JobPlanningPipeline_test Class Reference

Description

Test:

demonstrate interface, structure and setup of the job-planning pipeline.

• using a frame step as base tick
• invoke the dispatcher to retrieve the top-level JobTicket
• expander function to explore prerequisite JobTickets
• integration: generate a complete sequence of (dummy)Jobs
• scaffolding and mocking used for this test

Remarks

the »pipeline« is implemented as »Lumiera Forward Iterator« and thus forms a chain of on-demand processing. At the output side, fully defined render Jobs can be retrieved, ready for scheduling.

See also

DispatcherInterface_test

MockSupport_test

Dispatcher

CalcStream

RenderDriveS

Definition at line 80 of file job-planning-pipeline-test.cpp.

Private Member Functions
virtual void	run (Arg)
void	demonstrateScaffolding ()
void	buildBaseTickGenerator ()
void	accessTopLevelJobTicket ()
void	exploreJobTickets ()
void	integration ()

Additional Inherited Members
Static Public Member Functions inherited from Test
static string	firstTok (Arg)
	conveniently pick the first token from the argument line
static uint	firstVal (Arg, uint=1)
	conveniently use some number given as argument, with optional default
Public Member Functions inherited from Test
virtual	~Test ()=default
	this is an interface
virtual void	run (Arg arg)=0
void	seedRand ()
	draw a new random seed from a common nucleus, and re-seed the default-Gen.
lib::Random	makeRandGen ()
	build a dedicated new RandomGen, seeded from the default-Gen

Member Function Documentation

run()

virtual void run ( Arg  )

inlineprivatevirtual

Definition at line 84 of file job-planning-pipeline-test.cpp.

References JobPlanningPipeline_test::accessTopLevelJobTicket(), JobPlanningPipeline_test::buildBaseTickGenerator(), JobPlanningPipeline_test::demonstrateScaffolding(), JobPlanningPipeline_test::exploreJobTickets(), JobPlanningPipeline_test::integration(), and Test::seedRand().

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demonstrateScaffolding()

void demonstrateScaffolding ( )

inlineprivate

Test:

document and verify the mock setup used for this test

Definition at line 97 of file job-planning-pipeline-test.cpp.

References Record< VAL >::Mutator::attrib(), Dispatcher::createJobFor(), JobTicket::createJobFor(), MockDispatcher::getDummyConnection(), JobTicket::getPrerequisites(), MockJob::invocationAdditionalKey(), MockJob::invocationNominalTime(), MockJob::invocationTime(), MockJobTicket::isAssociated(), Segment::jobTicket(), Job::triggerJob(), MockDispatcher::verify(), MockJob::was_invoked(), and RealClock::wasRecently().

Referenced by JobPlanningPipeline_test::run().

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buildBaseTickGenerator()

void buildBaseTickGenerator ( )

inlineprivate

Test:

use the Dispatcher interface (mocked) to generate a frame »beat«

• demonstrate explicitly the mapping of a (frame) number sequence onto a sequence of time points with the help of time quantisation
• use the Dispatcher API to produce the same frame time sequence

Remarks

this is the foundation to generate top-level frame render jobs

Definition at line 152 of file job-planning-pipeline-test.cpp.

References Dispatcher::forCalcStream(), and FrameRate::PAL.

Referenced by JobPlanningPipeline_test::run().

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accessTopLevelJobTicket()

void accessTopLevelJobTicket ( )

inlineprivate

Test:

use the base tick to access the corresponding JobTicket through the Dispatcher interface (mocked here).

Definition at line 181 of file job-planning-pipeline-test.cpp.

References JobTicket::createJobFor(), Dispatcher::forCalcStream(), MockDispatcher::getDummyConnection(), FrameRate::PAL, MockDispatcher::verify(), and Time::ZERO.

Referenced by JobPlanningPipeline_test::run().

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exploreJobTickets()

void exploreJobTickets ( )

inlineprivate

Test:

build and verify the exploration function to discover job prerequisites

• use a setup where the master ExitNode requires a prerequisite ExitNode to be pulled
• mark the pipeline-IDs, so that both nodes can be distinguished in the resulting Jobs
• the expandPrerequisites() builder function uses JobTicket::getPrerequisites()
• and this »expander« function is unfolded recursively such that first the source appears in the iterator, and as next step the child prerequisites, possibly to be unfolded further recursively
• by design of the iterator pipeline, it is always possible to access the PipeFrameTick
• this corresponds to the top-level JobTicket, which will produce the final frame
• putting all these information together, proper working can be visualised.

Definition at line 212 of file job-planning-pipeline-test.cpp.

References Record< VAL >::Mutator::attrib(), Record< VAL >::Mutator::genNode(), FrameRate::PAL, Record< VAL >::Mutator::scope(), and Time::ZERO.

Referenced by JobPlanningPipeline_test::run().

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integration()

void integration ( )

inlineprivate

Test:

Job-planning pipeline integration test

• use the MockDispatcher to define a fake model setup
• define three levels of prerequisites
• also define a second segment with different structure
• build a complete Job-Planning pipeline
• define a visualisation to expose generated job parameters
• iterate the Job-Planning pipeline and apply the visualisation

Definition at line 259 of file job-planning-pipeline-test.cpp.

References Record< VAL >::Mutator::attrib(), and FrameRate::PAL.

Referenced by JobPlanningPipeline_test::run().

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The documentation for this class was generated from the following file:

• job-planning-pipeline-test.cpp