_FILE_PARSE Flags and Masks
5-4	Prompting Form Values
5-5	Prompt Responses
6-1	Conversion Statistics Array
6-2	CONVERT Qualifiers
6-3	Bucket Reclamation Statistics Array
8-1	Valid Masks for the TPU$K_OPTIONS Item Code
11-1	LBR Routines
12-1	LOGINOUT Callouts
12-2	LOGINOUT Callback Routines
12-3	Useful LOGINOUT Internal Variables
13-1	Default Mail Folders
13-2	User Profile Information
13-3	Levels of Mail Utility Processing
13-4	Callable Mail Utility Routines
13-5	Types of Action Routines
13-6	Mail File Routines
13-7	Message Routines
13-8	Send Routines
13-9	User Profile Context Routines
13-10	Input Item Codes
13-11	Output Item Codes
14-1	NCS Routines
15-1	Routine Codes for Specification to PSM$REPLACE
16-1	Job Controller Functions
17-1	High-Performance Sort/Merge: Differences in SOR$ Routine Behavior

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