def test_US18_half_sibling_text(self):
# testing half sibling
self.famMap["F1"] = {
"HUSB": ["I1"],
"WIFE": ["I2"],
"CHIL": ["I10", "I1"],
"MARR": [1, 1, 2009],
"NOTE": "JAY/GLORIA FAMILY",
"FAM": "F1"
}
self.famMap["F3"] = {
"HUSB": ["I8"],
"WIFE": ["I2"],
"CHIL": ["I9", "I2"],
"MARR": [1, 1, 1995],
"DIV": [1, 1, 2006],
"NOTE": "JAVIER/GLORIA",
"FAM": "F3"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
str1 = "F1 has siblings as parents: ['I1', 'I2']"
str2 = "F4 has siblings as parents: ['I4', 'I5']"
expected_ret = [('Error', 'Family', 18, str1),
('Error', 'Family', 18, str2)]
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
def test_US17_2family_text(self):
# should find 2 matches and the following expected result
# Adding Lorraine as a child of Frank's first marriage
self.indMap["I12"] = {
"NAME": "Lorraine/Dunphy/",
"SEX": "F",
"BIRT": [1, 1, 1965],
"FAMS": ["F8", "F7"],
"AGE": 55,
"INDI": "I12"
}
self.famMap["F7"] = {
"HUSB": ["I11"],
"WIFE": ["I13"],
"CHIL": ["I7", "I12"],
"MARR": [1, 1, 1965],
"NOTE": "FRANK/GRACE FAMILY",
"FAM": "F7"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us17_no_marr2child(self.parentId2Children)
ret = self.logger.get_logs()
str1 = "F8: My spouse (I12) is one of my children: Parent (I11), Children (['I7', 'I12'])"
str2 = "F11: My spouse (I26) is one of my children: Parent (I27), Children (['I26'])"
expected_ret = [('Error', 'Family', 17, str1),
('Error', 'Family', 17, str2)]
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
def test_US18_half_sibling(self):
# should get 2 matches
# testing half sibling
self.famMap["F1"] = {
"HUSB": ["I1"],
"WIFE": ["I2"],
"CHIL": ["I10", "I1"],
"MARR": [1, 1, 2009],
"NOTE": "JAY/GLORIA FAMILY",
"FAM": "F1"
}
self.famMap["F3"] = {
"HUSB": ["I8"],
"WIFE": ["I2"],
"CHIL": ["I9", "I2"],
"MARR": [1, 1, 1995],
"DIV": [1, 1, 2006],
"NOTE": "JAVIER/GLORIA",
"FAM": "F3"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
self.assertEqual(len(ret), 2, "Did not get the expected results")
def test_US17_2family(self):
# should get 2 matches
# Adding Lorraine as a child of Frank's first marriage
self.indMap["I12"] = {
"NAME": "Lorraine/Dunphy/",
"SEX": "F",
"BIRT": [1, 1, 1965],
"FAMS": ["F8", "F7"],
"AGE": 55,
"INDI": "I12"
}
self.famMap["F7"] = {
"HUSB": ["I11"],
"WIFE": ["I13"],
"CHIL": ["I7", "I12"],
"MARR": [1, 1, 1965],
"NOTE": "FRANK/GRACE FAMILY",
"FAM": "F7"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us17_no_marr2child(self.parentId2Children)
ret = self.logger.get_logs()
self.assertEqual(len(ret), 2, "Did not get the expected results")
def test_US18_1family(self):
# should to get 1 match
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
self.assertEqual(len(ret), 1, "Did not get the expected results")
def test_US18_1family_text(self):
# should find 1 match and the following expected result
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
str1 = "F4 has siblings as parents: ['I4', 'I5']"
expected_ret = [('Error', 'Family', 18, str1)]
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
def test_US17_1family_text(self):
# should find 1 match and the following expected result
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us17_no_marr2child(self.parentId2Children)
ret = self.logger.get_logs()
str1 = "F11: My spouse (I26) is one of my children: Parent (I27), Children (['I26'])"
expected_ret = [('Error', 'Family', 17, str1)]
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
def test_US18_nomatches(self):
self.famMap["F4"] = {
"HUSB": ["I4", "I5"],
"CHIL": ["I14", "I15"],
"MARR": [1, 1, 2014],
"NOTE": "PRITCHETT/TUCKER FAMILY",
"FAM": "F4",
"WIFE": []
}
# Remove the family where parent is married to a child
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
self.assertEqual(len(ret), 0, "Did not get the expected results")
def test_US17_nomatches(self):
# Remove the family where parent is married to a child
self.famMap["F11"] = {
"HUSB": ["I26"],
"WIFE": ["I27"],
"CHIL": ["I3"],
"MARR": [16, 1, 2018],
"NOTE": "MarryToChildFAMILY",
"FAM": "F11"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us17_no_marr2child(self.parentId2Children)
ret = self.logger.get_logs()
self.assertEqual(len(ret), 0, "Did not get the expected results")
def test_US18_nomatches_text(self):
# Remove the family where parent is married to a child
self.famMap["F4"] = {
"HUSB": ["I4", "I5"],
"CHIL": ["I14", "I15"],
"MARR": [1, 1, 2014],
"NOTE": "PRITCHETT/TUCKER FAMILY",
"FAM": "F4",
"WIFE": []
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us18_no_siblingmarriages(self.parentId2Children)
ret = self.logger.get_logs()
expected_ret = []
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
def test_US17_nomatches_text(self):
# Remove the family where parent is married to a child
self.famMap["F11"] = {
"HUSB": ["I26"],
"WIFE": ["I27"],
"CHIL": ["I3"],
"MARR": [16, 1, 2018],
"NOTE": "MarryToChildFAMILY",
"FAM": "F11"
}
self.logger.clear_logs()
self.parentId2Children = getParent2ChildrenMap(self.famMap)
for id, fam in self.famMap.items():
spousecheck = spouseCrossChecker(self.logger, fam, self.indMap)
spousecheck.us17_no_marr2child(self.parentId2Children)
expected_ret = []
ret = self.logger.get_logs()
self.assertListEqual(expected_ret, ret,
"Expected Return does not match")
individual["INDI"] = parsed_individual_id
individual_database.AddObj(individual)
indiDatechecker.us03_birtBeforeDeat(individual)
indiDatechecker.us38_upcomingBirt(individual)
if born_within_one_month(individual):
logger.log_individual_info(
35,
"{} Was born in the last 30 days!".format(parsed_individual_id))
for key in [key for key in ["BIRT", "DEAT"] if key in individual]:
dateValidator.validate_date(individual[key], True)
# get the map of siblings
parentId2Children = getParent2ChildrenMap(parsed_families)
for family_id in parsed_families:
family = parsed_families[family_id]
family["FAM"] = family_id
# Error handling to fill in required fields which are not present in one or more families
# Placeholder logic to Proof-of-concept all the branches working together
if "MARR" not in family:
logger.log_family_error(
0, "Family {} missing required tag MARR".format(family_id))
family["MARR"] = TablePrinter.error_output
if "WIFE" not in family:
logger.log_family_error(
0, "Family {} missing wife".format(family_id).format(family_id))
family["WIFE"] = TablePrinter.error_output
