void SpiUartDevice::initUart(unsigned long baudrate)
{
configureUart(baudrate);
if(!uartConnected())
{
while(1)
{
// Lock up if we fail to initialise SPI UART bridge.
};
}
}
void SpiUartDevice::initUart(unsigned long baudrate) {
/*
* Initialise the UART.
*
* If initialisation fails this method does not return.
*/
// Initialise and test SC16IS750
configureUart(baudrate);
if(!uartConnected()){
while(1) {
// Lock up if we fail to initialise SPI UART bridge.
};
}
// The SPI UART bridge is now successfully initialised.
}
void initUART(unsigned long baudrate)
{
//setBaudRate(baudrate);
//writeRegister(0x03, 0xBF); // access EFR register
//writeRegister(0x02, 0xD0); // enable enhanced registers
//writeRegister(0x03, 0x07); // 8 data bit, 2 stop bit, no parity
//writeRegister(0x02, 0x06); // reset TXFIFO, reset RXFIFO, non FIFO mode
//writeRegister(0x02, 0x01); // enable FIFO mode
//if(!uartConnected()) {SET_BIT(PORTB, 1); while(1);}
//Line Control Register: Enable Writing DLH & DLL
//& set no Parity, 2 stop bit, and 8 bit word length
writeRegister(LCR,0x83);
//Division registers DLL & DLH
// Write '96' to get 9600 baud rate
//Assumes you have the version with the ~14MHz crystal
// (16x9600 = 153600 = 14.7456Mhz/96)
// (16x38400 = 614400 = 14.7456Mhz/24)
// (16x115200 = 1843200 = 14.7456Mhz/8)
writeRegister(DLL,baudrate);
writeRegister(DLH,0x00);
//Line Control Register: Disnable Writing DLH & DLL
//Same setup
writeRegister(LCR,0x03);
//Modem Control Register
//Normal Operating Mode
writeRegister(MCR,0x00);
//FIFO Control Register: Enable the FIFO and no other features
writeRegister(FCR,0x07);
if (!uartConnected()) flashLED(RED);
}
