/*------------------------------------------------------------------------------
*
* FUNCTION DESCRIPTION:
* This function contains the loop which consists of three procedures,
* tx setup, tx loop and tx shutdown in the application.
* During waiting for repeat transmission, check button state.
* Once any new push button is detected, then transmit the new packet
* instead of the current packet.
*
*------------------------------------------------------------------------------
*/
void vRepeatTxLoop (void)
{
vFCast_Tune( fDesiredFreq );
if (rOdsSetup.bModulationType == bModFSK_c)
{
vFCast_FskAdj( bFskDev );
}
// Wait until there is a temperature sample available
while ( 0 == bDmdTs_GetSamplesTaken() )
{
//wait
}
// Tune the PA with the temperature as an argument
vPa_Tune( iDmdTs_GetLatestTemp());
vPacketAssemble();
//Convert whole frame before transmission
vConvertPacket(rOdsSetup.bModulationType);
vStl_PreLoop();
do
{
// get current timestamp
lTimestamp = lSys_GetMasterTime();
//if part is burned to user or run mode
if ((PROT0_CTRL & M_NVM_BLOWN) > 1)
{
//turn LED on
GPIO_LED = 1;
}
while ( (lSys_GetMasterTime() - lTimestamp) < lLEDOnTime )
{
//wait for LED ON time to expire
}
GPIO_LED = 0; //turn LED off
//Transmit packet
vStl_SingleTxLoop(pbFrameHead,bFrameSize);
// Wait repeat interval.
while ( (lSys_GetMasterTime() - lTimestamp) < wRepeatInterval_c );
}while(--bRepeatCount);
vStl_PostLoop();
// Clear time value for next button push detecting.
vSys_SetMasterTime(0);
return;
}
/*------------------------------------------------------------------------------
*
* FUNCTION DESCRIPTION:
* This function contains the loop which consists of three procedures,
* tx setup, tx loop and tx shutdown in the application.
* During waiting for repeat transmission, check button state.
* Once any new push button is detected, then transmit the new packet
* instead of the current packet.
*
*------------------------------------------------------------------------------
*/
void vRtl_RepeatTxLoop(void)
{
// Repeat packet 8 times for each button packet transmission.
bRepeatCount = bRepeatCount_c;
do
{
// Setup the bandgap
vSys_BandGapLdo( 1 );
// Save current timestamp for repeat transmission interval checking later.
lTimestamp = lSys_GetMasterTime();
// Run at 433.92 MHz (frequency).Input is in [Hz].
// The function also calculates necessary data to be used by the single Tx loop
// main function, vStl_SingleTxLoop(), for fine frequency correction during TX
vFCast_Tune( fOperatingFrequency );
// bFskDeviation comes from the calculation spreadsheet.
// vFCast_FskAdj( bFskDeviation );
// Now wait until there is a temperature value
while ( 0 == bDmdTs_GetSamplesTaken() ){}
// Tune the PA with the current temperature as an argument
vPa_Tune( iDmdTs_GetLatestTemp());
// Sets up the temperature sensor and demodulator,
// enable ODS before entering the single tx loop.
vStl_PreLoop();
// Then assign the first address of the frame buffer to
// the packet pointer used for transmission.
pbRke_FrameHead = abButtonFrame;
// call the single tx loop function
vStl_SingleTxLoop(pbRke_FrameHead,
bFrameSize_c);
// Disable the temperature sensor and ODS
vStl_PostLoop();
// Disable Bandgap and LDO
vSys_BandGapLdo(0);
//turn LED on
GPIO_LED = 1;
// Wait repeat interval.
while ( (lSys_GetMasterTime() - lTimestamp) < wRepeatInterval );
//turn LED off
GPIO_LED = 0;
}while(--bRepeatCount);
// After repeat transmission, clear all tasks flag.
bAp_ButtonState = 0;
// Clear time value for next button push detecting.
vSys_SetMasterTime(0);
return;
}
