#include <sp_pexecutor.h>

Classes
class	ParallelTimedState

Public Types
typedef std::vector< Idx >	ParallelState

typedef std::vector< std::map< Idx, Time::Type > >	ParallelClock

typedef Executor::TimedState	TimedState

typedef std::vector< Executor >::const_iterator	Iterator

Public Member Functions
	ParallelExecutor (void)

	ParallelExecutor (const ParallelExecutor &rOther)

	ParallelExecutor (const std::string &rFileName)

virtual	~ParallelExecutor (void)

virtual void	Clear (void)

Idx	Size (void) const

void	Insert (const std::string &rFileName)

void	Insert (const TimedGenerator &rGen)

const EventSet &	Alphabet (void) const

virtual void	Reset (void)

Iterator	Begin (void) const

Iterator	End (void) const

const Executor &	At (int i) const

Idx	EventIndex (const std::string &rName) const

std::string	EventName (Idx index) const

Time::Type	CurrentTime (void) const

int	CurrentStep (void) const

bool	IsDeadlocked () const

virtual bool	Valid (void) const

const ParallelTimedState &	CurrentParallelTimedState (void) const

const ParallelState &	CurrentParallelState (void) const

virtual void	CurrentTime (Time::Type time)

virtual void	CurrentStep (int step)

virtual bool	CurrentParallelTimedState (const ParallelTimedState &ptstate)

virtual bool	ExecuteTime (Time::Type duration)

virtual bool	ExecuteEvent (Idx event)

const TimeInterval &	EnabledTime () const

const EventSet &	EnabledEvents () const

const EventSet &	DisabledEvents () const

const TimeInterval &	EnabledInterval () const

TimeInterval	EnabledEventTime (Idx event) const

TimeInterval	EnabledGuardTime (Idx event) const

EventSet	ActiveEventSet (const ParallelState &stateVec) const

bool	Active (Idx ev, const ParallelState &stateVec) const

bool	Active (Idx ev) const

std::string	PTSStr (const ParallelTimedState &ptstate) const

std::string	PSStr (const ParallelState &pstate) const

std::string	TEStr (const TimedEvent &tevent) const

std::string	CStr (Idx clock) const

std::string	EStr (Idx event) const

std::string	CurrentParallelTimedStateStr (void) const

std::string	CurrentParallelStateStr (void) const

void	ComputeEnabled (void) const

void	ComputeEnabledNonConst (void)

Public Member Functions inherited from faudes::Type
	Type (void)

	Type (const Type &rType)

virtual	~Type (void)

virtual Type *	New (void) const

virtual Type *	Copy (void) const

virtual const Type *	Cast (const Type *pOther) const

virtual Type &	Assign (const Type &rSrc)

Type &	operator= (const Type &rSrc)

virtual bool	Equal (const Type &rOther) const

bool	operator== (const Type &rOther) const

bool	operator!= (const Type &rOther) const

virtual void	Name (const std::string &rName)

virtual const std::string &	Name (void) const

virtual const std::string &	TypeName (void) const

void	Write (const Type *pContext=0) const

void	Write (const std::string &pFileName, const std::string &rLabel="", const Type *pContext=0, std::ios::openmode openmode=std::ios::out\|std::ios::trunc) const

void	Write (const std::string &pFileName, std::ios::openmode openmode) const

void	Write (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

virtual void	XWrite (const std::string &pFileName, const std::string &rLabel="", const Type *pContext=0) const

void	XWrite (const Type *pContext=0) const

void	XWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

std::string	ToString (const std::string &rLabel="", const Type *pContext=0) const

std::string	ToText (const std::string &rLabel="", const Type *pContext=0) const

void	DWrite (const Type *pContext=0) const

void	DWrite (const std::string &pFileName, const std::string &rLabel="", const Type *pContext=0, std::ios::openmode openmode=std::ios::out\|std::ios::trunc) const

void	DWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

void	SWrite (TokenWriter &rTw) const

void	SWrite (void) const

std::string	ToSText (void) const

void	Read (const std::string &rFileName, const std::string &rLabel="", const Type *pContext=0)

void	FromString (const std::string &rString, const std::string &rLabel="", const Type *pContext=0)

void	Read (TokenReader &rTr, const std::string &rLabel="", const Type *pContext=0)

Protected Member Functions
virtual void	DoRead (TokenReader &rTr, const std::string &rLabel="", const Type *pContext=0)

virtual void	DoWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

virtual void	DoReadGenerators (TokenReader &rTr)

virtual void	DoWriteGenerators (TokenWriter &rTw) const

void	DoAssign (const ParallelExecutor &rSrc)

virtual void	Compile ()

Protected Member Functions inherited from faudes::Type
void	DoAssign (const Type &rSrc)

bool	DoEqual (const Type &rOther) const

virtual void	DoXWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

virtual void	DoDWrite (TokenWriter &rTw, const std::string &rLabel="", const Type *pContext=0) const

virtual void	DoSWrite (TokenWriter &rTw) const

virtual const TypeDefinition *	TypeDefinitionp (void) const

virtual Token	XBeginTag (const std::string &rLabel="", const std::string &rFallbackLabel="") const

Protected Attributes
Idx	mRecentEvent

Private Types
typedef std::vector< Executor >::iterator	iterator

Private Member Functions
void	UpdateParallelTimedState (void)

Private Attributes
std::vector< Executor >	mExecutors

std::vector< std::string >	mExecutorNames

EventSet	mAlphabet

Time::Type	mCurrentTime

int	mCurrentStep

TimeInterval	mETime

EventSet	mEEvents

EventSet	mDEvents

TimeInterval	mEInterval

bool	mEValid

ParallelTimedState	mCurrentParallelTimedState

Detailed Description

Synchronized parallel execution of TimedGenerators

Synchronisation

The ParallelExecutor executes a family of timed generators with synchronized shared events according to Alur semantics. That is, we assume disjoint clock sets and synchronize shared events w.r.t. occurence at clock time.

Implementation

The external interface of a ParallelExecutor is the same as the single Executor, in that it indicats enabled events and in that it provides methods for executing events or letting time pass.

Technically, a ParallelExecutor is a vector of executors. Clocks are treated on a per executor basis. That is, values of clocks in one generator are not effected by the reset of another generator, even if the respestive clock variables have the same index and name.

File IO

For token IO, the ParallelExecutor reads and writes the generators to execute within a section with default label "Executor". For disk space efficiency, the token IO format will use refernces by (relative) filename if the latter is known. Since TimedGenerators read any generator type from file, so does the ParallelExecutor. Example:

<Executor>
<Generators>
"./some_generator.gen"
"./other_generator.gen"
</Generators>
</Executor>

Definition at line 64 of file sp_pexecutor.h.

Member Typedef Documentation

◆ Iterator

typedef std::vector<Executor>::const_iterator faudes::ParallelExecutor::Iterator

Read-only access to individual executors.

Definition at line 180 of file sp_pexecutor.h.

◆ iterator

typedef std::vector<Executor>::iterator faudes::ParallelExecutor::iterator

private

Internal non-const iterator

Definition at line 578 of file sp_pexecutor.h.

◆ ParallelClock

typedef std::vector< std::map<Idx,Time::Type> > faudes::ParallelExecutor::ParallelClock

Typedef for parallel clock values

Definition at line 73 of file sp_pexecutor.h.

◆ ParallelState

typedef std::vector<Idx> faudes::ParallelExecutor::ParallelState

Typedef for parallel discrete state

Definition at line 70 of file sp_pexecutor.h.

◆ TimedState

typedef Executor::TimedState faudes::ParallelExecutor::TimedState

Provide typedef from Executor

Definition at line 86 of file sp_pexecutor.h.

Constructor & Destructor Documentation

◆ ParallelExecutor() [1/3]

faudes::ParallelExecutor::ParallelExecutor ( void )

Construct an emtpy ParallelExecuter

Definition at line 22 of file sp_pexecutor.cpp.

◆ ParallelExecutor() [2/3]

faudes::ParallelExecutor::ParallelExecutor ( const ParallelExecutor & rOther )

Copy constructor

Definition at line 27 of file sp_pexecutor.cpp.

◆ ParallelExecutor() [3/3]

faudes::ParallelExecutor::ParallelExecutor ( const std::string & rFileName )

Construct from file.

This constructor uses the DoRead method to initialize from file.

Parameters

rFileName Filename

Exceptions

Exception

non-deteministic generator (id 501)
token mismatch (id 502)
IO errors (id 1)

Definition at line 33 of file sp_pexecutor.cpp.

◆ ~ParallelExecutor()

faudes::ParallelExecutor::~ParallelExecutor ( void )

virtual

Explicit destructor.

Definition at line 39 of file sp_pexecutor.cpp.

Member Function Documentation

◆ Active() [1/2]

bool faudes::ParallelExecutor::Active ( Idx ev ) const

Test whether an event is active at current (discrete) state.

By "active" we refer to the untimed transition structure, that is, we ignore clock values etc.

Parameters

ev	Event ro test

Returns: True for active in all generators

Definition at line 532 of file sp_pexecutor.cpp.

◆ Active() [2/2]

bool faudes::ParallelExecutor::Active	(	Idx	ev,
		const ParallelState &	stateVec
	)		const

Test whether an event is active in a given discrete state.

By "active" we refer to the untimed transition structure, that is, we ignore clock values etc.

Parameters

ev	Event to test
stateVec	ParallelState

Returns: True for active in all generators

Definition at line 537 of file sp_pexecutor.cpp.

◆ ActiveEventSet()

EventSet faudes::ParallelExecutor::ActiveEventSet ( const ParallelState & stateVec ) const

Get events that are active in all TimedGenerators.

By "active" we refer to the untimed transition structure, that is, we ignore clock values etc.

Parameters

stateVec Discrete state

Returns: Active EventSet

Definition at line 521 of file sp_pexecutor.cpp.

◆ Alphabet()

const EventSet & faudes::ParallelExecutor::Alphabet ( void ) const

Overall alphabet.

Definition at line 229 of file sp_pexecutor.cpp.

◆ At()

const Executor& faudes::ParallelExecutor::At ( int i ) const

inline

Definition at line 183 of file sp_pexecutor.h.

◆ Begin()

Iterator faudes::ParallelExecutor::Begin ( void ) const

inline

Definition at line 181 of file sp_pexecutor.h.

◆ Clear()

void faudes::ParallelExecutor::Clear ( void )

virtual

Clear all data. Removes all generators/executors and resets the current state to a void value.

Reimplemented from faudes::Type.

Reimplemented in faudes::ProposingExecutor, faudes::LoggingExecutor, and faudes::DeviceExecutor.

Definition at line 115 of file sp_pexecutor.cpp.

◆ Compile()

void faudes::ParallelExecutor::Compile ( void )

protectedvirtual

compile internal data (eg overall alphabet)

Reimplemented in faudes::LoggingExecutor.

Definition at line 62 of file sp_pexecutor.cpp.

◆ ComputeEnabled()

void faudes::ParallelExecutor::ComputeEnabled ( void ) const

Compute enabled events and enabled interval (fake const) this is public only for performance experiments — dont use

Definition at line 234 of file sp_pexecutor.cpp.

◆ ComputeEnabledNonConst()

void faudes::ParallelExecutor::ComputeEnabledNonConst ( void )

Compute enabled core routine (non const)

Definition at line 240 of file sp_pexecutor.cpp.

◆ CStr()

std::string faudes::ParallelExecutor::CStr ( Idx clock ) const

Pretty printable string of clock name

Definition at line 505 of file sp_pexecutor.cpp.

◆ CurrentParallelState()

const ParallelExecutor::ParallelState & faudes::ParallelExecutor::CurrentParallelState ( void ) const

Get current discrete state vector of the ParallelExecutor

By "the current discrete state" we refer to a vector of indices that indicate the current state of the untimed transition structure.

Returns: Discrete state vector

Definition at line 319 of file sp_pexecutor.cpp.

◆ CurrentParallelStateStr()

std::string faudes::ParallelExecutor::CurrentParallelStateStr ( void ) const

Pretty printable string of parallel state

Definition at line 516 of file sp_pexecutor.cpp.

◆ CurrentParallelTimedState() [1/2]

bool faudes::ParallelExecutor::CurrentParallelTimedState ( const ParallelTimedState & ptstate )

virtual

Set current state of the ParallelExecutor.

This resets the parallel executor to the given state, incl clock values. Both, clock time and logical time is also reset (to 0).

Returns: True for success

Reimplemented in faudes::LoggingExecutor.

Definition at line 329 of file sp_pexecutor.cpp.

◆ CurrentParallelTimedState() [2/2]

const ParallelExecutor::ParallelTimedState & faudes::ParallelExecutor::CurrentParallelTimedState ( void ) const

Get current state of the ParallelExecutor.

With "the current state" w refer to all data relevant for events generated in future. This data consists of a discrete state vector and a mapping from clocks to closk values.

Returns: Discrete state vector and clock value maps

Definition at line 324 of file sp_pexecutor.cpp.

◆ CurrentParallelTimedStateStr()

std::string faudes::ParallelExecutor::CurrentParallelTimedStateStr ( void ) const

Pretty printable string of current state

Definition at line 511 of file sp_pexecutor.cpp.

◆ CurrentStep() [1/2]

void faudes::ParallelExecutor::CurrentStep ( int step )

virtual

Set logical time (# of steps)

This does not affect clocks and, hence, is purely cosmetic. Note that, in contrast to clock time, the individual generators do not agree in logical time. The trace buffer will get out of order and should be cleared.

Parameters

step	New logical time

Reimplemented in faudes::LoggingExecutor.

Definition at line 432 of file sp_pexecutor.cpp.

◆ CurrentStep() [2/2]

int faudes::ParallelExecutor::CurrentStep ( void ) const

Get logical time, ie number of transitions so far,

Definition at line 440 of file sp_pexecutor.cpp.

◆ CurrentTime() [1/2]

void faudes::ParallelExecutor::CurrentTime ( Time::Type time )

virtual

Set clock time. This does not affect clocks and, hence, is purely cosmetic. The trace buffer will record an invalid event.

Parameters

time	New clock time

Reimplemented in faudes::LoggingExecutor.

Definition at line 419 of file sp_pexecutor.cpp.

◆ CurrentTime() [2/2]

Time::Type faudes::ParallelExecutor::CurrentTime ( void ) const

Get clock time.

Definition at line 427 of file sp_pexecutor.cpp.

◆ DisabledEvents()

const EventSet & faudes::ParallelExecutor::DisabledEvents ( void ) const

Get events that are disabled at current (timed) state

By "disabled" we refer to the synchronizes timed generators, that is, we do care about clock values, invariants and guards.

Returns: Set of disabled events

Definition at line 283 of file sp_pexecutor.cpp.

◆ DoAssign()

void faudes::ParallelExecutor::DoAssign ( const ParallelExecutor & rSrc )

protected

Assignment method

Parameters

rSrc	Source to assign from

Definition at line 44 of file sp_pexecutor.cpp.

◆ DoRead()

void faudes::ParallelExecutor::DoRead	(	TokenReader &	rTr,
		const std::string &	rLabel = `""`,
		const Type *	pContext = `0`
	)

protectedvirtual

Reads parallel executor from TokenReader, see also public wrappers Read() in faudes::Type.

Parameters

rTr	TokenReader to read from
rLabel	Section to read, defaults to "Executor"
pContext	Read context to provide contextual information (ignored)

Exceptions

Exception

non-deterministic generator(s) (id 501)
token mismatch (id 502)
IO error (id 1)

Reimplemented from faudes::Type.

Reimplemented in faudes::ProposingExecutor, and faudes::LoggingExecutor.

Definition at line 175 of file sp_pexecutor.cpp.

◆ DoReadGenerators()

void faudes::ParallelExecutor::DoReadGenerators ( TokenReader & rTr )

protectedvirtual

Reads generator files section from TokenReader

Parameters

rTr	TokenReader to read from

Exceptions

Exception

non-deterministic generator(s) (id 501)
token mismatch (id 502)
IO error (id 1)

Definition at line 194 of file sp_pexecutor.cpp.

◆ DoWrite()

void faudes::ParallelExecutor::DoWrite	(	TokenWriter &	rTw,
		const std::string &	rLabel = `""`,
		const Type *	pContext = `0`
	)		const

protectedvirtual

Write to TokenWriter, see also public wrappers Write() in faudes::Type.

Parameters

rTw	Reference to TokenWriter
rLabel	Label of section to write, defaults to "Executor"
pContext	Write context to provide contextual information (ignored)

Exceptions

Exception

IO errors (id 2)

Reimplemented from faudes::Type.

Reimplemented in faudes::ProposingExecutor, and faudes::LoggingExecutor.

Definition at line 130 of file sp_pexecutor.cpp.

◆ DoWriteGenerators()

void faudes::ParallelExecutor::DoWriteGenerators ( TokenWriter & rTw ) const

protectedvirtual

Write generator files section to TokenWriter

Parameters

rTw	Reference to TokenWriter

Exceptions

Exception

IO errors (id 2)

Definition at line 159 of file sp_pexecutor.cpp.

◆ EnabledEvents()

const EventSet & faudes::ParallelExecutor::EnabledEvents ( void ) const

Get events that are enabled at current (timed) state.

By "enabled" we refer to the synchronizes timed generators, that is, we do care about clock values, invariants and guards.

Returns: Set of enabled events

Definition at line 277 of file sp_pexecutor.cpp.

◆ EnabledEventTime()

TimeInterval faudes::ParallelExecutor::EnabledEventTime ( Idx event ) const

Get interval on which the specified event is enabled.

Returns empty, if the event is not active or never simultanuosly enabled in all executors.

Parameters

event

Returns: TimeInterval

Definition at line 295 of file sp_pexecutor.cpp.

◆ EnabledGuardTime()

TimeInterval faudes::ParallelExecutor::EnabledGuardTime ( Idx event ) const

Get interval on which the respective guard is satisfied.

Returns empty, if the event is not active or if the guards
are never simultanuosly satisfied in all executors.

Parameters

event

Returns: TimeInterval

Definition at line 307 of file sp_pexecutor.cpp.

◆ EnabledInterval()

const TimeInterval & faudes::ParallelExecutor::EnabledInterval ( void ) const

Get an interval on which the set of enabled events is constant. Note: while this implementation tries to come up with a potentially large interval, it is not guaranteed to be maximal.

Returns: TimeInterval

Definition at line 289 of file sp_pexecutor.cpp.

◆ EnabledTime()

const TimeInterval & faudes::ParallelExecutor::EnabledTime ( void ) const

Get maximal duration that can pass without executing an event.

Returns: TimeInterval

Definition at line 270 of file sp_pexecutor.cpp.

◆ End()

Iterator faudes::ParallelExecutor::End ( void ) const

inline

Definition at line 182 of file sp_pexecutor.h.

◆ EStr()

std::string faudes::ParallelExecutor::EStr ( Idx event ) const

Pretty printable string of event

Definition at line 499 of file sp_pexecutor.cpp.

◆ EventIndex()

Idx faudes::ParallelExecutor::EventIndex ( const std::string & rName ) const

inline

Event index lookup.

This convenience method refers to the global event symbol table.

Parameters

rName Name of event to lookup

Returns: Valid index or 0 if non-existent

Definition at line 197 of file sp_pexecutor.h.

◆ EventName()

std::string faudes::ParallelExecutor::EventName ( Idx index ) const

inline

Event name lookup

This convenience method refers to the global event symbol table.

Parameters

index Index of event to look up

Returns: Name or empty std::string if non-existent

Definition at line 210 of file sp_pexecutor.h.

◆ ExecuteEvent()

bool faudes::ParallelExecutor::ExecuteEvent ( Idx event )

virtual

Execute transition.

Returns false if the transition cannot be executed at the current time.

Parameters

event Indicate transition to execute

Returns: True on success

Reimplemented in faudes::ProposingExecutor, faudes::LoggingExecutor, and faudes::DeviceExecutor.

Definition at line 389 of file sp_pexecutor.cpp.

◆ ExecuteTime()

bool faudes::ParallelExecutor::ExecuteTime ( Time::Type duration )

virtual

Let time pass without executing a transition. Return false if the duration specified
cannot elapse without an event being executed.

Parameters

duration Amount of time that shall elapse.

Returns: True for success

Reimplemented in faudes::ProposingExecutor, and faudes::LoggingExecutor.

Definition at line 364 of file sp_pexecutor.cpp.

◆ Insert() [1/2]

void faudes::ParallelExecutor::Insert ( const std::string & rFileName )

Add a TimedGenerator from file. This method uses the TimedGenerator's read to find the first generator in the file. If the generator found is not a TimedGenerator, timing data defaults to infinite invariants/guards and empty resets. After inserting generators and before starting to execute, you must call Reset() to update internal datastructures.

Parameters

rFileName File to read

Exceptions

Exception

non-deteministic generator (id 501)
token mismatch (id 502)
IO errors (id 1)

Definition at line 91 of file sp_pexecutor.cpp.

◆ Insert() [2/2]

void faudes::ParallelExecutor::Insert ( const TimedGenerator & rGen )

Add a TimedGenerator. After inserting generators and before starting to execute, you must call Reset() to update internal datastructures.

Parameters

rGen	Generator to add

Exceptions

Exception

non-deteministic generator (id 501)

Definition at line 106 of file sp_pexecutor.cpp.

◆ IsDeadlocked()

bool faudes::ParallelExecutor::IsDeadlocked ( void ) const

Test for deadlocked.

The parallel executor is deadlocked if neither time can pass nor an event can be executed. Prototypical examples for such a situation is that the indvidual executers fail to agree on a common time interval, at which shaered events are enabled.

Returns: True/false

Definition at line 445 of file sp_pexecutor.cpp.

◆ PSStr()

std::string faudes::ParallelExecutor::PSStr ( const ParallelState & pstate ) const

Pretty printable string of parallel state

Definition at line 480 of file sp_pexecutor.cpp.

◆ PTSStr()

std::string faudes::ParallelExecutor::PTSStr ( const ParallelTimedState & ptstate ) const

Pretty printable string of timed parallel state

Definition at line 453 of file sp_pexecutor.cpp.

◆ Reset()

void faudes::ParallelExecutor::Reset ( void )

virtual

Goto initial state. Reset all clock values to zero, assign initial states to each executor.

Reimplemented in faudes::ProposingExecutor, and faudes::LoggingExecutor.

Definition at line 84 of file sp_pexecutor.cpp.

◆ Size()

Idx faudes::ParallelExecutor::Size ( void ) const

Number of TimedGenerators

Definition at line 123 of file sp_pexecutor.cpp.

◆ TEStr()

std::string faudes::ParallelExecutor::TEStr ( const TimedEvent & tevent ) const

Pretty printable string of timed event

Definition at line 493 of file sp_pexecutor.cpp.

◆ UpdateParallelTimedState()

void faudes::ParallelExecutor::UpdateParallelTimedState ( void )

private

update parallel timed state()

Definition at line 52 of file sp_pexecutor.cpp.

◆ Valid()

virtual bool faudes::ParallelExecutor::Valid ( void ) const

inlinevirtual

Check validity of executors.

This is currently not implemented.

Returns: True on success

Reimplemented in faudes::LoggingExecutor.

Definition at line 244 of file sp_pexecutor.h.

Member Data Documentation

◆ mAlphabet

EventSet faudes::ParallelExecutor::mAlphabet

private

overall alphabet

Definition at line 581 of file sp_pexecutor.h.

◆ mCurrentParallelTimedState

ParallelTimedState faudes::ParallelExecutor::mCurrentParallelTimedState

private

current state

Definition at line 605 of file sp_pexecutor.h.

◆ mCurrentStep

int faudes::ParallelExecutor::mCurrentStep

private

global time (step)

Definition at line 587 of file sp_pexecutor.h.

◆ mCurrentTime

Time::Type faudes::ParallelExecutor::mCurrentTime

private

global time (real)

Definition at line 584 of file sp_pexecutor.h.

◆ mDEvents

EventSet faudes::ParallelExecutor::mDEvents

private

disabled events

Definition at line 596 of file sp_pexecutor.h.

◆ mEEvents

EventSet faudes::ParallelExecutor::mEEvents

private

enabled events

Definition at line 593 of file sp_pexecutor.h.

◆ mEInterval

TimeInterval faudes::ParallelExecutor::mEInterval

private

enabled interval

Definition at line 599 of file sp_pexecutor.h.

◆ mETime

TimeInterval faudes::ParallelExecutor::mETime

private

enabled time

Definition at line 590 of file sp_pexecutor.h.

◆ mEValid

bool faudes::ParallelExecutor::mEValid

private

validity flag for fevents and ftime

Definition at line 602 of file sp_pexecutor.h.

◆ mExecutorNames

std::vector<std::string> faudes::ParallelExecutor::mExecutorNames

private

list of executors

Definition at line 575 of file sp_pexecutor.h.

◆ mExecutors

std::vector<Executor> faudes::ParallelExecutor::mExecutors

private

list of executors

Definition at line 572 of file sp_pexecutor.h.

◆ mRecentEvent

Idx faudes::ParallelExecutor::mRecentEvent

protected

recent event

Definition at line 567 of file sp_pexecutor.h.

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

Classes

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Private Types

Private Member Functions

Private Attributes

Detailed Description

Synchronisation

Implementation

File IO

Member Typedef Documentation

◆ Iterator

◆ iterator

◆ ParallelClock

◆ ParallelState

◆ TimedState

Constructor & Destructor Documentation

◆ ParallelExecutor() [1/3]

◆ ParallelExecutor() [2/3]

◆ ParallelExecutor() [3/3]

◆ ~ParallelExecutor()

Member Function Documentation

◆ Active() [1/2]

◆ Active() [2/2]

◆ ActiveEventSet()

◆ Alphabet()

◆ At()

◆ Begin()

◆ Clear()

◆ Compile()

◆ ComputeEnabled()

◆ ComputeEnabledNonConst()

◆ CStr()

◆ CurrentParallelState()

◆ CurrentParallelStateStr()

◆ CurrentParallelTimedState() [1/2]

◆ CurrentParallelTimedState() [2/2]

◆ CurrentParallelTimedStateStr()

◆ CurrentStep() [1/2]

◆ CurrentStep() [2/2]

◆ CurrentTime() [1/2]

◆ CurrentTime() [2/2]

◆ DisabledEvents()

◆ DoAssign()

◆ DoRead()

◆ DoReadGenerators()

◆ DoWrite()

◆ DoWriteGenerators()

◆ EnabledEvents()

◆ EnabledEventTime()

◆ EnabledGuardTime()

◆ EnabledInterval()

◆ EnabledTime()

◆ End()

◆ EStr()

◆ EventIndex()

◆ EventName()

◆ ExecuteEvent()

◆ ExecuteTime()

◆ Insert() [1/2]

◆ Insert() [2/2]

◆ IsDeadlocked()

◆ PSStr()

◆ PTSStr()

◆ Reset()

◆ Size()

◆ TEStr()

◆ UpdateParallelTimedState()

◆ Valid()

Member Data Documentation

◆ mAlphabet

◆ mCurrentParallelTimedState

◆ mCurrentStep

◆ mCurrentTime

◆ mDEvents

◆ mEEvents

◆ mEInterval

◆ mETime