def test_leave_game_fails_for_non_existant_game(state):
broadcasts, response = server.apply_command(state,
command="leave",
args=["fakegame"],
client_id=0)
assert {} == broadcasts
assert "error > fakegame doesnt exist"
def test_list(state):
broadcasts, response = server.apply_command(state,
command="list",
args=[],
client_id=0)
assert 'game0' in response and 'game1' in response and 'game2' in response
assert {} == broadcasts
def test_create_game(state):
broadcasts, response = server.apply_command(state,
command="create",
args=["game3", "hangman"],
client_id=0)
assert Game(word="hangman", guesses=set(),
client_ids=set()) == state.games['game3']
def test_create_game_fails_when_previous_game_played_has_same_name(state):
broadcasts, response = server.apply_command(state,
command="create",
args=["game1", "hangman"],
client_id=0)
assert "game1" not in state.games
assert "error > game game1 already exists" == response
def test_leave_game(state):
broadcasts, response = server.apply_command(state,
command="leave",
args=["game2"],
client_id=0)
assert Game(word="game2word", guesses=set(),
client_ids=set()) == state.games['game2']
assert {} == broadcasts
def test_join_game(state):
broadcasts, response = server.apply_command(state,
command="join",
args=["game2"],
client_id=1)
assert Game(word="game2word", guesses=set(),
client_ids={0, 1}) == state.games['game2']
assert {} == broadcasts
def test_create_game_fails_when_game_already_exists(state):
broadcasts, response = server.apply_command(state,
command="create",
args=["game2", "hangman"],
client_id=0)
assert Game(word="game2word", guesses=set(),
client_ids={0}) == state.games['game2']
assert "error > game game2 already exists" == response
def test_guess_char(state):
broadcasts, response = server.apply_command(state,
command="guess",
args=["game2", "w"],
client_id=0)
assert Game(word="game2word", guesses=set("w"),
client_ids={0}) == state.games['game2']
assert {"game2": "game2: _____w___ (w) (lives: 8)"} == broadcasts
def test_leave_game_fails_for_game_not_joined(state):
broadcasts, response = server.apply_command(state,
command="leave",
args=["game2"],
client_id=1)
assert Game(word="game2word", guesses=set(),
client_ids={0}) == state.games['game2']
assert {} == broadcasts
assert "error > not playing game game2"
def test_create_game_fails_when_word_invalid(state):
invalids = ["", " ", "-", "g*f", "h\nw"]
for invalid in invalids:
broadcasts, response = server.apply_command(state,
command="create",
args=["newgame", invalid],
client_id=0)
assert "newgame" not in state.games
assert f"error > invalid word '{invalid}'" == response
def test_guess_fails_for_multiple_chars(state):
broadcasts, response = server.apply_command(state,
command="guess",
args=["game2", "no"],
client_id=0)
assert Game(word="game2word", guesses=set(),
client_ids={0}) == state.games['game2']
assert {} == broadcasts
assert "error > can only guess one char at a time" == response
def test_guess_loose_game(state):
for c in "zxcvypln":
assert "game2" in state.games
broadcasts, response = server.apply_command(state,
command="guess",
args=["game2", c],
client_id=0)
assert {} == state.games
assert Event("game2", "LOST") == state.history['game2']
assert {"game2": "game2: LOST game2word (lives: 0)"} == broadcasts
def test_guess_win_game(state):
for c in "game2word":
assert "game2" in state.games
broadcasts, response = server.apply_command(state,
command="guess",
args=["game2", c],
client_id=0)
assert {} == state.games
assert Event("game2", "WON") == state.history['game2']
assert {"game2": "game2: WON game2word (lives: 8)"} == broadcasts
def test_fails_for_unknown_command(state):
broadcasts, response = server.apply_command(state,
command="fake",
args=[],
client_id=0)
assert "error > unknown command 'fake'"