def test_fishermen_win():
s = kf.Stats()
p = kf.Partie()
fish_nb = len(p.fish.keys())
for _ in range(p.fish_position):
p.move_fishermen()
assert len(list(p.boat)) == fish_nb
assert p.is_game_ended(s) == True
assert s.won_turns_fishermen == [p.fish_position]
def test_fihes_win():
s = kf.Stats()
p = kf.Partie()
for _ in range(p.board_size - p.fish_position + 1):
p.move_fish("blue")
p.move_fish("yellow")
p.move_fish("orange")
assert len(p.sea) == 3
assert p.is_game_ended(s) == True
assert s.won_turns_fish == [(p.board_size - p.fish_position + 1) * 3]
def test_draw_game():
s = kf.Stats()
p = kf.Partie()
for _ in range(p.board_size - p.fish_position + 1):
p.move_fish("blue")
p.move_fish("yellow")
for _ in range(p.fish_position):
p.move_fishermen()
assert (len(p.boat) == 2) and (len(p.sea) == 2)
assert p.is_game_ended(s) == True
assert s.draw_turns == [
(p.board_size - p.fish_position + 1) * 2 + p.fish_position
]
def test_play_turn():
p = kf.Partie()
p.play_turn()
assert p.turn == 1
def test_fish_goes_to_sea():
# Fish goes to sea
p = kf.Partie()
for _ in range(p.board_size - p.fish_position + 1):
p.move_fish("blue")
assert "blue" in p.sea
def test_roll_dice():
p = kf.Partie()
for _ in range(36):
color = p.roll_dice()
assert (color in ["blue", "rose", "orange", "yellow"
]) or (color in p.fishermen)
def test_fishermen_move():
p = kf.Partie()
p.move_fishermen()
assert p.slice == 1
def test_fish_moves():
p = kf.Partie()
p.move_fish("blue")
assert p.fish["blue"] == p.fish_position + 1