def test_game_stops(monkeypatch):
monkeypatch.setattr(game, "random", Random(0))
game.delete_room("test")
game.register("test", "a", "blah a")
game.increment_balance("test", "a", name="blah a", amount=100)
game.register("test", "b", "blah b")
game.increment_balance("test", "a", name="blah b", amount=100)
game.start("test", "a")
# Pre-flop
game.add_bet("test", "b", 100)
game.add_bet("test", "a", 100)
room_state = _room("test").get()[1]
assert len(room_state.log) == 1
assert room_state.game is None
def test_fold_to_big_blind(monkeypatch):
monkeypatch.setattr(game, "random", Random(0))
game.delete_room("test")
game.register("test", "a", "blah a")
game.increment_balance("test", "a", name="blah a", amount=100)
game.register("test", "b", "blah b")
game.increment_balance("test", "a", name="blah b", amount=100)
game.register("test", "c", "other")
game.increment_balance("test", "a", name="other", amount=100)
game.start("test", "a")
assert len(_room("test").get()[1].log) == 0
# Pre-flop
game.fold("test", "b")
assert _get_game("test").stage == 0
game.fold("test", "a")
assert _get_game("test").stage == 0
state = _get_game("test")
# Game should have ended
assert len(_room("test").get()[1].log) == 1
assert state.stage == 0
assert state.pot == 3
def test_play_hand(monkeypatch):
monkeypatch.setattr(game, "random", Random(0))
game.delete_room("test")
game.register("test", "a", "blah a")
game.increment_balance("test", "a", name="blah a", amount=100)
game.register("test", "b", "blah b")
game.increment_balance("test", "a", name="blah b", amount=100)
game.register("test", "c", "other")
game.increment_balance("test", "a", name="other", amount=100)
view_a = game.get_player_view("test", "a")
assert view_a.game is None
game.start("test", "a")
assert len(_room("test").get()[1].log) == 0
deck = _get_game("test").deck
view_a = game.get_player_view("test", "a")
assert view_a.game.community_cards == ""
assert view_a.game.hole_cards == deck[0:4]
view_c = game.get_player_view("test", "c")
assert view_c.game.hole_cards == deck[4:8]
view_b = game.get_player_view("test", "b")
assert view_b.game.hole_cards == deck[8:12]
# Pre-flop
game.add_bet("test", "b", 5)
assert _get_game("test").stage == 0
game.add_bet("test", "a", 5)
assert _get_game("test").stage == 0
game.add_bet("test", "c", 5)
# Flop
state = _get_game("test")
assert state.stage == 1
assert state.pot == 15
view_a = game.get_player_view("test", "a")
assert view_a.game.community_cards == deck[12:18]
assert view_a.game.hole_cards == deck[0:4]
game.add_bet("test", "a", 1)
assert _get_game("test").stage == 1
game.add_bet("test", "c", 2)
assert _get_game("test").stage == 1
game.add_bet("test", "b", 4)
assert _get_game("test").stage == 1
game.fold("test", "a")
assert _get_game("test").stage == 1
game.add_bet("test", "c", 4)
# Turn
view_a = game.get_player_view("test", "a")
assert view_a.game.community_cards == deck[12:20]
assert view_a.game.hole_cards == deck[0:4]
state = _get_game("test")
assert state.stage == 2
assert state.pot == 24
game.add_bet("test", "c", 0)
game.add_bet("test", "b", 0)
# River
state = _get_game("test")
assert state.stage == 3
assert state.pot == 24
final_hands = dict(state._get_final_hands())
assert len(final_hands) == 2
assert final_hands["c"][1] == deck[12:22]
assert final_hands["c"][2] == deck[4:8]
assert final_hands["b"][1] == deck[12:22]
assert final_hands["b"][2] == deck[8:12]
game.add_bet("test", "c", 1)
game.add_bet("test", "b", 1)
# Payout
state = _get_game("test")
assert len(_room("test").get()[1].log) == 1
assert state.stage == 0
assert state.pot == 3
assert state.players[0].session_id == "c"
assert state.players[0].bet == 1
assert state.players[1].session_id == "b"
assert state.players[1].bet == 2
assert state.players[2].session_id == "a"
assert state.players[2].bet == 0
players = game.get_player_view("test", "a").players
assert len(players) == 3
assert players["other"]["balance"] == 115
assert players["blah b"]["balance"] == 88
assert players["blah a"]["balance"] == 94
def route_cash(request, room_name) -> Response:
data = json.load(request.stream)
try:
game.increment_balance(room_name, request.session_id, **data)
except game.NotAdmin as ex:
return ex.as_response()