#include "/Werk/devel/lumi/tests/core/steam/engine/mock-dispatcher.hpp"

Description

Mock setup for a complete Segmentation to emulate the structure of the actual fixture, without the need of building a low-level Model.

MockSegmentation instances can be instantiated directly within the test, by passing a test specification in »GenNode« notation to the constructor. This specification defines the segments to create and allows to associate a marker number, which can later be verified from the actual DummyClosure invocation.

the ctor accepts a sequence of GenNode elements, each corresponding to a segment to created
optionally, attributes "start" and "after" can be defined to provide the lib::time::Time values of segment start/end
in addition, optionally a "mark" attribute can be defined; the given integer number will be "hidden" in the job instance hash, and can be verified
the scope of each top-level GenNode may hold a sequence of nested nodes corresponding to prerequisite JobTicket instances
these can in turn hold further nested prerequisites, and so on
See also
MockSetup_test::verify_MockSegmentation

Definition at line 193 of file mock-dispatcher.hpp.

Public Member Functions
	MockSegmentation ()

	MockSegmentation (std::initializer_list< GenNode > specs)

ExitNode	buildExitNodeFromSpec (GenNode const &spec)

void	duplicateExitNodeSpec (uint times)
	This is some trickery to allow handling of multiple ModelPort(s) in MockDispatcher; actually the code using this mock setup does not need any elaborate differentiation of the ExitNodes structure per port, thus the first entry of the existing configuration is just duplicated for the given number of further ModelPorts.

Public Member Functions inherited from Segmentation
virtual	~Segmentation ()
	this is an interface

size_t	size () const

Segment const &	operator[] (TimeValue time) const

auto	eachSeg () const
	<

Segment const &	splitSplice (OptTime start, OptTime after, engine::ExitNodes &&modelLink=ExitNodes{})
	rework the existing Segmentation to include a new Segment as specified

Private Member Functions
HashVal	buildSeed (GenNode const &spec)

Duration	buildRuntime (GenNode const &spec)

ExitNodes	buildPrerequisites (GenNode const &spec)

Additional Inherited Members
Protected Member Functions inherited from Segmentation
	Segmentation ()

void	adaptSpecification (std::function< NodeGraphAttachment(NodeGraphAttachment const &)> rewrite)

Constructor & Destructor Documentation

◆ MockSegmentation() [1/2]

MockSegmentation ( )

inline

Definition at line 198 of file mock-dispatcher.hpp.

◆ MockSegmentation() [2/2]

MockSegmentation ( std::initializer_list< GenNode > specs )

inline

Definition at line 202 of file mock-dispatcher.hpp.

References MockSegmentation::buildExitNodeFromSpec(), and Segmentation::splitSplice().

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Member Function Documentation

◆ buildExitNodeFromSpec()

ExitNode buildExitNodeFromSpec ( GenNode const & spec )

inline

Definition at line 217 of file mock-dispatcher.hpp.

References MockSegmentation::buildPrerequisites(), MockSegmentation::buildRuntime(), MockSegmentation::buildSeed(), and MockJob::getFunctor().

Referenced by MockSegmentation::MockSegmentation(), MockSegmentation::buildPrerequisites(), and NodeGraphAttachment_test::fabricate_MockExitNode().

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◆ duplicateExitNodeSpec()

void duplicateExitNodeSpec ( uint times )

inline

This is some trickery to allow handling of multiple ModelPort(s) in MockDispatcher; actually the code using this mock setup does not need any elaborate differentiation of the ExitNodes structure per port, thus the first entry of the existing configuration is just duplicated for the given number of further ModelPorts.

helper for MockDispatcher