Instances of DtSignalPdu are used to send simulated signal data. More...

Inheritance diagram for DtSignalPdu:

Collaboration diagram for DtSignalPdu:

Public Types
enum	{ PduStaticSize = 32 }

Public Member Functions
	DtSignalPdu (DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Default constructor.
	DtSignalPdu (const DtNetSignalPdu *initial, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Constructor that creates a DtSignalPdu based on a network layout PDU.
virtual void	printData () const
	Prints the signal's data to DtInfo.
virtual void	printDataToStream (std::ostream &stream) const
	Prints the signal's data to the specified stream.

const DtEntityIdentifier &	entityId () const
	Set/get signal entity identifier.
void	setEntityId (const DtEntityIdentifier &id)
	Set/get signal entity identifier.

unsigned int	radioId () const
	Set/get signal radio identifier.
void	setRadioId (unsigned int id)
	Set/get signal radio identifier.

DtEncodingClass	encodingClass () const
	Set/get signal encoding class.
void	setEncodingClass (DtEncodingClass encodingClass)
	Set/get signal encoding class.

unsigned int	encodingType () const
	Set/get signal encoding type.
void	setEncodingType (unsigned int codeType)
	Set/get signal encoding type.

long	sampleRate () const
	Set/get signal sample rate.
void	setSampleRate (long rate)
	Set/get signal sample rate.

int	numDataBits () const
	Set/get signal number of bits in message.
void	setNumDataBits (int lengthInBits)
	Set/get signal number of bits in message.

int	numDataBytes () const
	Set/get signal number of bytes in message.
void	setNumDataBytes (int lengthInBytes)
	Set/get signal number of bytes in message.
int	numSamples () const
	Set/get signal number of samples in message.
void	setNumSamples (int numSamples)
	Set/get signal number of bytes in message.

unsigned char	dataByte (int byteNum) const
	Set/get signal a data byte.
void	setDataByte (int byteNum, unsigned char data)
	Set/get signal a data byte.

void	getData (unsigned char *buff) const
	Set/get multiple data bytes.
void *	data () const
	Set/get multiple data bytes.
void	setData (unsigned char *data, int numBytes)
	Set/get multiple data bytes.

int	tdlType () const
	Set/get signal TDL type.
void	setTdlType (int type)
	Set/get signal TDL type.
Public Member Functions inherited from DtInteraction
	DtInteraction ()
	default constructor
virtual	~DtInteraction ()
	destructor
	DtInteraction (const DtInteraction &orig)
	copy constructor
DtInteraction &	operator= (const DtInteraction &orig)
	assignment operator
Public Member Functions inherited from DtPdu
virtual	~DtPdu ()
	Destructor.
	DtPdu (const DtPdu &pdu, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Copy constructor.
DtPdu &	operator= (const DtPdu &pdu)
	Assignment operator.
virtual void *	packet () const
	Older function that returns a pointer to the network representation.
virtual int	status () const
	Get PDU status.
virtual void	setVersion (int vers)
	Set/Get protocol version from PDU header.
virtual int	protocolVersion () const
virtual void	setExerciseId (int id)
	Set/Get exerciseID in PDU header.
virtual int	exerciseId () const
virtual DtPduKind	kind () const
	Returns PDU kind from PDU header.
virtual DtProtocolFamily	protocolFamily () const
	Returns protocol family from PDU header.
virtual void	setTimeStamp (DtTime time, DtTimeStampType type=DtTimeStampRelative)
	Set the PDU header's time stamp to reflect time and type.
virtual DtTime	timeStamp () const
	Return the time (in seconds past an hour) encoded in the PDU header's time stamp.
virtual DtTimeStampType	timeStampType () const
	Return the type of the time stamp, as indicated in PDU header.
virtual DtTime	guessTimeValid (DtTime referenceTime) const
	Since timestamp only represents number of seconds past the hour, guessTimeValid chooses the hour that would make the timestamp closest to reference time, and returns a time that is timestamp seconds past that hour.
virtual DtNetPduHeader *	netHeader () const
	Returns a pointer to the PDU's header.
virtual void	print () const
	Print the contents of the PDU by calling printToStream(DtInfo).
virtual void	printToStream (std::ostream &stream) const
	Print the contents of the PDU by calling printHeaderToStream and printDataToStream.
virtual void	printHeader () const
	Print the PDU's header. This calls printHeaderToStream(DtInfo).
virtual void	printHeaderToStream (std::ostream &stream) const
	Print the PDU's header to a stream.
virtual void	printDataToString (DtString &str) const
Public Member Functions inherited from DtBaseMsg
virtual	~DtBaseMsg ()
	Destructor.
	DtBaseMsg (const DtBaseMsg &msg, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Copy constructor.
DtBaseMsg &	operator= (const DtBaseMsg &msg)
	Assignment.
virtual const char *	netRep () const
	Get network representation.
virtual int	length () const
	Get size of message.

Static Public Member Functions
static DtPdu *	create (const DtNetPacket *initial, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Create a DtIntercomSignalPdu.
static void	addCallback (DtExerciseConn conn, DtSignalInteractionCb cb, void usr)
	Add (register) function to be called when pdu is received.
static void	removeCallback (DtExerciseConn conn, DtSignalInteractionCb cb, void usr)
	Remove function to be called when a signal PDU is received.

Protected Member Functions
DtPduKind	internalGetPduKind () const
	Returns the PDU kind associated with the derived PDU class.

Protected Attributes
DtEntityIdentifier	theId

Detailed Description

Instances of DtSignalPdu are used to send simulated signal data.

It should be noted that some methods exist in HLA's DtSignalInteraction that do not exist here, as the data is simply packed in the data portion of the PDU.

Member Enumeration Documentation

anonymous enum

Enumerator:

PduStaticSize

Constructor & Destructor Documentation

DtSignalPdu::DtSignalPdu ( DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER )

Default constructor.

DtSignalPdu::DtSignalPdu	(	const DtNetSignalPdu *	initial,
		DtBufferPtr	buffer = `DtUSE_INTERNAL_BUFFER`
	)

Constructor that creates a DtSignalPdu based on a network layout PDU.

Member Function Documentation

static void DtSignalPdu::addCallback	(	DtExerciseConn *	conn,
		DtSignalInteractionCb	cb,
		void *	usr
	)

static

Add (register) function to be called when pdu is received.

static DtPdu* DtSignalPdu::create	(	const DtNetPacket *	initial,
		DtBufferPtr	buffer = `DtUSE_INTERNAL_BUFFER`
	)

static

Create a DtIntercomSignalPdu.

Caller is responsible for deletion.

void* DtSignalPdu::data ( ) const

Set/get multiple data bytes.

Provide a pointer and data is copied to and from that memory. Check numDataBytes() to make sure that you provide enough room in the buffer. The data portion of the PDU may contain different things for different types of radio signals. HLA methods exist for some of the following items that should be included in the data portion of the PDU for DIS:

Protocol ID shall be contained in the first 32 bits of the data for application specific radio signals.
Database Index shall be contained in bytes 0-3 of the data for database index radio signals.
Start Offset shall be contained in bytes 4-7 of the data for database index radio signals.
Duration shall be contained in bytes 8-11 of the data for databse index radio signals.

unsigned char DtSignalPdu::dataByte ( int byteNum ) const

Set/get signal a data byte.

DtEncodingClass DtSignalPdu::encodingClass ( ) const

Set/get signal encoding class.

unsigned int DtSignalPdu::encodingType ( ) const

Set/get signal encoding type.

This may also contain the number of TDL messages.

const DtEntityIdentifier& DtSignalPdu::entityId ( ) const

Set/get signal entity identifier.

void DtSignalPdu::getData ( unsigned char * buff ) const

Set/get multiple data bytes.

Provide a pointer and data is copied to and from that memory. Check numDataBytes() to make sure that you provide enough room in the buffer. The data portion of the PDU may contain different things for different types of radio signals. HLA methods exist for some of the following items that should be included in the data portion of the PDU for DIS:

Protocol ID shall be contained in the first 32 bits of the data for application specific radio signals.
Database Index shall be contained in bytes 0-3 of the data for database index radio signals.
Start Offset shall be contained in bytes 4-7 of the data for database index radio signals.
Duration shall be contained in bytes 8-11 of the data for databse index radio signals.

DtPduKind DtSignalPdu::internalGetPduKind ( ) const

inlineprotectedvirtual

Returns the PDU kind associated with the derived PDU class.

Implements DtPdu.

References DtSignalPduKind.

int DtSignalPdu::numDataBits ( ) const

Set/get signal number of bits in message.

int DtSignalPdu::numDataBytes ( ) const

Set/get signal number of bytes in message.

int DtSignalPdu::numSamples ( ) const

Set/get signal number of samples in message.

virtual void DtSignalPdu::printData ( ) const

virtual

Prints the signal's data to DtInfo.

Reimplemented from DtPdu.

virtual void DtSignalPdu::printDataToStream ( std::ostream & stream ) const

virtual

Prints the signal's data to the specified stream.

Reimplemented from DtPdu.

unsigned int DtSignalPdu::radioId ( ) const

Set/get signal radio identifier.

It should be noted that the Radio ID differs from HLA, in that here a radio is identified through both the entity ID and radio ID, which is an integer. In HLA, the radio ID is simply a string that describes the object name of the radio object.

static void DtSignalPdu::removeCallback	(	DtExerciseConn *	conn,
		DtSignalInteractionCb	cb,
		void *	usr
	)

static

Remove function to be called when a signal PDU is received.

long DtSignalPdu::sampleRate ( ) const

Set/get signal sample rate.

void DtSignalPdu::setData	(	unsigned char *	data,
		int	numBytes
	)

Set/get multiple data bytes.

Provide a pointer and data is copied to and from that memory. Check numDataBytes() to make sure that you provide enough room in the buffer. The data portion of the PDU may contain different things for different types of radio signals. HLA methods exist for some of the following items that should be included in the data portion of the PDU for DIS:

Protocol ID shall be contained in the first 32 bits of the data for application specific radio signals.
Database Index shall be contained in bytes 0-3 of the data for database index radio signals.
Start Offset shall be contained in bytes 4-7 of the data for database index radio signals.
Duration shall be contained in bytes 8-11 of the data for databse index radio signals.

void DtSignalPdu::setDataByte	(	int	byteNum,
		unsigned char	data
	)

Set/get signal a data byte.

void DtSignalPdu::setEncodingClass ( DtEncodingClass encodingClass )

Set/get signal encoding class.

void DtSignalPdu::setEncodingType ( unsigned int codeType )

Set/get signal encoding type.

This may also contain the number of TDL messages.

void DtSignalPdu::setEntityId ( const DtEntityIdentifier & id )

Set/get signal entity identifier.

void DtSignalPdu::setNumDataBits ( int lengthInBits )

Set/get signal number of bits in message.

void DtSignalPdu::setNumDataBytes ( int lengthInBytes )

Set/get signal number of bytes in message.

void DtSignalPdu::setNumSamples ( int numSamples )

Set/get signal number of bytes in message.

void DtSignalPdu::setRadioId ( unsigned int id )

Set/get signal radio identifier.

It should be noted that the Radio ID differs from HLA, in that here a radio is identified through both the entity ID and radio ID, which is an integer. In HLA, the radio ID is simply a string that describes the object name of the radio object.

void DtSignalPdu::setSampleRate ( long rate )

Set/get signal sample rate.

void DtSignalPdu::setTdlType ( int type )

Set/get signal TDL type.

int DtSignalPdu::tdlType ( ) const

Set/get signal TDL type.

Member Data Documentation

DtEntityIdentifier DtSignalPdu::theId

protected

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

signalPdu.h

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation