def test_GPAfailure(self):
failgpa = GPA("This is not the GPA you're looking for 7.4", '1')
self.assertIsNotNone(failgpa)
self.assertEqual(
True, failgpa.checkContext('gpa|grade\spoint\saverage|maintain'))
self.assertNotEqual('7.4', failgpa.getGPA())
self.assertEqual('', failgpa.getGPA())
def test_GPAvsDollarSign(self):
testGPANoDollarSign = GPA('$3.50 is money, but 3.49 is a GPA', '1')
self.assertIsNotNone(testGPANoDollarSign)
self.assertEqual(
True,
testGPANoDollarSign.checkContext(
'gpa|grade\spoint\saverage|maintain'))
self.assertNotEqual('3.50', testGPANoDollarSign.getGPA())
self.assertEqual('3.49', testGPANoDollarSign.getGPA())
def test_updateLogicGroup(self):
testUpdateLogicGroup = GPA(
'Undergraduates must have a 3.0 GPA, while graduate students must have a 3.25',
'5')
self.assertIsNotNone(testUpdateLogicGroup)
testUpdateLogicGroup.getGPA()
self.assertEqual('1', testUpdateLogicGroup.logicGroup)
test_SPRFLogicGroup = testUpdateLogicGroup.getScholarshipPackageRequirementFormat(
)
self.assertEqual('1', test_SPRFLogicGroup.logicGroup)
def getGPAFromSentences(self, sentences):
gpa = []
for sentence in sentences:
if len(sentence) <= 1000:
maybeGPA = GPA(sentence).getGPA()
if maybeGPA != '':
gpa.append(maybeGPA)
gpa = list(set(gpa))
gpa = ', '.join(gpa)
return gpa
def test_GPAWithoutGPAKeywords(self):
testGPANoKeywords = GPA('Must have a 3.80', '5')
self.assertIsNotNone(testGPANoKeywords)
self.assertEqual(
False,
testGPANoKeywords.checkContext(
'gpa|grade\spoint\saverage|maintain'))
self.assertEqual(
False,
testGPANoKeywords.checkContext(
'million|billion|trillion|version|dollar|pound|euro'))
self.assertEqual('3.80', testGPANoKeywords.getGPA())
failGPANoKeywords = GPA('Must have 3.80 million dollars', '5')
self.assertIsNotNone(failGPANoKeywords)
self.assertEqual(
False,
failGPANoKeywords.checkContext(
'gpa|grade\spoint\saverage|maintain'))
self.assertEqual(
True,
failGPANoKeywords.checkContext(
'million|billion|trillion|version|dollar|pound|euro'))
self.assertEqual('', failGPANoKeywords.getGPA())
def test_GPACreateSPRFClass(self):
testSPRFforGPA = GPA(
'This is to test the SPRF function for the grade point average of 2.9',
'1543')
self.assertIsNotNone(testSPRFforGPA)
self.assertEqual(
True,
testSPRFforGPA.checkContext('gpa|grade\spoint\saverage|maintain'))
self.assertEqual('2.9', testSPRFforGPA.getGPA())
self.assertIsNotNone(
testSPRFforGPA.getScholarshipPackageRequirementFormat())
test_SPRF = testSPRFforGPA.getScholarshipPackageRequirementFormat()
self.assertEqual('1543', test_SPRF.scholarshipPackageId)
self.assertEqual('1', test_SPRF.attributeId)
self.assertEqual('>=', test_SPRF.requirementType)
self.assertEqual('2.9', test_SPRF.requirementValue)
self.assertEqual('0', test_SPRF.logicGroup)
def test_verifyMaintains(self):
testOfMaintain = GPA('Must maintain a $3.0 gpa', '5')
self.assertIsNotNone(testOfMaintain)
self.assertEqual("", testOfMaintain.getGPA())
testOfMaintain = GPA('Must maintain a 3.5', '5')
self.assertIsNotNone(testOfMaintain)
def test_verifyMaintains(self):
testOfMaintain = GPA('Must maintain a 3.0 gpa', '5')
self.assertIsNotNone(testOfMaintain)
testOfMaintain = GPA('Must maintain a 3.5', '5')
self.assertIsNotNone(testOfMaintain)
def test_GPA(self):
testgpa = GPA('The GPA is 3.159 not 5.304', '1')
self.assertIsNotNone(testgpa)
self.assertEqual(
True, testgpa.checkContext('gpa|grade\spoint\saverage|maintain'))
self.assertEqual('3.159', testgpa.getGPA())
def doGPAParser(self, eligibility, scholarshipId):
parseGPA = GPA(eligibility, scholarshipId)
if parseGPA.getGPA() != '':
# print(parseGPA.getGPA())
# print(parseGPA.getScholarshipPackageRequirementFormat().getStringValue())
return parseGPA.getScholarshipPackageRequirementFormat()
def GetInfoFromDatabase():
cursor.execute(
"SELECT ScholarshipPackageId, Elgibility FROM dbo.DepartmentTestCases WHERE AttributeId =1 OR AttributeId =364"
)
ConnectToTheDatabase()
GetInfoFromDatabase()
Eligibilities = []
ScholarshipIds = []
while 1:
row = cursor.fetchone()
if not row:
break
Eligibilities.append(row.Elgibility)
ScholarshipIds.append(row.ScholarshipPackageId)
for e in range(len(Eligibilities)):
Eligibility = Eligibilities[e]
print(ScholarshipIds[e])
Eligibility = Eligibilities[e]
Eligibility = re.sub('<.*?>| ', '', Eligibility)
testGPA = GPA(Eligibility, ScholarshipIds[e])
print(Eligibility)
print(testGPA.getGPA())
print('\n\n')