// -----------------------------------------------------------------------------
// CCbsTopicMessages::GetNextAndPrevMsgHandleL
// Retrieves and returns the handles of messages that
// precede and succeed the given message in topic.
// Also returns two flags indicating whether the
// given message is the first and/or the last message in topic.
// (other items were commented in a header).
// -----------------------------------------------------------------------------
//
void CCbsTopicMessages::GetNextAndPrevMsgHandleL()
{
// Retrieve the requested topic number
TPckgBuf< TCbsMessageHandle > pckgCurrentMsg( 0 );
Message().ReadL( 0, pckgCurrentMsg );
// Determine requested information
TCbsMessageHandle nextMsg(0);
TCbsMessageHandle prevMsg(0);
TInt position(0);
iMessages.GetNextAndPrevMsgHandleL(
pckgCurrentMsg(), nextMsg, prevMsg, position);
// Write results back
TPckgBuf< TCbsNextPrevMsgAndPosition > pckgResults;
pckgResults().iPrevMsg = prevMsg;
pckgResults().iNextMsg = nextMsg;
pckgResults().iPosition = position;
Message().WriteL( 1, pckgResults );
// Complete request
Message().Complete( KErrNone );
}
thermocouplePort::thermocouplePort( QObject *parent ) : labPort( parent ),
_sendCounter( 0 ), _answerPending( -1 ),
_emitProbeTemperature( false ), _emitAmbientTemperature( false ),
_idStringSet( false ), _probeTemperatureOnly( true )
{
setSerialValues();
setLabPortVariables();
connect( this, SIGNAL( dataReceived( QByteArray ) ), this,
SLOT( receivedMsg( QByteArray ) ) );
connect( &_checkForAnswerTimer, SIGNAL( timeout() ), this,
SLOT( nextMsg() ) );
}
void thermocouplePort::sendUtcCmd( QString cmd, int numAnswers )
{
for( int i = 0; i < numAnswers; i++ )
{
if( cmd != CMD_ID
&& cmd != CMD_PROBE_TEMPERATURE
&& cmd != CMD_BOTH_TEMPERATURES )
{
_expectedAnswer.push_back( CMD_OTHER );
}
else
{
_expectedAnswer.push_back( cmd );
}
}
_msgToSend.push_back( (numAnswers > 0 ? "y" : "n") + cmd + "\r\n" );
if( !_checkForAnswerTimer.isActive() )
{
_answerPending = -1;
nextMsg();
}
}
