/*************************************************************************
Main Function
************************************************************************/
int main(void) {
//buffer for uart ISRs
uint8 spi_tx_buffer[128];
//structures for configuring peripherals
SPI_Config spi_config = {0};
Timer_Config timer_config = {0};
//setup peripherals
timer_config.which_timer = Timer_1; //Specify that we will be using timer 1
timer_config.frequency = 1000; //Specify that the timer operates at 1KHz
timer_config.pbclk = PB_CLK; //specify the speed of the peripheral bus clock
timer_config.callback = &timer_callback; //Link a callback function for the ISR
timer_config.enabled = 1; //Enable the Timer
initialize_Timer(timer_config); //Initialize the Timer
spi_config.which_spi = SPI_CH_1; //Specify that we will use SPI Channel 1
spi_config.pb_clk = PB_CLK; //Tell the module the speed of our clock, 15MHz
spi_config.speed = 100000; //Tell SPI module the frequency that we are talking at, 100KHz
spi_config.tx_en = 1; //Enable the SPI module
spi_config.clk_edge = falling; //Specify that SPI transition from a high to low transition
spi_config.tx_buffer_ptr = spi_tx_buffer; //Hand a pointer to the data buffer
spi_config.tx_buffer_size = sizeof(spi_tx_buffer); //tell it the size of the data buffer
initialize_SPI(spi_config); //Initialize the SPI module
//Global interrupt enable. Do this last!
enable_Interrupts();
while (1) {
//put background tasks here
}
return 0;
}
static void initialize( Driver* dp, char* application_title ) {
dp->application_title = application_title;
initialize_SPI();
listen_for_application_activation( dp );
search_desktop_for_application( dp );
if ( dp->found_application ) {
remove_listener( dp );
closedown( dp );
return;
}
start_timeout_timer( dp );
SPI_event_main();
remove_listener( dp );
closedown( dp );
if ( ! dp->found_application )
rb_raise( rb_eRuntimeError, "No such application running." );
}
