This section contains Keywords, Alphabetical Listing topics.
Name |
Description |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Operators Description The sizeof operator has two distinct uses: sizeof unary-expression sizeof (type-name) The result in both cases is an integer constant that gives the size in bytes of how much memory space is used by the operand (determined by its type, with some exceptions). The amount of space that is reserved for each type depends on the machine. In the first use, the type of the operand expression is determined without evaluating the expression (and therefore without side effects). When the operand is of type char (signed or unsigned), sizeof gives the result 1. When the... more | |
Category Keyword extensions Syntax | |
Category Operators, Keyword extensions Syntax | |
Category Keyword extensions Syntax | |
Category Modifiers, Keyword extensions, Storage class specifiers Syntax | |
Category Modifiers Syntax | |
Category Statements, Keyword extensions Syntax | |
Category Keyword extensions Syntax | |
Category Keyword extensions Description You can specify the size for integer types. You must use the appropriate suffix when using extended integers. | |
Category Modifiers, Keyword extensions Syntax | |
Category Modifiers, Keyword extensions Syntax | |
Category Keyword extensions Syntax | |
Category Keyword extensions Syntax | |
Category (__rtti keyword) Modifiers, C++ Keyword Extensions, C++-Specific Keywords Description Runtime type identification is enabled by default. You can disable RTTI on the C++ page of the Project Options dialog box. From the command-line, you can use the -RT- option to disable it or -RT to enable it. If RTTI is disabled, or if the argument to typeid is a pointer or a reference to a non-polymorphic class, typeid returns a reference to a const type_info object that describes the declared type of the pointer or reference, and not the actual object that the pointer or reference is bound to.... more | |
Category Keyword extensions Description The keyword __thread is used in multithread programs to preserve a unique copy of global and static class variables. Each program thread maintains a private copy of a __thread variable for each thread. The syntax is Type __thread variable__name. For example | |
Category Statements, Keyword extensions Syntax | |
Category Modifiers, Keyword extensions Form 1 | |
Category Modifiers, Keyword extensions Syntax | |
Category Modifiers, Keyword extensions Syntax | |
Category Keyword extensions, C++-Specific Keywords Syntax | |
Category Storage class specifiers Syntax | |
Category C++-Specific Keywords Syntax | |
Category Statements Syntax Description Use the break statement within loops to pass control to the first statement following the innermost switch, for, while, or do block. Example This example illustrates the use of keywords break, case, default, and switch. | |
Category Statements Syntax | |
Category Statements, C++-Specific Keywords Syntax | |
Category Modifiers, Keyword extensions Syntax | |
Category Type specifiers Syntax | |
Category C++-Specific Keywords, Type specifiers Syntax | |
Category Modifiers Syntax | |
Category C++-Specific Keywords Syntax | |
Category Statements Syntax | |
Category Statements Syntax | |
Category Operators, C++-Specific Keywords Syntax | |
Category Statements Syntax | |
Category Type specifiers Syntax | |
Category C++-Specific Keywords Description In the expression, dynamic_cast< T > (ptr), T must be a pointer or a reference to a defined class type or void*. The argument ptr must be an expression that resolves to a pointer or reference. If T is void* then ptr must also be a pointer. In this case, the resulting pointer can access any element of the class that is the most derived element in the hierarchy. Such a class cannot be a base for any other class. Conversions from a derived class to a base class, or from one derived class to... more | |
Category Type specifiers Syntax | |
Category C++-Specific Keywords Syntax | |
Category Unimplemented Syntax | |
Category Storage class specifiers Syntax | |
Category Statements, Keyword extensions Syntax | |
Category Type specifiers Syntax | |
Category Statements Syntax | |
Category C++-Specific Keywords Syntax | |
Category Statements Syntax | |
Category Operators Syntax | |
Category Modifiers, Keyword extensions Form 1 | |
Category C++-Specific Keywords Syntax | |
Category Type specifiers Syntax | |
Category Type specifiers Syntax | |
Category C++-Specific Keywords, Storage class specifiers Syntax | |
Category C++-Specific Keywords Description Most real-world applications consist of more than one source file. The files can be authored and maintained by more than one developer. Eventually, the separate files are organized and linked to produce the final application. Traditionally, the file organization requires that all names that aren't encapsulated within a defined namespace (such as function or class body, or translation unit) must share the same global namespace. Therefore, multiple definitions of names discovered while linking separate modules require some way to distinguish each name. The solution to the problem of name clashes in the global scope is provided... more | |
Category Operators, C++-Specific Keywords Syntax | |
Category Operators, C++-Specific Keywords Syntax | |
Category Modifiers, Keyword extensions Syntax | |
Category C++-Specific Keywords Syntax | |
Category C++-Specific Keywords Syntax | |
Category C++-Specific Keywords Syntax | |
Category Storage class specifiers Syntax | |
Category C++-Specific Keywords Syntax | |
Category Statements Syntax | |
Category Type specifiers Syntax | |
Category Type specifiers Syntax | |
Category Storage class specifiers Syntax | |
Category C++-Specific Keywords Syntax | |
Category Type specifiers Syntax | |
Category Statements Syntax | |
Category C++-Specific Keywords Syntax | |
Category C++-Specific Keywords Example | |
Category Statements, C++-Specific Keywords Syntax | |
Category Statements, C++-Specific Keywords Syntax | |
Category Storage class specifiers Syntax | |
Category Operators, C++-Specific Keywords Syntax | |
Category C++-Specific Keywords Syntax 1 | |
Category Type specifiers Syntax | |
Category Type specifiers Syntax | |
Category C++-Specific Keywords Description You can access namespace members individually with the using-declaration syntax. When you make a using declaration, you add the declared identifier to the local namespace. The grammar is using-declaration: using :: unqualified-identifier; | |
Category C++-Specific Keywords Syntax | |
Category Special types Syntax | |
Category Modifiers Syntax | |
Category C++-Specific Keywords, Type specifiers Syntax | |
Category Statements Syntax |
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