element_associator.hpp File Reference

#include <boost/config.hpp>
#include <boost/icl/type_traits/is_associative_element_container.hpp>
#include <boost/icl/type_traits/is_key_container_of.hpp>
#include <boost/icl/type_traits/is_combinable.hpp>
#include <boost/icl/detail/subset_comparer.hpp>
#include <boost/icl/concept/element_set.hpp>
#include <boost/icl/concept/element_map.hpp>

Include dependency graph for element_associator.hpp:

This graph shows which files directly or indirectly include this file:

Namespaces
	boost
	Duration formatting facet for input.
	boost::icl

Functions
template<class Type >
enable_if < is_element_container< Type > , std::size_t >::type	boost::icl::iterative_size (const Type &object)
template<class Type >
enable_if < is_associative_element_container < Type >, typename Type::size_type >::type	boost::icl::size (const Type &object)
template<class Type >
enable_if < is_associative_element_container < Type >, typename Type::size_type >::type	boost::icl::cardinality (const Type &object)
template<class Type >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::within (const typename Type::key_type &key, const Type &super)
	Checks if a key is in the associative container. More...
template<class SubT , class SuperT >
enable_if< mpl::and_ < is_associative_element_container < SuperT > , is_key_container_of< SubT, SuperT > >, bool >::type	boost::icl::within (const SubT &sub, const SuperT &super)
template<class Type >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::contains (const Type &super, const typename Type::key_type &key)
template<class SubT , class SuperT >
enable_if< mpl::and_ < is_associative_element_container < SuperT > , is_key_container_of< SubT, SuperT > >, bool >::type	boost::icl::contains (const SuperT &super, const SubT &sub)
template<class Type >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::operator== (const Type &left, const Type &right)
	Standard equality, which is lexicographical equality of the sets as sequences, that are given by their Compare order. More...
template<class Type >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::is_element_equal (const Type &left, const Type &right)
template<class Type >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::operator< (const Type &left, const Type &right)
template<class LeftT , class RightT >
enable_if < is_concept_equivalent < is_element_container, LeftT, RightT >, int >::type	boost::icl::inclusion_compare (const LeftT &left, const RightT &right)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator+= (Type &object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator+ (Type object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator+ (const typename Type::value_type &operand, Type object)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator+= (Type &object, const Type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator+ (Type object, const Type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator|= (Type &object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator| (Type object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator| (const typename Type::value_type &operand, Type object)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator|= (Type &object, const Type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator| (Type object, const Type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, std::pair< typename Type::iterator, bool > >::type	boost::icl::insert (Type &object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, typename Type::iterator >::type	boost::icl::insert (Type &object, typename Type::iterator prior, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::insert (Type &object, const Type &addend)
template<class Type >
enable_if < is_associative_element_container < Type >, typename Type::size_type >::type	boost::icl::erase (Type &object, const typename Type::key_type &key_value)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::erase (Type &object, const Type &erasure)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator-= (Type &object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator- (Type object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator-= (Type &object, const Type &subtrahend)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator- (Type object, const Type &subtrahend)
template<class Type >
enable_if < is_associative_element_container < Type >, void >::type	boost::icl::add_intersection (Type &section, const Type &object, const typename Type::key_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, void >::type	boost::icl::add_intersection (Type &section, const Type &object, const typename key_container_type_of< Type >::type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator&= (Type &object, const typename Type::key_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator& (Type object, const typename Type::key_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator& (const typename Type::key_type &operand, Type object)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::operator&= (Type &object, const typename key_container_type_of< Type >::type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator& (Type object, const Type &operand)
template<class Type , class CoType >
enable_if < is_associative_element_container < Type >, bool >::type	boost::icl::disjoint (const Type &left, const Type &right)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator^ (Type object, const typename Type::value_type &operand)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator^ (const typename Type::value_type &operand, Type object)
template<class Type >
enable_if < is_associative_element_container < Type >, Type >::type	boost::icl::operator^ (Type object, const Type &operand)
template<class Type , class Predicate >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::erase_if (const Predicate &pred, Type &object)
template<class Type , class Predicate >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::add_if (const Predicate &pred, Type &object, const Type &src)
template<class Type , class Predicate >
enable_if < is_associative_element_container < Type >, Type >::type &	boost::icl::assign_if (const Predicate &pred, Type &object, const Type &src)