Inheritance diagram for DtWwwStateRspMsg:

Collaboration diagram for DtWwwStateRspMsg:

Public Member Functions
	DtWwwStateRspMsg (DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Constructor.
	DtWwwStateRspMsg (unsigned long handle, unsigned long responseType, const MAKRti::DtString &xml, bool replaceExistingNotAppend=true, bool isStateFragment=false, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Constructor.
	DtWwwStateRspMsg (const DtNetWwwStateRspMsg *netRep, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Constructor.
virtual	~DtWwwStateRspMsg ()
	Destructor.
virtual DtRtiMsg *	clone (bool copy=true) const
	Return a copy/empty object of the same type as this.
virtual unsigned long	source () const
	Set/Get source connection handle.
virtual void	setSource (unsigned long connHandle)
virtual unsigned long	responseType () const
	Set/Get source connection handle.
virtual void	setResponseType (unsigned long responseType)
virtual const MAKRti::DtString &	payload () const
	Set/Get the payload data.
virtual void	setPayload (const MAKRti::DtString &xml)
virtual bool	isReplacementNotAppend () const
	Is this message to be appended to the existing state representation (for example, streamed events like LRC log messages)? Or is it a complete replacement for the existing state?
virtual void	setIsReplacementNotAppend (bool replacesExistingState=true)
virtual bool	isComplete () const
	Is the state update complete? This may indicate that a single state message is a complete update (most state updates), or it may indicate that this message completes a string of partial updates for state that is too large for a single message ( for example, FOM and RID files )
virtual void	setIsComplete (bool complete=true)
virtual void	printData (DtLogicalTimeFactory *logicalTimeFactory) const
	Print the data section.
Static Public Member Functions
static DtRtiMsg *	create (const DtNetMsgHeader *initial, DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
	Creator.
static DtRtiMsg *	create (DtBufferPtr buffer=DtUSE_INTERNAL_BUFFER)
static void	addCallback (DtConnectionMgr conn, DtWwwStateResponseCb cb, void usr)
	Callback management.
static void	removeCallback (DtConnectionMgr conn, DtWwwStateResponseCb cb, void usr)
Protected Member Functions
virtual DtNetWwwStateRspMsg *	netWwwStateRspMsg ()
	The network representation.
virtual const DtNetWwwStateRspMsg *	netWwwStateRspMsg () const
virtual DtRtiMsgKind	internalDtRtiMsgKind ()
	Returns the kind of an DtWwwStateRspMsg Msg.
virtual char *	netMsgPayload ()
	Get a pointer to the message payload.
virtual int	minSize () const
	Returns minimum size of a message, including header.
Protected Attributes
MAKRti::DtString	myXmlResponse
	Federate XML response data.

Constructor & Destructor Documentation

DtWwwStateRspMsg::DtWwwStateRspMsg ( DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER )

Constructor.

References DtRtiMsg::initDtRtiMsg(), internalDtRtiMsgKind(), and minSize().

Referenced by clone(), and create().

DtWwwStateRspMsg::DtWwwStateRspMsg	(	unsigned long	handle,
		unsigned long	responseType,
		const MAKRti::DtString &	xml,
		bool	replaceExistingNotAppend = `true`,
		bool	isStateFragment = `false`,
		DtBufferPtr	buffer = `DtUSE_INTERNAL_BUFFER`
	)

Constructor.

References DtRtiMsg::initDtRtiMsg(), internalDtRtiMsgKind(), minSize(), setIsComplete(), setIsReplacementNotAppend(), setPayload(), setResponseType(), and setSource().

DtWwwStateRspMsg::DtWwwStateRspMsg	(	const DtNetWwwStateRspMsg *	netRep,
		DtBufferPtr	buffer = `DtUSE_INTERNAL_BUFFER`
	)

Constructor.

References DtNetWwwStateRspMsg::header, DtRtiMsg::initDtRtiMsg(), myXmlResponse, netMsgPayload(), and netWwwStateRspMsg().

DtWwwStateRspMsg::~DtWwwStateRspMsg ( ) [virtual]

Destructor.

Member Function Documentation

void DtWwwStateRspMsg::addCallback	(	DtConnectionMgr *	conn,
		DtWwwStateResponseCb	cb,
		void *	usr
	)		`[static]`

Callback management.

References DtConnectionMgr::addMsgCallback(), and DtWwwStateRspMsgKind.

DtRtiMsg * DtWwwStateRspMsg::clone ( bool copy = true ) const [virtual]

Return a copy/empty object of the same type as this.

Implements DtRtiMsg.

References DtWwwStateRspMsg(), and netWwwStateRspMsg().

DtRtiMsg * DtWwwStateRspMsg::create	(	const DtNetMsgHeader *	initial,
		DtBufferPtr	buffer = `DtUSE_INTERNAL_BUFFER`
	)		`[static]`

Creator.

References DtWwwStateRspMsg().

DtRtiMsg * DtWwwStateRspMsg::create ( DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER ) [static]

References DtWwwStateRspMsg().

DtRtiMsgKind DtWwwStateRspMsg::internalDtRtiMsgKind ( ) [protected, virtual]

Returns the kind of an DtWwwStateRspMsg Msg.

Implements DtRtiMsg.

References DtWwwStateRspMsgKind.

Referenced by DtWwwStateRspMsg().

bool DtWwwStateRspMsg::isComplete ( ) const [virtual]

Is the state update complete? This may indicate that a single state message is a complete update (most state updates), or it may indicate that this message completes a string of partial updates for state that is too large for a single message ( for example, FOM and RID files )

References DtNetWwwStateRspMsg::completeState, and netWwwStateRspMsg().

Referenced by DtWwwClientProtocol::parseComponentStateMsg().

bool DtWwwStateRspMsg::isReplacementNotAppend ( ) const [virtual]

Is this message to be appended to the existing state representation (for example, streamed events like LRC log messages)? Or is it a complete replacement for the existing state?

References netWwwStateRspMsg(), and DtNetWwwStateRspMsg::replaceExisiting.

Referenced by DtWwwClientProtocol::parseComponentStateMsg().

int DtWwwStateRspMsg::minSize ( ) const [protected, virtual]

Returns minimum size of a message, including header.

Referenced by DtWwwStateRspMsg().

char * DtWwwStateRspMsg::netMsgPayload ( ) [protected, virtual]

Get a pointer to the message payload.

References netWwwStateRspMsg(), and DtNetWwwStateRspMsg::payloadLength.

Referenced by DtWwwStateRspMsg(), and setPayload().

DtNetWwwStateRspMsg * DtWwwStateRspMsg::netWwwStateRspMsg ( ) [protected, virtual]

The network representation.

Referenced by clone(), DtWwwStateRspMsg(), isComplete(), isReplacementNotAppend(), netMsgPayload(), responseType(), setIsComplete(), setIsReplacementNotAppend(), setPayload(), setResponseType(), setSource(), and source().