def test_handle_collision_do_not_eliminate(self):
game = games.EliminationTag(10, self.tree, 3, 4)
player1 = list(game._players)[0]
player2 = next(name for name, p in game._players.items()
if player1 not in p.get_targets())
dir1 = game._players[player1]._direction
dir2 = game._players[player2]._direction
game.handle_collision(player1, player2)
assert player1 in game._players
assert player2 in game._players
def test_handle_collision_one_is_target(self):
game = games.EliminationTag(10, self.tree, 3, 4)
player1 = list(game._players)[0]
player2 = game._players[player1].get_targets()[0]
p2targets = game._players[player2].get_targets()
points = game._players[player1].get_points()
game.handle_collision(player1, player2)
assert player1 in game._players
assert player2 not in game._players
assert game._players[player1].get_targets()[0] == p2targets[0]
assert game._players[player1].get_points() - 1 == points
def test_init(self):
game = games.EliminationTag(10, self.tree, 3, 4)
assert len(game._players) == 10
assert all(name in game.field for name in game._players)
assert all(player._colour == 'random'
for _, player in game._players.items())
player = list(game._players.values())[0]
players = set()
while player not in players:
players.add(player)
player = game._players[player.get_targets()[0]]
# check to make sure that all players are targeting each other correctly
assert len(players) == 10
def test_check_for_winner_one_winner(self):
game = games.EliminationTag(10, self.tree, 3, 4)
player1 = list(game._players)[0]
game._players[player1].increase_points(1)
assert game.check_for_winner() == player1
def test_check_for_winner_no_winner(self):
game = games.EliminationTag(10, self.tree, 3, 4)
assert game.check_for_winner() is None