void CDLgBarH::OnButtonStartStop()
{
KRS_running = !KRS_running;
if (!KRS_running)
{
StartTimeOut(m_MapParamDefault);
if (KRS_project_flag & KRS_PRJ_FLAG_STAGES)
StartTimeOut(m_MapParamCM_additional_only);
KRS_SendTOsToDB();
}
CButton* b = (CButton*)GetDlgItem(IDC_BUTTON_START_STOP);
b->SetIcon(KRS_app.LoadIcon(KRS_running?IDI_ICON_STOP:IDI_ICON_START));
}
/**
* @brief This function polls 95HF chip until a response is ready or
* the counter of the timeout overflows
* @retval PCD_POLLING_TIMEOUT : The time out was reached
* @retval PCD_SUCCESS_CODE : A response is available
*/
static int8_t drv95HF_SPIPollingCommand( void )
{
uint8_t Polling_Status = 0;
StartTimeOut(1000);
if (drv95HFConfig.uSpiMode == RFTRANS_95HF_SPI_POLLING)
{
do{
/* in case of an HID interuption during the process that can desactivate the timeout */
/* Enable the Time out timer */
TIM_Cmd(TIMER_TIMEOUT, ENABLE);
RFTRANS_95HF_NSS_LOW();
/* poll the 95HF transceiver until he's ready ! */
Polling_Status = SPI_SendReceiveByte(RFTRANS_95HF_SPI, RFTRANS_95HF_COMMAND_POLLING);
Polling_Status &= RFTRANS_95HF_FLAG_DATA_READY_MASK;
/* Pulse on NSS */
RFTRANS_95HF_NSS_HIGH();
} while( Polling_Status != RFTRANS_95HF_FLAG_DATA_READY && uTimeOut != true );
}
else if (drv95HFConfig.uSpiMode == RFTRANS_95HF_SPI_INTERRUPT)
{
/* Wait a low level on the IRQ pin or the timeout */
while( (uDataReady == false) & (uTimeOut == false) )
{ }
}
StopTimeOut( );
if ( uTimeOut == true )
return RFTRANS_95HF_POLLING_TIMEOUT;
return RFTRANS_95HF_SUCCESS_CODE;
}