class RussellIndexTestCases(unittest.TestCase):
"""Test Russel Index functions.
test cases for abydos.RussellIndex
"""
pa = RussellIndex()
def test_russel_index(self):
"""Test abydos.phonetic.RussellIndex."""
self.assertTrue(math.isnan(self.pa.encode('')))
self.assertTrue(math.isnan(self.pa.encode('H')))
self.assertEqual(self.pa.encode('Hoppa'), 12)
self.assertEqual(self.pa.encode('Hopley'), 125)
self.assertEqual(self.pa.encode('Highfield'), 1254)
self.assertEqual(self.pa.encode('Wright'), 814)
self.assertEqual(self.pa.encode('Carter'), 31848)
self.assertEqual(self.pa.encode('Hopf'), 12)
self.assertEqual(self.pa.encode('Hay'), 1)
self.assertEqual(self.pa.encode('Haas'), 1)
self.assertEqual(self.pa.encode('Meyers'), 618)
self.assertEqual(self.pa.encode('Myers'), 618)
self.assertEqual(self.pa.encode('Meyer'), 618)
self.assertEqual(self.pa.encode('Myer'), 618)
self.assertEqual(self.pa.encode('Mack'), 613)
self.assertEqual(self.pa.encode('Knack'), 3713)
def test_russel_index_alpha(self):
"""Test abydos.phonetic.RussellIndex.encode_alpha."""
self.assertEqual(self.pa.encode_alpha(''), '')
self.assertEqual(self.pa.encode_alpha('H'), '')
self.assertEqual(self.pa.encode_alpha('Hoppa'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hopley'), 'ABL')
self.assertEqual(self.pa.encode_alpha('Highfield'), 'ABLD')
self.assertEqual(self.pa.encode_alpha('Wright'), 'RAD')
self.assertEqual(self.pa.encode_alpha('Carter'), 'CARDR')
self.assertEqual(self.pa.encode_alpha('Hopf'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hay'), 'A')
self.assertEqual(self.pa.encode_alpha('Haas'), 'A')
self.assertEqual(self.pa.encode_alpha('Meyers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Meyer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Mack'), 'MAC')
self.assertEqual(self.pa.encode_alpha('Knack'), 'CNAC')
class RussellIndexTestCases(unittest.TestCase):
"""Test Russel Index functions.
test cases for abydos.RussellIndex
"""
pa = RussellIndex()
def test_russel_index(self):
"""Test abydos.phonetic.RussellIndex."""
self.assertEqual(self.pa.encode(''), '')
self.assertEqual(self.pa.encode('H'), '')
self.assertEqual(self.pa.encode('Hoppa'), '12')
self.assertEqual(self.pa.encode('Hopley'), '125')
self.assertEqual(self.pa.encode('Highfield'), '1254')
self.assertEqual(self.pa.encode('Wright'), '814')
self.assertEqual(self.pa.encode('Carter'), '31848')
self.assertEqual(self.pa.encode('Hopf'), '12')
self.assertEqual(self.pa.encode('Hay'), '1')
self.assertEqual(self.pa.encode('Haas'), '1')
self.assertEqual(self.pa.encode('Meyers'), '618')
self.assertEqual(self.pa.encode('Myers'), '618')
self.assertEqual(self.pa.encode('Meyer'), '618')
self.assertEqual(self.pa.encode('Myer'), '618')
self.assertEqual(self.pa.encode('Mack'), '613')
self.assertEqual(self.pa.encode('Knack'), '3713')
def test_russel_index_alpha(self):
"""Test abydos.phonetic.RussellIndex.encode_alpha."""
self.assertEqual(self.pa.encode_alpha(''), '')
self.assertEqual(self.pa.encode_alpha('H'), '')
self.assertEqual(self.pa.encode_alpha('Hoppa'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hopley'), 'ABL')
self.assertEqual(self.pa.encode_alpha('Highfield'), 'ABLD')
self.assertEqual(self.pa.encode_alpha('Wright'), 'RAD')
self.assertEqual(self.pa.encode_alpha('Carter'), 'CARDR')
self.assertEqual(self.pa.encode_alpha('Hopf'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hay'), 'A')
self.assertEqual(self.pa.encode_alpha('Haas'), 'A')
self.assertEqual(self.pa.encode_alpha('Meyers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Meyer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Mack'), 'MAC')
self.assertEqual(self.pa.encode_alpha('Knack'), 'CNAC')
class RussellIndexTestCases(unittest.TestCase):
"""Test Russel Index functions.
test cases for abydos.RussellIndex
"""
pa = RussellIndex()
def test_russel_index(self):
"""Test abydos.phonetic.RussellIndex."""
self.assertTrue(math.isnan(self.pa.encode('')))
self.assertTrue(math.isnan(self.pa.encode('H')))
self.assertEqual(self.pa.encode('Hoppa'), 12)
self.assertEqual(self.pa.encode('Hopley'), 125)
self.assertEqual(self.pa.encode('Highfield'), 1254)
self.assertEqual(self.pa.encode('Wright'), 814)
self.assertEqual(self.pa.encode('Carter'), 31848)
self.assertEqual(self.pa.encode('Hopf'), 12)
self.assertEqual(self.pa.encode('Hay'), 1)
self.assertEqual(self.pa.encode('Haas'), 1)
self.assertEqual(self.pa.encode('Meyers'), 618)
self.assertEqual(self.pa.encode('Myers'), 618)
self.assertEqual(self.pa.encode('Meyer'), 618)
self.assertEqual(self.pa.encode('Myer'), 618)
self.assertEqual(self.pa.encode('Mack'), 613)
self.assertEqual(self.pa.encode('Knack'), 3713)
# Test wrapper
self.assertEqual(russell_index('Highfield'), 1254)
def test_russel_index_n2a(self):
"""Test abydos.phonetic.RussellIndex._to_alpha."""
self.assertEqual(self.pa._to_alpha(0), '') # noqa: SF01
self.assertEqual(self.pa._to_alpha(''), '') # noqa: SF01
self.assertEqual(self.pa._to_alpha(float('NaN')), '') # noqa: SF01
self.assertEqual(
self.pa._to_alpha(123456789), 'ABCDLMNR' # noqa: SF01
)
self.assertEqual(
self.pa._to_alpha('0123456789'), 'ABCDLMNR' # noqa: SF01
)
# Test wrapper
self.assertEqual(russell_index_num_to_alpha(123456789), 'ABCDLMNR')
def test_russel_index_alpha(self):
"""Test abydos.phonetic.RussellIndex.encode_alpha."""
self.assertEqual(self.pa.encode_alpha(''), '')
self.assertEqual(self.pa.encode_alpha('H'), '')
self.assertEqual(self.pa.encode_alpha('Hoppa'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hopley'), 'ABL')
self.assertEqual(self.pa.encode_alpha('Highfield'), 'ABLD')
self.assertEqual(self.pa.encode_alpha('Wright'), 'RAD')
self.assertEqual(self.pa.encode_alpha('Carter'), 'CARDR')
self.assertEqual(self.pa.encode_alpha('Hopf'), 'AB')
self.assertEqual(self.pa.encode_alpha('Hay'), 'A')
self.assertEqual(self.pa.encode_alpha('Haas'), 'A')
self.assertEqual(self.pa.encode_alpha('Meyers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myers'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Meyer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Myer'), 'MAR')
self.assertEqual(self.pa.encode_alpha('Mack'), 'MAC')
self.assertEqual(self.pa.encode_alpha('Knack'), 'CNAC')
# Test wrapper
self.assertEqual(russell_index_alpha('Highfield'), 'ABLD')
'phonix': Phonix().encode,
'phonix_0pad_ml6': Phonix(max_length=6, zero_pad=True).encode,
'pshp_soundex_first': PSHPSoundexFirst().encode,
'pshp_soundex_first_german': PSHPSoundexFirst(german=True).encode,
'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(_)),
Soundex,
SoundexBR,
SpanishMetaphone,
StatisticsCanada,
Waahlin,
)
from . import EXTREME_TEST, _corpus_file, _fuzz, _random_char
alpha_sis = AlphaSIS()
daitch_mokotoff = DaitchMokotoff()
double_metaphone = DoubleMetaphone()
haase = Haase()
haase_primary = Haase(primary_only=True)
koelner = Koelner()
russell = RussellIndex()
sfinxbis = SfinxBis()
sfinxbis_6 = SfinxBis(max_length=6)
soundex_census = Soundex(var='Census')
spfc = SPFC()
algorithms = {
'ainsworth':
Ainsworth().encode,
'alpha_sis':
lambda _: ', '.join(alpha_sis.encode(_)),
'bmpm':
BeiderMorse().encode,
'bmpm_german':
BeiderMorse(language_arg='german').encode,
'bmpm_french':