def setUp(self):
bfm_configuration = '''
[Base Features] anterior consonantal voiced
[Base Characters] a: anterior b: c: anterior, voiced
[Diacritic Characters] ̬: +voiced
[Spacing Characters] ʲ: +consonantal ʰ: -anterior
[Suprasegmental Features] stressed syllabic
[Suprasegmental Characters] ˈ: +stressed .: +syllabic
'''
self.bfm = BinaryFeaturesModelParser().parse(bfm_configuration)
self.parser = RulesetParser(self.bfm)
def setUp(self):
bfm_configuration = """
[Base Features] anterior consonantal voiced
[Base Characters] a: anterior b: c: anterior, voiced
[Diacritic Characters] ̬: +voiced
[Spacing Characters] ʲ: +consonantal ʰ: -anterior
[Suprasegmental Features] stressed syllabic
[Suprasegmental Characters] ˈ: +stressed .: +syllabic
"""
self.bfm = BinaryFeaturesModelParser().parse(bfm_configuration)
self.parser = RulesetParser(self.bfm)
class RulesetTestCase(unittest.TestCase):
def setUp(self):
bfm_configuration = '''
[Base Features] anterior consonantal voiced
[Base Characters] a: anterior b: c: anterior, voiced
[Diacritic Characters] ̬: +voiced
[Spacing Characters] ʲ: +consonantal ʰ: -anterior
[Suprasegmental Features] stressed syllabic
[Suprasegmental Characters] ˈ: +stressed .: +syllabic
'''
self.bfm = BinaryFeaturesModelParser().parse(bfm_configuration)
self.parser = RulesetParser(self.bfm)
def test_ruleset(self):
configuration = '''
[Language Latin]
[Date 1 1 A.D.]
Rule a/b/_
'''
ruleset = self.parser.parse(configuration)
self.assertEqual(len(ruleset.languages), 1)
language = ruleset.languages[0]
self.assertEqual(language.name, 'Latin')
self.assertEqual(len(language.dates), 1)
date = language.dates[0]
self.assertEqual(date.name, '1 A.D.')
self.assertEqual(date.number, 1)
rules = ruleset.get_rules(language, date)
self.assertEqual(len(rules), 1)
rule = rules[0]
self.assertEqual(rule.language, language)
self.assertEqual(rule.date, date)
a = BaseCharacter(self.bfm, 'a')
cluster = BaseCluster(self.bfm, base_character=a)
pattern = r'(?P<start>)(?P<match>{})(?=)'.format(cluster.applier_form)
self.assertEqual(rule.applier_form.pattern, pattern)
class RulesetTestCase(unittest.TestCase):
def setUp(self):
bfm_configuration = """
[Base Features] anterior consonantal voiced
[Base Characters] a: anterior b: c: anterior, voiced
[Diacritic Characters] ̬: +voiced
[Spacing Characters] ʲ: +consonantal ʰ: -anterior
[Suprasegmental Features] stressed syllabic
[Suprasegmental Characters] ˈ: +stressed .: +syllabic
"""
self.bfm = BinaryFeaturesModelParser().parse(bfm_configuration)
self.parser = RulesetParser(self.bfm)
def test_ruleset(self):
configuration = """
[Language Latin]
[Date 1 1 A.D.]
Rule a/b/_
"""
ruleset = self.parser.parse(configuration)
self.assertEqual(len(ruleset.languages), 1)
language = ruleset.languages[0]
self.assertEqual(language.name, "Latin")
self.assertEqual(len(language.dates), 1)
date = language.dates[0]
self.assertEqual(date.name, "1 A.D.")
self.assertEqual(date.number, 1)
rules = ruleset.get_rules(language, date)
self.assertEqual(len(rules), 1)
rule = rules[0]
self.assertEqual(rule.language, language)
self.assertEqual(rule.date, date)
a = BaseCharacter(self.bfm, "a")
cluster = BaseCluster(self.bfm, base_character=a)
pattern = r"(?P<start>)(?P<match>{})(?=)".format(cluster.applier_form)
self.assertEqual(rule.applier_form.pattern, pattern)