int main(int argc, char *argv[])
{
CircularBuffer* que;
KeyType a = 101;
int isEmpty, i;
CircularBufferInit(&que, BUFFER_SIZE);
fprintf(stderr,"After Init\n");
CircularBufferPrint(que);
for(i=1; i<=4; i++)
{
a=10*i;
printf("\n\n===\nTest: Insert %d-%d\n", a, a+NUM_OF_ELEMS-1);
while(! CircularBufferEnque(que, a++));
CircularBufferPrint(que);
printf("\nRX%d:", i);
a=0;
isEmpty = CircularBufferDeque(que, &a);
while (!isEmpty)
{
printf("%02d ", a);
a=0;
isEmpty = CircularBufferDeque(que, &a);
}
//CircularBufferPrint(que);
}
CircularBufferPrint(que);
fprintf(stderr,"\n");
free(que);
return 0;
}
/**
* Relays data from Bluetooth to Radio
*/
void relayFromBluetooth()
{
/* UART1 - FTDI USB
* UART2 - Bluetooth
* UART3 - Radio */
if(!UART2_ReceiveBufferIsEmpty()) //New data on UART2
InjectLoop(UART2_Read()); //Reads data from UART2 and sends to injector
//Lets see if there is some data available to send to radio
if(!CircularBufferIsEmpty(&(inject.outBuff)))
UART3_Write(CircularBufferDeque(&(inject.outBuff)));
}
/*
* Calculates the standard deviation of the elements in the input vector
*/
void stdev(CircularBuffer* que)
{
KeyType Src;
int isEmpty;
sum=0.0f;
sumOfSquares=0.0f;
do {
isEmpty = CircularBufferDeque(que, &Src);
sumOfSquares += Src * Src;
sum += Src;
} while (!isEmpty);
stddev = sqrt((sumOfSquares - sum*sum / BLOCKSIZE) / (BLOCKSIZE - 1));
average = sum / BLOCKSIZE;
}
int main(int argc, char *argv[])
{
CircularBuffer* que;
KeyType a = 0;
int isEmpty;
CircularBufferInit(&que, BUFFER_SIZE);
while(! CircularBufferEnque(que, a++));
do {
isEmpty = CircularBufferDeque(que, &a);
printf("%02d ", a);
} while (!isEmpty);
printf("\n");
free(que);
return 0;
}
/**
* Relays data from USB to Radio
*/
void relayFromUSB()
{
/* UART1 - FTDI USB
* UART2 - Bluetooth
* UART3 - Radio */
if(!UART1_ReceiveBufferIsEmpty())
{
unsigned char rx = UART1_Read(); //Reads data from UART1 and
InjectLoop(rx); //sends to injector
//check for BTB_LAND packet from Mission Planner
CheckLandingDirection(rx);
}
//Lets see if there is some data available to send to radio
if(!CircularBufferIsEmpty(&(inject.outBuff)))
UART3_Write(CircularBufferDeque(&(inject.outBuff)));
}
int main()
{
KeyType counter = 0;
KeyType thisint = 0;
CircularBuffer* que;
CircularBufferInit(&que, 4);
while(true) { // this is the third thread
counter++;
if (enqueue) {
CircularBufferEnque(que, counter);
}
if (dequeue) {
CircularBufferDeque(que, &thisint);
}
lcd.cls();
lcd.locate(0,0);
lcd.printf("Count: %d Popped: %d",counter, thisint);
lcd.locate(0,15);
lcd.printf("%d %d %d %d", (que->keys)[0], (que->keys)[1], (que->keys)[2], (que->keys)[3]);
wait(1.0);
}
}