uint8_t CC110x::detectBurst(void) { // wake up CC1101 from power down state
// 10 7/10 5 in front of the received string; 33 after received string
// 10 - 00001010 - sync word found
// 7 - 00000111 - GDO0 = 1, GDO2 = 1
// 5 - 00000101 - GDO0 = 1, GDO2 = 1
// 33 - 00100001 - GDO0 = 1, preamble quality reached
// 96 - 01100000 - burst sent
// 48 - 00110000 - in receive mode
//
// Status byte table:
// 0 current GDO0 value
// 1 reserved
// 2 GDO2
// 3 sync word found
// 4 channel is clear
// 5 preamble quality reached
// 6 carrier sense
// 7 CRC ok
//
// possible solution for finding a burst is to check for bit 6, carrier sense
// set RXTX module in receive mode
cc1101_Select(); // select CC1101
wait_Miso(); // wait until MISO goes low
cc1101_Deselect(); // deselect CC1101
cmdStrobe(CC1101_SRX); // set RX mode again
_delay_ms(3); // wait a short time to set RX mode
// todo: check carrier sense for 5ms to avoid wakeup due to normal transmition
//Serial << F("rx\n");
// return bitRead(hm.cc.monitorStatus(),6); // return the detected signal
return bitRead(monitorStatus(),6); // return the detected signal
}
void QQuickViewStatusMonitor::monitor(QQuickView *view){
this->view = view;
QObject::connect(view,SIGNAL(statusChanged(QQuickView::Status)),
this,SLOT(monitorStatus(QQuickView::Status)));
}
