Implicit Template Instantiation - Oracle® Solaris Studio 12.4: C++ User's Guide

Oracle^® Solaris Studio 12.4: C++ User's Guide

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Updated: March 2015

Oracle^® Solaris Studio 12.4: C++ User's Guide

Document Information

Using This Documentation

Part I C++ Compiler

Part II Writing C++ Programs

Chapter 4 Language Extensions

4.1 Linker Scoping

4.2 Thread-Local Storage

4.3 Overriding With Less Restrictive Virtual Functions

4.4 Making Forward Declarations of enum Types and Variables

4.5 Using Incomplete enum Types

4.6 Using an enum Name as a Scope Qualifier

4.7 Using Anonymous struct Declarations

4.8 Passing the Address of an Anonymous Class Instance

4.9 Declaring a Static Namespace-Scope Function as a Class Friend

4.10 Using the Predefined __func__ Symbol for Function Name

4.11 Supported Attributes

4.12 Compiler Support for Intel MMX and Extended x86 Platform Intrinsics

Chapter 5 Program Organization

5.1 Header Files

5.2 Template Definitions

Chapter 6 Creating and Using Templates

6.1 Function Templates

6.1.1 Function Template Declaration

6.1.2 Function Template Definition

6.1.3 Function Template Use

6.2 Class Templates

6.2.1 Class Template Declaration

6.2.2 Class Template Definition

6.2.3 Class Template Member Definitions

6.2.4 Class Template Use

6.3 Template Instantiation

6.3.1 Implicit Template Instantiation

6.3.2 Explicit Template Instantiation

6.4 Template Composition

6.5 Default Template Parameters

6.6 Template Specialization

6.6.1 Template Specialization Declaration

6.6.2 Template Specialization Definition

6.6.3 Template Specialization Use and Instantiation

6.6.4 Partial Specialization

6.7 Template Problem Areas

6.7.1 Nonlocal Name Resolution and Instantiation

6.7.2 Local Types as Template Arguments

6.7.3 Friend Declarations of Template Functions

6.7.4 Using Qualified Names Within Template Definitions

6.7.5 Nesting Template Names

6.7.6 Referencing Static Variables and Static Functions

6.7.7 Building Multiple Programs Using Templates in the Same Directory

Chapter 7 Compiling Templates

Chapter 8 Exception Handling

8.1 Synchronous and Asynchronous Exceptions

8.2 Specifying Runtime Errors

8.3 Disabling Exceptions

8.4 Using Runtime Functions and Predefined Exceptions

8.5 Mixing Exceptions With Signals and Setjmp/Longjmp

8.6 Building Shared Libraries That Have Exceptions

Chapter 9 Improving Program Performance

9.1 Avoiding Temporary Objects

9.2 Using Inline Functions

9.3 Using Default Operators

9.4 Using Value Classes

9.5 Cache Member Variables

Chapter 10 Building Multithreaded Programs

10.1 Building Multithreaded Programs

10.2 Using Exceptions in a Multithreaded Program

10.3 Sharing C++ Standard Library Objects Between Threads

10.4 Memory Barrier Intrinsics

Part III Libraries

Part IV Appendixes

Language:

6.3.1 Implicit Template Instantiation

The use of a template function or template class introduces the need for an instance. If that instance does not already exist, the compiler implicitly instantiates the template for that combination of template arguments.

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