int main ()
{
watchdog_stop();
set_mcu_speed_dco_mclk_16MHz_smclk_8MHz(); // set global clock
/* Initialisation begin */
leds_init(); // leds :')
spi_init(); //
cc2500_init(); // radio init
#if defined(USER_RFCONFIG)
cc2500_configure(& USER_RFCONFIG );
#endif
timerA_init(); // global timer
timerA_register_cb(&timer_tick_cb); // protothread timer increment callback
timerA_start_milliseconds(TIMER_PERIOD_MS);
uart_init(UART_9600_SMCLK_8MHZ); // serial link
printf("adc test application: temperature\n\n");
adc10_start(); // temperature sensor
__enable_interrupt();
/* Initialisation end */
while(1)
{
thread_periodic_capture(&pt[0]);
thread_periodic_radio(&pt[1]);
//do something
}
return 0;
}
int main(void)
{
watchdog_stop();
TIMER_ID_INPUT = UINT_MAX;
node_id = NODE_ID_UNDEFINED;
/* protothreads init */
int i;
for(i = 0; i < NUM_PT; i++)
{
PT_INIT(&pt[i]);
}
/* clock init */
set_mcu_speed_dco_mclk_16MHz_smclk_8MHz();
/* LEDs init */
leds_init();
led_red_on();
led_green_flag = 0;
/* timer init */
timerA_init();
timerA_register_cb(&timer_tick_cb);
timerA_start_milliseconds(TIMER_PERIOD_MS);
/* button init */
button_init();
button_register_cb(button_pressed_cb);
antibouncing_flag = 0;
button_pressed_flag = 0;
/* UART init (serial link) */
uart_init(UART_9600_SMCLK_8MHZ);
uart_register_cb(uart_cb);
uart_flag = 0;
uart_data = 0;
/* ADC10 init (temperature) */
adc10_start();
/* radio init */
spi_init();
cc2500_init();
cc2500_rx_register_buffer(radio_tx_buffer, PKTLEN);
cc2500_rx_register_cb(radio_cb);
cc2500_rx_enter();
radio_rx_flag = 0;
/* retrieve node id from flash */
node_id = *((char *) NODE_ID_LOCATION);
//printf("node id retrieved from flash: %d\r\n", node_id);
button_enable_interrupt();
__enable_interrupt();
/* simple cycle scheduling */
while(1) {
/*thread_led_red(&pt[0]);
thread_led_green(&pt[1]);
thread_uart(&pt[2]);
thread_antibouncing(&pt[3]);*/
thread_process_msg(&pt[4]);
thread_periodic_send(&pt[5]);
/*thread_button(&pt[6]);*/
}
}
