void IOTest(void)
{
int p;
PMD1bits.AD1MD = 1;
PMD3bits.AD2MD = 1;
// Set as inputs
for (p=0; p<NUM_PINS_IN_GROUP_1+NUM_PINS_IN_GROUP_2; p++) {
setPinState(p, INPUT);
}
delay(1000);
// Test that we're all pulled high
for (p=0; p<NUM_PINS_IN_GROUP_1+NUM_PINS_IN_GROUP_2; p++) {
if (getPinValue(p) == 0) failPin(p, 1);
}
int testPin;
for (testPin=0; testPin<NUM_PINS_IN_GROUP_1; testPin++) {
// Set testPin in group 1 to output low
setPinState(PIN_IN_GROUP(1,testPin), OUTPUT);
setPinValue(PIN_IN_GROUP(1,testPin), 0);
delay(1000);
// Test that group 1 is low, and 2 is high
for (p=0; p<NUM_PINS_IN_GROUP_1; p++) {
if (p == testPin) continue;
if (getPinValue(PIN_IN_GROUP(1,p)) == 1) failPin(PIN_IN_GROUP(1,p), 2);
}
for (p=0; p<NUM_PINS_IN_GROUP_2; p++) {
if (getPinValue(PIN_IN_GROUP(2,p)) == 0) failPin(PIN_IN_GROUP(2,p), 3);
}
setPinState(PIN_IN_GROUP(1,testPin), INPUT);
}
for (testPin=0; testPin<NUM_PINS_IN_GROUP_2; testPin++) {
// Set testPin in group 2 to output low
setPinState(PIN_IN_GROUP(2,testPin), OUTPUT);
setPinValue(PIN_IN_GROUP(2,testPin), 0);
delay(1000);
// Test that group 1 is high, and 2 is low
for (p=0; p<NUM_PINS_IN_GROUP_1; p++) {
if (getPinValue(PIN_IN_GROUP(1,p)) == 0) failPin(PIN_IN_GROUP(1,p), 4);
}
for (p=0; p<NUM_PINS_IN_GROUP_2; p++) {
if (p == testPin) continue;
if (getPinValue(PIN_IN_GROUP(2,p)) == 1) failPin(PIN_IN_GROUP(2,p), 5);
}
setPinState(PIN_IN_GROUP(2,testPin), INPUT);
}
PMD1bits.AD1MD = 0;
PMD3bits.AD2MD = 0;
}
int main(){
//Nota* notas_saved = NULL;
//INPUT
initGPIO(GPIO_F1, MODULO_2, DIR_INPUT);
initGPIO(GPIO_F2, MODULO_2, DIR_INPUT);
initGPIO(GPIO_F3, MODULO_2, DIR_INPUT);
initGPIO(GPIO_F4, MODULO_2, DIR_INPUT);
//OUTPUT
initGPIO(LED_F1, MODULO_2, DIR_OUTPUT);
initGPIO(LED_F2, MODULO_2, DIR_OUTPUT);
initGPIO(LED_F3, MODULO_2, DIR_OUTPUT);
initGPIO(LED_F4, MODULO_2, DIR_OUTPUT);
initGPIO(BUZZER, MODULO_2, DIR_OUTPUT);
initGPIO(LED_WAIT, MODULO_2, DIR_OUTPUT);
while(TRUE){
blink(LED_WAIT, MODULO_2);
if(getPinValue(GPIO_F1, MODULO_2)){
//notas_saved = insertLista(notas_saved, LED_F1, FREQUENCIA_1);
GPIOHigh(LED_F1, MODULO_2);
playNota(BUZZER, MODULO_2, FREQUENCIA_1);
}
GPIOLow(LED_F1, MODULO_2);
if(getPinValue(GPIO_F2, MODULO_2)){
//notas_saved = insertLista(notas_saved, LED_F2, FREQUENCIA_2);
GPIOHigh(LED_F2, MODULO_2);
playNota(BUZZER, MODULO_2, FREQUENCIA_2);
}
GPIOLow(LED_F2, MODULO_2);
if(getPinValue(GPIO_F3, MODULO_2)){
//notas_saved = insertLista(notas_saved, LED_F3, FREQUENCIA_3);
GPIOHigh(LED_F3, MODULO_2);
playNota(BUZZER, MODULO_2, FREQUENCIA_3);
}
GPIOLow(LED_F3, MODULO_2);
if(getPinValue(GPIO_F4, MODULO_2)){
//notas_saved = insertLista(notas_saved, LED_F4, FREQUENCIA_4);
GPIOHigh(LED_F4, MODULO_2);
playNota(BUZZER, MODULO_2, FREQUENCIA_4);
}
GPIOLow(LED_F4, MODULO_2);
/*
if(getPinValue(GPIO_PLAY, MODULO_2)){
playMusicSaved(notas_saved);
}
*/
}
}
int countPeopleOutFunc () {
int x = getPinValue(GPIO_PIN2);
if (x == 0 )
{
idleCount = 0;
if (flagIn == 0)
{
flagOut = 1;
countPeopleOut += 1;
}
else {
countPeopleIn -= 1;
count += 1;
if(countPeopleIn ==0 )
flagIn = 0;
}
}
else
{
idleCount +=1;
if(idleCount >= 40 )
{
countUpdate();
}
}
//printf(" countOut: %d\n", countPeopleOut);
}
void printAllPinValues(OutputStream* outputStream) {
int i = 0;
for (i = PIN_MIN_INDEX; i <= PIN_MAX_INDEX; i++) {
BOOL value = getPinValue(i);
appendString(outputStream, "Pin ");
appendHex2(outputStream, i);
append(outputStream, '=');
appendBOOL(outputStream, value);
println(outputStream);
}
}
void devicePinHandleRawData(char header, InputStream* inputStream, OutputStream* outputStream) {
if (header == COMMAND_SET_PIN_VALUE) {
int pinIndex = readHex2(inputStream);
int pinValue = readHex2(inputStream);
appendAck(outputStream);
setPinValue(pinIndex, pinValue);
append(outputStream, COMMAND_SET_PIN_VALUE);
} else if (header == COMMAND_GET_PIN_VALUE) {
int pinIndex = readHex2(inputStream);
appendAck(outputStream);
int pinValue = getPinValue(pinIndex);
// Response
append(outputStream, COMMAND_GET_PIN_VALUE);
appendHex2(outputStream, pinValue);
}
}
uint8_t digitalRead(uint8_t pin)
{
uint8_t timer = digitalPinToTimer(pin);
uint8_t bit = digitalPinToBitMask(pin);
uint8_t port = digitalPinToPort(pin);
t_SetPortCfg cfg;
if (timer != NOT_ON_TIMER) turnOffPWM(timer);
if(port == NOT_A_PIN)
{
return 0;
}
cfg.pID = (uint16_t)portModeRegister(port);
return getPinValue(cfg.pID,bit);
}
void IOTest(void)
{
int g;
PMD1bits.AD1MD = 1;
PMD3bits.AD2MD = 1;
for (g=0; g<=10; g++) {
// Set as inputs
setPinState(PIN_IN_GROUP(g,0), INPUT);
setPinState(PIN_IN_GROUP(g,1), INPUT);
setPinState(PIN_IN_GROUP(g,2), INPUT);
setPinState(PIN_IN_GROUP(g,3), INPUT);
if (g == 10) setPinState(PIN_IN_GROUP(g,4), INPUT);
delay(1000);
// Fail if low
if (getPinValue(PIN_IN_GROUP(g,0)) == 0) failPin(PIN_IN_GROUP(g,0), 0);
if (getPinValue(PIN_IN_GROUP(g,1)) == 0) failPin(PIN_IN_GROUP(g,1), 0);
if (getPinValue(PIN_IN_GROUP(g,2)) == 0) failPin(PIN_IN_GROUP(g,2), 0);
if (getPinValue(PIN_IN_GROUP(g,3)) == 0) failPin(PIN_IN_GROUP(g,3), 0);
if (g == 10 && getPinValue(PIN_IN_GROUP(g,4)) == 0) failPin(PIN_IN_GROUP(g,4), 0);
// Set pin A as output low
setPinState(PIN_IN_GROUP(g,0), OUTPUT);
setPinValue(PIN_IN_GROUP(g,0), 0);
delay(1000);
// Fail if C is high or if B or D is low
if (getPinValue(PIN_IN_GROUP(g,1)) == 0) failPin(PIN_IN_GROUP(g,1), 1);
if (getPinValue(PIN_IN_GROUP(g,2)) == 1) failPin(PIN_IN_GROUP(g,2), 1);
if (getPinValue(PIN_IN_GROUP(g,3)) == 0) failPin(PIN_IN_GROUP(g,3), 1);
if (g == 10 && getPinValue(PIN_IN_GROUP(g,4)) == 1) failPin(PIN_IN_GROUP(g,4), 1);
// Set pin B as output low
setPinState(PIN_IN_GROUP(g,0), INPUT);
setPinState(PIN_IN_GROUP(g,1), OUTPUT);
setPinValue (PIN_IN_GROUP(g,1), 0);
delay(1000);
// Fail if D is high or if A or C is low
if (getPinValue(PIN_IN_GROUP(g,0)) == 0) failPin(PIN_IN_GROUP(g,0), 2);
if (getPinValue(PIN_IN_GROUP(g,2)) == 0) failPin(PIN_IN_GROUP(g,2), 2);
if (getPinValue(PIN_IN_GROUP(g,3)) == 1) failPin(PIN_IN_GROUP(g,3), 2);
if (g == 10 && getPinValue(PIN_IN_GROUP(g,4)) == 0) failPin(PIN_IN_GROUP(g,4), 2);
// Set pin C as output low
setPinState(PIN_IN_GROUP(g,1), INPUT);
setPinState(PIN_IN_GROUP(g,2), OUTPUT);
setPinValue (PIN_IN_GROUP(g,2), 0);
delay(1000);
// Fail if A is high or if B or D is low
if (getPinValue(PIN_IN_GROUP(g,0)) == 1) failPin(PIN_IN_GROUP(g,0), 3);
if (getPinValue(PIN_IN_GROUP(g,1)) == 0) failPin(PIN_IN_GROUP(g,1), 3);
if (getPinValue(PIN_IN_GROUP(g,3)) == 0) failPin(PIN_IN_GROUP(g,3), 3);
if (g == 10 && getPinValue(PIN_IN_GROUP(g,4)) == 1) failPin(PIN_IN_GROUP(g,4), 3);
// Set pin D as output low
setPinState(PIN_IN_GROUP(g,2), INPUT);
setPinState(PIN_IN_GROUP(g,3), OUTPUT);
setPinValue (PIN_IN_GROUP(g,3), 0);
delay(1000);
// Fail if B is high or if A or C is low
if (getPinValue(PIN_IN_GROUP(g,0)) == 0) failPin(PIN_IN_GROUP(g,0), 4);
if (getPinValue(PIN_IN_GROUP(g,1)) == 1) failPin(PIN_IN_GROUP(g,1), 4);
if (getPinValue(PIN_IN_GROUP(g,2)) == 0) failPin(PIN_IN_GROUP(g,2), 4);
if (g == 10 && getPinValue(PIN_IN_GROUP(g,4)) == 0) failPin(PIN_IN_GROUP(g,4), 4);
setPinState(PIN_IN_GROUP(g,3), INPUT);
// Test the bonus G10P1 pin
if (g == 10) {
// Set the bonus G10P1 pin as output low
setPinState(PIN_IN_GROUP(g,4), OUTPUT);
setPinValue (PIN_IN_GROUP(g,4), 0);
delay(1000);
// Fail if A or C is high or if B or D is low
if (getPinValue(PIN_IN_GROUP(g,0)) == 1) failPin(PIN_IN_GROUP(g,0), 4);
if (getPinValue(PIN_IN_GROUP(g,1)) == 0) failPin(PIN_IN_GROUP(g,1), 4);
if (getPinValue(PIN_IN_GROUP(g,2)) == 1) failPin(PIN_IN_GROUP(g,2), 4);
if (getPinValue(PIN_IN_GROUP(g,3)) == 0) failPin(PIN_IN_GROUP(g,3), 4);
setPinState(PIN_IN_GROUP(g,4), INPUT);
}
}
PMD1bits.AD1MD = 0;
PMD3bits.AD2MD = 0;
}
