public Philosopher(int id, Chopstick leftChopstick, Chopstick rightChopstick)
{
LeftChopstick = leftChopstick;
RightChopstick = rightChopstick;
_id = id;
}
public Philosopher(int id)
{
_id = id;
LeftChopstick = new Chopstick();
RightChopstick = new Chopstick();
}
public void Meal_ListPhilosophersAllEat_Returns()
{
var chopstick1 = new Chopstick(1);
var chopstick2 = new Chopstick(2);
var chopstick3 = new Chopstick(3);
var chopstick4 = new Chopstick(4);
var chopstick5 = new Chopstick(5);
var philosophers = new List<Philosopher>
{
new Philosopher(1, chopstick1, chopstick2),
new Philosopher(2, chopstick2, chopstick3),
new Philosopher(3, chopstick3, chopstick4),
new Philosopher(4, chopstick4, chopstick5),
new Philosopher(5, chopstick5, chopstick1)
};
Parallel.ForEach(philosophers,new ParallelOptions { MaxDegreeOfParallelism = 5}, philosopher =>
{
philosopher.Consume();
});
}
public void Setup()
{
_chopstick = new Chopstick(1);
_philosopher = new Philosopher(1);
}
public void Eat_GivenTwoPhilosophersAndTwoChopSticksWhenPhilosopherOneEatsPhilosopher2Cannot_ReturnsFalse()
{
var chopstick1 = new Chopstick(1);
var chopstick2 = new Chopstick(2);
var philosopher1 = new Philosopher(1,chopstick1, chopstick2);
var philosopher2 = new Philosopher(2, chopstick2, chopstick1);
philosopher1.Eat();
Assert.That(philosopher2.Eat(), Is.False);
}