Types for defining, extending, and executing control-flow graphs. More...

Classes
struct	control< P >
	The control type provides a control model for specifying a set of control points as a coarse-grained control flow graph, with each node of the graph specifying a set of actions as a directed acyclic graph (DAG). More...

struct	control_base
	Base class for providing default implementations for optional interfaces. More...

struct	control_policy
	An example control policy that is not really implemented. More...

struct	cycle< Predicate, ControlPoints >
	Allow users to define cyclic control points. More...

struct	point_walker< P >
	The point_walker class allows execution of statically-defined control points. More...

Typedefs
using	call
	A trivial control model that calls a single function.

template<auto CP>
using	control_point
	A control point for application use.

template<bool(*)() P, typename... CP>
using	cycle
	A control-flow cycle.

Functions
const char *	operator* (control_policy::control_points_enum)
	A control policy must provide names for its control points.

Detailed Description

Types for defining, extending, and executing control-flow graphs.

Typedef Documentation

template<auto CP>

A control point for application use.

Template Parameters

CP	control point enumerator

template<bool(*)() P, typename... CP>

using cycle

A control-flow cycle.

Template Parameters

P	tested before each iteration
CP	`control_point` or `cycle` types

using call

A trivial control model that calls a single function.

Its control policy object can be constructed from any callable with the signature int(flecsi::scheduler&) or (deprecated) int().

const char * operator* ( control_policy::control_points_enum )

A control policy must provide names for its control points.