User:Serbanu C++11
Here is the list of C++11 features that are supported by the C++ 64bit compiler.
Rvalue References description
Rvalue References Example
Rvalue references for *this
Rvalue references for *this Example
Initialization of class objects by rvalues
Initialization of class objects by rvalues Example
Non-static data member initializers
Non-static data member initializers Example
Variadic templates
Variadic templates Example
Extending variadic template template parameters
Extending variadic template template parameters Example
Initializer lists
Initializer lists Example
Static assertions
Static assertions Example
auto-typed variables
auto-typed variables Example
Multi-declarator auto
Multi-declarator auto Example
Removal of auto as a storage-class specifier
Removal of auto as a storage-class specifier Example
New function declarator syntax
New function declarator syntax Example
Lambda expressions
Lambda expressions Example
Declared type of an expression
Declared type of an expression Example
Incomplete return types
Incomplete return types Example
Right angle brackets
Right angle brackets Example
Default template arguments for function templates
Default template arguments for function templates Example
Solving the SFINAE problem for expressions
Solving the SFINAE problem for expressions Example
Alias templates
Alias templates Example
Extern templates
Extern templates Example
Null pointer constant
C++11 introduces the nullptr constant in order to remove the ambiguity between 0 and a null pointer.
Although the NULL macro exists, it is insufficient because it cannot be distinguished from the integer 0 in a call to a function that has one overload with an int parameter and another with a char* parameter.
Therefore, nullptr is now a reserved word. The integer 0 will not be implicitly converted to any pointer type. The null pointer can only be converted to any pointer type.
Note:The null pointer cannot be used in an arithmetic expression, assigned to an integral value, or compared to an integral value.
Note:For more information see : Null pointer constant proposal document.
Null pointer constant Example
Strongly-typed enums
Strongly-typed enums is a C++11 feature that is supported by both the 32-bit and 64-bit compilers.
For more information about this feature, see the BCC32 documentation here: Strongly Typed Enums.
Forward declarations for enums
Forward declarations for enums is a feature supported by both the 32bit and 64bit compilers.
For more information about this feature see the BCC32 documentation here: Forward Declaration of Enums.