ForkApplicInterface Class Reference

using forks. More...

Inheritance diagram for ForkApplicInterface:

List of all members.

Public Member Functions
	ForkApplicInterface (const ProblemDescDB &problem_db)
	constructor
	~ForkApplicInterface ()
	destructor
void	derived_map (const Variables &vars, const ActiveSet &set, Response &response, int fn_eval_id)
	that is specific to a derived class.
void	derived_map_asynch (const ParamResponsePair &pair)
	asynchronous evaluation that is specific to a derived class.
void	derived_synch (PRPList &prp_list)
	classes. This version waits for at least one completion.
void	derived_synch_nowait (PRPList &prp_list)
	any completions if none are immediately available.
int	derived_synchronous_local_analysis (const int &analysis_id)
const StringArray &	analysis_drivers () const
	retrieve the analysis drivers specification for application interfaces
Private Member Functions
void	derived_synch_kernel (PRPList &prp_list, const pid_t pid)
	derived_synch_nowait()
pid_t	fork_application (const bool block_flag)
	filter, analysis programs, and output filter
void	asynchronous_local_analyses (const int &start, const int &end, const int &step)
	execute analyses asynchronously on the local processor
void	synchronous_local_analyses (const int &start, const int &end, const int &step)
	execute analyses synchronously on the local processor
void	serve_analyses_asynch ()
	serve the analysis scheduler and execute analysis jobs asynchronously
Private Attributes
ForkAnalysisCode	forkSimulator
	individual programs and checking fork exit status
std::map< pid_t, int >	processIdMap
	asynchronous evaluations

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Detailed Description

using forks.

ForkApplicInterface uses a ForkAnalysisCode object for performing simulation invocations.

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Member Function Documentation

int derived_synchronous_local_analysis

(

const int &

analysis_id

)

[inline, virtual]

This code provides the derived function used by ApplicationInterface:: serve_analyses_synch() as well as a convenience function for ForkApplicInterface::synchronous_local_analyses() below.

Reimplemented from ApplicationInterface.

pid_t fork_application

(

const bool

block_flag

)

[private]

filter, analysis programs, and output filter

Manage the input filter, 1 or more analysis programs, and the output filter in blocking or nonblocking mode as governed by block_flag. In the case of a single analysis and no filters, a single fork is performed, while in other cases, an initial fork is reforked multiple times. Called from derived_map() with block_flag == BLOCK and from derived_map_asynch() with block_flag == FALL_THROUGH. Uses ForkAnalysisCode::fork_program() to spawn individual program components within the function evaluation.

void asynchronous_local_analyses	(	const int &	start,
		const int &	end,
		const int &	step
	)			[private]

execute analyses asynchronously on the local processor

Schedule analyses asynchronously on the local processor using a self-scheduling approach (start to end in step increments). Concurrency is limited by asynchLocalAnalysisConcurrency. Modeled after ApplicationInterface::asynchronous_local_evaluations(). NOTE: This function should be elevated to ApplicationInterface if and when another derived interface class supports asynchronous local analyses.

void synchronous_local_analyses	(	const int &	start,
		const int &	end,
		const int &	step
	)			[inline, private]

execute analyses synchronously on the local processor

Execute analyses synchronously in succession on the local processor (start to end in step increments). Modeled after ApplicationInterface::synchronous_local_evaluations().

void serve_analyses_asynch

(

)

[private]

serve the analysis scheduler and execute analysis jobs asynchronously

This code runs multiple asynch analyses on each server. It is modeled after ApplicationInterface::serve_evaluations_asynch(). NOTE: This fn should be elevated to ApplicationInterface if and when another derived interface class supports hybrid analysis parallelism.

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

• ForkApplicInterface.H
• ForkApplicInterface.C

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