def test_init(self):
results = {
1: [Result.parse('1nn='),
Result.parse('1nn+1')],
2: [Result.parse('4ss='),
Result.parse('4ss-1')]
}
rs = VugraphRS(results)
self.assertEqual(rs.results, results)
def test_parse_none_missing(self):
rs = VugraphRS.parse('1nw+3,1nw+3,5de=,5dw+1,2ns=,3cs-1,4sw=,4sw=')
self.assertEqual(rs.results[0][0], Result.parse('1nw+3'))
self.assertEqual(rs.results[0][1], Result.parse('1nw+3'))
self.assertEqual(rs.results[1][0], Result.parse('5de='))
self.assertEqual(rs.results[1][1], Result.parse('5dw+1'))
self.assertEqual(rs.results[2][0], Result.parse('2ns='))
self.assertEqual(rs.results[2][1], Result.parse('3cs-1'))
self.assertEqual(rs.results[3][0], Result.parse('4sw='))
self.assertEqual(rs.results[3][1], Result.parse('4sw='))
def test_parse_with_gaps(self):
rs = VugraphRS.parse(',,,,1nw+3,1nw+3,5de=,5dw+1,2ns=,3cs-1,4sw=,4sw=')
self.assertFalse(0 in rs.results)
self.assertFalse(1 in rs.results)
self.assertEqual(rs.results[2][0], Result.parse('1nw+3'))
self.assertEqual(rs.results[2][1], Result.parse('1nw+3'))
self.assertEqual(rs.results[3][0], Result.parse('5de='))
self.assertEqual(rs.results[3][1], Result.parse('5dw+1'))
self.assertEqual(rs.results[4][0], Result.parse('2ns='))
self.assertEqual(rs.results[4][1], Result.parse('3cs-1'))
self.assertEqual(rs.results[5][0], Result.parse('4sw='))
self.assertEqual(rs.results[5][1], Result.parse('4sw='))
def test_repr(self):
self.assertEqual(str(Result.parse('1cn=')), '1cn=')
self.assertEqual(str(Result.parse('2ds-1')), '2ds-1')
self.assertEqual(str(Result.parse('3ne+1')), '3ne+1')
self.assertEqual(str(Result.parse('4hw-2')), '4hw-2')
self.assertEqual(str(Result.parse('5snx+2')), '5snx+2')
self.assertEqual(str(Result.parse('6csxx=')), '6csxx=')
def parse(rs):
results_list = rs.split(',')
results = {}
index = 0
while index < len(results_list):
result_str = results_list[index]
if '' != result_str:
result = Result.parse(result_str)
deal = index // 2
if deal not in results:
results[deal] = []
results[deal].append(result)
index += 1
return VugraphRS(results)
def test_parse_invalid(self):
with self.assertRaises(Exception):
Result.parse('8cn=') # 8 not a valid level
with self.assertRaises(Exception):
Result.parse('1xs=') # x not a valid suit
with self.assertRaises(Exception):
Result.parse('1cx=') # x not a valid declarer
with self.assertRaises(Exception):
Result.parse('1cn') # missing score
with self.assertRaises(Exception):
Result.parse('1cn=0') # unexpected trailing 0
with self.assertRaises(Exception):
Result.parse('1cn-8') # -8 not valid result
with self.assertRaises(Exception):
Result.parse('1cn+8') # +8 not valid result
def test_parse_valid(self):
self.assertEqual(str(Result.parse('1cn=')), '1cn=')
self.assertEqual(str(Result.parse('2ds-1')), '2ds-1')
self.assertEqual(str(Result.parse('3ne+1')), '3ne+1')
self.assertEqual(str(Result.parse('4hw-2')), '4hw-2')
self.assertEqual(str(Result.parse('5snx+2')), '5snx+2')
self.assertEqual(str(Result.parse('6csxx=')), '6csxx=')
self.assertEqual(str(Result.parse('1CN=')), '1cn=')
self.assertEqual(str(Result.parse('2DS-1')), '2ds-1')
self.assertEqual(str(Result.parse('3NE+1')), '3ne+1')
self.assertEqual(str(Result.parse('4HW-2')), '4hw-2')
self.assertEqual(str(Result.parse('5SNX+2')), '5snx+2')
self.assertEqual(str(Result.parse('6CSXX=')), '6csxx=')