def test_sound_d(self):
"""Test abydos.phonetic.SoundD."""
# Base cases
self.assertEqual(self.pa.encode(''), '0000')
self.assertEqual(SoundD(max_length=6).encode(''), '000000')
self.assertEqual(self.pa.encode('knight'), '5300')
self.assertEqual(self.pa.encode('accept'), '2130')
self.assertEqual(self.pa.encode('pneuma'), '5500')
self.assertEqual(self.pa.encode('ax'), '2000')
self.assertEqual(self.pa.encode('wherever'), '6160')
self.assertEqual(self.pa.encode('pox'), '1200')
self.assertEqual(self.pa.encode('anywhere'), '5600')
self.assertEqual(self.pa.encode('adenosine'), '3525')
self.assertEqual(self.pa.encode('judge'), '2200')
self.assertEqual(self.pa.encode('rough'), '6000')
self.assertEqual(self.pa.encode('x-ray'), '2600')
self.assertEqual(
SoundD(max_length=-1).encode('acetylcholine'), '234245')
self.assertEqual(SoundD(max_length=-1).encode('rough'), '6')
# encode_alpha
self.assertEqual(self.pa.encode_alpha('pox'), 'PK')
self.assertEqual(self.pa.encode_alpha('anywhere'), 'NR')
self.assertEqual(self.pa.encode_alpha('adenosine'), 'TNKN')
self.assertEqual(self.pa.encode_alpha('judge'), 'KK')
class SoundDTestCases(unittest.TestCase):
"""Test class SoundD functions.
test cases for abydos.phonetic.SoundD
"""
pa = SoundD()
def test_sound_d(self):
"""Test abydos.phonetic.SoundD."""
# Base cases
self.assertEqual(self.pa.encode(''), '0000')
self.assertEqual(self.pa.encode('', max_length=6), '000000')
self.assertEqual(self.pa.encode('knight'), '5300')
self.assertEqual(self.pa.encode('accept'), '2130')
self.assertEqual(self.pa.encode('pneuma'), '5500')
self.assertEqual(self.pa.encode('ax'), '2000')
self.assertEqual(self.pa.encode('wherever'), '6160')
self.assertEqual(self.pa.encode('pox'), '1200')
self.assertEqual(self.pa.encode('anywhere'), '5600')
self.assertEqual(self.pa.encode('adenosine'), '3525')
self.assertEqual(self.pa.encode('judge'), '2200')
self.assertEqual(self.pa.encode('rough'), '6000')
self.assertEqual(self.pa.encode('x-ray'), '2600')
self.assertEqual(
self.pa.encode('acetylcholine', max_length=-1), '234245'
)
self.assertEqual(self.pa.encode('rough', max_length=-1), '6')
# Test wrapper
self.assertEqual(sound_d('knight'), '5300')
'pshp_soundex_first_ml8': PSHPSoundexFirst(max_length=8).encode,
'pshp_soundex_last': PSHPSoundexLast().encode,
'pshp_soundex_last_german': PSHPSoundexLast(german=True).encode,
'pshp_soundex_last_ml8': PSHPSoundexLast(max_length=8).encode,
'refined_soundex': RefinedSoundex().encode,
'refined_soundex_vowels': RefinedSoundex(retain_vowels=True).encode,
'refined_soundex_0pad_ml6': RefinedSoundex(zero_pad=True,
max_length=6).encode,
'reth_schek_phonetik': RethSchek().encode,
'roger_root': RogerRoot().encode,
'roger_root_nopad_ml8': RogerRoot(max_length=8, zero_pad=False).encode,
'russell_index': RussellIndex().encode,
'russell_index_alpha': RussellIndex().encode_alpha,
'sfinxbis': SfinxBis().encode,
'sfinxbis_ml6': SfinxBis(max_length=6).encode,
'sound_d': SoundD().encode,
'sound_d_ml8': SoundD(max_length=8).encode,
'soundex': Soundex().encode,
'soundex_reverse': Soundex(reverse=True).encode,
'soundex_0pad_ml6': Soundex(zero_pad=True, max_length=6).encode,
'soundex_special': Soundex(var='special').encode,
'soundex_census': Soundex(var='Census').encode,
'soundex_br': SoundexBR().encode,
'spanish_metaphone': SpanishMetaphone().encode,
'spanish_metaphone_modified': SpanishMetaphone(modified=True).encode,
'spanish_metaphone_ml4': SpanishMetaphone(max_length=4).encode,
'spfc': lambda _: spfc.encode('{0} {0}'.format(_)),
'statistics_canada': StatisticsCanada().encode,
'statistics_canada_ml8': StatisticsCanada(max_length=8).encode,
'waahlin': Waahlin().encode,
'waahlin_soundex': Waahlin(encoder=Soundex()).encode,
RogerRoot().encode,
'roger_root_nopad_ml8':
RogerRoot(max_length=8, zero_pad=False).encode,
'russell_index':
russell.encode,
'russell_index_num_to_alpha': (
lambda _: russell._to_alpha(russell.encode(_)) # noqa: SF01
),
'russell_index_alpha':
russell.encode_alpha,
'sfinxbis':
lambda _: ', '.join(sfinxbis.encode(_)),
'sfinxbis_ml6':
lambda _: ', '.join(sfinxbis_6.encode(_)),
'sound_d':
SoundD().encode,
'sound_d_ml8':
SoundD(max_length=8).encode,
'soundex':
Soundex().encode,
'soundex_reverse':
Soundex(reverse=True).encode,
'soundex_0pad_ml6':
Soundex(zero_pad=True, max_length=6).encode,
'soundex_special':
Soundex(var='special').encode,
'soundex_census':
lambda _: ', '.join(soundex_census.encode(_)),
'soundex_br':
SoundexBR().encode,
'spanish_metaphone':
nysiis = NYSIIS()
onca = ONCA()
parmar_kumbharana = ParmarKumbharana()
phonem = Phonem()
phonet = Phonet()
phonetic_spanish = PhoneticSpanish()
phonex = Phonex()
phonix = Phonix()
pshp_soundex_first = PSHPSoundexFirst()
pshp_soundex_last = PSHPSoundexLast()
refined_soundex = RefinedSoundex()
reth_schek = RethSchek()
roger_root = RogerRoot()
russell = RussellIndex()
sfinxbis = SfinxBis()
sound_d = SoundD()
soundex = Soundex()
soundex_br = SoundexBR()
spanish_metaphone = SpanishMetaphone()
spfc = SPFC()
statistics_canada = StatisticsCanada()
algorithms = {
'russell_index':
lambda _: str(russell.encode(_)),
'russell_index_num_to_alpha':
lambda _: russell._to_alpha( # noqa: SF01
russell.encode(_)),
'russell_index_alpha':
russell.encode_alpha,
'soundex':