static void Main(string[] args)
{
Car car1 = new Car(1, 40.4, 300, "B", "benzin", "Red", 123, "NS-999-MM", 3, 50, "mehanicka", "ford", rnd.Next(1000, 9000));
Car car2 = new Car(2, 44.4, 340, "B", "benzin", "Blue", 321, "NS-000-MM", 5, 20, "mehanicka", "audi", rnd.Next(1000, 9000));
cars.Add(car1);
cars.Add(car2);
Tractor tractor1 = new Tractor(3, 50, 700, "F", "benzin", "red", 777, 78.8, 7, "dvoosovinski");
Tractor tractor2 = new Tractor(4, 70, 1200, "F", "benzin", "green", 888, 98.8, 9, "dvoosovinski");
tractors.Push(tractor1);
tractors.Push(tractor2);
Truck truck1 = new Truck(5, 100, 2000, "C", "benzin", "grey", 987, 1500, 40, 3);
Truck truck2 = new Truck(6, 122, 2222, "C", "benzin", "white", 851, 1800, 50, 5);
trucks.Enqueue(truck1);
trucks.Enqueue(truck2);
car2.ChangeColor("Green", rnd.Next(1000, 9000)); //Car color change
Tick();
Console.Clear();
//Creating and starting threads
for (int i = 0; i < cars.Count; i++)
{
int temp = i;
Thread t = new Thread(() => Preparation(cars[temp]));
t.Start(); t.Join();
}
Car golf = new Car(1, 40.4, 300, "B", "benzin", "Orange", 123, "NS-999-MM", 3, 30, "mehanicka", "golf", rnd.Next(1000, 9000));
cars.Add(golf);
Console.WriteLine("\nJoins orange golf");
//Creating and starting threads
for (int i = 0; i < cars.Count; i++)
{
int temp = i;
Thread t = new Thread(() => cars[temp].CarRace(cars[temp]));
t.Start();
}
Thread semaphore = new Thread(() => Car.TrafficLight()); //Creating thread
semaphore.Start(); // Start thread
Console.ReadLine();
}
static void Main(string[] args)
{
Truck truck1 = new Truck();
Truck truck2 = new Truck();
Tractor tractor1 = new Tractor();
Tractor tractor2 = new Tractor();
Car car1 = new Car();
car1.RegNumber = "NS123AB";
Car car2 = new Car();
car2.RegNumber = "BG987BC";
List <Truck> trucks = new List <Truck> {
truck1, truck2
};
List <Tractor> tractors = new List <Tractor> {
tractor1, tractor2
};
List <Car> cars = new List <Car> {
car1, car2
};
Stopwatch s = new Stopwatch();
s.Start();
for (int i = 0; i < 5; i++)
{
Thread.Sleep(1000);
Console.WriteLine(s.ElapsedMilliseconds / 1000);
}
s.Stop();
foreach (var car in cars)
{
car.SetToStart();
car.RemainingFuel = 100;
car.fuelConsumptionPerSecond = r.Next(6, 9);
}
Car car3 = new Car();
car3.Color = "orange";
car3.Manufacturer = "Golf";
car3.RegNumber = "NI456CD";
car3.fuelConsumptionPerSecond = r.Next(6, 9);
car3.RemainingFuel = 100;
car3.SetToStart();
Thread t1 = new Thread(() => car1.ToRace());
Thread t2 = new Thread(() => car2.ToRace());
Thread t3 = new Thread(() => car3.ToRace());
Thread semaphore = new Thread(() => Car.Semaphore());
semaphore.Start();
t1.Start();
t2.Start();
t3.Start();
Console.ReadLine();
}
static void Main(string[] args)
{
//create vecihles
Car car1 = new Car("Blue");
Car car2 = new Car("Red");
car1.Registration = "000-PD-XX";
car2.Registration = "111-PD-YY";
Truck truck1 = new Truck("White");
Truck truck2 = new Truck("Black");
Tractor tractor1 = new Tractor("Green");
Tractor tractor2 = new Tractor("Yellow");
//create collections and add vehicles to them
List <MotorVecihle> cars = new List <MotorVecihle>();
List <MotorVecihle> trucks = new List <MotorVecihle>();
List <MotorVecihle> tractors = new List <MotorVecihle>();
cars.Add(car1);
cars.Add(car2);
trucks.Add(truck1);
trucks.Add(truck2);
tractors.Add(tractor1);
tractors.Add(tractor2);
//simulate 5 second countdown
for (int i = 5; i > 0; i--)
{
Console.WriteLine(i);
Thread.Sleep(1000);
}
//every car from the list approached the start
foreach (Car item in cars)
{
item.ApproachStart();
//initialize full gas tank and consumption per second
item.FuelLeft = 100;
item.FuelSpentBySecond = rnd.Next(4, 10);
}
//creating orange golf =>by specification in task text
Car car3 = new Car("Orange");
car3.Manufacturer = "Golf";
car3.Registration = "222-PD-ZZ";
car3.FuelLeft = 100;
car3.FuelSpentBySecond = rnd.Next(4, 10);
car3.ApproachStart();
//start threads that represent cars racing and start thread that represents semaphore
Thread t1 = new Thread(() => car1.RaceMethod());
Thread t2 = new Thread(() => car2.RaceMethod());
Thread t3 = new Thread(() => car3.RaceMethod());
Thread Green_Red = new Thread(() => Car.Sempaphore());
Green_Red.Start();
t1.Start();
t2.Start();
t3.Start();
Console.ReadLine();
}
static void Main(string[] args)
{
//Stopwatch starts at the begining of program.
s.Start();
//Collection userd for Car objects.
List <Car> Cars = new List <Car>();
Car car1 = new Car("Red", "NS", 111);
Car car2 = new Car("Red", "BG", 222);
Cars.Add(car1);
Cars.Add(car2);
//Collection userd for Truck objects
Queue <Truck> Trucks = new Queue <Truck>();
Truck truck1 = new Truck("Red", "PA", 333);
Truck truck2 = new Truck("Blue", "SU", 444);
Trucks.Enqueue(truck1);
Trucks.Enqueue(truck2);
//Collection userd for Tractor objects.
Stack <Tractor> Tractors = new Stack <Tractor>();
Tractor tractor1 = new Tractor("White", "KR", 555);
Tractor tractor2 = new Tractor("Red", "ZR", 666);
Tractors.Push(tractor1);
Tractors.Push(tractor2);
//Vehicles are waiting at the start line, after being added to the coresponding lists.
Console.WriteLine("Vehicles are ready for the race.");
Console.WriteLine("--------------------------------");
//When 5 seconds pass, Orange "Golf" is joining and race begins.
while (s.ElapsedMilliseconds != 5000)
{
}
//Stopwatch is reseted, to properly caculate race time.
s.Stop();
s.Reset();
Car car3 = new Car("Orange", "NI", 777);
Cars.Add(car3);
Console.WriteLine("Golf ({0}) has joined, and the race begins!", car3.Paint);
Console.WriteLine("----------------------------------------------");
//Stopwatch starts to measure time once more.
s.Start();
//Each vehicle initiates its corresponding thread.
foreach (Car car in Cars)
{
car.Start();
}
foreach (Truck truck in Trucks)
{
truck.Start();
}
foreach (Tractor tractor in Tractors)
{
tractor.Start();
}
//Countdown event waits for 7 threads to signal their completion.
c.Wait();
Console.ResetColor();
//Only vehicles with Red paint are added to "finish" ArrayList collection and first one added is displayed on the console.
if (finish.Count != 0)
{
Console.WriteLine();
Console.WriteLine("Fastest red vehicle was: {0}", finish[0]);
}
else
{
Console.WriteLine();
Console.WriteLine("Not one red vehicle has managed to finish the race.");
}
Console.ReadLine();
}