def test_waznlike(self):
# waznlike(word1, wazn):
word1 = u"ضارب"
wazn = u"فَاعِل"
wazn1 = u"فعال"
self.assertTrue(Araby.waznlike(word1, wazn))
self.assertFalse(Araby.waznlike(word1, wazn1))
def attach_sheme(combos):
"""Filtre les compositions extraites de la fonction découpage() pour donner en sortie les compositions qui
accéptent l'un des shémes de la BDD. La sortie est une liste de dictionnaires ou chaque dictionnaire est une
composition avec un champs supplémentaire : le shéme adéquat. """
good_sheme_comb = []
for comb in combos:
# for pat in Pattern.objects.filter(unvoweled_form__length=len(comb['Base'])):
for pat in Pattern.objects.all():
if araby.waznlike(comb['Base'], pat.voweled_form):
if comb['Préfixe'] != '' and ((comb['Préfixe'].classe[0] == 'N'
and pat.ntype == 'unspec') or
(comb['Préfixe'].classe[0] == 'V'
and pat.vtype == 'unspec')):
continue
if comb['Suffixe'] != '' and ((comb['Suffixe'].classe[0] == 'N'
and pat.ntype == 'unspec') or
(comb['Suffixe'].classe[0] == 'V'
and pat.vtype == 'unspec')):
continue
else:
if pat.vtype != 'unspec':
stype = pat.vtype
else:
stype = pat.ntype
good_sheme_comb.append({
'Base': comb['Base'],
'Préfixe': comb['Préfixe'],
'Suffixe': comb['Suffixe'],
'pattern': pat,
'type': pat.ptype,
'stype': stype
})
return good_sheme_comb
def test_waznlike(self):
"""Test if wazn like?"""
word = u"ضارب"
wazn = u"فَاعِل"
self.assertTrue(ar.waznlike(word, wazn))
def test_waznlike(self):
"""Test if wazn like?"""
word = u"ضارب"
wazn = u"فَاعِل"
self.assertTrue(ar.waznlike(word, wazn))
index = listWords.index(word)
listWords[index] = word1
if word == u'أنا' or word == u'انا':
#drop harf alef
word1 = word.replace(araby.last_char(word), u'')
index = listWords.index(word)
listWords[index] = word1
if word == u'مائة':
#drop harf alef
word1 = word.replace(araby.second_char(word), u'')
index = listWords.index(word)
listWords[index] = word1
if (araby.waznlike(word, u'يفعلوا') or araby.waznlike(word, u'افعلوا')
or araby.waznlike(word, u'فعلوا')) and (araby.last_char(word)
== u'ا'):
#drop harf alef
word1 = word.replace(araby.last_char(word), u'')
index = listWords.index(word)
listWords[index] = word1
if word in asmaaIshara:
#replace the third char with ا iza kan al7arf al tani harakih w iza la bnbaddil il harf altani
if araby.is_haraka(araby.second_char(word)):
#replace the third char
#word1 = araby.first_char(ss) + u'ا'+ ss[1:]
index = listWords.index(word)
listWords[index] = word1
else: