void clock_print(){
serial_print_dec(clock_hours, 2);
serial_printf(":");
serial_print_dec(clock_mins, 2);
serial_printf(".");
serial_print_dec(clock_secs, 2);
return;
}
void main()
{
init();
while (1) {
// Allow wakeup
delay_ms(100);
// Reset the one wire bus
oo_busreset();
// Start the temparature conversion (non-blocking function)
oo_start_conversion();
// Wait for completion, you could do other stuff here
// But make sure that this function returns zero before
// reading the scratchpad
if (oo_wait_for_completion() == 1) {
serial_printf("Temperature conversion timed out");
}
// Read the scratchpad
if (oo_read_scratchpad()) {
serial_printf("OO read scratchpad failed");
while(1);
}
// And extract the temperature information
short temp = oo_get_temp();
// The temperature is
serial_printf("Temperature: ");
serial_print_hex(temp);
serial_printf(" -- ");
// And for positive temps you can simply convert this to
char tmp_work = (char)(temp >> 1);
serial_print_dec(tmp_work);
if (temp & 0x0001) {
serial_printf(".5");
} else {
serial_printf(".0");
}
serial_printf(" degrees C.\r\n");
// A more accurate conversion is described in the DS1820 datasheet.
delay_s(1);
}
}
void main()
{
init();
while (1){
char input;
// Check if something was received from the serial port
if (serial_peek()){
// If it was, go get it...
input = serial_getch();
// Print it as 'char'
serial_printf("You have pressed the key: ");
serial_printf(input);
serial_print_lf();
serial_printf("It has the following value:\r\n");
// Print it as hex value
serial_printf(" * hex: ");
serial_print_hex(input);
serial_print_lf();
// Print it as decimal value
serial_printf(" * dec: ");
serial_print_dec(input);
serial_print_lf();
// Print it as binary value
serial_printf(" * bin: ");
serial_print_bin(input);
serial_print_lf();
// Show off the function overloading ;-)
serial_printf("\r\nYou can also print shorts in hex format: 0x");
serial_print_hex((short)0xBABE);
serial_print_lf();
}
}
}