def test_everyone_goes_all_in_for_15_from_beginning(collector_four_players):
collector, players = collector_four_players
for player in players:
player.award_chips(15)
collector.get_blind_wagers()
for player in players:
player.bet(15 - player.check_wager())
for i in range(4):
collector.ask_next_player_for_wager()
collector.collect_all_bets()
assert len(collector.pots) == 1
assert collector.pots[0].size == 60
def test_one_player_all_ins_and_other_players_call(collector_four_players):
collector, players = collector_four_players
for player in players[:3]:
player.award_chips(20)
players[3].award_chips(13)
collector.get_blind_wagers()
for player in players:
player.bet(13 - player.check_wager())
for i in range(4):
collector.ask_next_player_for_wager()
collector.collect_all_bets()
assert len(collector.pots) == 1
assert collector.pots[0].size == 13 * 4
def test_everyone_all_ins_with_different_amounts(collector_four_players):
collector, players = collector_four_players
for index, player in enumerate(players):
player.award_chips(5 * (index + 1))
collector.get_blind_wagers()
for player in players:
player.bet(player.chip_count)
for i in range(20):
collector.ask_next_player_for_wager()
collector.collect_all_bets()
assert len(collector.pots) == 4
assert collector.pots[0].size == 5 * 4
assert collector.pots[1].size == 5 * 3
assert collector.pots[2].size == 5 * 2
assert collector.pots[3].size == 5
def test_one_player_forces_others_to_all_in_without_doing_it_himself(
collector_four_players):
collector, players = collector_four_players
for player in players:
player.award_chips(15)
players[3].award_chips(20)
collector.get_blind_wagers()
players[3].bet(35)
for player in players[:3]:
player.bet(15 - player.check_wager())
for i in range(4):
collector.ask_next_player_for_wager()
collector.collect_all_bets()
assert len(collector.pots) == 2
assert collector.pots[0].size == 60
assert collector.pots[1].size == 20
def test_everyone_all_ins_with_different_amounts_and_pay_out(
collector_four_players):
collector, players = collector_four_players
for index, player in enumerate(players):
player.award_chips(5 * (index + 1))
collector.get_blind_wagers()
for player in players:
player.bet(player.chip_count)
for i in range(20):
collector.ask_next_player_for_wager()
collector.collect_all_bets()
best_to_worst = [players[0], players[2], players[3], players[1]]
collector.pay_out(best_to_worst)
assert players[0].chip_count == 20
assert players[2].chip_count == 25 # 15 + 10
assert players[3].chip_count == 5
assert players[1].chip_count == 0
def test_one_player_all_ins_and_other_players_continue_betting(
collector_four_players):
collector, players = collector_four_players
for player in players[1:]:
player.award_chips(20)
players[0].award_chips(17)
collector.get_blind_wagers()
for player in players:
player.bet(17 - player.check_wager())
for i in range(4):
collector.ask_next_player_for_wager()
for player in players:
if not player.all_in:
player.bet(3)
collector.collect_all_bets()
assert len(collector.pots) == 2
assert collector.pots[0].size == 17 * 4
assert collector.pots[1].size == 9