Sketch

// ===============================================

// SIMUINO_BEGIN

// ===============================================

// BOARD_TYPE: UNO

// SKETCH_NAME: HelloWorld_UNO.ino

// SIM_LENGTH: 600

// WIN_LAYOUT: 2

// SO_DELAY: 40

//================================================

// Scenario

//================================================

// SCENDIGPIN 10 1 0

// SCENDIGPIN 10 50 1

// SCENDIGPIN 10 100 0

// SCENDIGPIN 10 200 1

// SCENDIGPIN 9 1 0

// SCENDIGPIN 9 40 1

// SCENDIGPIN 9 130 0

// SCENDIGPIN 2 1 0

// SCENDIGPIN 2 100 1

// SCENDIGPIN 3 1 0

// SCENDIGPIN 3 140 1

// SCENDIGPIN 2 240 0

// SCENDIGPIN 3 260 0

// SCENANAPIN 4 1 5

// SCENANAPIN 5 1 8

// SCENANAPIN 4 80 12

// SCENANAPIN 5 120 18

//================================================

// Simuino log text customization

//================================================

// PINMODE_OUT: 13 "This is interrupt LED"

// PINMODE_OUT: 12 "PIN: Led Blink"

// DIGITALWRITE_LOW: 13 "Boom"

// DIGITALWRITE_HIGH: 13 "Crash"

// DIGITALWRITE_LOW: 12 "Led is off"

// DIGITALWRITE_HIGH: 12 "Led is on"

// DIGITALREAD: 9 "Read from nine"

// DIGITALREAD: 10 "Read from ten"

// ANALOGREAD: 4 "read analog four"

// ANALOGREAD: 5 "read analog five"

//-------- DIGITAL PIN settings ------------------

// Leds

int SORRY = 13;

//-------- ANALOGUE PIN settings

//int SENSOR1 = 4;

//int SENSOR2 = 5;

//================================================

// Function Declarations

//================================================

void blinkLed(int pin,int n);

void preTestCase();

void postTestCase();

//================================================

void sorryToBotherYou_1()

//================================================

{

digitalWrite(SORRY, HIGH);

delay(901);

digitalWrite(SORRY, LOW);

}

//================================================

void sorryToBotherYou_2()

//================================================

{

digitalWrite(SORRY, HIGH);

delay(902);

digitalWrite(SORRY, LOW);

}

//================================================

void setup()

//================================================

{

// Do nothing

}

int nloop = 0;

//================================================

void loop()

//================================================

{

int value,i;

nloop++;

preTestCase();

Serial.print("----- TestCase: ");Serial.print(nloop);

//--------------------------------

if (nloop == 1)

{

pinMode(SORRY,OUTPUT);

Serial.println(" Interrupts according to scenario ------");

attachInterrupt(0,sorryToBotherYou_1, CHANGE);

attachInterrupt(1,sorryToBotherYou_2, RISING);

blinkLed(12,50);

detachInterrupt(0);

detachInterrupt(1);

}

//--------------------------------

if (nloop == 2)

{

Serial.println(" Serial output ------");

Serial.println("This is a line with cr");

Serial.print("Test print:");

Serial.print("Hello ");

Serial.print("Simuino ");

Serial.print(100);

Serial.println("end of line");

Serial.print("Now the same without ln\n");

Serial.print("This is a line with cr\n");

Serial.print("Test print:");

Serial.print("Hello ");

Serial.print("Simuino ");

Serial.print(100);

Serial.print("end of line\n");

}

//--------------------------------

if (nloop == 3)

{

Serial.println(" Digital Write Blink Leds 4 - 13 ------");

for (i=4;i<=13;i++)

{

pinMode(i,OUTPUT);

}

for (i=4;i<13;i++)

{

blinkLed(i,2);

}

//--------------------------------

if (nloop == 4)

{

Serial.println(" Analog Read ------");

for(i=0;i<=5;i++)

{

value = analogRead(i);

Serial.print("Analog Value Pin "); Serial.print(i);Serial.print(": ");

Serial.println(value);

}

//--------------------------------

if (nloop == 5)

{

Serial.println(" Digital Read pin 3-13 ------");

for(i=3;i<=13;i++)

{

value = digitalRead(i);

Serial.print("Digital Value Pin "); Serial.print(i);Serial.print(": ");

Serial.println(value);

}

//--------------------------------

if (nloop == 6)

{

Serial.println(" Port Manipulation DDR and PORT ------");

// digital pins 7,6,5,4,3,2,1,0

DDRD = B11111110;

// digital pins -,-,13,12,11,10,9,8

DDRB = B00111111;

delay(500);

// All odd pins to LOW and even to HIGH

PORTD = B01010100;

PORTB = B00010101;

delay(500);

// All odd pins to HIGH and even to LOW

PORTD = B10101000;

PORTB = B00101010;

delay(500);

// digital pins 7,6,5,4,3,2,1,0

DDRD = B00000000;

// digital pins -,-,13,12,11,10,9,8

DDRB = B00000000;

delay(500);

// Not visible !

// All odd pins to LOW and even to HIGH

PORTD = B01010100;

PORTB = B00010101;

delay(500);

// All odd pins to HIGH and even to LOW

PORTD = B10101000;

PORTB = B00101010;

delay(500);

// PIND and PINB shall reflect HIGH/LOW if pinMode = INPUT

//PORTD &= B00000011; // turns off 2..7, but leaves pins 0 and 1 alone

}

//--------------------------------

if (nloop == 7)

{

Serial.println(" PWM ------");

i = 3;value=100+i;

analogWrite(i,value);