def test_queues(self):
q = Queue()
for i in range(1,100):
q.push(i)
self.assertEqual(99,q.size())
self.assertEqual(1,q.peek())
self.assertEqual(1,q.pop())
def test_Queue( size ):
# Create the queue
queue = Queue( size )
# Fill up the queue
for i in range( size ):
queue.enq( i )
assert queue.peek() == 0
assert queue.is_empty() == False
# Check the queue is full
assert queue.is_full()
# Check enqueuing throws an assert
with pytest.raises( AssertionError ):
queue.enq( 0 )
# Empty the queue, check the order is correct
for i in range( size ):
assert queue.deq() == i
assert queue.is_full() == False
# Check the queue is empty
assert queue.is_empty()
# Check that dequeuing throws an assert
with pytest.raises( IndexError ):
queue.deq()
def test_Queue(size):
# Create the queue
queue = Queue(size)
# Fill up the queue
for i in range(size):
queue.enq(i)
assert queue.peek() == 0
assert queue.is_empty() == False
# Check the queue is full
assert queue.is_full()
# Check enqueuing throws an assert
with pytest.raises(AssertionError):
queue.enq(0)
# Empty the queue, check the order is correct
for i in range(size):
assert queue.deq() == i
assert queue.is_full() == False
# Check the queue is empty
assert queue.is_empty()
# Check that dequeuing throws an assert
with pytest.raises(IndexError):
queue.deq()
class Table:
"""The table where the Players of the two Teams are sitting, controlling
the Players turns."""
def __init__(self, team1, team2, player_playing_first):
self.players = [
team1.player1, team2.player1, team1.player2, team2.player2
]
# Init seats
self.seats = Queue()
for p in self.players:
self.seats.enqueue(p)
# Set player who plays first next
while not self.seats.peek() == player_playing_first:
self.get_next_player()
def get_next_player(self):
"""Returns the player who plays next."""
player = self.seats.dequeue()
self.seats.enqueue(player)
return player
def __str__(self):
p1 = f'{self.players[0]}'
p2 = f'{self.players[1]}'
p3 = f'{self.players[2]}'
p4 = f'{self.players[3]}'
if p1 == self.seats.peek():
p1 = f'*{p1}*'
elif p2 == self.seats.peek():
p2 = f'*{p2}*'
elif p3 == self.seats.peek():
p3 = f'*{p3}*'
else:
p4 = f'*{p4}*'
return f'-- Table --\n\n\t\t\t{p1}\n\n\n\t{p2}\t\t\t{p4}\n\n\n\t\t\t{p3}'