lean Namespace Reference

Main namespace of the lean library. More...

Namespaces
namespace	concurrent
	Defines classes and utilities for multi-threaded environments such as spin locks, atomic operations, etc.
namespace	containers
	Provides optimized container classes and wrappers.
namespace	functional
	Defines helper templates that may be useful in a functional programming context.
namespace	io
	Provides I/O utilities such as intrinsic endian conversion, serialization and file classes, etc.
namespace	logging
	Provides utility functions and classes, automatically logging raised exceptions, redirecting logged output to various targets, enhancing logged informtion by source information (caller file and line), etc.
namespace	memory
	Provides a flexible heap concept, memory alignment facilities and a comprehensive way of handling out-of-memory situations.
namespace	meta
	Defines helper templates that may be useful in a meta-programming context.
namespace	pimpl
	Defines classes that allow for the decoupling of modules, especially when it comes to the hiding of private dependencies.
namespace	properties
	Defines classes that allow for the specification of enhanced type information, e.g. making named setter and getter methods enumerable at run-time, to be used in a generic way while at the same time retaining type safety.
namespace	smart
	Defines RAII-style classes that automatically take care of resource handling, (un)locking and other common and tedious tasks.
namespace	strings
	Provides a generic character range type as well as conversion and streaming facilities to both simplify and generalize string passing and handling in your code.
namespace	tags
	Defines tag classes that describe the behavior of certain classes.
namespace	time
	Defines time-related classes such as timers, e.g. to be used in profiling.
namespace	types
	Defines fixed-width and other standard types.
namespace	xml
	Provides XML utility classes built on the rapidxml library.
Functions
template<class Iterator >
LEAN_INLINE Iterator	next (Iterator iterator)
	Returns the next iterator.
template<class Iterator >
LEAN_INLINE Iterator	prev (Iterator iterator)
	Returns the previous iterator.
LEAN_INLINE void	check (bool value)
	Asserts that the given value is always true.
template<class Type >
LEAN_INLINE const Type &	min (const Type &a, const Type &b)
	Returns the smaller of both arguments.
template<class Type >
LEAN_INLINE const Type &	max (const Type &a, const Type &b)
	Returns the larger of both arguments.
template<class Type >
LEAN_INLINE Type *	addressof (Type &value)
	Returns the address of the given reference.
template<class Type , size_t Size>
LEAN_INLINE size_t	arraylen (Type(&)[Size])
	Returns the length of the given array.

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Detailed Description

Main namespace of the lean library.