def getExercise(test_type="",
test_subtype="",
test_diff="",
test_index=""):
ch = RappPlatformAPI()
response = ch.cognitiveExerciseSelect(test_type=test_type,
test_subtype=test_subtype,
test_diff=test_diff,
test_index=test_index)
if response['error'] != '':
print response['error']
sys.exit(0)
for key, val in response.iteritems():
print key, val
testInstance = response['test_instance']
testType = response['test_type']
testSubType = response['test_subtype']
questions = response['questions']
possibAns = response['possib_ans']
correctAns = response['correct_ans']
language = response['lang']
cogTest = CognitiveTest(testType, testSubType, testInstance, questions,
possibAns, correctAns, language)
if testType == 'ArithmeticCts':
if testSubType == 'BasicArithmeticCts':
return BasicArithmericCts(cogTest)
elif testSubType == 'TimeDifferenceCts':
return TimeDifferenceCts(cogTest)
elif testSubType == 'TransactionChangeCts':
return TransactionChangeCts(cogTest)
else:
return None
elif testType == 'AwarenessCts':
if testSubType == 'TimeDayYearCts':
return TimeDayYearCts(cogTest)
else:
return None
elif testType == 'ReasoningCts':
if testSubType == 'StoryTellingCts':
return StoryTellingCts(cogTest)
elif testSubType == 'WordRememberingCts':
return WordRememberingCts(cogTest)
else:
return None
else:
return None
def getExercise(test_type="", test_subtype="",
test_diff="", test_index=""):
ch = RappPlatformAPI()
response = ch.cognitiveExerciseSelect(test_type=test_type,
test_subtype=test_subtype,
test_diff=test_diff,
test_index=test_index)
if response['error'] != '':
print response['error']
sys.exit(0)
for key, val in response.iteritems():
print key, val
testInstance = response['test_instance']
testType = response['test_type']
testSubType = response['test_subtype']
questions = response['questions']
possibAns = response['possib_ans']
correctAns = response['correct_ans']
language = response['lang']
cogTest = CognitiveTest(testType, testSubType, testInstance,
questions, possibAns, correctAns, language)
if testType == 'ArithmeticCts':
if testSubType == 'BasicArithmeticCts':
return BasicArithmericCts(cogTest)
elif testSubType == 'TimeDifferenceCts':
return TimeDifferenceCts(cogTest)
elif testSubType == 'TransactionChangeCts':
return TransactionChangeCts(cogTest)
else:
return None
elif testType == 'AwarenessCts':
if testSubType == 'TimeDayYearCts':
return TimeDayYearCts(cogTest)
else:
return None
elif testType == 'ReasoningCts':
if testSubType == 'StoryTellingCts':
return StoryTellingCts(cogTest)
elif testSubType == 'WordRememberingCts':
return WordRememberingCts(cogTest)
else:
return None
else:
return None
class CognitiveTestRecordTests(unittest.TestCase):
def setUp(self):
self.ch = RappPlatformAPI()
def test_recordReasoning(self):
response = self.ch.cognitiveExerciseSelect('ReasoningCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(instance, 50)
self.assertEqual(
'CognitiveTestPerformed' in response['performance_entry'], True)
def test_recordAwareness(self):
response = self.ch.cognitiveExerciseSelect('AwarenessCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(instance, 50)
self.assertEqual(
'CognitiveTestPerformed' in response['performance_entry'], True)
def test_recordArithmetic(self):
response = self.ch.cognitiveExerciseSelect('ArithmeticCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(instance, 50)
self.assertEqual(
'CognitiveTestPerformed' in response['performance_entry'], True)
def test_recordWrongType(self):
response = self.ch.cognitiveExerciseSelect('ArithmeticCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(3, 50)
self.assertNotEqual(response['error'], u'')
def test_recordWrongScoreType(self):
response = self.ch.cognitiveExerciseSelect('ArithmeticCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(instance, '200')
self.assertNotEqual(response['error'], u'')
def test_recordWrongScoreValues(self):
response = self.ch.cognitiveExerciseSelect('ArithmeticCts')
self.assertEqual(response['error'], u'')
self.assertNotEqual(response['test_instance'], u'')
instance = response['test_instance']
response = self.ch.cognitiveRecordPerformance(instance, 200)
self.assertNotEqual(response['error'], u'')
response = self.ch.cognitiveRecordPerformance(instance, -200)
self.assertNotEqual(response['error'], u'')
class CognitiveTestChooserTests(unittest.TestCase):
def setUp(self):
self.ch = RappPlatformAPI()
# Wait till the service is up using an erroneous call for fast return
counter = 0
timeout = 120
while counter < timeout:
counter = counter + 1
res = self.ch.cognitiveExerciseSelect(0)
if res['error'] != u'Connection Error':
break
time.sleep(1)
print 'Waiting for service... ' + str(timeout - counter)
if counter == timeout:
self.assertEqual('Connection error', True)
def test_selectArithmeticTest(self):
res = self.ch.cognitiveExerciseSelect('ArithmeticCts', 'TransactionChangeCts', '1', '1')
self.assertEqual(res['error'], u"")
self.assertNotEqual(res['test_instance'], u"")
self.assertNotEqual(res['test_type'], u"")
self.assertNotEqual(res['test_subtype'], u"")
self.assertNotEqual(res['questions'], u"")
self.assertNotEqual(res['possib_ans'], u"")
self.assertNotEqual(res['correct_ans'], u"")
def test_selectArithmeticTest_default_params(self):
res = self.ch.cognitiveExerciseSelect('ArithmeticCts')
self.assertEqual(res['error'], u"")
self.assertNotEqual(res['test_instance'], u"")
self.assertNotEqual(res['test_type'], u"")
self.assertNotEqual(res['test_subtype'], u"")
self.assertNotEqual(res['questions'], u"")
self.assertNotEqual(res['possib_ans'], u"")
self.assertNotEqual(res['correct_ans'], u"")
def test_selectAwarenessTest(self):
res = self.ch.cognitiveExerciseSelect('AwarenessCts')
self.assertEqual(res['error'], u"")
self.assertNotEqual(res['test_instance'], u"")
self.assertNotEqual(res['test_type'], u"")
self.assertNotEqual(res['test_subtype'], u"")
self.assertNotEqual(res['questions'], u"")
self.assertNotEqual(res['possib_ans'], u"")
self.assertNotEqual(res['correct_ans'], u"")
def test_selectReasoningTest(self):
res = self.ch.cognitiveExerciseSelect('ReasoningCts')
self.assertEqual(res['error'], u"")
self.assertNotEqual(res['test_instance'], u"")
self.assertNotEqual(res['test_type'], u"")
self.assertNotEqual(res['test_subtype'], u"")
self.assertNotEqual(res['questions'], u"")
self.assertNotEqual(res['possib_ans'], u"")
self.assertNotEqual(res['correct_ans'], u"")
def test_selectNotExistentTest(self):
res = self.ch.cognitiveExerciseSelect('KoukouroukouCts')
self.assertNotEqual(res['error'], u"")
def test_selectWrongType_TestType(self):
res = self.ch.cognitiveExerciseSelect(3)
self.assertNotEqual(res['error'], u"")
def test_selectWrongType_TestSubtype(self):
res = self.ch.cognitiveExerciseSelect('ArithmeticCts', 3)
self.assertNotEqual(res['error'], u"")
def test_selectWrongType_TestDiff(self):
res = self.ch.cognitiveExerciseSelect('ArithmeticCts', '', 4)
self.assertNotEqual(res['error'], u"")
def test_selectWrongType_TestIndex(self):
res = self.ch.cognitiveExerciseSelect('ArithmeticCts', '', '1', 3)
self.assertNotEqual(res['error'], u"")
