HP C++
Using HP C++ for Tru64 UNIX and Linux Alpha

Contents

Preface
Preface	Preface
Chapter 1
1	Building and Running C++ Programs
1.1	Compiling a Program
1.2	Linking a Program
1.3	Name Demangling
1.4	C++ Standard Library
1.5	C++ Class Library
1.6	Linking With Non-Default Libraries
1.7	Debugging
1.8	Improving Build Performance
1.8.1	Object File Compression [Tru64]
1.8.2	Using Shared Libraries
1.8.3	Using Precompiled Headers
1.8.4	Performance Optimization Options
1.9	Deploying Your Application [Tru64]
1.9.1	Redistributing the C++ Run-Time Library
1.9.2	Instructions for Installing Redistribution Kit
1.10	Using OpenMP
Chapter 2
2	HP C++ Implementation
2.1	Implementation-Specific Attributes
2.1.1	#pragma Preprocessor Directive
2.1.1.1	#pragma define_template Directive
2.1.1.2	#pragma instantiate Directive
2.1.1.3	#pragma environment Directive
2.1.1.4	#pragma extern_prefix Directive
2.1.1.5	#pragma ident Directive
2.1.1.6	#pragma [no]inline Directive
2.1.1.7	#pragma intrinsic Directive
2.1.1.8	#pragma [no]member_alignment Directive
2.1.1.9	#pragma message Directive
2.1.1.10	#pragma module Directive
2.1.1.11	#pragma once Directive
2.1.1.12	#pragma pack Directive
2.1.1.13	#pragma pointer_size Directive [Tru64]
2.1.1.14	#pragma required_pointer_size Directive [Tru64]
2.1.1.15	#pragma required_vptr_size Directive [Tru64]
2.1.1.16	#pragma [no]standard Directive
2.1.1.17	#pragma weak Directive
2.1.2	Protecting System Header Files
2.1.2.1	Using the Compiler's Header File Protection Option
2.1.2.2	Modifying Each Header File
2.1.3	Predefined Macro Names
2.1.4	Translation Limits
2.1.5	Numerical Limits
2.1.6	Argument-Passing and Return Mechanisms
2.2	Implementation Extensions and Features
2.2.1	Identifiers
2.2.1.1	Character Limit for Long Names
2.2.2	Order of Static Object Initialization
2.2.3	Integral Conversions
2.2.4	Floating-Point Conversions
2.2.5	Explicit Type Conversion
2.2.6	The sizeof Operator
2.2.7	Explicit Type Conversion
2.2.8	Multiplicative Operators
2.2.9	Additive Operators
2.2.10	Shift Operators
2.2.11	Equality Operators
2.2.12	volatile Type Specifier
2.2.13	__unaligned Type Specifier
2.2.14	Linkage Specifications
2.2.15	Temporary Objects
2.2.15.1	Nonconstant Reference Initialization with a Temporary Object
2.2.16	Exception Handling
2.2.17	File Inclusion
2.2.18	Inheritance and Header Files
2.2.19	Nested Enums and Overloading
2.2.20	Guiding Declarations
2.3	Run-time Type Identification
2.4	Implementation of Polymorphism During Object Construction
2.5	Message Control Options
2.6	Message Information Options
Chapter 3
3	HP C++ Language Environment
3.1	Using Existing C Header Files
3.1.1	Providing C and C++ Linkage
3.1.2	Resolving C++ Keyword Conflicts
3.2	Using HP C++ with Other Languages
3.3	Linkage to Non-C++ Code and Data
3.4	How to Organize Your C++ Code
3.4.1	Code That Does Not Use Templates
3.4.2	Code That Uses Templates
3.4.3	Creating Libraries
3.5	Using 32-bit Pointers (xtaso)
3.6	Hints for Designing Upwardly Compatible C++ Classes
3.6.1	Source Compatibility
3.6.2	Link Compatibility
3.6.3	Run Compatibility
3.6.4	Additional Reading