<memory> Members

Reference

Functions

checked_uninitialized_copy	Same as uninitialized_copy but enforces the use of a checked iterator as output iterator.
checked_uninitialized_fill_n	Same as uninitialized_fill_n but enforces the use of a checked iterator as output iterator.
get_temporary_buffer	Allocates temporary storage for a sequence of elements that does not exceed a specified number of elements.
return_temporary_buffer	Deallocates the temporary memory that was allocated using the get_temporary_buffer template function.
unchecked_uninitialized_copy	Same as uninitialized_copy but allows the use of an unchecked iterator as output iterator when _SECURE_SCL=1 is defined.
unchecked_uninitialized_fill_n	Same as uninitialized_fill_n but allows the use of an unchecked iterator as output iterator when _SECURE_SCL=1 is defined.
uninitialized_copy	Copies objects from a specified input range into an uninitialized destination range.
uninitialized_fill	Copies objects of a specified value into an uninitialized destination range.
uninitialized_fill_n	Copies objects of a specified value into specified number of elements an uninitialized destination range.

Operators

operator!=	Tests for inequality between allocator objects of a specified class.
operator==	Tests for equality between allocator objects of a specified class.

Classes

allocator Class	The template class describes an object that manages storage allocation and freeing for arrays of objects of type Type.
auto_ptr Class	The template class describes an object that stores a pointer to an allocated object of type Type * that ensures the object to which it points gets deleted when its enclosing auto_ptr gets destroyed.
raw_storage_iterator Class	An adaptor class that is provided to enable algorithms to store their results into uninitialized memory.

Specializations

allocator<void> Class

A specialization of the template class allocator to type void, defining the only the member types that make sense in this specialized context.

See Also

Reference

<memory>

Thread Safety in the Standard C++ Library