def test_reset_unsets_split_status(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
testPlayer.reset()
self.assertFalse(testPlayer.__is_hand_split__)
def test_bust_hand2_only(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
# Create two cards
# Generate Two "3" cards and add them to hand
for I in range(0, 3):
card2 = self.generateCard(value=10, face=str(10), is_ace=False)
card1 = self.generateCard(value=2, face=str(2), is_ace=False)
testPlayer.add_card(card1)
self.assertFalse(testPlayer.check_if_bust())
def test_hand_output_returns_string(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
# Create two cards
# Generate Two "3" cards and add them to hand
for card in range(0, 2):
testPlayer.add_card(
self.generateCard(value=3, face=str(3), is_ace=False),
self.generateCard(value=3, face=str(3), is_ace=False))
handOutput = testPlayer.get_hand_output()
self.assertIsInstance(handOutput, str)
def test_hand_value_returns_list_in_split(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
# Create two cards
# Generate Two "3" cards and add them to hand
for card in range(0, 2):
testPlayer.add_card(
self.generateCard(value=3, face=str(3), is_ace=False))
handValue = testPlayer.get_hand_value()
# Hand value should be 6
self.assertIsInstance(handValue, list)
def test_hand1_value_in_split(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
# Create two cards
# Generate Two "3" cards and add them to hand
for card in range(0, 2):
testPlayer.add_card(
self.generateCard(value=3, face=str(3), is_ace=False),
self.generateCard(value=4, face=str(4), is_ace=False))
handValue = testPlayer.get_hand_value()
# Hand value should be 8
self.assertEqual(handValue[1], 8)
def test_clear_hand2(self):
from src.player import Player
testPlayer = Player()
testPlayer.__set_split__()
# Create two cards
# Generate Two "3" cards and add them to hand
for card in range(0, 2):
testPlayer.add_card(
self.generateCard(value=3, face=str(3), is_ace=False))
# Clear the hand
testPlayer.__clear_hand__()
handValue = testPlayer.get_hand_value()[1]
# Hand1 value should be 0
self.assertEqual(handValue, 0)
def test_cards_are_added_to_correct_hand_when_in_split_hand1(self):
from src.player import Player
testPlayer = Player()
# Create two cards
card1 = self.generateCard(value=3, face=str(3), is_ace=False)
card2 = self.generateCard(value=4, face=str(4), is_ace=False)
# Set split status
testPlayer.__set_split__()
testPlayer.add_card(card1, card2)
handsFromPlayer = testPlayer.__get_hand_obj__()
plyrHand1 = handsFromPlayer[0]
plyrHand2 = handsFromPlayer[1]
self.assertEqual(plyrHand1[0], card1)
def test_add_card_in_split_when_2nd_card_not_provided_hand1(self):
from src.player import Player
testPlayer = Player()
# Create two cards
# Generate Two "3" cards and add them to hand
card1 = self.generateCard(value=3, face=str(3), is_ace=False)
card2 = None
# Set split status
testPlayer.__set_split__()
testPlayer.add_card(card1, card2)
handsFromPlayer = testPlayer.__get_hand_obj__()
plyrHand1 = handsFromPlayer[0]
plyrHand2 = handsFromPlayer[1]
self.assertEqual(len(plyrHand1), 0)
