DtCommunicationManager Class Reference

The DtCommunicationManager class is a convenience class that will create both the DtNetworkInterfaceManager and the DtEventManager as well as provide methods to access them and pass information to them. You can still use the individual classes (and should for registering callbacks), however, where at all possible, use this higher level interface to access broader functionality.

Related Examples

• Event Manager TCP Connection

Inheritance diagram for DtCommunicationManager:

Public Types
typedef boost::function < double(double &dt)>	SimTimeProvideFcn

Public Member Functions
	DtCommunicationManager (const DtSimulationAddress &, makVrf::DtStateDataManager *sm=0, int threadPoolSize=-1)
virtual	~DtCommunicationManager ()
virtual void	setNetworkInterfaceManager (DtNetworkInterfaceManager *)
DtNetworkInterfaceManager *	networkInterfaceManager ()
virtual void	setSimulationAddress (const DtSimulationAddress &)
const DtSimulationAddress &	simulationAddress () const
const DtSimulationAddress &	applicationId () const
virtual void	setEventManager (makVrfEvents::DtEventManager *)
makVrfEvents::DtEventManager *	eventManager ()
virtual void	setParameterDatabase (DtVrfParameterDb *)
DtVrfParameterDb *	parameterDatabase () const
virtual void	setNumCallbackThreads (unsigned)
virtual bool	typeIsPublishable (const DtEntityType &) const
virtual void	setCoordinateSystem (const Coordinate_System *)
virtual double	beginFrame (double &dt, DtCommunicationManagerPerformanceTimerInformation *performanceTimerInformation=nullptr)
virtual bool	advanceFrame (DtCommunicationManagerPerformanceTimerInformation *performanceTimerInformation=nullptr)
virtual bool	insertManagerAtBeginning (DtNetworkManagerInterface *)
virtual bool	addManager (DtNetworkManagerInterface *)
virtual DtNetworkManagerInterface *	networkManagerInterface (const char *) const
virtual void	removeManager (const char *)
virtual void	addEvent (const makVrfEvents::DtEvent &)
virtual void	postEvent (const makVrfEvents::DtEvent &)
virtual void	sendEvent (const makVrfEvents::DtEvent &)
virtual void	setUsePerfCounter (bool)
virtual DtString	nextEventId (const DtString &=DtString::nullString())
virtual void	setSessionId (int)
int	sessionId () const
virtual double	elapsedRealTime () const
virtual void	run ()
virtual void	pause ()
virtual void	rewindScenario ()
virtual void	resetSimulation ()
virtual void	setSimTime (double)
virtual void	setFrameRateMode (const DtString &mode, double deltaTime, bool manageTime=false)
virtual void	setTimeMultiplier (double)
virtual void	setExerciseStartTime (double)
virtual bool	isPaused () const
virtual double	approximateElapsedRealTime () const
virtual double	absRealTime () const
virtual double	timeMultiplier () const
virtual double	exerciseStartTime () const
virtual bool	isRunToCompleteFrameMode () const
virtual void	setSimTimeProviderFunction (SimTimeProvideFcn f)
virtual double	simTime () const
DtExerciseClock *	clock () const
bool	inFame () const
virtual bool	isConnectionless () const
virtual void	removeAndDeleteAll ()
virtual void	reserve (unsigned int)
virtual bool	validateScenario (const DtScenario &s, DtString &error) const
virtual bool	selfReflecting () const
virtual void	setSelfReflecting (bool)
virtual void	beginBulkCreate ()
virtual void	endBulkCreate ()
makVrf::DtStateDataManager *	stateDataManager () const
virtual bool	rediscoverObjects ()

Static Public Member Functions
static void	setCommunicationManagerCreatorFcn (DtCommunicationManagerCreatorFcn fcn)
static DtCommunicationManager *	createCommunicationManager (const DtSimulationAddress &, makVrf::DtStateDataManager *sm=0, int threadPoolSize=-1)

Public Attributes
boost::signals2::signal< void()>	signal_aboutToAdvanceFrame
boost::signals2::signal< void(makVrf::DtStateDataManager *)>	signal_stateDataManagerChanged
boost::signals2::signal< void()>	signal_frameAdvanced
boost::signals2::signal< void(double simTime, double dT)>	signal_beginFrame
boost::signals2::signal< void(DtNetworkManagerInterface *)>	signal_interfaceAdded
boost::signals2::signal< void(DtNetworkManagerInterface *)>	signal_interfaceRemoved

Protected Member Functions
virtual void	slot_interfaceAdded (DtNetworkManagerInterface *)
virtual void	slot_interfaceRemoved (DtNetworkManagerInterface *)
void	initialize ()

Protected Attributes
DtNetworkInterfaceManager *	myNetworkInterfaceManager
makVrf::DtStateDataManager *	myStateDataManager
makVrfEvents::DtEventManager *	myEventManager
DtSimulationAddress	mySimulationAddress
DtExerciseClock *	myExerciseClock
bool	myOwnsStateDataManager
int	mySessionId
double	mySimTime
double	myLastDt
SimTimeProvideFcn	mySimTimeProviderFunction
int	myInFrame
DtVrfParameterDb *	myParameterDatabase
tbb::atomic< int >	myNextEventNumber

Static Protected Attributes
static DtCommunicationManagerCreatorFcn	theCommunicationManagerCreatorFcn

Member Typedef Documentation

typedef boost::function<double (double& dt)> DtCommunicationManager::SimTimeProvideFcn

Constructor & Destructor Documentation

DtCommunicationManager::DtCommunicationManager	(	const DtSimulationAddress &	,
		makVrf::DtStateDataManager *	sm = 0,
		int	threadPoolSize = -1
	)

Creates the network manager, state data manager (if not supplied) and event manager from their creator functions. The simulation address is the unique identifier of the communication address of this instance. If threadPoolSize is not -1 and this class creates the state data manager, use the number of threads for the legion thread pool update.

virtual DtCommunicationManager::~DtCommunicationManager ( )

virtual

Member Function Documentation

static void DtCommunicationManager::setCommunicationManagerCreatorFcn ( DtCommunicationManagerCreatorFcn  fcn )

static

Factory method for creating this class. If no factory method defined the default DtCommunicationManager is created.

static DtCommunicationManager* DtCommunicationManager::createCommunicationManager ( const DtSimulationAddress &  , makVrf::DtStateDataManager *  sm = 0, int  threadPoolSize = -1  )

static

Factory method for creating this class. If no factory method defined the default DtCommunicationManager is created.

virtual void DtCommunicationManager::setNetworkInterfaceManager ( DtNetworkInterfaceManager *  )

virtual

When set, this class will take ownership of the supplied manager.

DtNetworkInterfaceManager* DtCommunicationManager::networkInterfaceManager ( )

inline

virtual void DtCommunicationManager::setSimulationAddress ( const DtSimulationAddress &  )

virtual

const DtSimulationAddress& DtCommunicationManager::simulationAddress

(

)

const

const DtSimulationAddress& DtCommunicationManager::applicationId ( ) const

inline

virtual void DtCommunicationManager::setEventManager ( makVrfEvents::DtEventManager *  )

virtual

When set this class will take ownership of the supplied manager.

makVrfEvents::DtEventManager* DtCommunicationManager::eventManager ( )

inline

virtual void DtCommunicationManager::setParameterDatabase ( DtVrfParameterDb *  )

virtual

DtVrfParameterDb* DtCommunicationManager::parameterDatabase ( ) const

inline

virtual void DtCommunicationManager::setNumCallbackThreads ( unsigned  )

virtual

If the network thread supports it, the number of threads to use the network.

virtual bool DtCommunicationManager::typeIsPublishable ( const DtEntityType &  ) const

virtual

Returns true if the entity type is publishable by this connection.

virtual void DtCommunicationManager::setCoordinateSystem ( const Coordinate_System *  )

virtual

Sets the coordinate system to use with this scenario.

virtual double DtCommunicationManager::beginFrame ( double &  dt, DtCommunicationManagerPerformanceTimerInformation *  performanceTimerInformation = nullptr  )

virtual

Starts the beginning of the frame. The return value of this is the new simulation time as determined by the network interface.

virtual bool DtCommunicationManager::advanceFrame ( DtCommunicationManagerPerformanceTimerInformation *  performanceTimerInformation = nullptr )

virtual

Tells all network interfaces the frame wants to be advaned. Returns true if the frame was advanced (myInFrame counter is 0) If supply preAdvanceFrameTime, returns the time spent in the preAdvanceFrame call.

virtual bool DtCommunicationManager::insertManagerAtBeginning ( DtNetworkManagerInterface *  )

virtual

Since the network interfaces will be walked in order to see if one wants to put it on the network to prevent other interfaces from also publishing on the network, insert this at the beginning to give it priority. This class will take ownership of the mananger. If the manager type already exists, existing type is deleted.

virtual bool DtCommunicationManager::addManager ( DtNetworkManagerInterface *  )

virtual

This class will take ownership of the manager. If the manager type already exists, existing type is deleted.

virtual DtNetworkManagerInterface* DtCommunicationManager::networkManagerInterface ( const char *  ) const

virtual

Returns the network manager by type.

virtual void DtCommunicationManager::removeManager ( const char *  )

virtual

Removes and deletes the manager.

virtual void DtCommunicationManager::addEvent ( const makVrfEvents::DtEvent &  )

virtual

Adds an event to the event manager. If the event manager has an associated network manager will also send via the network manager.

virtual void DtCommunicationManager::postEvent ( const makVrfEvents::DtEvent &  )

virtual

Posts an event to the event manager only. Will not send over the network.

virtual void DtCommunicationManager::sendEvent ( const makVrfEvents::DtEvent &  )

virtual

Sends the event over the network only. Does not post to the event manager.

virtual void DtCommunicationManager::setUsePerfCounter ( bool  )

virtual

Wether or not created clock should use performance counter (default is true for windows)

virtual DtString DtCommunicationManager::nextEventId ( const DtString &  = DtString::nullString() )

virtual

Fire/detonate (and other) pdus/interactions can be tied with an event id. This routine will return the event id in a protocol dependent way based on the communication interface. Pass in the optional entity id of the entity causing the event.

virtual void DtCommunicationManager::setSessionId ( int  )

virtual

Sets the id of this session. Used to filter data network traffic.

int DtCommunicationManager::sessionId ( ) const

inline

virtual double DtCommunicationManager::elapsedRealTime ( ) const

virtual

@ { Time routines

virtual void DtCommunicationManager::run ( )

virtual

Puts the simulation into run mode by letting the network connections know.

virtual void DtCommunicationManager::pause ( )

virtual

Puts the simulation into pause mode by letting the network connections know.

virtual void DtCommunicationManager::rewindScenario ( )

virtual

Scenario is about to rewind.

virtual void DtCommunicationManager::resetSimulation ( )

virtual

Resets the simulation.

virtual void DtCommunicationManager::setSimTime ( double  )

virtual

Sets the current simulation time.

virtual void DtCommunicationManager::setFrameRateMode ( const DtString &  mode, double  deltaTime, bool  manageTime = false  )

virtual

Sets the mode for the exercise clock.

virtual void DtCommunicationManager::setTimeMultiplier ( double  )

virtual

Sets the current time multiplier.

virtual void DtCommunicationManager::setExerciseStartTime ( double  )

virtual

Start day/date time of the exercise.

virtual bool DtCommunicationManager::isPaused ( ) const

virtual

virtual double DtCommunicationManager::approximateElapsedRealTime ( ) const

virtual

virtual double DtCommunicationManager::absRealTime ( ) const

virtual

virtual double DtCommunicationManager::timeMultiplier ( ) const

virtual

virtual double DtCommunicationManager::exerciseStartTime ( ) const

virtual

virtual bool DtCommunicationManager::isRunToCompleteFrameMode ( ) const

virtual

virtual void DtCommunicationManager::setSimTimeProviderFunction ( SimTimeProvideFcn  f )

virtual

virtual double DtCommunicationManager::simTime ( ) const

inlinevirtual

DtExerciseClock* DtCommunicationManager::clock ( ) const

inline

bool DtCommunicationManager::inFame ( ) const

inline

virtual bool DtCommunicationManager::isConnectionless ( ) const

virtual

Returns true if there are no registered connections.

virtual void DtCommunicationManager::removeAndDeleteAll ( )

virtual

Called when all objects are being deleted, will indiciate that all remotes will eventually need to be rediscovered.

virtual void DtCommunicationManager::reserve ( unsigned  int )

virtual

Calls down to the state data manager to reserve a number of entities. This reservation will be cumulative, so, if a previous reserve reserved 1000 entitie, and this reserves 1000, the total will be 2000.

virtual bool DtCommunicationManager::validateScenario ( const DtScenario &  s, DtString &  error  ) const

virtual

If any connection returns false do not run.

virtual bool DtCommunicationManager::selfReflecting ( ) const

virtual

Returns true if any of the connections are self reflecting.

virtual void DtCommunicationManager::setSelfReflecting ( bool  )

virtual

Sets all connections (if supported) to self reflecting. This will only apply to current handlers, not ones that are added after this is called.

virtual void DtCommunicationManager::beginBulkCreate ( )

virtual

virtual void DtCommunicationManager::endBulkCreate ( )

virtual

makVrf::DtStateDataManager* DtCommunicationManager::stateDataManager ( ) const

inline

virtual bool DtCommunicationManager::rediscoverObjects ( )

virtual

This is a destructive call in that it will remove all the state data and then tell the network connections to recreate the state data from the remote entities. This call assumes that this would not be made unless the simulation model set has been changed after remote entities have been discovered This operation could take a significant amount of time depending on the amount of objects that are in the system. Returns true if there are remote objects to rediscover.

virtual void DtCommunicationManager::slot_interfaceAdded ( DtNetworkManagerInterface *  )

protectedvirtual

virtual void DtCommunicationManager::slot_interfaceRemoved ( DtNetworkManagerInterface *  )

protectedvirtual

void DtCommunicationManager::initialize ( )

protected

Called from constructor. Creates event and network managers.

Member Data Documentation

boost::signals2::signal<void ()> DtCommunicationManager::signal_aboutToAdvanceFrame

Sent before the state data manager advances its frame.

boost::signals2::signal<void (makVrf::DtStateDataManager*)> DtCommunicationManager::signal_stateDataManagerChanged

Sent if a network manager is assigned with a different state data manager in it.

boost::signals2::signal<void ()> DtCommunicationManager::signal_frameAdvanced

Can be called by outside holders of this class if the frame cannot be advanced, however, other classes connect to this to be signaled for a post communication advance event. Will also be called from advanceFrame.

boost::signals2::signal<void (double simTime, double dT)> DtCommunicationManager::signal_beginFrame

Signal sent right before beginFrame is returned.

boost::signals2::signal<void (DtNetworkManagerInterface*)> DtCommunicationManager::signal_interfaceAdded

Signal sent when an interface is added.

boost::signals2::signal<void (DtNetworkManagerInterface*)> DtCommunicationManager::signal_interfaceRemoved

Signal sent when an interface is removed.

DtNetworkInterfaceManager* DtCommunicationManager::myNetworkInterfaceManager

protected

makVrf::DtStateDataManager* DtCommunicationManager::myStateDataManager

protected

makVrfEvents::DtEventManager* DtCommunicationManager::myEventManager

protected

DtCommunicationManagerCreatorFcn DtCommunicationManager::theCommunicationManagerCreatorFcn

staticprotected

DtSimulationAddress DtCommunicationManager::mySimulationAddress

protected

DtExerciseClock* DtCommunicationManager::myExerciseClock

protected

Backup for simulation time (absRealTime) if no network manager.

bool DtCommunicationManager::myOwnsStateDataManager

protected

int DtCommunicationManager::mySessionId

protected

double DtCommunicationManager::mySimTime

protected

double DtCommunicationManager::myLastDt

protected

SimTimeProvideFcn DtCommunicationManager::mySimTimeProviderFunction

protected

int DtCommunicationManager::myInFrame

protected

DtVrfParameterDb* DtCommunicationManager::myParameterDatabase

protected

tbb::atomic<int> DtCommunicationManager::myNextEventNumber

protected

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

• /data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-0-branch/include/vrfMsgTransport/communicationManager.h