lean::containers Namespace Reference

Provides optimized container classes and wrappers. More...

Namespaces
namespace	simple_hash_map_policies
	Defines construction policies for the class simple_hash_map.
namespace	simple_vector_policies
	Defines construction policies for the class simple_vector.
Classes
class	accumulation_map
	Map wrapper class providing improved performance on repeated element accumulation. More...
class	accumulation_vector
	Vector wrapper class providing improved performance on repeated element accumulation. More...
class	any
	Any interface. More...
class	any_value
	Any value. More...
class	default_reallocation_policy
	Leaves reallocation to the specified container type. More...
class	dynamic_array
	Dynamic array class. More...
class	move_reallocation_policy
	Allows for custom move semantics on element reallocation. More...
struct	default_keys
	Defines default values for invalid & end keys. More...
struct	default_keys< Value * >
struct	default_keys< std::basic_string< Char, Traits, Allocator > >
class	simple_hash_map
	Simple and fast hash map class, partially implementing the STL hash map interface. More...
class	simple_vector
	Simple and fast vector class, partially implementing the STL vector interface. More...
struct	test_value
Functions
template<class Container >
LEAN_INLINE void	swap (accumulation_map< Container > &left, accumulation_map< Container > &right)
template<class Container , class Policy >
LEAN_INLINE bool	operator== (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE bool	operator!= (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE bool	operator< (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE bool	operator> (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE bool	operator<= (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE bool	operator>= (const accumulation_vector< Container, Policy > &left, const accumulation_vector< Container, Policy > &right)
	Comparison operator.
template<class Container , class Policy >
LEAN_INLINE void	swap (accumulation_vector< Container, Policy > &left, accumulation_vector< Container, Policy > &right)
template<class Value >
LEAN_INLINE Value *	any_cast (any *pContainer)
	Gets a pointer to the value of the given type, if the given value type matches the value stored by the given object, nullptr otherwise.
template<class Value >
LEAN_INLINE const Value *	any_cast (const any *pContainer)
	Gets a pointer to the value of the given type, if the given value type matches the value stored by the given object, nullptr otherwise.
template<class Value >
LEAN_INLINE volatile Value *	any_cast (volatile any *pContainer)
	Gets a pointer to the value of the given type, if the given value type matches the value stored by the given object, nullptr otherwise.
template<class Value >
LEAN_INLINE const volatile Value *	any_cast (const volatile any *pContainer)
	Gets a pointer to the value of the given type, if the given value type matches the value stored by the given object, nullptr otherwise.
template<class Value >
LEAN_INLINE Value	any_cast_checked (any *container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast_checked (const any *container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast_checked (volatile any *container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast_checked (const volatile any *container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast (any &container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast (const any &container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast (volatile any &container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Value >
LEAN_INLINE Value	any_cast (const volatile any &container)
	Gets a value of the given type, if the given value type matches the value stored by the given object, throws bad_cast otherwise.
template<class Element , class Heap >
LEAN_INLINE void	swap (dynamic_array< Element, Heap > &left, dynamic_array< Element, Heap > &right)
	Swaps the contents of the given vectors.
template<class Element , class Policy , class Allocator >
LEAN_INLINE void	swap (simple_hash_map< Element, Policy, Allocator > &left, simple_hash_map< Element, Policy, Allocator > &right)
	Swaps the contents of the given hash maps.
template<class Element , class Policy , class Allocator >
LEAN_INLINE void	swap (simple_vector< Element, Policy, Allocator > &left, simple_vector< Element, Policy, Allocator > &right)
	Swaps the contents of the given vectors.
bool	operator== (const test_value &a, const test_value &b)
bool	operator< (const test_value &a, const test_value &b)

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Detailed Description

Provides optimized container classes and wrappers.