def test_VerbForm(self):
obj = VerbForm('alsk', 'pres', 'cond', '1', 'p', voice='pass')
mg_def = obj.to_definition('en')
self.assertIn(MOOD['cond'], mg_def)
self.assertIn(PERSONS['1'], mg_def)
self.assertIn(NUMBER['p'], mg_def)
self.assertIn(VOICE['pass'], mg_def)
self.assertIn(TENSE['pres'], mg_def)
def parse_la_verb_form_inflection_of(template_expression):
post_processor = None
for char in '{}':
template_expression = template_expression.replace(char, '')
parts = template_expression.split('|')
for tparam in parts:
if tparam.startswith('lang='):
post_processor = tparam[5:]
if tparam.find('=') != -1:
parts.remove(tparam)
t_name = parts[0]
lemma = parts[2]
person = number = tense = mood = None
voice = 'act'
for pn in parts:
if pn in NUMBER:
number = pn
elif pn in MOOD:
mood = pn
elif pn in TENSE:
tense = pn
elif pn in PERSONS:
person = pn
elif pn in VOICE:
voice = pn
verb_form = VerbForm(lemma, tense, mood, person, number, voice)
if post_processor is not None and post_processor in POST_PROCESSORS:
verb_form = POST_PROCESSORS[post_processor](verb_form)
return verb_form
def parse_fi_verb_form_of(template_expression):
parts = template_expression.split('|')
voice = 'act'
person = '0'
number = 's'
tense = mood = None
count = 0
for part in parts:
count += 1
if part.startswith('pn='):
pn = part.split('=')[1]
if pn == '1s':
person = '1'
number = 's'
elif pn == '2s':
person = '2'
number = 's'
elif pn == '3s':
person = '3'
number = 's'
elif pn == '1p':
person = '1'
number = 'p'
elif pn == '2p':
person = '2'
number = 'p'
elif pn == '3p':
person = '3'
number = 'p'
elif pn == 'pasv' or pn == 'pass':
voice = 'pass'
if part.startswith('tm='):
tense_mood = part.split('=')[1]
if tense_mood == 'pres':
mood = 'ind'
tense = 'pres'
elif tense_mood == 'past':
mood = 'ind'
tense = 'past'
elif tense_mood == 'cond':
mood = 'cond'
tense = 'pres'
elif tense_mood == 'impr':
mood = 'imp'
tense = 'pres'
elif tense_mood == 'potn':
mood = 'pot'
tense = 'pres'
lemma = parts[-1].replace('}', '')
if '=' in lemma:
lemma = parts[-2]
verb_form = VerbForm(lemma, tense, mood, person, number, voice)
return verb_form
def parse_es_verb_form_of(template_expression):
parts = template_expression.split('|')
person = number = tense = mood = None
count = 0
lemma = parts[-1].replace('}', '')
if 'region=' in lemma:
lemma = parts[-2]
for part in parts:
count += 1
if part.startswith('pers=') or part.startswith('person='):
person = part.split('=')[1]
elif part.startswith('number='):
number = part.split('=')[1]
elif part.startswith('tense='):
tense = part.split('=')[1]
elif part.startswith('mood='):
mood = part.split('=')[1]
elif part.startswith('ending='):
pass
elif part.startswith('sera='):
pass
elif part.startswith('formal='):
pass
elif part.startswith('sense='):
pass
elif part.startswith('voseo='):
pass
elif part.startswith('participle='):
pass
elif part.startswith('region='):
pass
elif part.startswith('gender='):
pass
elif '=' not in part:
lemma = part.replace('}', '')
verb_form = VerbForm(lemma, tense, mood, person, number)
return verb_form
def parse_de_verb_form_of(template_expression):
'{{de-verb form of|abfangen|1|s|k2|a}}'
for char in '{}':
template_expression = template_expression.replace(char, '')
parts = template_expression.split('|')
number = person = mood = tense = ''
for tparam in parts:
if tparam in ['1', '2', '3']:
person = tparam
elif tparam in NUMBER:
number = tparam
elif tparam == 'g':
tense = 'pres'
elif tparam == 'v':
tense = 'pret'
elif tparam in ('k1', 'k2'):
mood = 'subj'
lemma = parts[1]
verb_form = VerbForm(lemma, tense, mood, person, number)
return verb_form
def _parse_es_verb_form_of(parts):
count = 0
person = number = tense = mood = None
for part in parts:
count += 1
if part.startswith('pers=') or part.startswith('person='):
person = part.split('=')[1].strip('}')
elif part.startswith('number='):
number = part.split('=')[1].strip('}')
elif part.startswith('tense='):
tense = part.split('=')[1].strip('}')
elif part.startswith('mood='):
mood = part.split('=')[1].strip('}')
elif part.startswith('ending='):
pass
elif part.startswith('sera='):
pass
elif part.startswith('formal='):
pass
elif part.startswith('sense='):
pass
verb_form = VerbForm('', tense, mood, person, number)
return verb_form
def parse_fi_form_of(template_expression):
'{{fi-form of|aateloida|pr=third-person|pl=singular|mood=indicative|tense=present}}'
for char in '{}':
template_expression = template_expression.replace(char, '')
parts = template_expression.split('|')
number = person = mood = tense = None
for tparam in parts:
if tparam.startswith('pr='):
person = tparam[3:]
if tparam.startswith('pl='):
number = tparam[3:]
if tparam.startswith('mood='):
mood = tparam[5:]
if tparam.startswith('tense='):
tense = tparam[6:]
if '=' in parts[1]:
lemma = parts[-1]
else:
lemma = parts[1]
verb_form = VerbForm(lemma, tense, mood, person, number)
return verb_form
def parse_ca_verb_form_of(template_expression):
'{{ca-verb form of|p=2|n=sg|t=impf|m=ind|abordar}}'
for char in '{}':
template_expression = template_expression.replace(char, '')
parts = template_expression.split('|')
number = person = mood = tense = None
for tparam in parts:
if tparam.startswith('p='):
person = tparam[2:]
if tparam.startswith('n='):
number = tparam[2:]
if tparam.startswith('t='):
tense = tparam[2:]
if tparam.startswith('m='):
mood = tparam[2:]
if '=' in parts[1]:
lemma = parts[-1]
else:
lemma = parts[1]
verb_form = VerbForm(lemma, tense, mood, person, number)
return verb_form