def test_when_hands_have_same_card_values_then_correct_response_returned(
hand_a, hand_b, expected):
hand_a = get_hand(hand_a)
hand_b = get_hand(hand_b)
actual = hands_have_same_card_values(hand_a, hand_b)
assert actual == expected
def test_when_get_all_combinations_then_correct_combinations_returned(
hole_cards, board_cards, hand_size, expected_combos):
hole_cards = get_hand(hole_cards)
board_cards = get_hand(board_cards)
expected_combos = get_hand_sets(expected_combos)
combos = get_all_combinations(hole_cards, board_cards, hand_size)
assert combos == expected_combos
def test_when_find_best_hand_then_correct_response_returned(
hole_cards, board_cards, best_hand, hand_rank, hand_title,
hand_description, solver_instance):
hole_cards = get_hand(hole_cards)
board_cards = get_hand(board_cards)
expected_best_hand = get_hand(best_hand)
actual_result = solver_instance.find_best_hand(hole_cards, board_cards)
assert all(expected_card in actual_result["best_hand"]
for expected_card in expected_best_hand)
assert all(actual_card in expected_best_hand
for actual_card in actual_result["best_hand"])
assert hand_rank == actual_result["hand_rank"]
assert hand_title == actual_result["hand_title"]
assert hand_description == actual_result["hand_description"]
def test_when_describe_hand_and_texas_holdem_and_high_card_then_correct_description_returned(
hand, expected):
hand = get_hand(hand)
actual = describe_hand("Texas Holdem", "High Card", hand=hand)
assert actual == expected
def test_when_describe_hand_and_texas_holdem_and_two_pair_then_correct_description_returned(
hand, expected):
hand = get_hand(hand)
actual = describe_hand("Texas Holdem", "Two Pair", hand=hand)
assert actual == expected
def test_when_describe_hand_and_texas_holdem_and_straight_then_correct_description_returned(
hand, expected):
hand = get_hand(hand)
actual = describe_hand("Texas Holdem", "Straight", hand=hand)
assert actual == expected
def test_when_describe_hand_and_texas_holdem_and_full_house_then_correct_description_returned(
hand, expected):
hand = get_hand(hand)
actual = describe_hand("Texas Holdem", "Full House", hand=hand)
assert actual == expected
def test_when_hand_test_and_texas_holdem_and_high_card_then_correct_response_returned(
hand_name, expected):
actual = hand_test("Texas Holdem", "High Card", hand=get_hand(hand_name))
assert actual == expected
def test_when_hand_test_then_correct_response_returned(hand_name, expected):
actual = hand_test("Texas Holdem", "Two Pair", hand=get_hand(hand_name))
assert actual == expected
def test_when_hand_test_and_texas_holdem_and_straight_then_correct_response_returned(
hand_name, expected):
actual = hand_test("Texas Holdem", "Straight", hand=get_hand(hand_name))
assert actual == expected
def test_when_hand_test_and_texas_holdem_and_full_house_then_correct_response_returned(
hand_name, expected):
actual = hand_test("Texas Holdem", "Full House", hand=get_hand(hand_name))
assert actual == expected
def test_when_hand_test_then_correct_response_returned(game_type, hand_type,
hand_name, expected):
actual = hand_test(game_type, hand_type, hand=get_hand(hand_name))
assert actual == expected
def test_when_hand_all_same_suit_then_correct_response_returned(
hand, expected):
hand = get_hand(hand)
actual = hand_all_same_suit(hand)
assert actual == expected
def test_when_hand_is_ace_low_straight_then_correct_response_returned(
hand_name, expected):
hand = get_hand(hand_name)
actual = hand_is_ace_low_straight(hand)
assert actual == expected
def test_when_hand_has_value_tuple_then_correct_response_returned(
hand_name, tuple_length, expected_tuple_value):
hand = get_hand(hand_name)
tuple_value = hand_highest_value_tuple(hand, tuple_length)
assert tuple_value == expected_tuple_value
def test_when_hand_values_continuous_then_correct_response_returned(
hand, expected):
hand = get_hand(hand)
actual = hand_values_continuous(hand)
assert actual == expected
