def test_draw_condition(self):
player_one = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => same value
player_two = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => same value
self.assertTrue(
player_one.rank == player_two.rank and
player_one.get_points() == player_two.get_points()
)
def test_winner_incase_of_one_pair_hands(self):
player_one = Hand('5H 5C 6S 7S KD') # 5, 5
player_two = Hand(
'2C 3S 8S 8D TD'
) # 8, 8 => This hand has High Points as per Poker Rules
self.assertTrue(player_one.rank == player_two.rank
and player_two.get_points() > player_one.get_points())
def test_winner_incase_of_four_of_a_kind(self):
player_one = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => has high points
player_two = Hand('3S 3H 3C 3D TC') # (3,3,3,3)
self.assertTrue(
player_one.rank == player_two.rank and
player_one.get_points() > player_two.get_points()
)
def test_winner_incase_of_full_house(self):
player_one = Hand('KH KC KD TC TD') #(K, K, K) => has high points
player_two = Hand('QH QC QD TC TD') #(Q, Q, Q)
self.assertTrue(
player_one.rank == player_two.rank and
player_one.get_points() > player_two.get_points()
)
def test_winner_incase_of_three_of_a_kind(self):
player_one = Hand('8S 8D 8C 2H 5C') #(8, 8, 8) => has high value
player_two = Hand('AS AD AC 2H 5C') #(A, A, A)
self.assertTrue(
player_one.rank == player_two.rank and
player_one.get_points() > player_two.get_points()
)
def test_winner_incase_of_two_pair_harnds(self):
player_one = Hand('9D 9H 6C 8S 8C') # (9, 9),(8, 8) => has high points
player_two = Hand('2D 2H 6C 8S 8C') # (2, 2),(8, 8)
self.assertTrue(
player_one.rank == player_two.rank and
player_two.get_points() < player_one.get_points()
)
def test_winner_incase_of_one_pair_hands(self):
player_one = Hand('5H 5C 6S 7S KD') # 5, 5
player_two = Hand('2C 3S 8S 8D TD') # 8, 8 => This hand has High Points as per Poker Rules
self.assertTrue(
player_one.rank == player_two.rank and
player_two.get_points() > player_one.get_points()
)
def test_draw_condition(self):
player_one = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => same value
player_two = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => same value
self.assertTrue(player_one.rank == player_two.rank
and player_one.get_points() == player_two.get_points())
def test_winner_incase_of_four_of_a_kind(self):
player_one = Hand('9S 9H 9C 9D TC') # (9,9,9,9) => has high points
player_two = Hand('3S 3H 3C 3D TC') # (3,3,3,3)
self.assertTrue(player_one.rank == player_two.rank
and player_one.get_points() > player_two.get_points())
def test_winner_incase_of_full_house(self):
player_one = Hand('KH KC KD TC TD') #(K, K, K) => has high points
player_two = Hand('QH QC QD TC TD') #(Q, Q, Q)
self.assertTrue(player_one.rank == player_two.rank
and player_one.get_points() > player_two.get_points())
def test_winner_incase_of_three_of_a_kind(self):
player_one = Hand('8S 8D 8C 2H 5C') #(8, 8, 8) => has high value
player_two = Hand('AS AD AC 2H 5C') #(A, A, A)
self.assertTrue(player_one.rank == player_two.rank
and player_one.get_points() > player_two.get_points())
def test_winner_incase_of_two_pair_harnds(self):
player_one = Hand('9D 9H 6C 8S 8C') # (9, 9),(8, 8) => has high points
player_two = Hand('2D 2H 6C 8S 8C') # (2, 2),(8, 8)
self.assertTrue(player_one.rank == player_two.rank
and player_two.get_points() < player_one.get_points())