def test_ace_low_straight_flush(self):
''' rankHandHi should return a StraightFlush object if Ace to 5 all of one suit. '''
known_values = (( [self.deck.deck[12], self.deck.deck[3]], # Hand fully participates in the straight flush.
[self.deck.deck[0], self.deck.deck[45], self.deck.deck[27], self.deck.deck[1], self.deck.deck[2]],
HandRanks.StraightFlush([self.deck.deck[12], self.deck.deck[0], self.deck.deck[1], self.deck.deck[2], self.deck.deck[3]])),
( [self.deck.deck[12], self.deck.deck[3]], # Hand does not participate in the straight flush.
[self.deck.deck[25], self.deck.deck[13], self.deck.deck[15], self.deck.deck[16], self.deck.deck[14]],
HandRanks.StraightFlush([self.deck.deck[25], self.deck.deck[13], self.deck.deck[14], self.deck.deck[15], self.deck.deck[16]])),
( [self.deck.deck[38], self.deck.deck[18]], # One card from hand participates in the straight flush.
[self.deck.deck[26], self.deck.deck[28], self.deck.deck[27], self.deck.deck[51], self.deck.deck[29]],
HandRanks.StraightFlush([self.deck.deck[38], self.deck.deck[26], self.deck.deck[27], self.deck.deck[28], self.deck.deck[29]])) )
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.StraightFlush) # Verify that this is a straight flush that was returned.
self.assertEqual(result, ranking)
def test_quads(self):
''' rankHandHi should return a Quads object with appropriate input.'''
# Test three possible combinations of cases.
known_values = (( [self.deck.deck[12], self.deck.deck[38]], # Full participation of hand in result case.
[self.deck.deck[10], self.deck.deck[26], self.deck.deck[51], self.deck.deck[25], self.deck.deck[50]],
HandRanks.Quads([self.deck.deck[12], self.deck.deck[25], self.deck.deck[38], self.deck.deck[51], self.deck.deck[50]])),
( [self.deck.deck[6], self.deck.deck[47]], # Case where hand does not participate.
[self.deck.deck[7], self.deck.deck[20], self.deck.deck[33], self.deck.deck[11], self.deck.deck[46]],
HandRanks.Quads([self.deck.deck[7], self.deck.deck[29], self.deck.deck[33], self.deck.deck[46], self.deck.deck[11]])),
( [self.deck.deck[4], self.deck.deck[26]], # One card from hand participates.
[self.deck.deck[17], self.deck.deck[30], self.deck.deck[22], self.deck.deck[25], self.deck.deck[43]],
HandRanks.Quads([self.deck.deck[4], self.deck.deck[17], self.deck.deck[30], self.deck.deck[43], self.deck.deck[25]])) )
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.Quads) # Verify that the correct object was returned.
self.assertEqual(result, ranking)
def test_straight_flush(self):
''' rankHandHi should return a StraightFlush object with appropriate input.'''
# Test royal flush case, two intermediate cases, but not the ace-low case.
known_values = (( [self.deck.deck[8], self.deck.deck[9]], # Royal Flush case, full participation.
[self.deck.deck[10], self.deck.deck[11], self.deck.deck[12], self.deck.deck[25], self.deck.deck[38]],
HandRanks.StraightFlush([self.deck.deck[8], self.deck.deck[9], self.deck.deck[10], self.deck.deck[11], self.deck.deck[12]])),
( [self.deck.deck[6], self.deck.deck[47]], # Hand does not participate in the straight flush.
[self.deck.deck[27], self.deck.deck[30], self.deck.deck[31], self.deck.deck[29], self.deck.deck[28]],
HandRanks.StraightFlush([self.deck.deck[27], self.deck.deck[28], self.deck.deck[29], self.deck.deck[30], self.deck.deck[31]])),
( [self.deck.deck[49], self.deck.deck[25]], # One card from hand participates in the straight flush.
[self.deck.deck[47], self.deck.deck[48], self.deck.deck[45], self.deck.deck[32], self.deck.deck[46]],
HandRanks.StraightFlush([self.deck.deck[45], self.deck.deck[46], self.deck.deck[47], self.deck.deck[48], self.deck.deck[49]])) )
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.StraightFlush) # Verify that this is a straight flush that was returned.
self.assertEqual(result, ranking)
def test_ace_low_straight(self):
''' rankHandHi should return an ace-low Straight object with appropriate input.'''
# Test three possible combinations of cases of non-ace-low straights.
known_values = (( [self.deck.deck[51], self.deck.deck[28]], # Full participation of hand in result case.
[self.deck.deck[0], self.deck.deck[1], self.deck.deck[3], self.deck.deck[15], self.deck.deck[44]],
HandRanks.Straight([self.deck.deck[51], self.deck.deck[0], self.deck.deck[1], self.deck.deck[28], self.deck.deck[3]])),
( [self.deck.deck[46], self.deck.deck[48]], # Case where hand does not participate.
[self.deck.deck[26], self.deck.deck[2], self.deck.deck[27], self.deck.deck[25], self.deck.deck[42]],
HandRanks.Straight([self.deck.deck[25], self.deck.deck[26], self.deck.deck[2], self.deck.deck[27], self.deck.deck[42]])),
( [self.deck.deck[3], self.deck.deck[33]], # One card from hand participates.
[self.deck.deck[0], self.deck.deck[51], self.deck.deck[40], self.deck.deck[28], self.deck.deck[23]],
HandRanks.Straight([self.deck.deck[51], self.deck.deck[0], self.deck.deck[40], self.deck.deck[28], self.deck.deck[3]])) )
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.Straight) # Verify that the correct object was returned.
self.assertEqual(result, ranking)
def test_full_house(self):
''' rankHandHi should return a FullHouse object with appropriate input.'''
# Test three possible combinations of cases, plus a double-trip scenario.
known_values = (( [self.deck.deck[6], self.deck.deck[19]], # Full participation of hand in result case.
[self.deck.deck[10], self.deck.deck[32], self.deck.deck[51], self.deck.deck[23], self.deck.deck[50]],
HandRanks.FullHouse([self.deck.deck[6], self.deck.deck[19], self.deck.deck[32], self.deck.deck[10], self.deck.deck[23]])),
( [self.deck.deck[6], self.deck.deck[47]], # Case where hand does not participate.
[self.deck.deck[25], self.deck.deck[51], self.deck.deck[12], self.deck.deck[50], self.deck.deck[24]],
HandRanks.FullHouse([self.deck.deck[12], self.deck.deck[25], self.deck.deck[51], self.deck.deck[24], self.deck.deck[50]])),
( [self.deck.deck[4], self.deck.deck[26]], # One card from hand participates.
[self.deck.deck[17], self.deck.deck[30], self.deck.deck[50], self.deck.deck[24], self.deck.deck[5]],
HandRanks.FullHouse([self.deck.deck[4], self.deck.deck[17], self.deck.deck[30], self.deck.deck[24], self.deck.deck[50]])),
( [self.deck.deck[2], self.deck.deck[15]], # Test the double triple case.
[self.deck.deck[28], self.deck.deck[51], self.deck.deck[25], self.deck.deck[12], self.deck.deck[24]],
HandRanks.FullHouse([self.deck.deck[12], self.deck.deck[25], self.deck.deck[51], self.deck.deck[2], self.deck.deck[15]])) )
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.FullHouse) # Verify that the correct object was returned.
self.assertEqual(result, ranking)
def test_flush(self):
''' rankHandHi should return a Flush object with appropriate input.'''
# Test three possible combinations of cases, plus a 6-card, and 7-card flush scenario.
known_values = (( [self.deck.deck[2], self.deck.deck[5]], # Full participation of hand in result case.
[self.deck.deck[6], self.deck.deck[32], self.deck.deck[51], self.deck.deck[8], self.deck.deck[12]],
HandRanks.Flush([self.deck.deck[2], self.deck.deck[5], self.deck.deck[6], self.deck.deck[8], self.deck.deck[12]])),
( [self.deck.deck[3], self.deck.deck[47]], # Case where hand does not participate.
[self.deck.deck[18], self.deck.deck[17], self.deck.deck[20], self.deck.deck[21], self.deck.deck[13]],
HandRanks.Flush([self.deck.deck[13], self.deck.deck[17], self.deck.deck[18], self.deck.deck[20], self.deck.deck[21]])),
( [self.deck.deck[4], self.deck.deck[32]], # One card from hand participates.
[self.deck.deck[33], self.deck.deck[38], self.deck.deck[29], self.deck.deck[27], self.deck.deck[5]],
HandRanks.Flush([self.deck.deck[27], self.deck.deck[29], self.deck.deck[32], self.deck.deck[33], self.deck.deck[38]])),
( [self.deck.deck[8], self.deck.deck[15]], # Test the 6-card flush case.
[self.deck.deck[4], self.deck.deck[5], self.deck.deck[2], self.deck.deck[10], self.deck.deck[11]],
HandRanks.Flush([self.deck.deck[4], self.deck.deck[5], self.deck.deck[8], self.deck.deck[10], self.deck.deck[11]])),
( [self.deck.deck[39], self.deck.deck[50]], # Test the 7-card flush case.
[self.deck.deck[42], self.deck.deck[44], self.deck.deck[48], self.deck.deck[51], self.deck.deck[43]],
HandRanks.Flush([self.deck.deck[43], self.deck.deck[44], self.deck.deck[48], self.deck.deck[50], self.deck.deck[51]])))
for hand, board, ranking in known_values:
result = HandRanking.rankHandHi(hand, board)
self.assertIsInstance(result, HandRanks.Flush) # Verify that the correct object was returned.
self.assertEqual(result, ranking)
def getEquivHandRanking(self, hand):
hr = HandRanking.HandRanking(hand)
ranking = hr.analyzeRank()
return ranking
