Xduino – ARM Compiler and IDE with Arduino-like support

/* Xduino v0.31 */
 
#include "main.h"
using namespace compatArduino;
 
void InterruptPB9(void)
{
Serial1.printf("(interrupt 9!!! %d)\r\n",digitalRead(PB9));
}
 
 
void InterruptPB8(void)
{
Serial1.printf("(interrupt 8!!! %d)\r\n",digitalRead(PB8));
}
 
 
int LedPin = PB7;		// as labelled on ARM Cortex-M3 board
 
 
int main(void)
{
 
float version=0.31;
double fnumber=1234.5678;
char myinput;
 
	doInit(); 				//Initialize Xduino components, this line is required
 
	Serial1.begin(115200); 	//USART1
 
 
	Serial1.printf("Starting Xduino (v%f) example program...",version);
	Serial1.printf("hello!! %d %d %d\r\n",1,2,3);
	Serial1.printf("The floating point number is %f \r\n",fnumber);
 
	pinMode(LedPin,OUTPUT);
	pinMode(PB1,OUTPUT);
	pinMode(PB8,INPUT);
	pinMode(PB9,INPUT);
 
	digitalWrite(PB1,HIGH);
 
	attachInterrupt(PB9,InterruptPB9,CHANGE);
	attachInterrupt(PB8,InterruptPB8,RISING);
 
 
while(1)
{
		if(Serial1.available())
		{
			myinput=Serial1.read();
			Serial1.printf("This system has been up for %lu milliseconds.\r\n",millis());
 
			if(myinput=='a') { digitalWrite(PB1,HIGH); }	// press a to turn PB1 to HIGH state
			if(myinput=='b') { digitalWrite(PB1,LOW); }	// press b to turn PB1 to HIGH state
			if(myinput=='n') { noInterrupts(); }			// press n to disable all existing interrupts
			if(myinput=='i') { interrupts(); }			// press i to enable all existing interrupts
			Serial1.printf("Input is %c ...\r\n",myinput);
		}
 
 
//using analogWrite on channel 1 which is PA4 to dim the LED connected to it
		for(int i=0;i<=0x0FFF;i+=0xFF)	// smoothly turn PA4 (DAC port 1) on
		{
			analogWrite(1,i);
			delay(50);
		}
 
		for(int j=0x0FFF;j>=0;j-=0xFF)	// smoothly turn PA4 (DAC port 1) off
		{
			analogWrite(1,j);
			delay(50);
		}
 
		analogWrite(1,0xFFF);			// Turn on PA4 fully at once 
		delay(100);
		digitalWrite(LedPin,LOW); 		// Turn off PA4 fully at once 
		delay(100);
 
}	//## END while(1)
 
} //## END main()