def test_set_blind_structure(self):
dealer = Dealer(5, 100, 3)
dealer.table.dealer_btn = 2
blind_structure = {
3: {
'ante': 7,
'small_blind': 11
},
4: {
'ante': 13,
'small_blind': 30
}
}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(3)]
[
dealer.register_player('algo-%d' % idx, algo)
for idx, algo in enumerate(algos)
]
def fetch_stacks(res):
return [
p['stack'] for p in res['message']['game_information']['seats']
]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [92, 111, 97])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [89, 103, 108])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [114, 96, 90])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [71, 152, 77])
result = dealer.start_game(5)
self.eq(fetch_stacks(result), [58, 109, 133])
def test_exclude_short_of_money_player_when_ante_on(self):
dealer = Dealer(5, 100, 20)
blind_structure = {3: {'ante': 30, 'small_blind': 10}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(5)]
[
dealer.register_player('algo-%d' % idx, algo)
for idx, algo in enumerate(algos)
]
dealer.table.dealer_btn = 3
# initialize stack
for idx, stack in enumerate([1000, 30, 46, 1000, 85]):
dealer.table.seats.players[idx].stack = stack
def fetch_stacks(res):
return [
p['stack'] for p in res['message']['game_information']['seats']
]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [1085, 10, 26, 980, 60])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 40])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [1100, 0, 0, 985, 0])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 0])
def test_exclude_short_of_money_player_when_ante_on(self):
dealer = Dealer(5, 100, 20)
blind_structure = {3: {"ante": 30, "small_blind": 10}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(5)]
[
dealer.register_player("algo-%d" % idx, algo)
for idx, algo in enumerate(algos)
]
dealer.table.dealer_btn = 3
# initialize stack
for idx, stack in enumerate([1000, 30, 46, 1000, 85]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [
p["stack"] for p in res["message"]["game_information"]["seats"]
]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [1085, 10, 26, 980, 60])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 40])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [1100, 0, 0, 985, 0])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 0])
def test_set_blind_structure(self):
dealer = Dealer(5, 100, 3)
dealer.table.dealer_btn = 2
blind_structure = {
3: {
"ante": 7,
"small_blind": 11
},
4: {
"ante": 13,
"small_blind": 30
}
}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(3)]
[
dealer.register_player("algo-%d" % idx, algo)
for idx, algo in enumerate(algos)
]
fetch_stacks = lambda res: [
p["stack"] for p in res["message"]["game_information"]["seats"]
]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [92, 111, 97])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [89, 103, 108])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [114, 96, 90])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [71, 152, 77])
result = dealer.start_game(5)
self.eq(fetch_stacks(result), [58, 109, 133])
def start_poker(config, verbose=2):
config.validation()
dealer = Dealer(config.sb_amount, config.initial_stack, config.ante)
dealer.set_verbose(verbose)
dealer.set_blind_structure(config.blind_structure)
for info in config.players_info:
dealer.register_player(info["name"], info["algorithm"])
result_message = dealer.start_game(config.max_round)
return _format_result(result_message)
def test_set_blind_structure(self):
dealer = Dealer(5, 100, 3)
dealer.table.dealer_btn = 2
blind_structure = { 3:{"ante":7, "small_blind": 11}, 4:{"ante":13, "small_blind":30} }
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [92, 111, 97])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [89, 103, 108])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [114, 96, 90])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [71, 152, 77])
result = dealer.start_game(5)
self.eq(fetch_stacks(result), [58, 109, 133])
def start_poker(config, verbose=2):
config.validation()
dealer = Dealer(config.sb_amount, config.initial_stack, config.ante)
dealer.set_verbose(verbose)
dealer.set_blind_structure(config.blind_structure)
for info in config.players_info:
dealer.register_player(info["name"], info["algorithm"])
result_message = dealer.start_game(config.max_round)
return _format_result(result_message)
def test_exclude_short_of_money_player_when_ante_on(self):
dealer = Dealer(5, 100, 20)
blind_structure = { 3:{"ante":30, "small_blind": 10}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(5)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 3
# initialize stack
for idx, stack in enumerate([1000, 30, 46, 1000, 85]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [1085, 10, 26, 980, 60])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 40])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [1100, 0, 0, 985, 0])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 0])
def test_exclude_short_of_money_player_when_ante_on2(self):
dealer = Dealer(5, 100, 20)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 2
# initialize stack
for idx, stack in enumerate([30, 25, 19]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq([55, 0, 0], fetch_stacks(result))
def test_exclude_short_of_money_player_when_ante_on2(self):
dealer = Dealer(5, 100, 20)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 2
# initialize stack
for idx, stack in enumerate([30, 25, 19]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq([55, 0, 0], fetch_stacks(result))
def start_poker(config, verbose=2, full_summary=False):
config.validation()
dealer = Dealer(config.sb_amount, config.initial_stack, config.ante,
config.summary_file)
dealer.set_verbose(verbose)
dealer.set_blind_structure(config.blind_structure)
for info in config.players_info:
dealer.register_player(info["name"], info["algorithm"])
result_message = dealer.start_game(config.max_round)
if full_summary:
return dealer.game_summarizer.get_summary()
else:
return _format_result(result_message)
def start_poker(config,
verbose=2,
cashgame: bool = False,
log_file_location: str = ''):
config.validation()
dealer = Dealer(config.sb_amount, config.initial_stack, config.ante,
log_file_location)
dealer.set_verbose(verbose)
dealer.set_blind_structure(config.blind_structure)
for info in config.players_info:
dealer.register_player(info["name"], info["algorithm"])
result_message = dealer.start_game(config.max_round, cashgame=cashgame)
return _format_result(result_message)
def test_exclude_short_of_money_player_when_ante_on2(self):
dealer = Dealer(5, 100, 20)
algos = [FoldMan() for _ in range(3)]
[
dealer.register_player('algo-%d' % idx, algo)
for idx, algo in enumerate(algos)
]
dealer.table.dealer_btn = 2
# initialize stack
for idx, stack in enumerate([30, 25, 19]):
dealer.table.seats.players[idx].stack = stack
def fetch_stacks(res):
return [
p['stack'] for p in res['message']['game_information']['seats']
]
result = dealer.start_game(1)
self.eq([55, 0, 0], fetch_stacks(result))
class DealerTest(BaseUnitTest):
def setUp(self):
self.dealer = Dealer(5, 100)
self.mh = self.dealer.message_handler
def test_register_poker_player(self):
algo = FoldMan()
with patch.object(self.dealer, '_Dealer__fetch_uuid', return_value="a"):
self.dealer.register_player("hoge", algo)
player = self.dealer.table.seats.players[0]
self.eq("hoge", player.name)
self.eq(100, player.stack)
self.eq(algo, self.mh.algo_owner_map["a"])
def test_publish_msg(self):
self.dealer = Dealer(1, 100)
self.dealer.table.dealer_btn = 1
self.mh = self.dealer.message_handler
algos = [RecordMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
_ = self.dealer.start_game(1)
first_player_expected = [
"receive_game_start_message",
"receive_round_start_message",
"receive_street_start_message",
"declare_action",
"receive_game_update_message",
"receive_round_result_message"
]
second_player_expected = [
"receive_game_start_message",
"receive_round_start_message",
"receive_street_start_message",
"receive_game_update_message",
"receive_round_result_message"
]
for i, expected in enumerate(first_player_expected):
self.eq(expected, algos[0].received_msgs[i])
for i, expected in enumerate(second_player_expected):
self.eq(expected, algos[1].received_msgs[i])
def test_play_a_round(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
self.dealer.table.dealer_btn = 1
summary = self.dealer.start_game(1)
player_state = summary["message"]["game_information"]["seats"]
self.eq(95, player_state[0]["stack"])
self.eq(105, player_state[1]["stack"])
def test_play_two_round(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
summary = self.dealer.start_game(2)
player_state = summary["message"]["game_information"]["seats"]
self.eq(100, player_state[0]["stack"])
self.eq(100, player_state[1]["stack"])
def test_exclude_short_of_money_player(self):
algos = [FoldMan() for _ in range(7)]
[self.dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
self.dealer.table.dealer_btn = 5
# initialize stack
for idx, stack in enumerate([11, 7, 9, 11, 9, 7, 100]):
self.dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
# -- NOTICE --
# dealer.start_game does not change the internal table.
# So running dealer.start_game twice returns same result
# dealer_btn progress
# round-1 => sb:player6, bb:player0
# round-2 => sb:player0, bb:player3
# round-3 => sb:player3, bb:player6
# round-3 => sb:player6, bb:player0
result = self.dealer.start_game(1)
self.eq(fetch_stacks(result), [16, 7, 9, 11, 9, 7, 95])
result = self.dealer.start_game(2)
self.eq(fetch_stacks(result), [11, 0, 0, 16, 9, 7, 95])
result = self.dealer.start_game(3)
self.eq(fetch_stacks(result), [11, 0, 0, 11, 0, 0, 100])
result = self.dealer.start_game(4)
self.eq(fetch_stacks(result), [16, 0, 0, 11, 0, 0, 95])
def test_exclude_short_of_money_player_when_ante_on(self):
dealer = Dealer(5, 100, 20)
blind_structure = {3: {"ante": 30, "small_blind": 10}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(5)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 3
# initialize stack
for idx, stack in enumerate([1000, 30, 46, 1000, 85]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [1085, 10, 26, 980, 60])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 40])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [1100, 0, 0, 985, 0])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 0])
def test_exclude_short_of_money_player_when_ante_on2(self):
dealer = Dealer(5, 100, 20)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 2
# initialize stack
for idx, stack in enumerate([30, 25, 19]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq([55, 0, 0], fetch_stacks(result))
def test_only_one_player_is_left(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
players[0].stack = 14
summary = self.dealer.start_game(2)
def test_set_blind_structure(self):
dealer = Dealer(5, 100, 3)
dealer.table.dealer_btn = 2
blind_structure = {3: {"ante": 7, "small_blind": 11}, 4: {"ante": 13, "small_blind": 30}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [92, 111, 97])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [89, 103, 108])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [114, 96, 90])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [71, 152, 77])
result = dealer.start_game(5)
self.eq(fetch_stacks(result), [58, 109, 133])
class DealerTest(BaseUnitTest):
def setUp(self):
self.dealer = Dealer(5, 100)
self.mh = self.dealer.message_handler
def test_register_poker_player(self):
algo = FoldMan()
with patch.object(self.dealer, '_Dealer__fetch_uuid', return_value="a"):
self.dealer.register_player("hoge", algo)
player = self.dealer.table.seats.players[0]
self.eq("hoge", player.name)
self.eq(100, player.stack)
self.eq(algo, self.mh.algo_owner_map["a"])
def test_publish_msg(self):
self.dealer = Dealer(1, 100)
self.dealer.table.dealer_btn = 1
self.mh = self.dealer.message_handler
algos = [RecordMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
_ = self.dealer.start_game(1)
first_player_expected = [
"receive_game_start_message",
"receive_round_start_message",
"receive_street_start_message",
"declare_action",
"receive_game_update_message",
"receive_round_result_message"
]
second_player_expected = [
"receive_game_start_message",
"receive_round_start_message",
"receive_street_start_message",
"receive_game_update_message",
"receive_round_result_message"
]
for i, expected in enumerate(first_player_expected):
self.eq(expected, algos[0].received_msgs[i])
for i, expected in enumerate(second_player_expected):
self.eq(expected, algos[1].received_msgs[i])
def test_play_a_round(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
self.dealer.table.dealer_btn = 1
summary = self.dealer.start_game(1)
player_state = summary["message"]["game_information"]["seats"]
self.eq(95, player_state[0]["stack"])
self.eq(105, player_state[1]["stack"])
def test_play_two_round(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
summary = self.dealer.start_game(2)
player_state = summary["message"]["game_information"]["seats"]
self.eq(100, player_state[0]["stack"])
self.eq(100, player_state[1]["stack"])
def test_exclude_short_of_money_player(self):
algos = [FoldMan() for _ in range(7)]
[self.dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
self.dealer.table.dealer_btn = 5
# initialize stack
for idx, stack in enumerate([11, 7, 9, 11, 9, 7, 100]):
self.dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
# -- NOTICE --
# dealer.start_game does not change the internal table.
# So running dealer.start_game twice returns same result
# dealer_btn progress
# round-1 => sb:player6, bb:player0
# round-2 => sb:player0, bb:player3
# round-3 => sb:player3, bb:player6
# round-3 => sb:player6, bb:player0
result = self.dealer.start_game(1)
self.eq(fetch_stacks(result), [16, 7, 9, 11, 9, 7, 95])
result = self.dealer.start_game(2)
self.eq(fetch_stacks(result), [11, 0, 0, 16, 9, 7, 95])
result = self.dealer.start_game(3)
self.eq(fetch_stacks(result), [11, 0, 0, 11, 0, 0, 100])
result = self.dealer.start_game(4)
self.eq(fetch_stacks(result), [16, 0, 0, 11, 0, 0, 95])
def test_exclude_short_of_money_player_when_ante_on(self):
dealer = Dealer(5, 100, 20)
blind_structure = { 3:{"ante":30, "small_blind": 10}}
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(5)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 3
# initialize stack
for idx, stack in enumerate([1000, 30, 46, 1000, 85]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [1085, 10, 26, 980, 60])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 40])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [1100, 0, 0, 985, 0])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [1060, 0, 0, 1025, 0])
def test_exclude_short_of_money_player_when_ante_on2(self):
dealer = Dealer(5, 100, 20)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
dealer.table.dealer_btn = 2
# initialize stack
for idx, stack in enumerate([30, 25, 19]):
dealer.table.seats.players[idx].stack = stack
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq([55, 0, 0], fetch_stacks(result))
def test_only_one_player_is_left(self):
algos = [FoldMan() for _ in range(2)]
[self.dealer.register_player(name, algo) for name, algo in zip(["hoge", "fuga"], algos)]
players = self.dealer.table.seats.players
players[0].stack = 14
summary = self.dealer.start_game(2)
def test_set_blind_structure(self):
dealer = Dealer(5, 100, 3)
dealer.table.dealer_btn = 2
blind_structure = { 3:{"ante":7, "small_blind": 11}, 4:{"ante":13, "small_blind":30} }
dealer.set_blind_structure(blind_structure)
algos = [FoldMan() for _ in range(3)]
[dealer.register_player("algo-%d" % idx, algo) for idx, algo in enumerate(algos)]
fetch_stacks = lambda res: [p["stack"] for p in res["message"]["game_information"]["seats"]]
result = dealer.start_game(1)
self.eq(fetch_stacks(result), [92, 111, 97])
result = dealer.start_game(2)
self.eq(fetch_stacks(result), [89, 103, 108])
result = dealer.start_game(3)
self.eq(fetch_stacks(result), [114, 96, 90])
result = dealer.start_game(4)
self.eq(fetch_stacks(result), [71, 152, 77])
result = dealer.start_game(5)
self.eq(fetch_stacks(result), [58, 109, 133])
