def test_bid_parsing_special_bids(self):
b = Bid.from_string('pass', 0)
nose.tools.assert_true(b.bidType == 'pass')
b = Bid.from_string('double', 0)
nose.tools.assert_true(b.bidType == 'double')
b = Bid.from_string('redouble', 0)
nose.tools.assert_true(b.bidType == 'redouble')
def test_bid_parsing_special_bids(self):
b = Bid.from_string('pass', 0)
nose.tools.assert_true(b.bidType == 'pass')
b = Bid.from_string('double', 0)
nose.tools.assert_true(b.bidType == 'double')
b = Bid.from_string('redouble', 0)
nose.tools.assert_true(b.bidType == 'redouble')
def test_legal_bids(self):
for test_sequence, actual_legal in self.test_bid_sequences:
bid_list = [Bid.from_string(b, i) for i, b in enumerate(test_sequence)]
legal_bids = []
for i, bid in enumerate(bid_list):
legal_bids.append(Match.legal_bid(bid, bid_list[:i], i % 4, (i +2) % 4))
nose.tools.assert_list_equal(legal_bids, actual_legal, msg='Bid sequence {0} failed'.format(test_sequence))
def test_legal_bids(self):
for test_sequence, actual_legal in self.test_bid_sequences:
bid_list = [
Bid.from_string(b, i) for i, b in enumerate(test_sequence)
]
legal_bids = []
for i, bid in enumerate(bid_list):
legal_bids.append(
Match.legal_bid(bid, bid_list[:i], i % 4, (i + 2) % 4))
nose.tools.assert_list_equal(
legal_bids,
actual_legal,
msg='Bid sequence {0} failed'.format(test_sequence))
def test_bid_parsing_valid(self):
for i in range(1, 8):
for s in BIDDING_SUITS:
Bid.from_string(str(i) + s, 0)
def test_bid_parsing_nosuit(self):
Bid.from_string('2', 0)
def test_bid_parsing_invalid(self):
Bid.from_string('one no trump', 0)
def test_bid_parsing_novalue(self):
Bid.from_string('nt', 0)
def test_bid_parsing_high(self):
Bid.from_string('8s', 0)
def test_bid_parsing_low(self):
Bid.from_string('0s', 0)
def test_bid_parsing_high(self):
Bid.from_string('8s', 0)
def test_bid_parsing_valid(self):
for i in range(1,8):
for s in BIDDING_SUITS:
Bid.from_string(str(i)+s, 0)
def test_bid_parsing_nosuit(self):
Bid.from_string('2', 0)
def test_bid_parsing_invalid(self):
Bid.from_string('one no trump', 0)
def test_bid_parsing_novalue(self):
Bid.from_string('nt', 0)
def test_point_delta(self):
"""
Currently tests combinations of:
Made/lost contracts
Vulnerable/not vulnerable
Undoubled contracts
Honors bonus
per test input should be:
Test Name
Declarer
Bid
Tricks
Hands (only really care about honors)
Current RubberStates (only really care about vulnerability?)
per test output should be:
List of two RubberStates that indicate the delta """
scoring_tests = [{
'name':
'3nt made even',
'declarer':
0,
'bid':
Bid(0, 3, 'nt', 'bid'),
'tricks':
9,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(0, 100, False),
RubberState(0, 0, False)]
}, {
'name':
'NT set by 2, vulnerable',
'declarer':
0,
'bid':
Bid(0, 3, 'nt', 'bid'),
'tricks':
7,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, True),
RubberState(0, 0, False)],
'results': [RubberState(0, 0, False),
RubberState(200, 0, False)]
}, {
'name':
'major set by 4, vulnerable',
'declarer':
0,
'bid':
Bid(0, 5, 's', 'bid'),
'tricks':
7,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, True),
RubberState(0, 0, False)],
'results': [RubberState(0, 0, False),
RubberState(400, 0, False)]
}, {
'name':
'1c 3 overs, vulnerable',
'declarer':
0,
'bid':
Bid(0, 1, 'c', 'bid'),
'tricks':
10,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, True),
RubberState(0, 0, False)],
'results': [RubberState(60, 20, False),
RubberState(0, 0, False)]
}, {
'name':
'2s set by 1, not vulnerable, little honors',
'declarer':
0,
'bid':
Bid(0, 2, 's', 'bid'),
'tricks':
7,
'hands': [['As', 'Ks', 'Qs', 'Js']] + [[] * 3],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(100, 0, False),
RubberState(50, 0, False)]
}, {
'name':
'2s even, not vulnerable, doubled',
'declarer':
0,
'bid':
Bid(0, 2, 's', 'double'),
'tricks':
8,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(50, 120, False),
RubberState(0, 0, False)]
}, {
'name':
'2s set by 1, not vulnerable, doubled',
'declarer':
0,
'bid':
Bid(0, 2, 's', 'double'),
'tricks':
7,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(0, 0, False),
RubberState(100, 0, False)]
}, {
'name':
'4s set by 3, not vulnerable, doubled',
'declarer':
0,
'bid':
Bid(0, 4, 's', 'double'),
'tricks':
7,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(0, 0, False),
RubberState(500, 0, False)]
}, {
'name':
'4s set by 4, not vulnerable, doubled',
'declarer':
0,
'bid':
Bid(0, 4, 's', 'double'),
'tricks':
6,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(0, 0, False),
RubberState(800, 0, False)]
}, {
'name':
'4s set by 3, not vulnerable, redoubled',
'declarer':
1,
'bid':
Bid(1, 4, 's', 'redouble'),
'tricks':
7,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(1000, 0, False),
RubberState(0, 0, False)]
}, {
'name':
'4s set by 4, not vulnerable, doubled',
'declarer':
1,
'bid':
Bid(1, 4, 's', 'redouble'),
'tricks':
6,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results': [RubberState(1600, 0, False),
RubberState(0, 0, False)]
}, {
'name':
'2nt even, vulnerable, redoubled',
'declarer':
1,
'bid':
Bid(1, 2, 'nt', 'redouble'),
'tricks':
8,
'hands': [[] * 4],
'vulnerability':
[RubberState(0, 0, False),
RubberState(0, 0, False)],
'results':
[RubberState(0, 0, False),
RubberState(100, 280, False)]
}]
for test in scoring_tests:
hand_list = [[Card.from_string(c) for c in hand]
for hand in test['hands']]
results = Game.calculate_point_delta(test['declarer'], test['bid'],
test['tricks'], hand_list,
test['vulnerability'])
nose.tools.assert_list_equal(
results, test['results'],
'Test "{0}" failed'.format(test['name']))
def test_bid_parsing_low(self):
Bid.from_string('0s', 0)