def test_transcriber_probert(self):
"""Test Attic Greek IPA transcription via Probert reconstruction."""
transcriber = grc.Transcriber("Attic", "Probert").transcribe
transcription = [transcriber(x) for x in
[unicodedata.normalize('NFC', y) for y in
["ῥάξ", "εἰργασμένον", "φόρμιγξ", "γιγνώσκω"]]]
target = [unicodedata.normalize('NFC', y) for y in
["[r̥ɑ́ks]", "[ẹːr.gɑz.mé.non]", "[pʰór.miŋks]", "[giŋ.nɔ́ːs.kɔː]"]]
self.assertEqual(transcription, target)
def test_greek_prep_text(self):
"""Test the Transcriber class's `_prep_text` in Greek."""
inputs = ["λείπειν", "ὕπνῳ"]
transcriber = grc.Transcriber("Attic", "Probert")
outputs = [transcriber._prep_text(w) for w in inputs]
target = [[('λ', '', ''), ('ει', '́', ''), ('π', '', ''),
('ει', '', ''), ('ν', '', '')],
[('h', '', ''), ('υ', '́', ''), ('π', '', ''),
('ν', '', ''), ('ωι', '', '̄')]]
self.assertEqual(outputs, target)
def test_greek_parse_diacritics(self):
"""Test the Transcriber class's `_parse_diacritics` in Greek."""
inputs = ["ἄ", "Φ", "ῷ", "ὑ", "ϊ", "ῑ"]
transcriber = grc.Transcriber("Attic", "Probert")
outputs = [transcriber._parse_diacritics(char) for char in inputs]
target = [unicodedata.normalize('NFC', c) for c in
["α/" + grc.chars.ACUTE + "//",
"φ///", "ω/" + grc.chars.CIRCUMFLEX + "/"
+ grc.chars.IOTA_SUBSCRIPT + "/", "h///υ///",
"ι//" + grc.chars.DIAERESIS + "/", "ι//" + grc.chars.LONG + "/"]]
self.assertEqual(outputs, target)
def setUpClass(self):
self.greek_transcriber = grc.Transcriber("Attic", "Probert")
self.latin_transcriber = lat.Transcriber("Classical", "Allen")
def setUpClass(cls):
cls.greek_transcriber = grc.Transcriber("Attic", "Probert")
cls.latin_transcriber = lat.Transcriber("Classical", "Allen")
