symmetri::PetriNet Class Reference

PetriNet exposes the possible constructors to create PetriNets. It also allows the user to register a Callback to a transition, or to get a handle for input-transitions. More...

#include <symmetri.h>

Public Member Functions
	PetriNet (const std::set< std::string > &petri_net_xmls, const std::string &case_id, std::shared_ptr< TaskSystem > threadpool, const Marking &goal_marking={}, const PriorityTable &priorities={})
	Construct a new PetriNet object from a set of paths to PNML- or GRML-files. Since PNML-files do not have priorities; you can optionally add a priority table manually.
	PetriNet (const Net &net, const std::string &case_id, std::shared_ptr< TaskSystem > threadpool, const Marking &initial_marking, const Marking &goal_marking={}, const PriorityTable &priorities={})
	Construct a new PetriNet object from a net and initial marking.
std::function< void()>	getInputTransitionHandle (const std::string &transition) const noexcept
	By registering a input transition you get a handle to manually force a transition to fire. It returns a callable handle that will schedule a reducer for the transition, generating tokens. This only works for transitions that have no input places.
void	registerCallback (const std::string &transition, const Callback &callback) const noexcept
	The default transition payload (DirectMutation) is overload by the Callback supplied for a specific transition.
Marking	getMarking () const noexcept
	Get the Marking object. This function is thread-safe and be called during PetriNet execution.
bool	reuseApplication (const std::string &case_id)
	reuseApplication resets the PetriNet such that the same net can be used again after a cancel call or natural termination of the PetriNet. You do need to supply a new case_id which must be different.

Friends
Token	symmetri::fire (const PetriNet &)
void	symmetri::cancel (const PetriNet &)
void	symmetri::pause (const PetriNet &)
void	symmetri::resume (const PetriNet &)
Eventlog	symmetri::getLog (const PetriNet &)

Detailed Description

PetriNet exposes the possible constructors to create PetriNets. It also allows the user to register a Callback to a transition, or to get a handle for input-transitions.

Constructor & Destructor Documentation

PetriNet() [1/2]

symmetri::PetriNet::PetriNet	(	const std::set< std::string > &	petri_net_xmls,
		const std::string &	case_id,
		std::shared_ptr< TaskSystem >	threadpool,
		const Marking &	goal_marking = {},
		const PriorityTable &	priorities = {} )

Construct a new PetriNet object from a set of paths to PNML- or GRML-files. Since PNML-files do not have priorities; you can optionally add a priority table manually.

Parameters

petri_net_xmls
case_id
threadpool
goal_marking
priorities

PetriNet() [2/2]

symmetri::PetriNet::PetriNet	(	const Net &	net,
		const std::string &	case_id,
		std::shared_ptr< TaskSystem >	threadpool,
		const Marking &	initial_marking,
		const Marking &	goal_marking = {},
		const PriorityTable &	priorities = {} )

Construct a new PetriNet object from a net and initial marking.

Parameters

net
case_id
threadpool
initial_marking
goal_marking
priorities

Member Function Documentation

getInputTransitionHandle()

std::function< void()> symmetri::PetriNet::getInputTransitionHandle ( const std::string & transition ) const

noexcept

By registering a input transition you get a handle to manually force a transition to fire. It returns a callable handle that will schedule a reducer for the transition, generating tokens. This only works for transitions that have no input places.

Parameters

transition

the name of transition

Returns

std::function<void()>

getMarking()

Marking symmetri::PetriNet::getMarking ( ) const

noexcept

Get the Marking object. This function is thread-safe and be called during PetriNet execution.

Returns

std::vector<Place>

registerCallback()

void symmetri::PetriNet::registerCallback ( const std::string & transition, const Callback & callback ) const

noexcept

The default transition payload (DirectMutation) is overload by the Callback supplied for a specific transition.

Parameters

transition	the name of transition
callback	the callback

reuseApplication()

bool symmetri::PetriNet::reuseApplication

(

const std::string &

case_id

)

reuseApplication resets the PetriNet such that the same net can be used again after a cancel call or natural termination of the PetriNet. You do need to supply a new case_id which must be different.

Parameters

case_id

needs to be a new unique id

Returns

true

false

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

• symmetri/include/symmetri/symmetri.h
• symmetri/symmetri.cpp