Public Member Functions
	ModuleMaster (const ModuleBuildInfo &)
	Constructor.
	~ModuleMaster () override
	Destructor.
VersionInfo	versionInfo () const override
	Module version.
CaseOptionsMain *	caseoptions () override
	Access to module options.
IModule *	toModule () override
	Conversion to IModule.
CommonVariables *	commonVariables () override
	Access to 'common' variables shared between all services and modules.
void	addTimeLoopService (ITimeLoopService *tls) override
	Adds the time loop service.
void	dumpStandardCurves () override
	Dumps standard curves (CPUTime, ElapsedTime, ...).
void	timeLoopBegin ()
	Auto-loaded entry point at the beginning of the calculation loop iteration.
void	timeLoopEnd ()
	Auto-loaded entry point at the end of the calculation loop iteration.
void	masterInit ()
	Auto-loaded entry point at the beginning of initialization.
void	masterStartInit ()
	Auto-loaded entry point at the beginning of a new case initialization.
void	masterContinueInit ()
	Auto-loaded entry point at the beginning of a new case restart.
Public Member Functions inherited from Arcane::AbstractModule
	AbstractModule (const ModuleBuildInfo &)
	Constructor from a ModuleBuildInfo.
virtual	~AbstractModule ()
	Destructor.
String	name () const override
	Module name.
ISession *	session () const override
	Session associated with the module.
ISubDomain *	subDomain () const override
	Sub-domain associated with the module.
IMesh *	defaultMesh () const override
	Default mesh for this module.
MeshHandle	defaultMeshHandle () const override
	Default mesh for this module.
IParallelMng *	parallelMng () const override
	Message passing parallelism manager.
IAcceleratorMng *	acceleratorMng () const override
	Accelerator manager.
ITraceMng *	traceMng () const override
	Trace manager.
void	setUsed (bool v) override
	Sets the module usage flag.
bool	used () const override
	Returns the module usage status.
void	setDisabled (bool v) override
	Sets the module activation flag.
bool	disabled () const override
	Returns the module activation status.
bool	isGarbageCollected () const override
	Indicates if the module uses a Garbage collection system.
Public Member Functions inherited from Arcane::TraceAccessor
	TraceAccessor (ITraceMng *m)
	Constructs an accessor via the trace manager m.
	TraceAccessor (const TraceAccessor &rhs)
	Copy constructor.
TraceAccessor &	operator= (const TraceAccessor &rhs)
	Copy assignment operator.
virtual	~TraceAccessor ()
	Frees resources.
ITraceMng *	traceMng () const
	Trace manager.
TraceMessage	info () const
	Flow for an information message.
TraceMessage	pinfo () const
	Flow for a parallel information message.
TraceMessage	info (char category) const
	Flow for an information message of a given category.
TraceMessage	pinfo (char category) const
	Flow for a parallel information message of a given category.
TraceMessage	info (bool v) const
	Flow for an information message.
TraceMessage	warning () const
	Flow for a warning message.
TraceMessage	pwarning () const
TraceMessage	error () const
	Flow for an error message.
TraceMessage	perror () const
TraceMessage	log () const
	Flow for a log message.
TraceMessage	plog () const
	Flow for a log message.
TraceMessage	logdate () const
	Flow for a log message preceded by the date.
TraceMessage	fatal () const
	Flow for a fatal error message.
TraceMessage	pfatal () const
	Flow for a parallel fatal error message.
TraceMessageDbg	debug (Trace::eDebugLevel=Trace::Medium) const
	Flow for a debug message.
Trace::eDebugLevel	configDbgLevel () const
	Debug level of the configuration file.
TraceMessage	info (Int32 verbose_level) const
	Flow for an information message of a given level.
TraceMessage	linfo () const
	Flow for an information message with the local information level of this instance.
TraceMessage	linfo (Int32 relative_level) const
	Flow for an information message with the local information level of this instance.
void	fatalMessage (const StandaloneTraceMessage &o) const
Public Member Functions inherited from Arcane::IModule
virtual	~IModule ()
	Destructor.
Public Member Functions inherited from Arcane::CommonVariables
	CommonVariables (IModule *c)
	Constructs the references of the common variables for the module c.
	CommonVariables (IVariableMng *variable_mng)
	Constructs the references of the common variables for the manager variable_mng.
	CommonVariables (ISubDomain *sd)
	Constructs the references of the common variables for the subdomain sd.
virtual	~CommonVariables ()
	Releases resources.
Int32	globalIteration () const
	Current iteration number.
Real	globalTime () const
	Current time.
Real	globalOldTime () const
	Previous current time.
Real	globalFinalTime () const
	Final time of the simulation.
Real	globalDeltaT () const
	Current Delta T.
Real	globalCPUTime () const
	CPU time used (in seconds).
Real	globalOldCPUTime () const
	Previous CPU time used (in seconds).
Real	globalElapsedTime () const
	Clock time (elapsed) used (in seconds).
Real	globalOldElapsedTime () const
	Previous clock time (elapsed) used (in seconds).
Public Member Functions inherited from Arcane::IModuleMaster
virtual	~IModuleMaster ()
	Destructor.

Protected Member Functions
virtual void	timeIncrementation ()
	Overridable time step incrementation.
virtual void	timeStepInformation ()
	Overridable display of time step information.
void	_masterBeginLoop ()
void	_masterEndLoop ()
void	_masterStartInit ()
void	_masterContinueInit ()
void	_masterLoopExit ()
void	_masterMeshChanged ()
void	_masterRestore ()
Protected Member Functions inherited from Arcane::AbstractModule
void	_setVersionInfo (const VersionInfo &vi)
Protected Member Functions inherited from Arcane::TraceAccessor
void	_setLocalVerboseLevel (Int32 v)
Int32	_localVerboseLevel () const

Protected Attributes
CaseOptionsMain *	m_case_options_main = nullptr
	Instance of module options.
Integer	m_nb_loop = 0
	Number of calculation loops performed.
Real	m_old_cpu_time = 0.0
	CPU time value at the last iteration.
Real	m_old_elapsed_time = 0.0
	Clock time value at the last iteration.
UniqueArray< ITimeLoopService * >	m_timeloop_services
	List of time loop services.
bool	m_is_first_loop = true
	Indicates if we are in the first execution loop.
Real	m_thm_mem_used = 0.0
Real	m_thm_diff_cpu = 0.0
Real	m_thm_global_cpu_time = 0.0
Real	m_thm_diff_elapsed = 0.0
Real	m_thm_global_elapsed_time = 0.0
Real	m_thm_global_time = 0.0
bool	m_has_thm_dump_at_iteration = false

Additional Inherited Members
Static Public Member Functions inherited from Arcane::AbstractModule
static void	staticInitialize (ISubDomain *sd)
	Initialization of the module for the sub-domain sd.
Static Public Member Functions inherited from Arcane::IModuleMaster
static IModuleMaster *	createDefault (const ModuleBuildInfo &)
	Creation of an instance of IModuleMaster.
Public Attributes inherited from Arcane::CommonVariables
VariableScalarInt32	m_global_iteration
	Current iteration.
VariableScalarReal	m_global_time
	Current time.
VariableScalarReal	m_global_deltat
	Global Delta T.
VariableScalarReal	m_global_old_time
	Time previous to the current time.
VariableScalarReal	m_global_old_deltat
	Delta T at the time previous to the global time.
VariableScalarReal	m_global_final_time
	Final time of the case.
VariableScalarReal	m_global_old_cpu_time
	Previous CPU time used (in seconds).
VariableScalarReal	m_global_cpu_time
	CPU time used (in seconds).
VariableScalarReal	m_global_old_elapsed_time
	Previous clock time used (in seconds).
VariableScalarReal	m_global_elapsed_time
	Clock time used (in seconds).

Detailed Description

Definition at line 42 of file ModuleMaster.h.

Constructor & Destructor Documentation

◆ ModuleMaster()

Arcane::ModuleMaster::ModuleMaster ( const ModuleBuildInfo & mb )

explicit

◆ ~ModuleMaster()

Arcane::ModuleMaster::~ModuleMaster ( )

override

Destructor.

Definition at line 98 of file ModuleMaster.cc.

References m_case_options_main.

Member Function Documentation

◆ _masterBeginLoop()

void Arcane::ModuleMaster::_masterBeginLoop ( )

protected

Definition at line 379 of file ModuleMaster.cc.

◆ _masterContinueInit()

void Arcane::ModuleMaster::_masterContinueInit ( )

protected

Definition at line 415 of file ModuleMaster.cc.

◆ _masterEndLoop()

void Arcane::ModuleMaster::_masterEndLoop ( )

protected

Definition at line 391 of file ModuleMaster.cc.

◆ _masterLoopExit()

void Arcane::ModuleMaster::_masterLoopExit ( )

protected

Definition at line 427 of file ModuleMaster.cc.

◆ _masterMeshChanged()

void Arcane::ModuleMaster::_masterMeshChanged ( )

protected

Definition at line 439 of file ModuleMaster.cc.

◆ _masterRestore()

void Arcane::ModuleMaster::_masterRestore ( )

protected

Definition at line 451 of file ModuleMaster.cc.

◆ _masterStartInit()

void Arcane::ModuleMaster::_masterStartInit ( )

protected

Definition at line 403 of file ModuleMaster.cc.

◆ addTimeLoopService()

void Arcane::ModuleMaster::addTimeLoopService ( ITimeLoopService * tls )

overridevirtual

Adds the time loop service.

Implements Arcane::IModuleMaster.

Definition at line 370 of file ModuleMaster.cc.

References m_timeloop_services.

◆ caseoptions()

CaseOptionsMain * Arcane::ModuleMaster::caseoptions ( )

inlineoverridevirtual

Access to module options.

Implements Arcane::IModuleMaster.

Definition at line 61 of file ModuleMaster.h.

References m_case_options_main.

◆ commonVariables()

CommonVariables * Arcane::ModuleMaster::commonVariables ( )

inlineoverridevirtual

Access to 'common' variables shared between all services and modules.

Implements Arcane::IModuleMaster.

Definition at line 67 of file ModuleMaster.h.

References Arcane::CommonVariables::CommonVariables().

◆ dumpStandardCurves()

void Arcane::ModuleMaster::dumpStandardCurves ( )

overridevirtual

Dumps standard curves (CPUTime, ElapsedTime, ...).

Implements Arcane::IModuleMaster.

Definition at line 320 of file ModuleMaster.cc.

References Arcane::ITimeHistoryMng::addValue(), Arcane::platform::getCPUTime(), Arcane::platform::getCurrentDateTime(), Arcane::platform::getMemoryUsed(), Arcane::platform::getRealTime(), Arcane::TraceAccessor::info(), Arcane::CommonVariables::m_global_cpu_time, Arcane::CommonVariables::m_global_elapsed_time, Arcane::CommonVariables::m_global_time, m_old_cpu_time, m_old_elapsed_time, Arcane::AbstractModule::subDomain(), and Arcane::ISubDomain::timeHistoryMng().

Referenced by timeLoopEnd().

◆ masterContinueInit()

void Arcane::ModuleMaster::masterContinueInit ( )

Auto-loaded entry point at the beginning of a new case restart.

Definition at line 137 of file ModuleMaster.cc.

References Arcane::ISubDomain::caseMng(), Arcane::TraceAccessor::info(), Arcane::CommonVariables::m_global_iteration, Arcane::CommonVariables::m_global_old_deltat, Arcane::CommonVariables::m_global_old_time, Arcane::AbstractModule::subDomain(), and Arcane::ICaseMng::updateOptions().

Referenced by ModuleMaster().

◆ masterInit()

void Arcane::ModuleMaster::masterInit ( )

Auto-loaded entry point at the beginning of initialization.

Definition at line 129 of file ModuleMaster.cc.

Referenced by ModuleMaster().

◆ masterStartInit()

void Arcane::ModuleMaster::masterStartInit ( )

Auto-loaded entry point at the beginning of a new case initialization.

Is not called in case of initialization on a restart

Definition at line 107 of file ModuleMaster.cc.

References Arcane::ISubDomain::caseMng(), Arcane::CommonVariables::m_global_cpu_time, Arcane::CommonVariables::m_global_elapsed_time, Arcane::CommonVariables::m_global_iteration, Arcane::CommonVariables::m_global_old_cpu_time, Arcane::CommonVariables::m_global_old_deltat, Arcane::CommonVariables::m_global_old_elapsed_time, Arcane::CommonVariables::m_global_old_time, Arcane::CommonVariables::m_global_time, Arcane::AbstractModule::subDomain(), and Arcane::ICaseMng::updateOptions().

Referenced by ModuleMaster().

◆ timeIncrementation()

void Arcane::ModuleMaster::timeIncrementation ( )

protectedvirtual

Overridable time step incrementation.

Definition at line 158 of file ModuleMaster.cc.

References Arcane::CommonVariables::m_global_deltat, and Arcane::CommonVariables::m_global_time.

Referenced by timeLoopBegin().

◆ timeLoopBegin()

void Arcane::ModuleMaster::timeLoopBegin ( )

Auto-loaded entry point at the beginning of the calculation loop iteration.

If the current time is strictly greater than the limit time, requests the termination of the calculation
Adds the delta calculated in the previous time step to the current time

Definition at line 185 of file ModuleMaster.cc.

Referenced by ModuleMaster().

◆ timeLoopEnd()

void Arcane::ModuleMaster::timeLoopEnd ( )

Auto-loaded entry point at the end of the calculation loop iteration.

Increments the iteration counter

Definition at line 293 of file ModuleMaster.cc.

References dumpStandardCurves(), Arcane::TraceAccessor::info(), Arcane::CommonVariables::m_global_iteration, and Arcane::AbstractModule::subDomain().

Referenced by ModuleMaster().

◆ timeStepInformation()

void Arcane::ModuleMaster::timeStepInformation ( )

protectedvirtual

Overridable display of time step information.

Definition at line 167 of file ModuleMaster.cc.

References Arcane::TraceAccessor::info(), Arcane::CommonVariables::m_global_deltat, Arcane::CommonVariables::m_global_iteration, Arcane::CommonVariables::m_global_time, and m_nb_loop.

Referenced by timeLoopBegin().

◆ toModule()

IModule * Arcane::ModuleMaster::toModule ( )

inlineoverridevirtual

Conversion to IModule.

Implements Arcane::IModuleMaster.

Definition at line 64 of file ModuleMaster.h.

◆ versionInfo()

VersionInfo Arcane::ModuleMaster::versionInfo ( ) const

inlineoverridevirtual

Module version.

Reimplemented from Arcane::AbstractModule.

Definition at line 58 of file ModuleMaster.h.

Member Data Documentation

◆ m_case_options_main

CaseOptionsMain* Arcane::ModuleMaster::m_case_options_main = nullptr

protected

Instance of module options.

Definition at line 126 of file ModuleMaster.h.

Referenced by caseoptions(), ModuleMaster(), and ~ModuleMaster().

◆ m_has_thm_dump_at_iteration

bool Arcane::ModuleMaster::m_has_thm_dump_at_iteration = false

protected

Definition at line 150 of file ModuleMaster.h.

◆ m_is_first_loop

bool Arcane::ModuleMaster::m_is_first_loop = true

protected

Indicates if we are in the first execution loop.

Definition at line 141 of file ModuleMaster.h.

Referenced by timeLoopBegin().

◆ m_nb_loop

Integer Arcane::ModuleMaster::m_nb_loop = 0

protected

Number of calculation loops performed.

Definition at line 129 of file ModuleMaster.h.

Referenced by timeLoopBegin(), and timeStepInformation().

◆ m_old_cpu_time

Real Arcane::ModuleMaster::m_old_cpu_time = 0.0

protected

CPU time value at the last iteration.

Definition at line 132 of file ModuleMaster.h.

Referenced by dumpStandardCurves(), and timeLoopBegin().

◆ m_old_elapsed_time

Real Arcane::ModuleMaster::m_old_elapsed_time = 0.0

protected

Clock time value at the last iteration.

Definition at line 135 of file ModuleMaster.h.

Referenced by dumpStandardCurves(), and timeLoopBegin().

◆ m_thm_diff_cpu

Real Arcane::ModuleMaster::m_thm_diff_cpu = 0.0

protected

Definition at line 144 of file ModuleMaster.h.

◆ m_thm_diff_elapsed

Real Arcane::ModuleMaster::m_thm_diff_elapsed = 0.0

protected

Definition at line 146 of file ModuleMaster.h.

◆ m_thm_global_cpu_time

Real Arcane::ModuleMaster::m_thm_global_cpu_time = 0.0

protected

Definition at line 145 of file ModuleMaster.h.

◆ m_thm_global_elapsed_time

Real Arcane::ModuleMaster::m_thm_global_elapsed_time = 0.0

protected

Definition at line 147 of file ModuleMaster.h.

◆ m_thm_global_time

Real Arcane::ModuleMaster::m_thm_global_time = 0.0

protected

Definition at line 148 of file ModuleMaster.h.

◆ m_thm_mem_used

Real Arcane::ModuleMaster::m_thm_mem_used = 0.0

protected

Definition at line 143 of file ModuleMaster.h.

◆ m_timeloop_services

UniqueArray<ITimeLoopService*> Arcane::ModuleMaster::m_timeloop_services

protected

List of time loop services.

Definition at line 138 of file ModuleMaster.h.

Referenced by addTimeLoopService().

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

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ ModuleMaster()

◆ ~ModuleMaster()

Member Function Documentation

◆ _masterBeginLoop()

◆ _masterContinueInit()

◆ _masterEndLoop()

◆ _masterLoopExit()

◆ _masterMeshChanged()

◆ _masterRestore()

◆ _masterStartInit()

◆ addTimeLoopService()

◆ caseoptions()

◆ commonVariables()

◆ dumpStandardCurves()

◆ masterContinueInit()

◆ masterInit()

◆ masterStartInit()

◆ timeIncrementation()

◆ timeLoopBegin()

◆ timeLoopEnd()

◆ timeStepInformation()

◆ toModule()

◆ versionInfo()

Member Data Documentation

◆ m_case_options_main

◆ m_has_thm_dump_at_iteration

◆ m_is_first_loop

◆ m_nb_loop

◆ m_old_cpu_time

◆ m_old_elapsed_time

◆ m_thm_diff_cpu

◆ m_thm_diff_elapsed

◆ m_thm_global_cpu_time

◆ m_thm_global_elapsed_time

◆ m_thm_global_time

◆ m_thm_mem_used

◆ m_timeloop_services