accumulate.h File Reference

#include <numeric>
#include <rpa/common.h>
#include <rpa/synchro.h>

Namespaces
namespace	rpa
Classes
struct	rpa::accumulate_args< RngIn, RetType, BinOp >
	For storing the arguments of 'accumulate'. More...
struct	rpa::accumulate_args< RngIn, RetType, void_functor >
	Specialisation when there is no functor. That is, when 'operator+' is used. More...
class	rpa::accumulate_loop_t< Args, Task, Thread >
class	rpa::accumulate_vec< Args, range_size< ItIn >, BinOp, ThrIter >
struct	rpa::coroutine_step< AccumulateVec, Ftor >
	Used only in the specialisation of accumulate_vec for range_step. More...
struct	rpa::coroutine_step< AccumulateVec, void_functor >
	If the original functor is in fact 'operator+'. More...
class	rpa::accumulate_vec< Args, range_step< ItIn, Mutex >, BinOp, ThrIter >
struct	rpa::accumulate_vec< Args, range_step< ItIn, Mutex >, BinOp, ThrIter >::conditional_accumulate_args
class	rpa::accumulate_vec< Args, range_jump< ItIn >, BinOp, ThrIter >
	This applies to interleave scheduling. More...
struct	rpa::accumulate_t< Range, Type, BinOp >
Functions
template<class Range, class Type, class BinOp>
accumulate_t< Range, Type, BinOp >	rpa::accumulate (Range aRng, Type aInit, BinOp aFunc)
	'Helper' function for creating a 'accumulate_t' object.
template<class Range, class Type>
accumulate_t< Range, Type, void_functor >	rpa::accumulate (Range aRng, Type aInit)
	Specialisation if we wish to use the builtins '+' operator.

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