def test_get_individual_ages(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
indiList = gedcomStructuredData['indiList']
reset()
result = get_individual_age(indiList)
self.assertTrue(result)
def test_find_family_ids(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
famList = gedcomStructuredData['famList']
reset()
result = script.find_family_ids(famList)
self.assertTrue(result)
def test_get_deceased_records_1(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
indiList = gedcomStructuredData['indiList']
reset()
result = get_deceased_records(indiList)[0]
self.assertEqual(result, 1)
def test_get_married_list(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
famList = gedcomStructuredData['famList']
reset()
result = script.get_married_list(famList)
self.assertTrue(result)
def test0(self):
reset()
gedcomStructuredData = generateInitialData("allTest.ged") #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
indiList = gedcomStructuredData['indiList']
result = realBirthday(indiList, famList)
self.assertEqual(result, 4)
def test_get_parents_not_too_old_2(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
famList = gedcomStructuredData['famList']
reset()
result = get_parents_not_too_old(famList)[1]
self.assertTrue(result)
def test_2MarriageAfterDivorce(self):
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/2MarrAfterDiv.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = verifyMarriageDivorceOrder(famList)
self.assertEqual(result, 2)
def test_Pass_upcomingAnni(self):
reset()
gedcomeStructuredData5 = generateInitialData(
"gedFiles/MarriageNov28.ged")
famList = gedcomeStructuredData5['famList']
result = upcomingAnni(famList)
self.assertTrue(result)
def testTestSameName_0(self):
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/Choy_familyTree.ged"
) #store the tables and lists into gedcomStructuredData
indiDF = gedcomStructuredData['indiDF']
result = sameName(indiDF)
self.assertEqual(result, 0)
def test_Fail_upcomingAnni(self):
reset()
gedcomeStructuredData5 = generateInitialData(
"gedFiles/cousinMarriage.ged")
famList = gedcomeStructuredData5['famList']
result = upcomingAnni(famList)
self.assertFalse(result)
def test_2BirthAfterDeath(self):
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/2BirthAfterDeath.ged"
) #store the tables and lists into gedcomStructuredData
indiList = gedcomStructuredData['indiList']
result = verifyBirthDeathDateOrder(indiList)
self.assertEqual(result, 2)
def test_empty(self):
print("Testing Find Triplets Empty")
reset()
gedcomStructuredData = generateInitialData(
"family_project.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = findTriplets(famList)
self.assertEqual(result, [])
def test_twins(self):
print("Testing Find Twins")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/twins.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = findTwins(famList)
self.assertEqual(result, [["I48", "I56"]])
def test_failure(self):
print("Testing Dupe Spouses Failure")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/dupeSpouses.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_dupe_spouses(famList)
self.assertFalse(result)
def test_success(self):
print("Testing Dupe Spouses Success")
reset()
gedcomStructuredData = generateInitialData(
"family_project.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_dupe_spouses(famList)
self.assertTrue(result)
def test_get_list_of_oldest_fail(self):
reset()
gedcomeStructuredData = generateInitialData("gedFiles/oldest_fail.ged")
indiList = gedcomeStructuredData['indiList']
famList = gedcomeStructuredData['famList']
result = get_list_of_oldest(indiList, famList)
self.assertFalse(result)
self.assertIs(result, False)
def test_success(self):
print("Testing Unique Child Success")
reset()
gedcomStructuredData = generateInitialData(
"family_project.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_unique_child(famList)
self.assertTrue(result)
def test_fail(self):
print("Testing Birth Before Marriage Failure")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/2BirthAfterMarriage.ged"
) #store the tables and lists into gedcomStructuredData
famList_2warnings = gedcomStructuredData['famList']
result = birthBeforeMarriage(famList_2warnings)
self.assertFalse(result)
def test_find_recent_death_pass(self):
reset()
gedcomeStructuredData = generateInitialData(
"gedFiles/nov28_recent_death.ged")
indiList = gedcomeStructuredData['indiList']
result = findRecentDeath(indiList)
self.assertTrue(result)
self.assertIs(result, True)
def test_find_children_born_before_parent_pass(self):
reset()
gedcomeStructuredData = generateInitialData(
"gedFiles/born_before_parent.ged")
indiList = gedcomeStructuredData['famList']
result = FindChildrenBornBeforeParent(indiList)
self.assertTrue(result)
self.assertIs(result, True)
def test_find_children_born_before_parent_fail(self):
reset()
gedcomeStructuredData0 = generateInitialData(
"gedFiles/not_born_before_parent.ged")
indiList = gedcomeStructuredData0['famList']
result = FindChildrenBornBeforeParent(indiList)
self.assertFalse(result)
self.assertIs(result, False)
def test_get_list_of_widow_pass(self):
reset()
gedcomeStructuredData = generateInitialData("gedFiles/widow_pass.ged")
indiList = gedcomeStructuredData['indiList']
famList = gedcomeStructuredData['famList']
result = get_list_of_widow(indiList, famList)
self.assertTrue(result)
self.assertIs(result, True)
def test_triplets(self):
print("Testing Find Triplets")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/triplets.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_unique_child(famList)
self.assertEqual(result, [["I48", "I56", "I64"]])
def test_Pass_listDeceasedDivor(self):
reset()
gedcomeStructuredData5 = generateInitialData(
"gedFiles/cousinMarriageChrisSmithDead.ged")
famList = gedcomeStructuredData5['famList']
indiDF = gedcomeStructuredData5['indiDF']
result = listDeceasedDivor(indiDF, famList)
self.assertTrue(result)
def test_success(self):
print("Testing Birth Before Marriage Success")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/0BirthAfterDeath.ged"
) #store the tables and lists into gedcomStructuredData
famList_0warnings = gedcomStructuredData['famList']
result = birthBeforeMarriage(famList_0warnings)
self.assertTrue(result)
def test_Fail_listDeceasedDivor(self):
reset()
gedcomeStructuredData5 = generateInitialData(
"gedFiles/cousinMarriage.ged")
famList = gedcomeStructuredData5['famList']
indiDF = gedcomeStructuredData5['indiDF']
result = listDeceasedDivor(indiDF, famList)
self.assertFalse(result)
def test_failure(self):
print("Testing Gender Roles Failure")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/WrongGenders.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_gender_roles(famList)
self.assertFalse(result)
def test_find_recent_death_fail(self):
reset()
gedcomeStructuredData0 = generateInitialData(
"gedFiles/oct4_recent_death.ged")
indiList = gedcomeStructuredData0['indiList']
result = findRecentDeath(indiList)
self.assertFalse(result)
self.assertIs(result, False)
def test_failure(self):
print("Testing Unique Child Failure")
reset()
gedcomStructuredData = generateInitialData(
"gedFiles/NoUniqueChildren.ged"
) #store the tables and lists into gedcomStructuredData
famList = gedcomStructuredData['famList']
result = check_unique_child(famList)
self.assertFalse(result)
def test_replace_id_with_children_data(self):
reset()
gedcomStructuredData = generateInitialData("gedFiles/Choy_family.ged")
famList = gedcomStructuredData['famList']
reset()
for i in range(len(famList)):
result = replace_id_with_children_data([famList[i]['Children']])
self.assertTrue(result)