guiThreadNetworkCallbackManager.h File Reference

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Classes
class	makVrf::DtGuiThreadNetworkCallbackManager
	This class receives messages from the VR-Forces Simulation Engine (and other DIS/HLA messages) and invokes registered callbacks to process them. More...

Namespaces
namespace	makVrf
	Contains makVrf::DtVrfDisDriver class.

Macros
#define	CONNECT_FOR_SIM_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).simMessageSignal(_type).connect(_function);
	Convenience #defines for connecting/disconnecting message types Usage is: CONNECT_FOR_SIM_MESSAGE(DtActivitiesResponseMessageType, boost::bind(&DtAdditionalScenarioDataManager::processActivitiesMessage, this, _1)); Each signal will need it's own function prototype to be correctly assigned.
#define	DISCONNECT_FOR_SIM_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).simMessageSignal(_type).disconnect(_function);
#define	CONNECT_FOR_OBJECT_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).objectMessageSignal(_type).connect(_function);
#define	DISCONNECT_FOR_OBJECT_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).objectMessageSignal(_type).disconnect(_function);
#define	CONNECT_FOR_COMMENT_INTERACTION(_function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtCommentInteractionInterface::theName()).connect(_function);
#define	DISCONNECT_FOR_COMMENT_INTERACTION(_function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtCommentInteractionInterface::theName()).disconnect(_function);
#define	CONNECT_FOR_INFLUENCE_INTERACTION(_function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtInfluenceInteractionInterface::theName()).connect(_function);
#define	DISCONNECT_FOR_INFLUENCE_INTERACTION(_function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtInfluenceInteractionInterface::theName()).disconnect(_function);
#define	CONNECT_FOR_INTERFACE_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(_type).connect(_function);
#define	DISCONNECT_FOR_INTERFACE_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(_type).disconnect(_function);
#define	CONNECT_FOR_RADIO_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).radioMessageSignal(_type).connect(_function);
#define	DISCONNECT_FOR_RADIO_MESSAGE(_type, _function)   makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).radioMessageSignal(_type).disconnect(_function);

Typedefs
typedef boost::signal< void(DtSimMessage *)>	makVrf::SimMessageSignal
typedef boost::signal< void(const DtVrfObjectMessage *)>	makVrf::ObjectMessageCallbackSignal
typedef boost::signal< void(DtNetworkMessageInterface *)>	makVrf::NetworkInterfaceCallbackSignal

Detailed Description

Macro Definition Documentation

#define CONNECT_FOR_SIM_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).simMessageSignal(_type).connect(_function);

Convenience #defines for connecting/disconnecting message types Usage is: CONNECT_FOR_SIM_MESSAGE(DtActivitiesResponseMessageType, boost::bind(&DtAdditionalScenarioDataManager::processActivitiesMessage, this, _1)); Each signal will need it's own function prototype to be correctly assigned.

For the particular callbacks you can use the following prototypes: typedef boost::signal<void (DtSimMessage*)> SimMessageSignal – CONNECT_FOR_SIM_MESSAGE; typedef boost::signal<void (const DtVrfObjectMessage*)> ObjectMessageCallbackSignal – CONNECT_FOR_OBJECT_MESSAGE, CONNECT_FOR_RADIO_MESSAGE; typedef boost::signal<void (DtNetworkMessageInterface*)> NetworkInterfaceCallbackSignal – CONNECT_FOR_INFLUENCE_INTERACTION, CONNECT_FOR_INTERFACE_MESSAGE;

#define DISCONNECT_FOR_SIM_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).simMessageSignal(_type).disconnect(_function);

#define CONNECT_FOR_OBJECT_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).objectMessageSignal(_type).connect(_function);

#define DISCONNECT_FOR_OBJECT_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).objectMessageSignal(_type).disconnect(_function);

#define CONNECT_FOR_COMMENT_INTERACTION

(

_function

)

makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtCommentInteractionInterface::theName()).connect(_function);

#define DISCONNECT_FOR_COMMENT_INTERACTION

(

_function

)

makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtCommentInteractionInterface::theName()).disconnect(_function);

#define CONNECT_FOR_INFLUENCE_INTERACTION

(

_function

)

makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtInfluenceInteractionInterface::theName()).connect(_function);

#define DISCONNECT_FOR_INFLUENCE_INTERACTION

(

_function

)

makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(DtInfluenceInteractionInterface::theName()).disconnect(_function);

#define CONNECT_FOR_INTERFACE_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(_type).connect(_function);

#define DISCONNECT_FOR_INTERFACE_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).networkInterfaceMessageSignal(_type).disconnect(_function);

#define CONNECT_FOR_RADIO_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).radioMessageSignal(_type).connect(_function);

#define DISCONNECT_FOR_RADIO_MESSAGE	(		_type,
			_function
	)		makVrf::DtGuiThreadNetworkCallbackManager::instance(myDe).radioMessageSignal(_type).disconnect(_function);