FunctionMatching.hpp File Reference

#include <tuple>
#include <AIToolbox/TypeTraits.hpp>

Go to the source code of this file.

Classes
struct	AIToolbox::Impl::GetFunctionArguments< T >
	This struct helps decompose a function into return value and arguments. More...
struct	AIToolbox::Impl::GetFunctionArguments< R(*)(Args...)>
struct	AIToolbox::Impl::GetFunctionArguments< R(C::*)(Args...)>
struct	AIToolbox::Impl::GetFunctionArguments< R(C::*)(Args...) const >
struct	AIToolbox::Impl::IdPack< IDs >
	This class is simply a template container for ids. More...
struct	AIToolbox::Impl::Matcher< N, T, U, IDs >
	This struct allows to match between two tuples types. More...
struct	AIToolbox::Impl::Matcher< N, std::tuple<>, std::tuple< B... >, IDs... >
struct	AIToolbox::Impl::Matcher< N, std::tuple< F, A... >, std::tuple< F, B... >, IDs... >
struct	AIToolbox::Impl::Matcher< N, std::tuple< FA, A... >, std::tuple< FB, B... >, IDs... >
struct	AIToolbox::Impl::is_compatible_f< T, F >
	This struct reports whether a given function is compatible with a given signature. More...
struct	AIToolbox::Impl::is_compatible_f< R(Args...), R2(Args2...)>
struct	AIToolbox::Impl::is_compatible_f< R(C::*)(Args...), R2(Args2...)>
struct	AIToolbox::Impl::is_compatible_f< R(C::*)(Args...) const, R2(Args2...)>

Namespaces
	AIToolbox
	AIToolbox::Impl

Functions
Function Matcher
In this file we implement some metaprogramming goodies to improve the interface of some things. In particular, here we implement a way to call a function which has a subset of the arguments that we actually want to pass (provided they are in the correct order). For example, say we want to call: f(10, 0.5, 'c') But we are passed a function void f(char); Then we would like to simply call f('c'); This is useful since it allows the user to implement callbacks with only the parameters they care about, shortening interfaces a bit.
template<typename F , typename... Args, size_t... IDs>
void	AIToolbox::Impl::caller (F f, std::tuple< Args... > &&args, IdPack< IDs... >)
	This function calls the input function with the subset of correct parameters from the input tuple. More...
template<typename C , typename F , typename... Args, size_t... IDs>
void	AIToolbox::Impl::caller (C &c, F f, std::tuple< Args... > &&args, IdPack< IDs... >)
template<typename F , typename... Args>
void	AIToolbox::Impl::callFunction (F f, Args &&...args)
	This function calls the input function with the specified arguments. More...
template<typename C , typename F , typename... Args>
void	AIToolbox::Impl::callFunction (C &c, F f, Args &&...args)
	This function calls the input member function with the specified arguments. More...
Function Matcher
In this file we implement some metaprogramming goodies to improve the interface of some things. In particular, here we implement a way to call a function which has a subset of the arguments that we actually want to pass (provided they are in the correct order). For example, say we want to call: f(10, 0.5, 'c') But we are passed a function void f(char); Then we would like to simply call f('c'); This is useful since it allows the user to implement callbacks with only the parameters they care about, shortening interfaces a bit.
template<typename F , typename... Args, size_t... IDs>
void	AIToolbox::Impl::caller (F f, std::tuple< Args... > &&args, IdPack< IDs... >)
	This function calls the input function with the subset of correct parameters from the input tuple. More...
template<typename C , typename F , typename... Args, size_t... IDs>
void	AIToolbox::Impl::caller (C &c, F f, std::tuple< Args... > &&args, IdPack< IDs... >)
template<typename F , typename... Args>
void	AIToolbox::Impl::callFunction (F f, Args &&...args)
	This function calls the input function with the specified arguments. More...
template<typename C , typename F , typename... Args>
void	AIToolbox::Impl::callFunction (C &c, F f, Args &&...args)
	This function calls the input member function with the specified arguments. More...