makVrf::DtStateDataManager Class Reference

This class holds the state data that represents each simulation object in the system.

Note

Typically, this data is accessed via the DtSimObject instances in the DtSimObjectManager instead.

Related Examples

• Radar Warn Rx

Classes
struct	ComponentRemoval
struct	StateComponent

Public Types
enum	FrameStatus { FrameStatus::Normal = 0, FrameStatus::SkippedBeginFrame, FrameStatus::SkipAdvanceFrame }
typedef std::set< const DtFrameStateInterface * >	CurrentFrameStates
using	PreAddCallback = boost::function< bool(DtStateData *)>
typedef boost::signals2::signal< void(DtStateComponent *)>	StateComponentSignal
typedef std::vector < DtStateData * >	StateData
using	StateDataCreatorFcn = DtStateData *(*)(makVrf::SimStateID, Legion::SimulationDatabase *, DtStateDataManager *)
using	RemoteStateDataCreatorFcn = DtStateData *(*)(makVrf::SimStateID, UInt64 legionId, Legion::SimulationDatabase *, DtStateDataManager *)
typedef std::unordered_map < UInt64, DtStateData * >	StateDataByUniqueId

Public Member Functions
	DtStateDataManager (Legion::SimulationDatabase *=nullptr, int threadPoolSize=-1, unsigned int clientId=0)
virtual	~DtStateDataManager ()
virtual DtStateData *	createStateData (bool isLocal, const DtEntityType &, const DtUUID &uuid=DtUUID(), int publishFlag=0, PreAddCallback callback=0, const DtEntityIdentifier &entId=DtEntityIdentifier::nullId(), bool addToSimObjectManager=true, const DtString &globalId=DtString::nullString())
virtual void	setParameterDatabase (DtVrfParameterDb *)
DtVrfParameterDb *	parameterDatabase () const
DtVrfCallbackQueue &	jobProcessor ()
virtual DtStateData *	createStateData (Legion::UInt64 legionHandle, PreAddCallback callback=0)
virtual void	removeAndDeleteAll (const std::set< DtUUID > &except=std::set< DtUUID >())
virtual void	removeStateData (DtStateData *)
virtual void	removeStateData (const DtUUID &)
virtual void	removeStateDataByStateId (makVrf::SimStateID)
virtual void	removeStateDataByUniqueId (unsigned long long)
virtual void	mapStateDataByUniqueId (unsigned long long, DtStateData *)
virtual void	unmapStateDataByUniqueId (unsigned long long)
virtual void	beginFrame (double simTime)
virtual void	advanceFrame ()
virtual DtStateData *	advanceFrameFor (unsigned long long uniqueId)
virtual void	registerLegionComponents (Legion::SimulationDatabase *)
Legion::EventManager *	eventManager ()
Legion::SimulationDatabase *	database ()
Legion::SimulationDatabase *	unpublishedDatabase ()
virtual void	aerodromeDiscovered (DtStateData *)
virtual void	entityDiscovered (DtStateData *)
virtual void	environmentalDiscovered (DtStateData *)
virtual void	unitDiscovered (DtStateData *)
virtual void	setBlockOnAdvanceFrameJobs (bool)
bool	blockOnAdvanceFrameJobs () const
virtual bool	hasOutstandingAdvanceFrameJobs () const
virtual void	reserve (unsigned int)
template<typename T_Class >
void	handleDataUpdated (const std::vector< typename Legion::SetView< T_Class >::InstanceUpdateData > &instanceList)
template<typename T_Class >
unsigned int	addInstanceUpdatedCallback (Legion::SimulationDatabase *database, DtInstanceUpdatedCallback callback, Legion::InstanceHandle instanceHandle, const typename std::vector< Legion::AttributeIndex > &attributeIndexFilter=std::vector< Legion::AttributeIndex >())
template<typename T_Class >
void	removeInstanceUpdatedCallback (Legion::SimulationDatabase *database, Legion::InstanceHandle instanceHandle, unsigned int callbackHandle)
bool	isValid () const
const StateData &	stateData () const
const DtStateData *	stateData (makVrf::SimStateID id) const
DtStateData *	stateData (makVrf::SimStateID id)
double	absRealTime () const
virtual void	prepareForHandoff (unsigned long long, bool becomingLocal)
virtual void	handoffComplete (makVrf::SimStateID)
virtual bool	awaitingHandoff (makVrf::SimStateID) const
virtual DtStateData *	createStateData (makVrf::SimStateID, Legion::SimulationDatabase *)
virtual DtStateData *	createStateData (makVrf::SimStateID, UInt64 legionGlobalId)
virtual void	clear (bool forReuse=false)
Legion::ControlManager *	controlManager ()
virtual DtUUID	uuidFor (makVrf::SimStateID) const
virtual const DtStateData *	stateDataFor (const DtUUID &) const
virtual DtStateData *	stateDataFor (const DtUUID &)
virtual const DtStateData *	stateDataFor (const DtEntityIdentifier &) const
virtual DtStateData *	stateDataFor (const DtEntityIdentifier &)
virtual void	setUpdateOnlySpecifiedStateDataMode (bool)
bool	updateOnlySpecifiedStateDataMode () const
FrameStatus	frameStatus () const
virtual const DtStateData *	stateDataFor (makVrf::SimStateID) const
virtual DtStateData *	stateDataFor (makVrf::SimStateID)
virtual const DtStateData *	stateDataForUniqueId (UInt64) const
virtual DtStateData *	stateDataForUniqueId (UInt64)
virtual UInt64	uniqueIdFrom (const DtUUID &) const
virtual void	setRunFullyThreaded (bool, int theadCount=4)
bool	runFullyThreaded () const
virtual void	addStateComponent (DtStateComponent *)
virtual void	removeStateComponent (DtStateComponent *, bool deleteOnRemoval=true)
virtual void	resizeContainer (unsigned)
template<typename T_Component >
void	resizeContainer ()
template<typename T_Component >
StateComponentSignal &	signalWhenStateComponentAdded ()
StateComponentSignal &	signalWhenStateComponentAdded (unsigned type)
template<typename T_Component >
StateComponentSignal &	signalWhenStateComponentRemoved ()
StateComponentSignal &	signalWhenStateComponentRemoved (unsigned type)
template<typename T_Component >
const CurrentFrameStates &	stateComponents () const
virtual void	removeAll ()
virtual std::set< const DtStateData * >	entitiesTracking (const DtUUID &) const
virtual std::set< const DtStateData * >	entitiesJamming (const DtUUID &) const
virtual DtTrackJamBeamInfoList	systemsTrackingObject (const DtUUID &) const
virtual DtTrackJamBeamInfoList	systemsJammingObject (const DtUUID &) const
virtual void	setUnpublishedDatabaseUsage (bool)
virtual void	setCoordinateSystem (const Coordinate_System *)
const Coordinate_System *	coordinateSystem () const
const StateDataByUniqueId &	entityData () const
const StateDataByUniqueId &	unitData () const
const StateDataByUniqueId &	aerodromeData () const
const StateDataByUniqueId &	environmentalData () const
virtual void	setPublishingOnLegionNetwork (bool b)
bool	publishingOnLegionNetwork () const
template<typename T_Class >
Legion::SetView< T_Class > *	view (Legion::SimulationDatabase *db)
bool	advancingFrame () const

Static Public Member Functions
static StateDataCreatorFcn	setStateDataCreatorFcn (StateDataCreatorFcn)
static StateDataCreatorFcn	stateDataCreatorFcn ()
static RemoteStateDataCreatorFcn	setRemoteStateDataCreatorFcn (RemoteStateDataCreatorFcn)
static RemoteStateDataCreatorFcn	remoteStateDataCreatorFcn ()
static DtStateData *	defaultStateDataCreator (makVrf::SimStateID, Legion::SimulationDatabase *, DtStateDataManager *)
static DtStateData *	defaultRemoteStateDataCreator (makVrf::SimStateID, UInt64 legionGlobalId, Legion::SimulationDatabase *, DtStateDataManager *)
static void	SeedUnpublishedEntityId (short appId, short siteId)
static DtEntityIdentifier	NextUnpublishedEntityId ()
static void	setStateDataManagerCreatorFcn (DtStateDataManagerCreatorFcn fcn)
static DtStateDataManager *	createStateDataManager (Legion::SimulationDatabase *=nullptr, int threadPoolSize=-1, unsigned int clientId=0)

Public Attributes
boost::signals2::signal< void(const Coordinate_System *)>	signal_coordinateSystemChanged
boost::signals2::signal< void(const DtStateData *)>	signal_stateDataAboutToBeRemoved
boost::signals2::signal< void(makVrf::SimStateID, UInt64)>	signal_stateDataRemoved
boost::signals2::signal< void(Legion::SimulationDatabase *)>	signal_addVrfSpecificDataElements
boost::signals2::signal< void(const DtStateData *)>	signal_initializeStateDataBeforeAdd
boost::signals2::signal< void(DtStateData *)>	signal_stateDataAdded
boost::signals2::signal< void()>	signal_beginFrame
boost::signals2::signal< void()>	signal_preAdvanceFrame
boost::signals2::signal< void()>	signal_advanceFrame
boost::signals2::signal< void(DtStateData *, bool)>	signal_prepareForHandoff
boost::signals2::signal< void(DtStateData *)>	signal_entityAdded
boost::signals2::signal< void(const DtStateData *)>	signal_entityRemoved
boost::signals2::signal< void(DtStateData *)>	signal_unitAdded
boost::signals2::signal< void(const DtStateData *)>	signal_unitRemoved
boost::signals2::signal< void(DtStateData *)>	signal_environmentalAdded
boost::signals2::signal< void(const DtStateData *)>	signal_environmentalRemoved
boost::signals2::signal< void(DtStateData *)>	signal_aerodromeAdded
boost::signals2::signal< void(const DtStateData *)>	signal_aerodromeRemoved
boost::signals2::signal< void(unsigned long long, const DtUUID &oldUUID, const DtUUID &newUUID)>	signal_uuidChanged
StateComponentSignal	signal_stateComponentAdded
StateComponentSignal	signal_stateComponentRemoved
boost::signals2::signal< void()>	signal_deleted
boost::signals2::signal< void(DtStateData *)>	signal_convertedToLocal

Protected Types
typedef std::vector < StateComponent >	CurrentFrameStatesList
typedef std::unordered_map < DtUUID, std::set < DtStateData * > >	StateDataByUUID
typedef std::unordered_map < std::string, std::set < DtStateData * > >	StateDataByEntityIdentifier
typedef std::map< DtString, Legion::View * >	Views
typedef std::map < Legion::SimulationDatabase *, Views >	DatabaseViews
typedef std::vector< std::pair < DtInstanceUpdatedCallback, unsigned int > >	Callbacks
typedef std::map < Legion::InstanceHandle, Callbacks >	InstanceUpdatedCallbacks
typedef std::map < Legion::AttributeSetId, InstanceUpdatedCallbacks >	InstancesUpdatedCallbacks
typedef std::pair< std::set < DtUUID >, std::set< DtUUID > >	SubordinateChangeSet
using	Condition = std::condition_variable
using	ConditionMutex = std::mutex
using	ConditionLock = std::unique_lock< ConditionMutex >

Protected Member Functions
virtual void	jobsThread ()
virtual std::set< const DtStateData * >	entitiesTracking (int beamType, const DtUUID &) const
virtual DtTrackJamBeamInfoList	systemsTrackingObject (int beamType, const DtUUID &) const
virtual void	uuidChanged (makVrf::SimStateID, const DtUUID &oldUUID, const DtUUID &newUUID)
virtual void	hostChanged (const DtStateData *, const DtUUID &oldUUID, const DtUUID &newUUID)
virtual void	subordinatesChanged (const DtStateData *, const std::vector< DtUUID > &oldSubordinates, const std::vector< DtUUID > &newSubordinates)
virtual void	completeAttachments (DtStateData *)
virtual void	completeAttachments (const DtUUID &)
virtual void	completeAttachments ()
virtual void	slot_stateComponentAboutToBeDeleted (DtStateComponent *)
virtual void	convertedToLocal (DtStateData *)
virtual void	resolveHostChanged (const DtUUID &, const DtUUID &oldUUID, const DtUUID &newUUID, std::set< DtEntityStateComponent * > &)
virtual bool	_internalRemoveStateData (DtStateData *sd)
virtual void	addVrfSpecificDataElements (Legion::SimulationDatabase *)
virtual void	resolveHostChanges ()
virtual void	removeAllStateComponents ()
virtual void	resolveSubordinateChanges ()
virtual void	removeStateDataToBeDeleted ()
void	initializeDefaultPublicData ()
virtual void	componentDeleted (DtStateComponent *c)

Protected Attributes
StateData	myStateData
tbb::spin_rw_mutex	myMutex
Legion::SimulationDatabase *	myDatabase
Legion::SimulationDatabase *	myUnpublishedDatabase
std::set< unsigned long long >	myAwaitingHandoff
std::atomic< makVrf::SimStateID >	myNextSimStateID
tbb::concurrent_queue < makVrf::SimStateID >	myFreeStateIDs
bool	myRunFullyThreaded
DtClock	myClock
DtVrfCallbackQueue	myJobProcessor
tbb::spin_rw_mutex	myComponentMutex
CurrentFrameStatesList	myCurrentFrameStates
StateDataByUUID	myStateDataByUUID
StateDataByEntityIdentifier	myStateDataByEntityIdentifier
StateDataByUniqueId	myStateDataByUniqueId
const Coordinate_System *	myCoordinateSystem
bool	myOwnsCoordinateSystem
StateDataByUniqueId	myEntityData
StateDataByUniqueId	myUnitData
StateDataByUniqueId	myAerodromeData
StateDataByUniqueId	myEnvironmentalData
bool	myOwnsDatabase
unsigned int	myReserved
tbb::spin_mutex	myUpdateCallbackMutex
tbb::spin_rw_mutex	myViewCreateMutex
DatabaseViews	myDatabaseViews
InstancesUpdatedCallbacks	myInstancesUpdatedCallbacks
std::atomic< unsigned int >	myCallbackHandle
tbb::spin_mutex	myHostsChangedThisFrameMutex
std::map< DtUUID, std::map < DtUUID, DtUUID > >	myHostsChangedThisFrame
std::map< DtUUID, std::set < DtUUID > >	myWaitingForAttachment
tbb::spin_mutex	mySubordinatesChangedThisFrameMutex
std::map< DtUUID, SubordinateChangeSet >	mySubordinatesChangedThisFrame
std::map< DtUUID, std::set < DtUUID > >	myPendingSuperiorSet
DtVrfParameterDb *	myParameterDatabase
std::vector< DtStateData * >	myStateDataToBeDeleted
bool	myPublishingOnLegionNetwork
std::map< DtStateComponent *, ComponentRemoval >	myComponentsToRemove
std::set< DtStateComponent * >	myComponentsDeleted
bool	myUpdateOnlySpecifiedStateDataMode
tbb::spin_mutex	myAdvancedThisFrameMutex
std::set< unsigned long long >	myAdvancedThisFrame
bool	myAdvancingFrame = false
bool	myBlockOnAdvanceFrameJobs = true
std::unique_ptr< std::thread >	myJobsThread
Condition	myStartJobsCondition
ConditionMutex	myStartJobsConditionMutex
std::atomic< bool >	myShutdownJobsThreadFlag
FrameStatus	myFrameStatus = FrameStatus::Normal

Static Protected Attributes
static DtStateDataManagerCreatorFcn	theStateDataManagerCreatorFcn

Member Typedef Documentation

typedef std::set<const DtFrameStateInterface*> makVrf::DtStateDataManager::CurrentFrameStates

using makVrf::DtStateDataManager::PreAddCallback = boost::function<bool (DtStateData*)>

typedef boost::signals2::signal<void (DtStateComponent*)> makVrf::DtStateDataManager::StateComponentSignal

typedef std::vector<DtStateData*> makVrf::DtStateDataManager::StateData

using makVrf::DtStateDataManager::StateDataCreatorFcn = DtStateData*(*)(makVrf::SimStateID, Legion::SimulationDatabase*, DtStateDataManager*)

All state data created must have a UUID, so, if one is not provided, it will be supplied.

using makVrf::DtStateDataManager::RemoteStateDataCreatorFcn = DtStateData*(*)(makVrf::SimStateID, UInt64 legionId, Legion::SimulationDatabase*, DtStateDataManager*)

If remote state data do not have UUIDs, one will be assigned based on marking text.

typedef std::unordered_map<UInt64, DtStateData*> makVrf::DtStateDataManager::StateDataByUniqueId

typedef std::vector<StateComponent> makVrf::DtStateDataManager::CurrentFrameStatesList

protected

typedef std::unordered_map<DtUUID, std::set<DtStateData*> > makVrf::DtStateDataManager::StateDataByUUID

protected

typedef std::unordered_map<std::string, std::set<DtStateData*> > makVrf::DtStateDataManager::StateDataByEntityIdentifier

protected

typedef std::map<DtString, Legion::View*> makVrf::DtStateDataManager::Views

protected

typedef std::map<Legion::SimulationDatabase*, Views> makVrf::DtStateDataManager::DatabaseViews

protected

typedef std::vector<std::pair<DtInstanceUpdatedCallback, unsigned int> > makVrf::DtStateDataManager::Callbacks

protected

typedef std::map<Legion::InstanceHandle, Callbacks> makVrf::DtStateDataManager::InstanceUpdatedCallbacks

protected

typedef std::map<Legion::AttributeSetId, InstanceUpdatedCallbacks> makVrf::DtStateDataManager::InstancesUpdatedCallbacks

protected

typedef std::pair<std::set<DtUUID>, std::set<DtUUID> > makVrf::DtStateDataManager::SubordinateChangeSet

protected

First is added, second removed.

using makVrf::DtStateDataManager::Condition = std::condition_variable

protected

using makVrf::DtStateDataManager::ConditionMutex = std::mutex

protected

using makVrf::DtStateDataManager::ConditionLock = std::unique_lock<ConditionMutex>

protected

Member Enumeration Documentation

enum makVrf::DtStateDataManager::FrameStatus

strong

Enumerator
Normal
SkippedBeginFrame
SkipAdvanceFrame

Constructor & Destructor Documentation

makVrf::DtStateDataManager::DtStateDataManager	(	Legion::SimulationDatabase *	= nullptr,
		int	threadPoolSize = -1,
		unsigned int	clientId = 0
	)

If a simulation database is supplied that one will be used, else will create one.

virtual makVrf::DtStateDataManager::~DtStateDataManager ( )

virtual

Member Function Documentation

virtual DtStateData* makVrf::DtStateDataManager::createStateData ( bool  isLocal, const DtEntityType &  , const DtUUID &  uuid = DtUUID(), int  publishFlag = 0, PreAddCallback  callback = 0, const DtEntityIdentifier &  entId = DtEntityIdentifier::nullId(), bool  addToSimObjectManager = true, const DtString &  globalId = DtString::nullString()  )

virtual

If the preAddCallback returns false will not add the state data. When creating local state data, if a parameter database is specified it will look up the entry of the type being created in the parameter database and create any additional public data state components that is part of that parameter entry.

If addToSimObjectManager is false, the, the state data will not be part of the sim object manager as a shared reference. You will need to create and hold onto a shared reference for this state data, or, use the state data as a raw pointer

virtual void makVrf::DtStateDataManager::setParameterDatabase ( DtVrfParameterDb *  )

virtual

DtVrfParameterDb* makVrf::DtStateDataManager::parameterDatabase ( ) const

inline

DtVrfCallbackQueue& makVrf::DtStateDataManager::jobProcessor ( )

inline

virtual DtStateData* makVrf::DtStateDataManager::createStateData ( Legion::UInt64  legionHandle, PreAddCallback  callback = 0  )

virtual

Creates a state data from a remote legion buffer.

virtual void makVrf::DtStateDataManager::removeAndDeleteAll ( const std::set< DtUUID > &  except = std::set< DtUUID >() )

virtual

Removes and deletes all state data (local and remote) from this manager.

virtual void makVrf::DtStateDataManager::removeStateData ( DtStateData *  )

virtual

virtual void makVrf::DtStateDataManager::removeStateData ( const DtUUID &  )

virtual

virtual void makVrf::DtStateDataManager::removeStateDataByStateId ( makVrf::SimStateID  )

virtual

virtual void makVrf::DtStateDataManager::removeStateDataByUniqueId ( unsigned long  long )

virtual

virtual void makVrf::DtStateDataManager::mapStateDataByUniqueId ( unsigned long  long, DtStateData *    )

virtual

Adds an additional mapping to this state data. If an additional mapping by unique id is added, when the state data is removed the adder of this mapping must also remove it.

virtual void makVrf::DtStateDataManager::unmapStateDataByUniqueId ( unsigned long  long )

virtual

virtual void makVrf::DtStateDataManager::beginFrame ( double  simTime )

virtual

virtual void makVrf::DtStateDataManager::advanceFrame ( )

virtual

virtual DtStateData* makVrf::DtStateDataManager::advanceFrameFor ( unsigned long long  uniqueId )

virtual

For an advance frame for the given legion id, if the state data for it exists, and, return it.

virtual void makVrf::DtStateDataManager::registerLegionComponents ( Legion::SimulationDatabase *  )

virtual

Legion::EventManager* makVrf::DtStateDataManager::eventManager

(

)

Legion::SimulationDatabase* makVrf::DtStateDataManager::database ( )

inline

Legion::SimulationDatabase* makVrf::DtStateDataManager::unpublishedDatabase ( )

inline

static void makVrf::DtStateDataManager::SeedUnpublishedEntityId ( short  appId, short  siteId  )

static

Routines to use when creating a non published object that still wants an entity id. Use NextUnpublishedEntityId() to generate or Seed to start at a particular site/app id.

static DtEntityIdentifier makVrf::DtStateDataManager::NextUnpublishedEntityId ( )

static

Routines to use when creating a non published object that still wants an entity id. Use NextUnpublishedEntityId() to generate or Seed to start at a particular site/app id.

virtual void makVrf::DtStateDataManager::aerodromeDiscovered ( DtStateData *  )

virtual

Force rediscovery of particular object

virtual void makVrf::DtStateDataManager::entityDiscovered ( DtStateData *  )

virtual

virtual void makVrf::DtStateDataManager::environmentalDiscovered ( DtStateData *  )

virtual

virtual void makVrf::DtStateDataManager::unitDiscovered ( DtStateData *  )

virtual

virtual void makVrf::DtStateDataManager::setBlockOnAdvanceFrameJobs ( bool  )

virtual

If false (default is true) will block until all advance frame jobs are complete. If this is set to false (which this should only be done for a completely remote process like the VRF GUI) then the jobs will be queued by will not wait for completion. If there are jobs left over for the next being frame, remote interfaces will not be processed. If ther were jobs and interfaces were not processed, the next advance frame is skipped until the interfaces are processed.

bool makVrf::DtStateDataManager::blockOnAdvanceFrameJobs ( ) const

inline

virtual bool makVrf::DtStateDataManager::hasOutstandingAdvanceFrameJobs ( ) const

virtual

Returns true if there are jobs waiting in the processing queue.

virtual void makVrf::DtStateDataManager::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. This is not thread safe.

template<typename T_Class >

void makVrf::DtStateDataManager::handleDataUpdated ( const std::vector< typename Legion::SetView< T_Class >::InstanceUpdateData > &  instanceList )

inline

template<typename T_Class >

unsigned int makVrf::DtStateDataManager::addInstanceUpdatedCallback ( Legion::SimulationDatabase *  database, DtInstanceUpdatedCallback  callback, Legion::InstanceHandle  instanceHandle, const typename std::vector< Legion::AttributeIndex > &  attributeIndexFilter = std::vector<Legion::AttributeIndex>()  )

inline

template<typename T_Class >

void makVrf::DtStateDataManager::removeInstanceUpdatedCallback ( Legion::SimulationDatabase *  database, Legion::InstanceHandle  instanceHandle, unsigned int  callbackHandle  )

inline

bool makVrf::DtStateDataManager::isValid ( void  ) const

inline

const StateData& makVrf::DtStateDataManager::stateData ( ) const

inline

const DtStateData* makVrf::DtStateDataManager::stateData ( makVrf::SimStateID  id ) const

inline

DtStateData* makVrf::DtStateDataManager::stateData ( makVrf::SimStateID  id )

inline

double makVrf::DtStateDataManager::absRealTime ( ) const

inline

virtual void makVrf::DtStateDataManager::prepareForHandoff ( unsigned long  long, bool  becomingLocal  )

virtual

Authority of this object is about to be handed off. The flag is whether it will be becoming local or remote.

virtual void makVrf::DtStateDataManager::handoffComplete ( makVrf::SimStateID  )

virtual

Handoff code.

virtual bool makVrf::DtStateDataManager::awaitingHandoff ( makVrf::SimStateID  ) const

virtual

static StateDataCreatorFcn makVrf::DtStateDataManager::setStateDataCreatorFcn ( StateDataCreatorFcn  )

static

Returns current state data creator.

static StateDataCreatorFcn makVrf::DtStateDataManager::stateDataCreatorFcn ( )

static

static RemoteStateDataCreatorFcn makVrf::DtStateDataManager::setRemoteStateDataCreatorFcn ( RemoteStateDataCreatorFcn  )

static

static RemoteStateDataCreatorFcn makVrf::DtStateDataManager::remoteStateDataCreatorFcn ( )

static

static DtStateData* makVrf::DtStateDataManager::defaultStateDataCreator ( makVrf::SimStateID  , Legion::SimulationDatabase *  , DtStateDataManager *    )

static

static DtStateData* makVrf::DtStateDataManager::defaultRemoteStateDataCreator ( makVrf::SimStateID  , UInt64  legionGlobalId, Legion::SimulationDatabase *  , DtStateDataManager *    )

static

virtual DtStateData* makVrf::DtStateDataManager::createStateData ( makVrf::SimStateID  , Legion::SimulationDatabase *    )

virtual

virtual DtStateData* makVrf::DtStateDataManager::createStateData ( makVrf::SimStateID  , UInt64  legionGlobalId  )

virtual

virtual void makVrf::DtStateDataManager::clear ( bool  forReuse = false )

virtual

Clears all lists and deletes all state data objects. use wisely. For reuse will mean that this manager is going to be reused with new objects rather than about to be deleted and disposed of.

Legion::ControlManager* makVrf::DtStateDataManager::controlManager

(

)

virtual DtUUID makVrf::DtStateDataManager::uuidFor ( makVrf::SimStateID  ) const

virtual

virtual const DtStateData* makVrf::DtStateDataManager::stateDataFor ( const DtUUID &  ) const

virtual

virtual DtStateData* makVrf::DtStateDataManager::stateDataFor ( const DtUUID &  )

virtual

virtual const DtStateData* makVrf::DtStateDataManager::stateDataFor ( const DtEntityIdentifier &  ) const

virtual

virtual DtStateData* makVrf::DtStateDataManager::stateDataFor ( const DtEntityIdentifier &  )

virtual

virtual void makVrf::DtStateDataManager::setUpdateOnlySpecifiedStateDataMode ( bool  )

virtual

Puts the DtStateDataManager into a mode where only specified state data are updated in the advance frame. Default is false.

bool makVrf::DtStateDataManager::updateOnlySpecifiedStateDataMode ( ) const

inline

FrameStatus makVrf::DtStateDataManager::frameStatus ( ) const

inline

virtual const DtStateData* makVrf::DtStateDataManager::stateDataFor ( makVrf::SimStateID  ) const

virtual

virtual DtStateData* makVrf::DtStateDataManager::stateDataFor ( makVrf::SimStateID  )

virtual

virtual const DtStateData* makVrf::DtStateDataManager::stateDataForUniqueId ( UInt64  ) const

virtual

Referenced by makVrf::DtRemoteObjectManager::StateComponentAdder< T_VRFStateComponent, T_LegionComponent >::handleLegionSetAdded().

virtual DtStateData* makVrf::DtStateDataManager::stateDataForUniqueId ( UInt64  )

virtual

virtual UInt64 makVrf::DtStateDataManager::uniqueIdFrom ( const DtUUID &  ) const

virtual

virtual void makVrf::DtStateDataManager::setRunFullyThreaded ( bool  , int  theadCount = 4  )

virtual

Whether or not to run fully threaded (default is true)

bool makVrf::DtStateDataManager::runFullyThreaded ( ) const

inline

virtual void makVrf::DtStateDataManager::addStateComponent ( DtStateComponent *  )

virtual

virtual void makVrf::DtStateDataManager::removeStateComponent ( DtStateComponent *  , bool  deleteOnRemoval = true  )

virtual

virtual void makVrf::DtStateDataManager::resizeContainer ( unsigned  )

virtual

template<typename T_Component >

void makVrf::DtStateDataManager::resizeContainer ( )

inline

template<typename T_Component >

StateComponentSignal& makVrf::DtStateDataManager::signalWhenStateComponentAdded ( )

inline

Referenced by makVrf::DtSimObjectManagerTemplate< DtSimObject >::signalWhenStateComponentAdded().

StateComponentSignal& makVrf::DtStateDataManager::signalWhenStateComponentAdded ( unsigned  type )

inline

template<typename T_Component >

StateComponentSignal& makVrf::DtStateDataManager::signalWhenStateComponentRemoved ( )

inline

Referenced by makVrf::DtSimObjectManagerTemplate< DtSimObject >::signalWhenStateComponentRemoved().

StateComponentSignal& makVrf::DtStateDataManager::signalWhenStateComponentRemoved ( unsigned  type )

inline

template<typename T_Component >

const CurrentFrameStates& makVrf::DtStateDataManager::stateComponents ( ) const

inline

Referenced by makVrf::DtSimObjectManagerTemplate< DtSimObject >::stateComponents().

virtual void makVrf::DtStateDataManager::removeAll ( )

virtual

Iterates over all the data and removes it all from the system, calling remove and signalling on each one, which could be a long process, depending on the amount of objects in the system.

virtual std::set<const DtStateData*> makVrf::DtStateDataManager::entitiesTracking ( const DtUUID &  ) const

virtual

Given the global object designator, find all the entities that are tracking the given object by their emitter systems.

virtual std::set<const DtStateData*> makVrf::DtStateDataManager::entitiesJamming ( const DtUUID &  ) const

virtual

Given the global object designator, find all the entities that are tracking the given object by their emitter systems.

virtual DtTrackJamBeamInfoList makVrf::DtStateDataManager::systemsTrackingObject ( const DtUUID &  ) const

virtual

Given the global id, return a list of the systems and beams tracking this object.

virtual DtTrackJamBeamInfoList makVrf::DtStateDataManager::systemsJammingObject ( const DtUUID &  ) const

virtual

Given the global id, return a list of the systems and DtUUID tracking this object.

static void makVrf::DtStateDataManager::setStateDataManagerCreatorFcn ( DtStateDataManagerCreatorFcn  fcn )

static

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

static DtStateDataManager* makVrf::DtStateDataManager::createStateDataManager ( Legion::SimulationDatabase *  = nullptr, int  threadPoolSize = -1, unsigned int  clientId = 0  )

static

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

virtual void makVrf::DtStateDataManager::setUnpublishedDatabaseUsage ( bool  )

virtual

Call this to create a database that will store "unpublished" objects. This is only useful when using a legion based connection.

virtual void makVrf::DtStateDataManager::setCoordinateSystem ( const Coordinate_System *  )

virtual

If defined, the coordinate system to convert geocentric coordinates to local database coordinates.

const Coordinate_System* makVrf::DtStateDataManager::coordinateSystem ( ) const

inline

const StateDataByUniqueId& makVrf::DtStateDataManager::entityData ( ) const

inline

const StateDataByUniqueId& makVrf::DtStateDataManager::unitData ( ) const

inline

const StateDataByUniqueId& makVrf::DtStateDataManager::aerodromeData ( ) const

inline

const StateDataByUniqueId& makVrf::DtStateDataManager::environmentalData ( ) const

inline

virtual void makVrf::DtStateDataManager::setPublishingOnLegionNetwork ( bool  b )

virtual

bool makVrf::DtStateDataManager::publishingOnLegionNetwork ( ) const

inline

template<typename T_Class >

Legion::SetView<T_Class>* makVrf::DtStateDataManager::view ( Legion::SimulationDatabase *  db )

inline

Returns the entity view for the given database.

bool makVrf::DtStateDataManager::advancingFrame ( ) const

inline

virtual void makVrf::DtStateDataManager::jobsThread ( )

protectedvirtual

virtual std::set<const DtStateData*> makVrf::DtStateDataManager::entitiesTracking ( int  beamType, const DtUUID &    ) const

protectedvirtual

virtual DtTrackJamBeamInfoList makVrf::DtStateDataManager::systemsTrackingObject ( int  beamType, const DtUUID &    ) const

protectedvirtual

virtual void makVrf::DtStateDataManager::uuidChanged ( makVrf::SimStateID  , const DtUUID &  oldUUID, const DtUUID &  newUUID  )

protectedvirtual

virtual void makVrf::DtStateDataManager::hostChanged ( const DtStateData *  , const DtUUID &  oldUUID, const DtUUID &  newUUID  )

protectedvirtual

virtual void makVrf::DtStateDataManager::subordinatesChanged ( const DtStateData *  , const std::vector< DtUUID > &  oldSubordinates, const std::vector< DtUUID > &  newSubordinates  )

protectedvirtual

virtual void makVrf::DtStateDataManager::completeAttachments ( DtStateData *  )

protectedvirtual

virtual void makVrf::DtStateDataManager::completeAttachments ( const DtUUID &  )

protectedvirtual

virtual void makVrf::DtStateDataManager::completeAttachments ( )

protectedvirtual

virtual void makVrf::DtStateDataManager::slot_stateComponentAboutToBeDeleted ( DtStateComponent *  )

protectedvirtual

virtual void makVrf::DtStateDataManager::convertedToLocal ( DtStateData *  )

protectedvirtual

virtual void makVrf::DtStateDataManager::resolveHostChanged ( const DtUUID &  , const DtUUID &  oldUUID, const DtUUID &  newUUID, std::set< DtEntityStateComponent * > &    )

protectedvirtual

virtual bool makVrf::DtStateDataManager::_internalRemoveStateData ( DtStateData *  sd )

protectedvirtual

Remove state data from internal lists but don't delete until last reference is removed. Do not call directly.

virtual void makVrf::DtStateDataManager::addVrfSpecificDataElements ( Legion::SimulationDatabase *  )

protectedvirtual

virtual void makVrf::DtStateDataManager::resolveHostChanges ( )

protectedvirtual

virtual void makVrf::DtStateDataManager::removeAllStateComponents ( )

protectedvirtual

virtual void makVrf::DtStateDataManager::resolveSubordinateChanges ( )

protectedvirtual

virtual void makVrf::DtStateDataManager::removeStateDataToBeDeleted ( )

protectedvirtual

void makVrf::DtStateDataManager::initializeDefaultPublicData ( )

protected

Non-virtual because called from constructor.

virtual void makVrf::DtStateDataManager::componentDeleted ( DtStateComponent *  c )

protectedvirtual

Member Data Documentation

boost::signals2::signal<void (const Coordinate_System*)> makVrf::DtStateDataManager::signal_coordinateSystemChanged

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_stateDataAboutToBeRemoved

mutable

Signals sent for state data actions.

boost::signals2::signal<void (makVrf::SimStateID, UInt64)> makVrf::DtStateDataManager::signal_stateDataRemoved

mutable

boost::signals2::signal<void (Legion::SimulationDatabase*)> makVrf::DtStateDataManager::signal_addVrfSpecificDataElements

Signal sent when it is ok to add columns to the entity set.

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_initializeStateDataBeforeAdd

This signal is called before the data is fully added. Gives connectors a chace to add data into the next frame state before addition.

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_stateDataAdded

mutable

boost::signals2::signal<void ()> makVrf::DtStateDataManager::signal_beginFrame

boost::signals2::signal<void ()> makVrf::DtStateDataManager::signal_preAdvanceFrame

boost::signals2::signal<void ()> makVrf::DtStateDataManager::signal_advanceFrame

boost::signals2::signal<void (DtStateData*, bool)> makVrf::DtStateDataManager::signal_prepareForHandoff

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_entityAdded

Convenience signals for when a data is added – something is considered a unit if it has a aggregateStateComponent, an environmental if it has a environmentalStateComponent, else it is considered an entity.

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_entityRemoved

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_unitAdded

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_unitRemoved

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_environmentalAdded

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_environmentalRemoved

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_aerodromeAdded

boost::signals2::signal<void (const DtStateData*)> makVrf::DtStateDataManager::signal_aerodromeRemoved

boost::signals2::signal<void (unsigned long long, const DtUUID& oldUUID, const DtUUID& newUUID)> makVrf::DtStateDataManager::signal_uuidChanged

StateComponentSignal makVrf::DtStateDataManager::signal_stateComponentAdded

StateComponentSignal makVrf::DtStateDataManager::signal_stateComponentRemoved

boost::signals2::signal<void ()> makVrf::DtStateDataManager::signal_deleted

boost::signals2::signal<void (DtStateData*)> makVrf::DtStateDataManager::signal_convertedToLocal

StateData makVrf::DtStateDataManager::myStateData

protected

tbb::spin_rw_mutex makVrf::DtStateDataManager::myMutex

mutableprotected

Legion::SimulationDatabase* makVrf::DtStateDataManager::myDatabase

protected

Legion::SimulationDatabase* makVrf::DtStateDataManager::myUnpublishedDatabase

protected

std::set<unsigned long long> makVrf::DtStateDataManager::myAwaitingHandoff

protected

std::atomic<makVrf::SimStateID> makVrf::DtStateDataManager::myNextSimStateID

protected

tbb::concurrent_queue<makVrf::SimStateID> makVrf::DtStateDataManager::myFreeStateIDs

protected

bool makVrf::DtStateDataManager::myRunFullyThreaded

protected

DtClock makVrf::DtStateDataManager::myClock

protected

DtVrfCallbackQueue makVrf::DtStateDataManager::myJobProcessor

protected

tbb::spin_rw_mutex makVrf::DtStateDataManager::myComponentMutex

mutableprotected

CurrentFrameStatesList makVrf::DtStateDataManager::myCurrentFrameStates

protected

StateDataByUUID makVrf::DtStateDataManager::myStateDataByUUID

protected

StateDataByEntityIdentifier makVrf::DtStateDataManager::myStateDataByEntityIdentifier

protected

DtStateDataManagerCreatorFcn makVrf::DtStateDataManager::theStateDataManagerCreatorFcn

staticprotected

StateDataByUniqueId makVrf::DtStateDataManager::myStateDataByUniqueId

protected

const Coordinate_System* makVrf::DtStateDataManager::myCoordinateSystem

protected

bool makVrf::DtStateDataManager::myOwnsCoordinateSystem

protected

StateDataByUniqueId makVrf::DtStateDataManager::myEntityData

protected

StateDataByUniqueId makVrf::DtStateDataManager::myUnitData

protected

StateDataByUniqueId makVrf::DtStateDataManager::myAerodromeData

protected

StateDataByUniqueId makVrf::DtStateDataManager::myEnvironmentalData

protected

bool makVrf::DtStateDataManager::myOwnsDatabase

protected

unsigned int makVrf::DtStateDataManager::myReserved

protected

tbb::spin_mutex makVrf::DtStateDataManager::myUpdateCallbackMutex

protected

tbb::spin_rw_mutex makVrf::DtStateDataManager::myViewCreateMutex

protected

DatabaseViews makVrf::DtStateDataManager::myDatabaseViews

protected

InstancesUpdatedCallbacks makVrf::DtStateDataManager::myInstancesUpdatedCallbacks

protected

std::atomic<unsigned int> makVrf::DtStateDataManager::myCallbackHandle

protected

tbb::spin_mutex makVrf::DtStateDataManager::myHostsChangedThisFrameMutex

protected

std::map<DtUUID, std::map<DtUUID, DtUUID> > makVrf::DtStateDataManager::myHostsChangedThisFrame

protected

std::map<DtUUID, std::set<DtUUID> > makVrf::DtStateDataManager::myWaitingForAttachment

protected

tbb::spin_mutex makVrf::DtStateDataManager::mySubordinatesChangedThisFrameMutex

protected

std::map<DtUUID, SubordinateChangeSet> makVrf::DtStateDataManager::mySubordinatesChangedThisFrame

protected

std::map<DtUUID, std::set<DtUUID> > makVrf::DtStateDataManager::myPendingSuperiorSet

protected

DtVrfParameterDb* makVrf::DtStateDataManager::myParameterDatabase

protected

std::vector<DtStateData*> makVrf::DtStateDataManager::myStateDataToBeDeleted

protected

bool makVrf::DtStateDataManager::myPublishingOnLegionNetwork

protected

std::map<DtStateComponent*, ComponentRemoval> makVrf::DtStateDataManager::myComponentsToRemove

protected

std::set<DtStateComponent*> makVrf::DtStateDataManager::myComponentsDeleted

protected

bool makVrf::DtStateDataManager::myUpdateOnlySpecifiedStateDataMode

protected

tbb::spin_mutex makVrf::DtStateDataManager::myAdvancedThisFrameMutex

protected

std::set<unsigned long long> makVrf::DtStateDataManager::myAdvancedThisFrame

protected

bool makVrf::DtStateDataManager::myAdvancingFrame = false

protected

bool makVrf::DtStateDataManager::myBlockOnAdvanceFrameJobs = true

protected

std::unique_ptr<std::thread> makVrf::DtStateDataManager::myJobsThread

protected

Condition makVrf::DtStateDataManager::myStartJobsCondition

mutableprotected

ConditionMutex makVrf::DtStateDataManager::myStartJobsConditionMutex

mutableprotected

std::atomic<bool> makVrf::DtStateDataManager::myShutdownJobsThreadFlag

protected

FrameStatus makVrf::DtStateDataManager::myFrameStatus = FrameStatus::Normal

protected

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

• /data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-2-branch/include/vrfStateData/stateDataManager.h