def testEq(self):
assert spred('_dog_n_rel') == Pred.realpred(lemma='dog', pos='n')
assert spred('_dog_n_rel') == '_dog_n_rel'
assert '_dog_n_rel' == Pred.realpred(lemma='dog', pos='n')
assert spred('"_dog_n_rel"') == spred("'_dog_n_rel")
assert Pred.grammarpred('pron_rel') == 'pron_rel'
assert Pred.string_or_grammar_pred('_dog_n_rel') != Pred.string_or_grammar_pred('dog_n_rel')
assert (spred('_dog_n_rel') == None) == False
def testEq(self):
assert spred('_dog_n_rel') == Pred.realpred(lemma='dog', pos='n')
assert spred('_dog_n_rel') == '_dog_n_rel'
assert '_dog_n_rel' == Pred.realpred(lemma='dog', pos='n')
assert spred('"_dog_n_rel"') == spred("'_dog_n_rel")
assert Pred.abstract('pron_rel') == 'pron_rel'
assert Pred.surface_or_abstract(
'_dog_n_rel') != Pred.surface_or_abstract('dog_n_rel')
assert (spred('_dog_n_rel') == None) == False
assert spred('_dog_n_1_rel') == spred('_Dog_N_1_rel')
assert spred('_dog_n_1_rel') == spred('_dog_n_1')
def testRealPred(self):
# basic, no sense arg
p = Pred.realpred('dog', 'n')
assert p.type == Pred.REALPRED
assert p.string == '_dog_n_rel'
assert p.lemma == 'dog'
assert p.pos == 'n'
assert p.sense == None
assert p.short_form() == '_dog_n'
# try with arg names, unicode, and sense
p = Pred.realpred(lemma='犬', pos='n', sense='1')
assert p.type == Pred.REALPRED
assert p.string == '_犬_n_1_rel'
assert p.lemma == '犬'
assert p.pos == 'n'
assert p.sense == '1'
assert p.short_form() == '_犬_n_1'
# in case sense is int, not str
p = Pred.realpred('dog', 'n', 1)
assert p.type == Pred.REALPRED
assert p.string == '_dog_n_1_rel'
assert p.lemma == 'dog'
assert p.pos == 'n'
assert p.sense == '1'
assert p.short_form() == '_dog_n_1'
with pytest.raises(TypeError): Pred.realpred(lemma='dog')
with pytest.raises(TypeError): Pred.realpred(pos='n')
repr(p) # no error
def _decode_pred(elem):
# <!ELEMENT pred (#PCDATA)>
# <!ELEMENT spred (#PCDATA)>
# <!ELEMENT realpred EMPTY>
# <!ATTLIST realpred
# lemma CDATA #REQUIRED
# pos (v|n|j|r|p|q|c|x|u|a|s) #REQUIRED
# sense CDATA #IMPLIED >
if elem.tag == 'pred':
return Pred.abstract(elem.text)
elif elem.tag == 'spred':
return Pred.surface(elem.text)
elif elem.tag == 'realpred':
return Pred.realpred(elem.get('lemma'),
elem.get('pos') or None,
elem.get('sense'))
def testRealPred(self):
# basic, no sense arg
p = Pred.realpred('dog', 'n')
assert p.type == Pred.REALPRED
assert p.string == '_dog_n_rel'
assert p.lemma == 'dog'
assert p.pos == 'n'
assert p.sense == None
assert p.short_form() == '_dog_n'
# try with arg names, unicode, and sense
p = Pred.realpred(lemma='犬', pos='n', sense='1')
assert p.type == Pred.REALPRED
assert p.string == '_犬_n_1_rel'
assert p.lemma == '犬'
assert p.pos == 'n'
assert p.sense == '1'
assert p.short_form() == '_犬_n_1'
# in case sense is int, not str
p = Pred.realpred('dog', 'n', 1)
assert p.type == Pred.REALPRED
assert p.string == '_dog_n_1_rel'
assert p.lemma == 'dog'
assert p.pos == 'n'
assert p.sense == '1'
assert p.short_form() == '_dog_n_1'
# see https://github.com/delph-in/pydelphin/issues/129
p = Pred.realpred('te', None, 'adjunct')
assert p.type == Pred.REALPRED
assert p.string == '_te_adjunct_rel'
assert p.lemma == 'te'
assert p.pos == None
assert p.sense == 'adjunct'
assert p.short_form() == '_te_adjunct'
with pytest.raises(TypeError):
Pred.realpred(lemma='dog')
with pytest.raises(TypeError):
Pred.realpred(pos='n')
repr(p) # no error
