def testParseTrueFalse(self):
"""
"""
io_tf1 = ("""
Grant a été enterré dans une tombe à New-York.{T #Faux #Vrai}
""")
io_tf2 = ("""
Le soleil se lève à l'Ouest.{FALSE}
""")
#TF1
question1 = pygift.Question('', '', '')
question1.parse(io_tf1)
self.assertIsInstance(question1.answers, pygift.TrueFalseSet)
self.assertTrue(question1.answers.answer)
self.assertTrue('Faux' in question1.answers.feedbackWrong)
self.assertTrue('Vrai' in question1.answers.feedbackCorrect)
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
#TF2
question2 = pygift.Question('', '', '')
question2.parse(io_tf2)
self.assertIsInstance(question2.answers, pygift.TrueFalseSet)
self.assertFalse(question2.answers.answer)
##TEST MY PRINT !! ##
question2.myprint()
print('\n')
del question2
def testParseHead(self):
"""
"""
io_head1 = ("""::Macumba::
[markdown]
blabla
\n
bleble
{}""")
io_head2 = ("""[html]
Macumba
blabla
\n
bleble
{}""")
# HEAD 1
question = pygift.Question('', '', '')
question._parseHead(io_head1)
self.assertEqual(question.title, "Macumba")
self.assertEqual(question.text, "blabla\n\n\nbleble\n{}")
self.assertEqual(question.markup, "markdown")
# HEAD 2
question2 = pygift.Question('', '', '')
question2._parseHead(io_head2)
self.assertEqual(question2.title, "")
self.assertEqual(question2.text, "Macumba\nblabla\n\n\nbleble\n{}")
self.assertEqual(question2.markup, "html")
del question, question2
def testParseNumeric(self):
"""
test numeric answer return of :func:`pygift._parseNumericAnswers`
"""
io_num1 = ("""
1 OU 2 OU 3?{
#2
}""")
io_num2 = ("""
1 OU 2 OU 3?{
#2:1
#### MEGA COMMENT
}""")
io_num3 = ("""
1 OU 2 OU 3?{
#1..3
}""")
io_num4 = ("""
1 OU 2 OU 3?{
#
}""")
# FIXME : Ne pas passer par la méthode parse mais par _parseNumericAnswers / _parseNumericText
#NUM1
question1 = pygift.Question('', '', '')
question1.parse(io_num1)
self.assertTrue(question1.numeric)
self.assertIsInstance(question1.answers, pygift.NumericAnswerSet)
self.assertIsInstance(question1.answers.answers[0],
pygift.NumericAnswer)
self.assertEqual(question1.answers.answers[0].value, 2)
self.assertEqual(question1.answers.answers[0].tolerance, 0)
del question1
# NUM2
question2 = pygift.Question('', '', '')
question2.parse(io_num2)
self.assertTrue(question2.numeric)
self.assertIsInstance(question2.answers, pygift.NumericAnswerSet)
self.assertIsInstance(question2.answers.answers[0],
pygift.NumericAnswer)
self.assertEqual(question2.answers.answers[0].value, 2)
self.assertEqual(question2.answers.answers[0].tolerance, 1)
del question2
# #NUM3
question3 = pygift.Question('', '', '')
question3.parse(io_num3)
self.assertTrue(question3.numeric)
self.assertIsInstance(question3.answers, pygift.NumericAnswerSet)
self.assertIsInstance(question3.answers.answers[0],
pygift.NumericAnswerMinMax)
self.assertEqual(question3.answers.answers[0].mini, str(1))
self.assertEqual(question3.answers.answers[0].maxi, str(3))
del question3
question4 = pygift.Question('', '', '')
question4.parse(io_num4)
self.assertTrue(question4.numeric)
self.assertFalse(question4.valid)
def testParseShortSet(self):
"""
"""
io_short1 = ("""
second part of text of Q2
My Question{
=2 =Q2 =Question2
} other part
""")
question1 = pygift.Question('', '', '')
question1.parse(io_short1)
self.assertIsInstance(question1.answers, pygift.ShortSet)
for (i, a) in enumerate(question1.answers.answers):
if i == 0:
self.assertTrue('2' in a.answer)
if i == 1:
self.assertTrue('Q2' in a.answer)
if i == 2:
self.assertTrue('Question2' in a.answer)
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
def testParseMatchingSet(self):
"""
"""
io_match1 = ("""
Appariez les pays suivants avec les capitales correspondantes. {
=Canada -> Ottawa
=Italie -> Rome
=Japon -> Tokyo
=Inde -> New Delhi
}""")
question1 = pygift.Question('', '', '')
question1.parse(io_match1)
self.assertIsInstance(question1.answers, pygift.MatchingSet)
self.assertEqual([' Ottawa', ' Rome', ' Tokyo', ' New Delhi'],
question1.answers.possibleAnswers)
for (i, a) in enumerate(question1.answers.answers):
if i == 0:
self.assertTrue('Canada' in a.question)
self.assertTrue('Ottawa' in a.answer)
if i == 1:
self.assertTrue('Italie' in a.question)
self.assertTrue('Rome' in a.answer)
if i == 2:
self.assertTrue('Japon' in a.question)
self.assertTrue('Tokyo' in a.answer)
if i == 3:
self.assertTrue('Inde' in a.question)
self.assertTrue('New Delhi' in a.answer)
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
def testParseError(self):
"""
test the fail value of :func:`pygift._parseAnswer`
"""
q = pygift.Question('', '', '')
q._parseAnswer('blazqopk')
self.assertFalse(q.valid)
q.myprint()
self.assertEqual('', q.toHTML())
def testParseEssay(self):
"""
"""
io_essay = ("""
Blablablablabla
{}
""")
#ESSAY
question1 = pygift.Question('', '', '')
question1.parse(io_essay)
self.assertIsInstance(question1.answers, pygift.Essay)
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
def testParseDescription(self):
"""
"""
io_descrip = ("""
Blablablablabla
""")
#DESCRIP
question1 = pygift.Question('', '', '')
question1.parse(io_descrip)
self.assertIsInstance(question1.answers, pygift.Description)
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
def testParseMultiChoiceSet(self):
"""
"""
io_choice1 = ("""
Parmi ces personnes, nommez-en deux qui sont enterrées dans la Grant's tomb. {
~%-100%Personne
~%50%Grant
~%50%L'épouse de Grant
~%-100%Le père de Grant
} """)
io_choice2 = ("""
question {
~%33.33333%Bonne réponse
~%33.33333%Bonne réponse
~%33.33333%Bonne réponse
~%0%Mauvaise réponse
~%0%Mauvaise réponse
}
""")
#CHOICE1
question1 = pygift.Question('', '', '')
question1.parse(io_choice1)
self.assertIsInstance(question1.answers, pygift.MultipleChoicesSet)
for (i, a) in enumerate(question1.answers.answers):
if i == 0:
self.assertTrue('Personne' in a.answer)
self.assertEqual(-100, float(a.fraction))
if i == 1:
self.assertTrue('Grant' in a.answer)
self.assertEqual(50, float(a.fraction))
if i == 2:
self.assertTrue("L'épouse de Grant" in a.answer)
self.assertEqual(50, float(a.fraction))
if i == 3:
self.assertTrue('Le père de Grant' in a.answer)
self.assertEqual(-100, float(a.fraction))
##TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
#CHOICE2
question2 = pygift.Question('', '', '')
question2.parse(io_choice2)
self.assertIsInstance(question2.answers, pygift.MultipleChoicesSet)
for (i, a) in enumerate(question2.answers.answers):
if i == 0:
self.assertTrue('Bonne réponse' in a.answer)
self.assertEqual(33.33333, float(a.fraction))
if i == 1:
self.assertTrue('Bonne réponse' in a.answer)
self.assertEqual(33.33333, float(a.fraction))
if i == 2:
self.assertTrue('Bonne réponse' in a.answer)
self.assertEqual(33.33333, float(a.fraction))
if i == 3:
self.assertTrue('Mauvaise réponse' in a.answer)
self.assertEqual(0, float(a.fraction))
if i == 4:
self.assertTrue('Mauvaise réponse' in a.answer)
self.assertEqual(0, float(a.fraction))
##TEST MY PRINT !! ##
question2.myprint()
print('\n')
del question2
def testParseSelectSet(self):
"""
"""
io_mult1 = ("""
Qui repose dans la Grant's tomb ? {=Grant ~Personne ~Napoléon ~Churchill ~Mère Teresa}
""")
io_mult2 = ("""
// Question : 1 Nom : Grant's tomb
::Grant's tomb::Qui repose dans la Grant's tomb à New-York ? {
=Grant
~Personne
#C'était vrai pendant 12 ans, mais la dépouille de Grant a été enterrée dans cette tombe en 1897.
~Napoléon
#Il a été enterré en France.
~Churchill
#Il a été enterré en Angleterre.
~Mère Teresa
#Elle a été enterrée en Inde.
}
""")
# mult1
question1 = pygift.Question('', '', '')
question1.parse(io_mult1)
self.assertIsInstance(question1.answers, pygift.SelectSet)
for (i, a) in enumerate(question1.answers.answers):
self.assertIsInstance(a, pygift.AnswerInList)
if i == 0:
self.assertTrue('Grant' in a.answer)
self.assertEqual(a.fraction, 100)
else:
self.assertEqual(a.fraction, 0)
if i == 1: self.assertTrue('Personne' in a.answer)
if i == 2: self.assertTrue('Napoléon' in a.answer)
if i == 3: self.assertTrue('Churchill' in a.answer)
if i == 4: self.assertTrue('Mère Teresa' in a.answer)
# #TEST MY PRINT !! ##
question1.myprint()
print('\n')
del question1
# mult2
question2 = pygift.Question('', '', '')
question2.parse(io_mult2)
self.assertIsInstance(question2.answers, pygift.SelectSet)
for (i, a) in enumerate(question2.answers.answers):
self.assertIsInstance(a, pygift.AnswerInList)
if i == 0:
self.assertTrue('Grant' in a.answer)
self.assertEqual(a.fraction, 100)
else:
self.assertEqual(a.fraction, 0)
if i == 1:
self.assertTrue('Personne' in a.answer)
self.assertTrue(
"C'était vrai pendant 12 ans, mais la dépouille de Grant a été enterrée dans cette tombe en 1897."
in a.feedback)
if i == 2:
self.assertTrue('Napoléon' in a.answer)
self.assertTrue("Il a été enterré en France." in a.feedback)
if i == 3:
self.assertTrue('Churchill' in a.answer)
self.assertTrue(
"Il a été enterré en Angleterre." in a.feedback)
if i == 4:
self.assertTrue('Mère Teresa' in a.answer)
self.assertTrue('Elle a été enterrée en Inde.' in a.feedback)
##TEST MY PRINT !! ##
question2.myprint()
print('\n')
del question2
