mrpt::utils::metaprogramming Namespace Reference

Detailed Description

A set of utility objects for metaprogramming with STL algorithms.

Classes
class	BinaryMemberFunctionWrapper
	This template encapsulates a binary member function and a single object into a function expecting the two parameters of the member function. More...
class	MemberFunctionWrapper
	This template encapsulates a member function without arguments and a single object into a function. More...
class	MemoryBypasserIterator
	This class bypasses pointer access in iterators to pointers, thus allowing the use of algorithms that expect an object of class T with containers of T*. More...
class	NonConstBind1st
	Equivalent of std::bind1st for functions with non-const arguments. More...
class	NonConstBind2nd
	Equivalent of std::bind2nd for functions with non-const arguments. More...
struct	ObjectClear
	An object for clearing an object (invokes its method "->clear()") given a pointer or smart-pointer, intended for being used in STL algorithms. More...
struct	ObjectClear2
	An object for clearing an object (invokes its method ".clear()") given a pointer or smart-pointer, intended for being used in STL algorithms. More...
struct	ObjectClearSecond
	An object for clearing an object->second (invokes its method "clear()") given a pointer or smart-pointer, intended for being used in STL algorithms. More...
struct	ObjectClearUnique
	An object for making smart pointers unique (ie, making copies if necessary), intended for being used in STL algorithms. More...
struct	ObjectConvert
	An object for transforming between types/classes, intended for being used in STL algorithms. More...
struct	ObjectDelete
	An object for deleting pointers (intended for STL algorithms) More...
struct	ObjectMakeUnique
	An object for making smart pointers unique (ie, making copies if necessary), intended for being used in STL algorithms. More...
struct	ObjectPairMakeUnique
	An object for making smart pointers unique (ie, making copies if necessary), intended for being used in STL algorithms. More...
struct	ObjectReadFromStream
	An object for reading objects from a stream, intended for being used in STL algorithms. More...
struct	ObjectReadFromStreamToPtrs
struct	ObjectWriteToStream
	An object for writing objects to a stream, intended for being used in STL algorithms. More...
class	UnaryMemberFunctionWrapper
	This template encapsulates an unary member function and a single object into a function expecting the parameter of the member function. More...

Functions
template<typename T >
void	DeleteContainer (T &container)
	A function which deletes a container of pointers. More...
template<typename it_src , typename it_dst >
void	copy_typecasting (it_src first, it_src last, it_dst target)
	Behaves like std::copy but allows the source and target iterators to be of different types through static typecasting. More...
template<typename src_container , typename dst_container >
void	copy_container_typecasting (const src_container &src, dst_container &trg)
	Copy all the elements in a container (vector, deque, list) into a different one performing the appropriate typecasting. More...
template<typename U , typename T >
MemoryBypasserIterator< T, U >	bypassPointer (const T &baseIterator)
	Sintactic sugar for MemoryBypasserIterator. More...
template<typename T , typename U1 , typename U2 , typename V >
BinaryMemberFunctionWrapper< T, U1, U2, V >	wrapMember (V &obj, T(V::*fun)(U1, U2))
	This function creates a function from an object and a member function. More...
template<typename T , typename U , typename V >
UnaryMemberFunctionWrapper< T, U, V >	wrapMember (V &obj, T(V::*fun)(U))
template<typename T , typename V >
MemberFunctionWrapper< T, V >	wrapMember (V &obj, T(V::*fun)(void))
template<typename Op >
NonConstBind1st< Op >	nonConstBind1st (Op &o, typename Op::first_argument_type &t)
	Use this function instead of directly calling NonConstBind1st. More...
template<typename Op >
NonConstBind2nd< Op >	nonConstBind2nd (Op &o, typename Op::second_argument_type &t)
	Do not directly use the NonConstBind2nd class directly. More...