class Tests(TestCase):
def setUp(self):
self.clpa = get_clpa()
self.clpa2 = CLPA(rules=dict(th='t'))
def test_check_sequence(self):
test1 = self.clpa.check_sequence(['t', 'e', 's', 't'])
assert '?' not in test1[0]
test2 = self.clpa.check_sequence('t e s t')
assert '?' not in test2[0]
test3 = self.clpa.check_sequence('t e th s t')
assert test3[0][2][1] == 'ʰ'
test4 = self.clpa.check_sequence('t X s t')
assert test4[0][1] == '?'
test5 = self.clpa.check_sequence('ˈt e s t')
assert test5[0][0][1] == 't'
test6 = self.clpa2.check_sequence('th e')
assert test6[0][0] == 't'
test7 = self.clpa.check_sequence('p h₂ t e r')
assert ' '.join(test7[0]) == 'p ? t e r'
test8 = self.clpa.check_sequence('p h₂/ t e r')
assert ' '.join(test8[0]) == 'p *h₂ t e r'
assert test8[2]['custom'] == 1
test9 = self.clpa.check_sequence('p h₂/x t e r')
assert ' '.join(test9[0]) == 'p x t e r'
assert 'h₂/x' in test9[1]
# test for bad custom characters
test10 = self.clpa.check_sequence('p / t e r')
assert ' '.join(test10[0]) == 'p ? t e r'
def test_segment2clpa(self):
assert self.clpa.segment2clpa('t') == 'c118'
assert self.clpa.segment2clpa("'t") == 'c118'
class Tests(TestCase):
def setUp(self):
self.clpa = get_clpa()
self.clpa2 = CLPA(rules=dict(th='t'))
def test_check_sequence(self):
test1 = self.clpa.check_sequence(['t', 'e', 's', 't'])
assert '?' not in test1[0]
test2 = self.clpa.check_sequence('t e s t')
assert '?' not in test2[0]
test3 = self.clpa.check_sequence('t e th s t')
assert test3[0][2][1] == 'ʰ'
test4 = self.clpa.check_sequence('t X s t')
assert test4[0][1] == '?'
test5 = self.clpa.check_sequence('ˈt e s t')
assert test5[0][0][1] == 't'
test6 = self.clpa2.check_sequence('th e')
assert test6[0][0] == 't'
def test_segment2clpa(self):
assert self.clpa.segment2clpa('t') == 'c118'
assert self.clpa.segment2clpa("'t") == 'c118'
def setUp(self):
self.clpa = get_clpa()
self.clpa2 = CLPA(rules=dict(th='t'))