| Preface |
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Preface
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Preface
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| Chapter 1 |
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1
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Introduction
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1.1
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Using the HP C Run-Time Library
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1.2
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RTL Linking Options on Alpha and I64 Systems (ALPHA, I64)
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1.2.1
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Linking with the Shareable Image
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1.2.2
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Linking with the Object Libraries (ALPHA ONLY)
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1.2.3
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Examples
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1.3
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RTL Linking Options on VAX Systems (VAX ONLY)
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1.3.1
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Linking with the HP C RTL
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1.3.1.1
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Linking with the HP C RTL Shareable Images
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1.3.1.2
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Linking with or Providing Your Own Shareable Images
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1.3.1.3
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Linking with the HP C RTL Object Libraries
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1.3.1.4
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Linking with the HP C RTL Object Libraries /NOSYSSHR
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1.3.2
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Resolving Link-Time Conflicts with Multiple C RTLs
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1.3.2.1
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Using VAXC$LCL.OPT
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1.3.2.2
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Using VAXC$EMPTY.EXE
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1.3.2.3
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Using DECC$EMPTY.EXE
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1.3.3
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Linking Examples for HP C or HP C++ Code Only
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1.3.4
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Linking Examples for VAX C and HP C Code Combined
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1.3.5
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Linking with the VAX C RTL /NOSYSSHR
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1.4
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HP C RTL Function Prototypes and Syntax
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1.4.1
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Function Prototypes
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1.4.2
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Syntax Conventions for Function Prototypes
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1.4.3
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UNIX Style File Specifications
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1.4.4
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Extended File Specifications
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1.4.5
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Symbolic Links and POSIX Pathnames
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1.5
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Feature-Test Macros for Header-File Control
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1.5.1
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Standards Macros
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1.5.2
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Selecting a Standard
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1.5.3
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Interactions with the /STANDARD Qualifier
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1.5.4
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Multiple-Version-Support Macro
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1.5.5
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Compatibility Modes
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1.5.6
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Curses and Socket Compatibility Macros
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1.5.7
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2-Gigabyte File Size Macro
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1.5.8
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32-Bit UID and GID Macro (ALPHA, I64)
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1.5.9
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Standard-Compliant stat Structure (ALPHA, I64)
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1.5.10
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Using Legacy _toupper and _tolower Behavior (ALPHA, I64)
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1.5.11
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Using Faster, Inlined Put and Get Functions (ALPHA, I64)
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1.5.12
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POSIX Style exit (ALPHA, I64)
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1.6
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Enabling C RTL Features Using Feature Logical Names
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1.7
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32-Bit UIDs/GIDs and POSIX Style Identifiers
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1.8
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Input and Output on OpenVMS Systems
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1.8.1
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RMS Record and File Formats
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1.8.2
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Access to RMS Files
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1.8.2.1
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Accessing RMS Files in Stream Mode
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1.8.2.2
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Accessing RMS Record Files in Record Mode
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1.8.2.2.1
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Accessing Variable-Length or VFC Record Files in Record Mode
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1.8.2.2.2
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Accessing Fixed-Length Record Files in Record Mode
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1.8.2.3
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Example---Difference Between Stream Mode and Record Mode
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1.9
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Specific Portability Concerns
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1.9.1
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Reentrancy
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1.9.2
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Multithread Restrictions
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1.10
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64-Bit Pointer Support (ALPHA, I64)
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1.10.1
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Using the HP C Run-Time Library
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1.10.2
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Obtaining 64-Bit Pointers to Memory
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1.10.3
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HP C Header Files
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1.10.4
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Functions Affected
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1.10.4.1
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No Pointer-Size Impact
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1.10.4.2
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Functions Accepting Both Pointer Sizes
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1.10.4.3
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Functions with Two Implementations
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1.10.4.4
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Functions Requiring Explicit use of 64-Bit Structures
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1.10.4.5
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Functions Restricted to 32-Bit Pointers
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1.10.5
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Reading Header Files
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| Chapter 2 |
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2
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Understanding Input and Output
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2.1
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Using RMS from RTL Routines
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2.2
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UNIX I/O and Standard I/O
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2.3
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Wide-Character Versus Byte I/O Functions
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2.4
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Conversion Specifications
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2.4.1
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Converting Input Information
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2.4.2
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Converting Output Information
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2.5
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Terminal I/O
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2.6
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Program Examples
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| Chapter 3 |
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3
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Character, String, and Argument-List Functions
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3.1
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Character-Classification Functions
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3.2
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Character-Conversion Functions
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3.3
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String and Argument-List Functions
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3.4
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Program Examples
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| Chapter 4 |
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4
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Error and Signal Handling
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4.1
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Error Handling
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4.2
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Signal Handling
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4.2.1
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OpenVMS Versus UNIX Terminology
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4.2.2
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UNIX Signals and the HP C RTL
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4.2.3
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Signal-Handling Concepts
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4.2.4
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Signal Actions
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4.2.5
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Signal Handling and OpenVMS Exception Handling
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4.3
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Program Example
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