cxx11.hpp File Reference

This (deprecated) header provides some basic features from C++11 and a few rudimentary feature-testing macros. For details, see C++11 support. More...

#include <climits>
#include <cstddef>
#include <iterator>
#include <sstream>
#include <string>
#include <utility>

Classes
struct	cal::add_const< T >
	Adds the const qualifier to the type. More...
struct	cal::add_cv< T >
	Adds both the const and volatile qualifiers to the type. More...
struct	cal::add_lvalue_reference< T >
	Converts the type into an lvalue reference. More...
struct	cal::add_pointer< T >
	Converts into a pointer type. More...
struct	cal::add_rvalue_reference< T >
	Converts the type into an rvalue reference, unless T is an lvalue reference, in which case the type is returned unchanged. If rvalue references are not supported, the type is returned unchanged. More...
struct	cal::add_volatile< T >
	Adds the volatile qualifier to the type. More...
struct	cal::common_type<>
	Returns a common type among the given types. Without support for variadic templates, this template can only support 2 template arguments. Without decltype support, the common type is only defined if the types are thes same). More...
struct	cal::conditional< Condition, TrueT, FalseT >
	Returns one of the types based on a boolean condition. More...
struct	cal::decay< T >
	Performs lvalue transformations and removes cv-qualifiers. More...
struct	cal::enable_if< Condition, T >
	Contains a type member equal to T if Condition is true. More...
struct	cal::extent< T, N >
	Obtains the number of elements along the N-th dimension (or zero if unknown or outside bounds). More...
struct	cal::get_iterator< class >
	Obtains the default iterator type of a container or array (deprecated). More...
struct	cal::get_iterator< class >
	Obtains the default iterator type of a container or array (deprecated). More...
struct	cal::integral_constant< T, Value >
	Represents a compile-time constant of integral type. More...
struct	cal::is_abstract< T >
	Checks if a type is an abstract type. More...
struct	cal::is_arithmetic< T >
	Returns whether the type is an integral or floating-point type. More...
struct	cal::is_array< T >
	Returns whether the type is an array type. More...
struct	cal::is_base_of< Base, Derived >
	Checks if a type is derived from another type. More...
struct	cal::is_const< T >
	Returns whether the type is const-qualified. More...
struct	cal::is_convertible< From, To >
	Checks if the type From can be converted to To. More...
struct	cal::is_floating_point< T >
	Returns whether the type is a floating-point type (only works on fundamental types). More...
struct	cal::is_function< class >
	Returns whether the the type is a function type (up to 5 arguments if variadic templates are not supported). More...
struct	cal::is_integral< T >
	Returns whether the type is an integral type (only works on fundamental types). More...
struct	cal::is_lvalue_reference< T >
	Returns whether the type is an lvalue or rvalue reference. More...
struct	cal::is_pointer< T >
	Returns whether the type is an object pointer type. More...
struct	cal::is_reference< T >
	Returns whether the type is an lvalue or rvalue reference. More...
struct	cal::is_rvalue_reference< T >
	Returns whether the type is an rvalue reference. More...
struct	cal::is_same< class, class >
	Returns whether the types are the same. More...
struct	cal::is_void< T >
	Returns whether the type is a void type. More...
struct	cal::is_volatile< T >
	Returns whether the type is volatile-qualified. More...
struct	cal::make_signed< T >
	Converts an integral type to a signed type (only works on fundamental types, excluding char). More...
struct	cal::make_unsigned< T >
	Converts an integral type to a unsigned type (only works on fundamental types, excluding char). More...
struct	cal::match_cv< T, Target >
	Obtains a type related to T with the same const-volatile qualifiers as Target. More...
struct	cal::rank< T >
	Returns the number of dimensions in the array type. More...
struct	cal::remove_all_extents< T >
	Removes all the dimensions of an array type. More...
struct	cal::remove_const< T >
	Removes the const qualifier from the type. More...
struct	cal::remove_cv< T >
	Removes both the const and volatile qualifiers from the type. More...
struct	cal::remove_extent< T >
	Removes the first dimension of an array type. More...
struct	cal::remove_pointer< T >
	Converts to a non-pointer type. More...
struct	cal::remove_reference< T >
	Converts to a non-reference type. More...
struct	cal::remove_volatile< T >
	Removes the volatile qualifier from the type. More...
struct	cal::result_of< T >
	Deduces the return type of a function call (up to 5 arguments if variadic templates are not supported). If decltype is not available, it will use the result_type member of the function. More...
struct	cal::unparenthesize_type< void(T)>
	Used to remove parentheses around a type expression: when a type T is passed in as a function type of the form void(T), a typedef named type is provided to recover the type T. More...
struct	cal::valid_call< T >
	Returns whether the function call is valid. When the template parameter is equal to F(T...), it will return true if the function object F can be called with parameters of type T.... If variadic templates are not supported, a maximum of 5 arguments are supported. More...
struct	std::hash< Key >
	Hash function declaration (no specializations provided). More...

Namespaces
	cal
	Primary namespace.

Macros
#define	CALICO_DECLTYPE(expr, fallback_type)   decltype(expr)
	Attempts to compute the static type of expr with a fallback_type if this fails (deprecated). More...
#define	CALICO_ENABLE_IF(condition, type_expr)   type_expr
	Convenience macro for performing enable_if tests (deprecated). More...
#define	CALICO_ENABLE_IF_P(condition)   , typename ::cal::enable_if<(condition)>::type* = 0
	Convenience macro for performing enable_if tests in the parameter list (deprecated). More...
#define	CALICO_UNPARENS(type_expr)   auto
	Removes the parentheses around a type expression (deprecated). More...
#define	CALICO_VALID_TYPE(type_expr, return_type)   return_type
	Returns the return_type if type_expr is a valid type; causes a compiler error otherwise (deprecated). More...
#define	CALICO_VALID_VAL(value_expr, return_value)   return_value
	Constructs an unevaluated context for the given expression to test the its validity (deprecated). More...

Typedefs
typedef integral_constant < bool, false >	cal::false_type
	An alias to integral_constant with a value of false.
typedef integral_constant < bool, true >	cal::true_type
	An alias to integral_constant with a value of true.
typedef unsigned	cal::uint_fast16_t
	Fastest unsigned integer type with a width of at least 16 bits.

Functions
template<class T >
T *	cal::addressof (T &x)
	Obtains the address of an object even if operator& is overloaded.
template<class C >
auto	cal::begin (C &c)
	Returns an iterator to the beginning of a container.
template<class C >
auto	cal::begin (const C &c)
	Returns an iterator to the beginning of a container.
template<class T , std::size_t N>
T *	cal::begin (T(&array)[N])
	Returns an iterator to the beginning of an array.
template<class Iterator >
Iterator	std::begin (const std::pair< Iterator, Iterator > &p)
	Returns the first item in an iterator pair (deprecated). More...
template<class C >
auto	cal::cbegin (const C &c)
	Returns a const-qualified iterator to the beginning of a container.
template<class C >
auto	cal::cend (const C &c)
	Returns a const-qualified iterator to the end of a container.
template<class T >
add_rvalue_reference< T >::type	cal::declval ()
	Converts a type into an unevaluated operand.
template<class C >
auto	cal::end (C &c)
	Returns an iterator to the end of a container.
template<class C >
auto	cal::end (const C &c)
	Returns an iterator to the end of a container.
template<class T , std::size_t N>
T *	cal::end (T(&array)[N])
	Returns an iterator to the end of an array.
template<class Iterator >
Iterator	std::end (const std::pair< Iterator, Iterator > &p)
	Returns the second item in an iterator pair (deprecated). More...
template<class T >
constexpr T &&	cal::forward (typename remove_reference< T >::type &&t)
	Perfectly forwards the given argument.
template<class T >
remove_reference< T >::type &&	cal::move (T &&t)
	Converts an rvalue reference into an xvalue.
template<class T >
std::string	cal::to_string (const T &x)
	Constructs a string representation of an object using the stream insertion operator (<<).

Variables
typedef	cal::uint16_t
	16-bit unsigned integer type.
typedef	cal::uint32_t
	32-bit unsigned integer type.
typedef	cal::uint64_t
	64-bit unsigned integer type.

Detailed Description

This (deprecated) header provides some basic features from C++11 and a few rudimentary feature-testing macros. For details, see C++11 support.