def test_parsing_a_reply_with_invalid_question(self):
f = open("test/test_parsing_a_reply_with_invalid_question.eml")
try:
messaging.parse_reply(f)
except messaging.IncorrectReply:
pass
else:
assert False, "messaging.IncorrectReply wasn't thrown"
def test_parsing_a_reply_with_invalid_question(self):
f = open("test/test_parsing_a_reply_with_invalid_question.eml")
try:
messaging.parse_reply(f)
except messaging.IncorrectReply:
pass
else:
assert False, "messaging.IncorrectReply wasn't thrown"
def test_parsing_a_tiny_reply(self):
f = open("test/test_parsing_a_tiny_reply.eml")
messaging.parse_reply(f)
questions = Question.find(test_id=2)
base_conds = [Question.pair_id == Pair.id]
conds_norm = base_conds + [Question.inverted == False,
Pair.first_phrase_id == Phrase.id]
conds_inv = base_conds + [Question.inverted == True,
Pair.second_phrase_id == Phrase.id]
assert questions.find(*conds_norm +
[Phrase.value==u'cebula']).one().result == True
assert questions.find(*conds_norm +
[Phrase.value==u'wąż']).one().result == False
assert questions.find(*conds_inv +
[Phrase.value==u'cebolla']).one().result == False
assert questions.find(*conds_inv +
[Phrase.value==u'serpiente']).one().result == True
def test_parsing_a_tiny_reply(self):
f = open("test/test_parsing_a_tiny_reply.eml")
messaging.parse_reply(f)
questions = Question.find(test_id=2)
base_conds = [Question.pair_id == Pair.id]
conds_norm = base_conds + [
Question.inverted == False, Pair.first_phrase_id == Phrase.id
]
conds_inv = base_conds + [
Question.inverted == True, Pair.second_phrase_id == Phrase.id
]
assert questions.find(*conds_norm +
[Phrase.value == u'cebula']).one().result == True
assert questions.find(*conds_norm +
[Phrase.value == u'wąż']).one().result == False
assert questions.find(
*conds_inv + [Phrase.value == u'cebolla']).one().result == False
assert questions.find(
*conds_inv + [Phrase.value == u'serpiente']).one().result == True
