def test_US_19(self):
""" Function that tests user story 19 """
repository = Repository("../GedcomFiles/US_19.ged")
expected = ['US_19: First cousins @I7@ and @I8@ married on line 76']
actual = US_19(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_21(self):
""" Function that tests user story 21 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'US_21: Sam /Robinson/ gender is supposed to be female but is not on line number 269'
]
actual = US_21(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_02(self):
""" FUnction that tests user story 2 """
repository = Repository("../GedcomFiles/ssw555_input_file.ged")
expected = [
'US_02: Micheal /Mia/ birthday after marriage date on line number 604',
'US_02: Mike /Robinson/ birthday after marriage date on line number 604',
'US_02: Sam /Robinson/ birthday after marriage date on line number 633'
]
actual = US_2(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_43(self):
""" Contains test cases for US_43"""
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'Emmy /Robinson/ is divorced and alive on line number 151',
'Tia /Ale/ is divorced and alive on line number 324',
'Micheal /Mia/ is divorced and alive on line number 343',
'Mike /Robinson/ is divorced and alive on line number 333'
]
actual = US_43(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_28(self):
repository = Repository('../GedcomFiles/US_28.ged')
expected: List = [
'68 :- Joey /Robinson/ from FamID @F1@ with individual id @I1@ is on line '
'number 14',
'55 :- Mike /Robinson/ from FamID @F1@ with individual id @I5@ is on line '
'number 58',
'48 :- Ben /Mann/ from FamID @F1@ with individual id @I4@ is on line number '
'47'
]
calculated: List = US_28(repository.get_individual(),
repository.get_family())
self.assertEqual(calculated, expected)
def main():
""" Function that runs all the user stories and prints their results. """
sys.stdout = Logger()
# Creating an object of class Repository that will contains both individual and family dictionaries.
# Pass the path of your GEDCOM file as a parameter below.
repository = Repository("../GedcomFiles/ssw555_input_file.ged")
individual = repository.get_individual()
family = repository.get_family()
# Prints individual pretty table.
repository.individual_pretty_table()
# Prints family pretty table.
repository.family_pretty_table()
for item in US_01(individual, family):
print(item)
for item in US_04(family):
print(item)
for item in US_06(individual, family):
print(f"{item}")
for item in US_07(individual):
print(f"US_07: {item} age is greater than 150 years")
for item in US_11(repository):
print(f"US_11: {item}")
for item in US_13(family, individual):
print(f"US13: {item}")
for key, value in US_17(family.values()).items():
print(f"US_17: Parents married to their children: {key} and {value}.")
for item in US_18(family, individual):
print(f"US18: {item}")
for key, value in US_23(individual).items():
print(f"US_23: Multiple individuals with name {key} born on {value} exists.")
for item in US_25(individual, family):
print(f"US_25: {item}")
for item in US_28(repository,individual):
print(f"US_28: Age {item}")
for item in US_29(repository):
print(f"US_29: {item} is deceased individual")
for item in US_33(repository):
print(f"US_33: {item}")
for item in US_35(individual):
print(f"US_35: {item}")
for item in us_30(individual):
print("US_30:", item)
for item in us_26(individual, family):
print(f"US_26: {item}")
for item in us_34(individual,family):
print(f"US_34: {item}")
for item in us_37(individual,family):
print(f"US_37: {item}")
for item in us_46(individual):
print(f"US_46: {item}")
for item in us_45(repository):
print(f"US_45: {item} is alive")
"""
def test_US_22(self):
""" Function that tests user story 21 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = []
actual = US_22(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
class TestRepository(unittest.TestCase):
""" Class that contains all the test cases. """
def __init__(self, *args, **kwargs):
""" Function that initializes class variable repository. """
super(TestRepository, self).__init__(*args, **kwargs)
# Creating an object of class Repository that will contains both individual and family dictionaries.
# Pass the path of your GEDCOM file as a parameter below.
self.repository = Repository('../GedcomFiles/ssw555_input_file.ged')
def test_US_01(self):
""" The function is to test US_01 function"""
repository = Repository('../GedcomFiles/US_01.ged')
# The expected output
expected = [
'Birthdate on Line: 21\nUS_01: Birthdate "2022-01-01" for individual id @I1@ is illeagal',
'Birthdate on Line: 156\nUS_01: Birthdate "2020-12-06" for individual id @I13@ is illeagal',
'On Line: 158\nUS_01: Date of death "2021-06-03" for individual id @I13@ is illeagal',
'Birthdate on Line: 167\nUS_01: Birthdate "2020-12-06" for individual id @I14@ is illeagal',
'Birthdate on Line: 177\nUS_01: Birthdate "2059-05-04" for individual id @I15@ is illeagal',
'On Line: 218\nUS_01: Marriage date "2025-08-04" for family id @F4@ is illeagal',
'On Line: 240\nUS_01: Marriage date "2090-04-05" for family id @F7@ is illeagal'
]
# generating a list of the output from the function
result = [
value
for value in US_01(repository._individual, repository._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'Birthdate "2022-01-01" for individual id @I1@ is illeagal',
'Birthdate "2020-12-06" for individual id @I13@ is illeagal'
]) # Negative test case
def test_US_02(self):
""" FUnction that tests user story 2 """
repository = Repository("../GedcomFiles/ssw555_input_file.ged")
expected = [
'US_02: Micheal /Mia/ birthday after marriage date on line number 604',
'US_02: Mike /Robinson/ birthday after marriage date on line number 604',
'US_02: Sam /Robinson/ birthday after marriage date on line number 633'
]
actual = US_2(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_03(self):
""" Function that tests user story 3 """
repository = Repository("../GedcomFiles/ssw555_input_file.ged")
expected = []
actual = US_3(repository.get_individual())
self.assertEqual(expected, actual)
def test_US_04(self):
""" The function is to test US_04 function"""
repository = Repository('../GedcomFiles/US_04.ged')
# The expected output
expected = [
'Marriage date Line: 209\nDivorce date Line: 211\nUS_04: This family id @F3@ has an illegal dates '
'for marriage and divorce',
'Marriage date Line: 240\nDivorce date Line: 242\nUS_04: This family id @F7@ has an illegal dates '
'for marriage and divorce'
]
# generating a list of the output from the function
result = [value for value in US_04(repository._family)]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'This family id @F3@ has an illegal dates for marriage and divorce'
]) # Negative # test case
def test_US_05(self):
""" The function is to test US_05 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = [
"Marriage date Line: 616\nDeath of wife date Line: 60\n"
"The family @F14@ has a death of wife @I4@ before the marriage date."
]
# generating a list of the output from the function
result = [
value for value in US_05(indi_repo._individual, indi_repo._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'The family @F11@ has a death of wife @I7@ before the marriage date.'
]) # Negative # test case
def test_US_06(self):
""" Contains test cases for US_06"""
repository = Repository('../GedcomFiles/US_06.ged')
expected = [
"US_06: Katir /Bala/ Death 1822-01-03 occured prior to the divorce date 1852-07-14"
]
self.assertEqual((US_06(repository._individual, repository._family)),
expected)
def test_US_07(self):
""" Contains test cases for US_07"""
repository = Repository('../GedcomFiles/US_07.ged')
expected = ["Tia /Ale/"]
self.assertEqual(US_07(repository._individual), expected)
def test_US_08(self):
""" The function is to test US_08 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = [
'Family id Line number: 506\n'
'The Father @I1@ is younger than his child @I4@ which is illeagal.',
'Family id Line number: 599\n'
'The Father @I31@ is younger than his child @I33@ which is illeagal.',
'Family id Line number: 618\n'
'The Father @I36@ is younger than his child @I1@ which is illeagal.',
'Family id Line number: 647\n'
'The Mother @I48@ is younger than her child @I42@ which is illeagal.',
'Family id Line number: 652\n'
'The Father @I47@ is younger than his child @I43@ which is illeagal.',
'Family id Line number: 657\n'
'The Father @I44@ is younger than his child @I45@ which is illeagal.'
]
# generating a list of the output from the function
result = [
value for value in US_08(indi_repo._individual, indi_repo._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'The family @F11@ has a death of wife @I7@ before the marriage date.'
]) # Negative # test case
def test_us09(self):
""" The function is to test US_09 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = {
'Family id Line number: 513\n'
'Birth of child @I28@ is before the death of the father @I27@',
'Family id Line number: 513\n'
'Birth of child @I28@ is before the death of the mother @I2@',
'Family id Line number: 522\n'
'Birth of child @I35@ is before the death of the father @I3@',
'Family id Line number: 522\n'
'Birth of child @I35@ is before the death of the mother @I4@',
'Family id Line number: 522\n'
'Birth of child @I31@ is before the death of the father @I3@',
'Family id Line number: 522\n'
'Birth of child @I31@ is before the death of the mother @I4@'
}
# generating a list of the output from the function
result = {
value
for value in US_09(indi_repo._individual, indi_repo._family)
}
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'The family @F11@ has a death of wife @I7@ before the marriage date.'
]) # Negative # test case
def test_us10(self):
""" The function is to test US_10 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = [
'Family id Line number: 506\n'
'The husband @I1@ was younger than 14 at the time of marriage for @F1@',
'Family id Line number: 599\n'
'The husband @I31@ was younger than 14 at the time of marriage for @F13@',
'Family id Line number: 599\n'
'The wife @I32@ was younger than 14 at the time of marriage for @F13@',
'Family id Line number: 608\n'
'The husband @I1@ was younger than 14 at the time of marriage for @F14@',
'Family id Line number: 629\n'
'The husband @I1@ was younger than 14 at the time of marriage for @F20@',
'Family id Line number: 629\n'
'The wife @I25@ was younger than 14 at the time of marriage for @F20@'
]
# generating a list of the output from the function
result = [
value for value in US_10(indi_repo._individual, indi_repo._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'The family @F11@ has a death of wife @I7@ before the marriage date.'
]) # Negative # test case
def test_US_11(self):
""" Tests that husbands and wifes are not married twice at the same time and prints out the cases if so"""
repository = Repository('../GedcomFiles/US_11.ged')
output = [
'Joey /BIng/married twice at the same time',
'Rachel /Green/married twice at the same time'
]
self.assertEqual(US_11(repository), output)
self.assertNotEqual(US_11(repository),
['Ross /Galler married twice on the same time'])
self.assertTrue(
US_11(repository) == [
'Joey /BIng/married twice at the same time',
'Rachel /Green/married twice at the same time'
])
self.assertFalse(
US_11(repository) ==
['Emma /Galler married twice on the same time'])
self.assertTrue(
US_11(repository) !=
['Ross /Galler married twice on the same time'])
def test_US_12(self):
""" Contains test cases for US_12"""
indi_repo: Repository = Repository("../GedcomFiles/US_12.ged")
exp = [
"US_12: Yatinkumar /Shiyani/ with @I27@ is 80 years or older than Mia /Shiyani/ id:{'@I28@'} in line number 398 ",
"US_12: Priyanka /Robinson/ with @I2@ is 60 years or older than Mia /Shiyani/ id:{'@I28@'} in line number 398 "
]
self.assertEqual(US_12(indi_repo._individual, indi_repo._family), exp)
def test_US_13(self):
""" The function helps to test US_13 function"""
expected = {
'The family id @F11@ has twins Emmy /Robinson/ and Sam /Robinson/, Line number: 584',
'The family id @F11@ has twins Emmy /Robinson/ and Jil /Robinson/, Line number: 584',
'The family id @F11@ has twins Jil /Robinson/ and Sam /Robinson/, Line number: 584'
}
self.assertEqual(
set([
item for item in US_13(self.repository._family,
self.repository._individual)
]), expected)
def test_US_14(self):
""" Contains test cases for US_14"""
indi_repo: Repository = Repository("../GedcomFiles/US_14.ged")
exp = [
"US14: @F1@ has more than 5 children born on same date 2005-01-01 in line number 180"
]
self.assertEqual(US_14(indi_repo._individual, indi_repo._family), exp)
def test_US_17(self):
expected = {
'Joey /Robinson/': 'Monica /Geller/',
'Praj /Shah/': 'Gari /Jain/'
}
actual = US_17(self.repository._family.values())
self.assertEqual(expected, actual)
def test_US_18(self):
""" The function helps to test US_18 function"""
expected = {
'@I1@ and @I25@ are siblings and a couple. Line number: 631'
}
result = {
value
for value in US_18(self.repository._family,
self.repository._individual)
}
self.assertEqual(expected, result)
# self.assertEqual(US_18(self.repository_18._family, self.repository_18._individual), expected)
def test_US_19(self):
""" Function that tests user story 19 """
repository = Repository("../GedcomFiles/US_19.ged")
expected = ['US_19: First cousins @I7@ and @I8@ married on line 76']
actual = US_19(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_20(self):
""" The function helps to test US_20 function"""
repository = Repository("../GedcomFiles/US_20.ged")
expected = [
"Individuals @I1@ and @I9@ are uncle/aunt and niece/nephew married on line number 324"
]
self.assertEqual(US_20(repository._family, repository._individual),
expected)
def test_US_21(self):
""" Function that tests user story 21 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'US_21: Sam /Robinson/ gender is supposed to be female but is not on line number 269'
]
actual = US_21(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_22(self):
""" Function that tests user story 22 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = []
actual = US_22(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_23(self):
expected = {'Mike /Robinson/': datetime.date(2021, 7, 2)}
actual = US_23(self.repository._individual)
self.assertEqual(expected, actual)
def test_US_25(self):
""" The function helps to test US_25 function"""
repository = Repository('../GedcomFiles/US_25.ged')
expected: List = [
'The family @F2@ has multiple individuals with same name Joey /Robinson/',
'There are multiple people born on 1980-09-13 date in family @F1@'
]
self.assertEqual(
sorted(US_25(repository._individual, repository._family)),
expected)
self.assertNotEqual(
sorted(US_25(repository._individual, repository._family)), [
'The family @F1@ has multiple individuals with same name Joey /Robinson/',
'There are multiple people born on 1822-01-01 date in family @F1@'
])
self.assertFalse(
US_25(repository._individual, repository._family) == [
'The family @F1@ has multiple individuals with same name Joey /Robinson/',
'There are multiple people born on 1822-01-01 date in family @F1@'
])
self.assertTrue(
US_25(repository._individual, repository._family) == [
'There are multiple people born on 1980-09-13 date in family @F1@',
'The family @F2@ has multiple individuals with same name Joey /Robinson/'
])
self.assertTrue(
sorted(US_25(repository._individual, repository._family)) != [
'The family @F1@ has multiple individuals with same name Joey /Robinson/',
'There are multiple people born on 1822-01-02 date in family @F1@'
])
def test_us_26(self):
indi_repo: Repository = Repository("../GedcomFiles/US_26.ged")
excepted: List = [
'Individual in family:@F1@ is on line number 148',
'Individual in family:@F1@ is on line number 148',
'Individual in family:@F1@ is on line number 148',
'Individual in family:@F3@ is on line number 164',
'Individual in family:@F2@ is on line number 157',
'Individual in family:@F4@ is on line number 173'
]
calculated: List = us_26(indi_repo._individual, indi_repo._family)
self.assertEqual(calculated, excepted)
def test_US_28(self):
repository = Repository('../GedcomFiles/US_28.ged')
expected: List = [
'68 :- Joey /Robinson/ from FamID @F1@ with individual id @I1@ is on line '
'number 14',
'55 :- Mike /Robinson/ from FamID @F1@ with individual id @I5@ is on line '
'number 58',
'48 :- Ben /Mann/ from FamID @F1@ with individual id @I4@ is on line number '
'47'
]
calculated: List = US_28(repository.get_individual(),
repository.get_family())
self.assertEqual(calculated, expected)
def test_us_30(self):
indi_repo: Repository = Repository("../GedcomFiles/US_30.ged")
excepted: List = [
' Seema /Sharma/ is married and alive on line number 32',
' Poonam /Sharma/ is married and alive on line number 41',
' Snehal /Sharma/ is married and alive on line number 51',
' Renu /Sharma/ is married and alive on line number 72'
]
calculated: List = us_30(indi_repo._individual)
self.assertEqual(calculated, excepted)
def test_US_31(self):
""" The function helps to test US_31"""
indi_repo: Repository = Repository("../GedcomFiles/US_31.ged")
expected: List = [
'Line number: 33 Charles /Windsor/is over 30 and still not married'
]
self.assertEqual(US_31(indi_repo._individual), expected)
self.assertNotEqual(US_31(indi_repo._individual),
['William /Robinson/ has recent birthday'])
self.assertFalse(
US_31(indi_repo._individual) ==
['Jim /Robinson/ has recent birthday'])
self.assertTrue(
US_31(indi_repo._individual) == [
'Line number: 33 Charles /Windsor/is over 30 and still '
'not married'
])
self.assertTrue(
US_31(indi_repo._individual) !=
['Smith /Robinson/ has recent birthday'])
def test_us_32(self):
""" this helps to test us_36 function"""
indi_repo: Repository = Repository("../GedcomFiles/US_32_36.ged")
expected: List = [
'Line number:21 The two or more individuals were born at the same time '
'@I1@:David /Cohen/',
'Line number:50 The two or more individuals were born at the same time '
'@I4@:John /Cohen/',
'Line number:59 The two or more individuals were born at the same time '
'@I5@:David /Cohen/'
]
self.assertEqual(us_32(indi_repo._individual), expected)
self.assertNotEqual(us_32(indi_repo._individual), [
'@I2@:David /Cohen/ @I5@:David /Cohen/ The two or more '
'individuals were born at the same time'
])
def test_US_33(self):
""" Tests US33. checks that list all orphans. """
repository = Repository('../GedcomFiles/US_33.ged')
output = ['@I1@ Mia /Shiyani/ has age 17 and is orphan']
self.assertEqual(US_33(repository), output)
self.assertTrue(US_33(repository) == output)
self.assertFalse(
US_33(repository) ==
['@I1@ Yatinkumar /Shiyani/ 13 is orphan and age is less than 18'])
self.assertTrue(
US_33(repository) !=
['@I1@ priyanka /Shiyani/ 16 is orphan and age is less than 18'])
def test_us_34(self):
indi_repo: Repository = Repository("../GedcomFiles/US_34.ged")
excepted: List = [
'Rahul /Sharma/,70 and Pinal /Sharma/ ,22 are the couples who were married when the older spouse was more than as twice as old as the younger spouse on line number 52'
]
calculated: List = us_34(indi_repo._individual, indi_repo._family)
self.assertEqual(calculated, excepted)
def test_us_36(self):
""" The function helps to test us_32 function"""
indi_repo: Repository = Repository("../GedcomFiles/US_32_36.ged")
expected: List = [] # 'Line number:41 Julie /Cohen/ died recently'
self.assertEqual(us_36(indi_repo._individual), expected)
self.assertNotEqual(us_36(indi_repo._individual),
['John /Cohen/ died recently'])
def test_us_37(self):
indi_repo: Repository = Repository("../GedcomFiles/US_37.ged")
excepted: List = [
'Living Spouse: Dhruv /Shah/ and descendant : Saddi /Shah/ on line number 115',
'Living Spouse: Dhiru /Shah/ and descendant : Praj /Shah/ on line number 120',
' Living spouse: Riya /Patel/ and Descendant : Dhiru /Shah/ on line number 128 ',
]
calculated: List = us_37(indi_repo._individual, indi_repo._family)
self.assertEqual(calculated, excepted)
def test_US_38(self):
""" The function helps to test upcoming birthdates"""
indi_repo: Repository = Repository("../GedcomFiles/US_38.ged")
expected: List = [
'Line number 39, Emmy /Robinson/ has upcoming birthday',
'Line number 48, Jil /Robinson/ has upcoming birthday',
'Line number 57, Sam /Robinson/ has upcoming birthday'
]
self.assertEqual(US_38(indi_repo._individual), expected)
self.assertNotEqual(US_38(indi_repo._individual),
['William /Robinson/ has upcoming birthday'])
self.assertFalse(
US_38(indi_repo._individual) ==
['Jim /Robinson/ has recent birthday'])
self.assertTrue(
US_38(indi_repo._individual) == [
'Line number 39, Emmy /Robinson/ has upcoming birthday',
'Line number 48, Jil /Robinson/ has upcoming birthday',
'Line number 57, Sam /Robinson/ has upcoming birthday'
])
self.assertTrue(
US_38(indi_repo._individual) !=
['Smith /Robinson/ has upcoming birthday'])
def test_US_39(self):
""" The function helps to test US_39 function"""
indi_repo = Repository("../GedcomFiles/US_39.ged")
expected = [
'The family id @F4@ have their marriage anniversary in the next 30 days. Line number: 419'
]
self.assertEqual(US_39(indi_repo._family), expected)
def test_US_41(self):
repository = Repository('../GedcomFiles/ssw555_input_file.ged')
individual = repository.get_individual()
self.assertEqual(
individual['@I2@']._birth_date,
datetime.datetime.strptime("1 JAN 1830", '%d %b %Y').date())
def test_US_51(self):
""" The function helps to test US_51 function"""
indi_repo = Repository("../GedcomFiles/US_51.ged")
expected = [
'The family id @F4@ have their marriage anniversary in the next 2 months. Line number: 419'
]
self.assertEqual(US_51(indi_repo._family), expected)
def test_US_52(self):
""" Contains test cases for US_52"""
indi_repo = Repository("../GedcomFiles/US_52.ged")
expected = {
'Ryan /Robinson/', 'Jimmy /Smith/', 'Ginger /Ale/',
'William /Robinson/', 'Sam /Robinson/', 'Miller /Robinson/',
'Joey /Robinson/', 'Max /Robinson/', 'Ross /Robinson/',
'Joss /Parker/', 'Yatinkumar /Shiyani/', 'Ribu /Watson/',
'Mike /Robinson/', 'Ben /Mann/'
}
self.assertEqual(US_52(indi_repo._individual), expected)
def test_US_42(self):
""" Function that tests user story 42 """
repository = Repository('../GedcomFiles/ssw555_input_file.ged')
individual = repository.get_individual()
self.assertEqual(
individual['@I1@']._birth_date,
datetime.datetime.strptime("1 JAN 1850", '%d %b %Y').date())
# def test_US_35(self):
# """ The function helps to test US_35 function """
# repository = Repository('../GedcomFiles/US_35.ged')
# expected: List = ['Emmy /Robinson/ has recent birthday', 'Jil /Robinson/ has recent birthday', 'Sam /Robinson/ has recent birthday']
# self.assertEqual(US_35(repository._individual), expected)
# self.assertNotEqual(US_35(repository._individual), ['William /Robinson/ has recent birthday'])
# self.assertFalse(US_35(repository._individual) == ['Jim /Robinson/ has recent birthday'])
# self.assertTrue(US_35(repository._individual) == ['Emmy /Robinson/ has recent birthday', 'Jil /Robinson/ has recent birthday', 'Sam /Robinson/ has recent birthday'])
# self.assertTrue(US_35(repository._individual) != ['Smith /Robinson/ has recent birthday'])
def test_US_35(self):
"""The function helps to test US_35 function"""
repository = Repository('../GedcomFiles/US_35.ged')
expected: List = [] # 'Jil /Robinson/ has recent birthday'
self.assertEqual(US_35(repository._individual), expected)
self.assertNotEqual(US_35(repository._individual),
['William /Robinson/ has recent birthday'])
self.assertTrue(
US_35(repository._individual) !=
['Smith /Robinson/ has recent birthday'])
def test_deceased(self):
# User story 29
repository = Repository('../GedcomFiles/US_29.ged')
excepted: List = [[
'Joey /Robinson/ on line number 21',
'Ross /Robinson/ on line number 32',
'Monica /Geller/ on line number 43',
'Ben /Mann/ on line number 54',
'Mike /Robinson/ on line number 65',
'Rachel /Green/ on line number 78',
'Ema /Mosbi/ on line number 89',
'William /Robinson/ on line number 100',
'Max /Robinson/ on line number 111',
'Dora /Robinson/ on line number 123',
'Jimmy /Smith/ on line number 144'
]]
expected1: List = [[
'Joey /Robinson/', 'Ross /Robinson/', 'Ben /Mann/',
'Mike /Robinson/', 'Rachel /Green/', 'Ema /Mosbi/',
'William /Robinson/', 'Max /Robinson/', 'Dora /Robinson/',
'Jimmy /Smith/'
]]
excepted2: List = [[
'Joey /Robinson/', 'Ross /Robinson/', 'Monica /Geller/',
'Ben /Mann/', 'Mike /Robinson/', 'Rachel /Green/', 'Ema /Mosbi/',
'William /Robinson/', 'Max /Robinson/', 'Dora /Robinson/',
'Jimmy /Smith/'
], ['Htp /Manan/']]
# calculated = [individual.info_individual() for individual in self.repository._individual.values()]
calculated = [[i for i in US_29(repository)]]
self.assertEqual(sorted(calculated), sorted(excepted))
self.assertNotEqual(calculated, expected1)
self.assertGreaterEqual(len(calculated), len(expected1))
self.assertLess(len(calculated), len(excepted2))
self.assertNotEqual(calculated, excepted2)
def test_US_16(self):
""" Contains test cases for US_16"""
indi_repo: Repository = Repository("../GedcomFiles/US_16.ged")
expected = [
'US_16: Family id @F15@ with father Ribu /Watson/ and son Joey /Robinson/ have different last names on line number 503',
'US_16: Family id @F15@ with father Ribu /Watson/ and son Sam /Robinson/ have different last names on line number 503',
'US_16: Family id @F2@ with father Ross /Robinson/ and son Ben /Mann/ have different last names on line number 407',
'US_16: Family id @F2@ with father Ross /Robinson/ and son Ginger /Ale/ have different last names on line number 407'
]
self.assertEqual(US_16(indi_repo._individual, indi_repo._family),
expected)
def test_US_15(self):
""" Contains test cases for US_15"""
indi_repo: Repository = Repository("../GedcomFiles/US_15.ged")
expected = [
"US:15 Family id:@F1@ has 15 or more children on line number 180"
]
self.assertEqual(US_15(indi_repo._family), expected)
def test_US_21(self):
""" Function that tests user story 21 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'US_21: Sam /Robinson/ gender is supposed to be female but is not on line number 269'
]
actual = US_21(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_22(self):
""" Function that tests user story 21 """
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = []
actual = US_22(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_43(self):
""" Contains test cases for US_43"""
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'Emmy /Robinson/ is divorced and alive on line number 151',
'Tia /Ale/ is divorced and alive on line number 324',
'Micheal /Mia/ is divorced and alive on line number 343',
'Mike /Robinson/ is divorced and alive on line number 333'
]
actual = US_43(repository.get_individual(), repository.get_family())
self.assertEqual(expected, actual)
def test_US_44(self):
""" Contains test cases for US_44"""
repository = Repository("../GedcomFiles/SSW_555_updatedwithUS_2_3.ged")
expected = [
'Priyanka /Robinson/ is alive and age is more than 100 years old on line '
'number 34',
'Emmy /Robinson/ is alive and age is more than 100 years old on line number '
'151',
'Yatinkumar /Shiyani/ is alive and age is more than 100 years old on line '
'number 292',
'Ginger /Ale/ is alive and age is more than 100 years old on line number 312',
'Tia /Ale/ is alive and age is more than 100 years old on line number 324'
]
actual = US_44(repository.get_individual())
self.assertEqual(expected, actual)
def test_us_45(self):
indi_repo: Repository = Repository("../GedcomFiles/US_45.ged")
excepted: List = [
'Rahul /Sharma/ on line number 21',
'Riya /Sharma/ on line number 41'
]
calculated = [i for i in us_45(indi_repo)]
self.assertEqual(calculated, excepted)
def test_us_46(self):
indi_repo: Repository = Repository("../GedcomFiles/US_46.ged")
excepted: List = [
' Tina /Sharma/ is married and dead on line number 30',
' Kiran /Sharma/ is married and '
'dead on line number 51'
]
calculated: List = us_46(indi_repo._individual)
self.assertEqual(calculated, excepted)
def test_US_47(self):
""" The function is to test US_47 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = [
'Wife @I2@ is 25 or more year older than husband @I1@.',
'Wife @I12@ is 25 or more year older than husband @I13@.',
'Husband @I38@ is 25 or more year older than wife @I39@.',
'Husband @I1@ is 25 or more year older than wife @I25@.',
'Husband @I42@ is 25 or more year older than wife @I41@.',
'Husband @I49@ is 25 or more year older than wife @I48@.',
'Wife @I46@ is 25 or more year older than husband @I47@.',
'Wife @I41@ is 25 or more year older than husband @I44@.'
]
# generating a list of the output from the function
result = [
value for value in US_47(indi_repo._individual, indi_repo._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'Birthdate "2022-01-01" for individual id @I1@ is illeagal',
'Birthdate "2020-12-06" for individual id @I13@ is illeagal'
]) # Negative test case
def test_US_48(self):
""" The function is to test US_48 function"""
indi_repo: Repository = Repository(
'../GedcomFiles/ssw555_input_file.ged')
# The expected output
expected = [
'Wife @I2@ is older than husband @I1@.',
'Wife @I2@ is older than husband @I27@.',
'Wife @I2@ is older than husband @I26@.',
'Wife @I4@ is older than husband @I1@.',
'Wife @I46@ is older than husband @I47@.',
'Wife @I41@ is older than husband @I44@.'
]
# generating a list of the output from the function
result = [
value for value in US_48(indi_repo._individual, indi_repo._family)
]
self.assertEqual(result, expected) # positive test result
self.assertFalse(result == [
'Birthdate "2022-01-01" for individual id @I1@ is illeagal',
'Birthdate "2020-12-06" for individual id @I13@ is illeagal'
]) # Negative test case
def test_US_55(self):
""" The function helps to test US_55"""
indi_repo: Repository = Repository("../GedcomFiles/US_55_56.ged")
expected: List = [
'Line number 39,William /Parker Bowles/ has illegal birthdate',
'Line number 47,Harry /Parker Bowles/ has illegal birthdate',
'Line number 58,Michael /Parker Bowles/ has illegal deathdate'
]
self.assertEqual(US_55(indi_repo._individual), expected)
self.assertNotEqual(
US_55(indi_repo._individual),
['Line number: 50 Anne /Parker Bowles/is below 30 and married'])
def test_US_56(self):
""" The function helps to test US_56"""
indi_repo: Repository = Repository("../GedcomFiles/US_55_56.ged")
indi_repo.individual_pretty_table()
expected: List = [
'Line number: 15 Camila /Parker Bowles/is below 30 and married',
'Line number: 24 Andrew /Parker Bowles/is below 30 and married'
]
self.assertEqual(US_56(indi_repo._individual), expected)
self.assertNotEqual(
US_56(indi_repo._individual),
'Line number: 25 Andrew /Parker Bowles/is below 30 and married')
def test_US_49(self):
""" Function that tests user story 49. """
expected = {
'Ross /Robinson/', 'Mike /Robinson/', 'Sam /Robinson/',
'Miller /Robinson/', 'Joey /Robinson/', 'Emmy /Robinson/'
}
actual = US_49(self.repository.get_individual())
self.assertEqual(expected, actual)
def test_US_50(self):
""" Function that tests user story 50. """
expected = {
'Priyanka /Robinson/', 'Miller /Robinson/', 'Monica /Geller/',
'Mike /Robinson/', 'Gari /Jain/', 'Joey /Robinson/',
'Ross /Robinson/'
}
actual = US_50(self.repository.get_family())
self.assertEqual(expected, actual)
def test_US_53(self):
""" Contains test cases for US_53"""
indi_repo: Repository = Repository("../GedcomFiles/US_53.ged")
exp = [
"US_53: Husband Katir /Bala/ with @I2@ has the same name as wife Katir /Bala/ with @I3@ in line number 180 "
]
self.assertEqual(US_53(indi_repo._individual, indi_repo._family), exp)
def test_US_54(self):
""" Contains test cases for US_54"""
indi_repo: Repository = Repository("../GedcomFiles/US_53.ged")
exp = [
"US_54: Katir /Bala/ with @I3@ is younger than child Pia /Ale/ in line number 180 "
]
self.assertEqual(US_54(indi_repo._individual, indi_repo._family), exp)
def main():
""" Function that runs all the user stories and prints their results. """
sys.stdout = Logger()
# Creating an object of class Repository that will contains both individual and family dictionaries.
# Pass the path of your GEDCOM file as a parameter below.
repository = Repository("../GedcomFiles/ssw555_input_file.ged")
individual = repository.get_individual()
family = repository.get_family()
# Prints individual pretty table.
repository.individual_pretty_table()
# Prints family pretty table.
repository.family_pretty_table()
for item in US_01(individual, family):
print(item)
for item in US_2(individual, family):
print(item)
for item in US_3(individual):
print(item)
for item in US_04(family):
print(item)
for item in US_05(individual, family):
print(f"US_05: {item}")
for item in US_08(individual, family):
print(f"US_08: {item}")
for item in US_06(individual, family):
print(f"{item}")
for item in US_07(individual):
print(f"US_07: {item} age is greater than 150 years")
for item in US_09(individual, family):
print(f"US_09: {item}")
for item in US_10(individual, family):
print(f"US_10: {item}")
for item in US_11(repository):
print(f"US_11: {item}")
for item in US_12(individual, family):
print(f"US_12: {item}")
for item in US_13(family, individual):
print(f"US13: {item}")
for item in US_14(individual, family):
print(f"US_14: {item}")
for item in US_15(family):
print(f"{item} ")
for item in US_16(individual, family):
print(f"{item}")
for key, value in US_17(family.values()).items():
print(f"US_17: Parents married to their children: {key} and {value}.")
for item in US_18(family, individual):
print(f"US18: {item}")
for item in US_19(individual, family):
print(item)
for item in US_20(family, individual):
print(f"US_20: {item}")
for item in US_21(individual, family):
print(f"US_21: {item}")
for item in US_22(individual, family):
print(f"US_22: {item}")
for key, value in US_23(individual).items():
print(
f"US_23: Multiple individuals with name {key} born on {value} exists."
)
for item in US_24(family):
print(f"US_24: {item}")
for item in US_25(individual, family):
print(f"US_25: {item}")
for item in us_26(individual, family):
print(f"US_26: {item}")
for item in US_28(individual, family):
print(f"US_28: Age {item}")
for item in US_29(repository):
print(f"US_29: {item} is deceased individual")
for item in us_30(individual):
print(f"US_30: {item} is deceased individual")
for item in US_31(individual):
print(f"US_31: {item} is deceased individual")
for item in us_32(individual):
print(f"US_32: {item}")
for item in US_33(repository):
print(f"US_33: {item}")
for item in us_34(individual, family):
print(f"US_34: {item}")
for item in US_35(individual):
print(f"US_35: {item}")
for item in us_36(individual):
print(f"US_36: {item}")
for item in US_51(family):
print(f"US_51: {item}")
for item in US_52(individual):
print(f"US_52: {item}")
for item in US_16(individual, family):
print(f"{item}")
for item in US_21(individual, family):
print(item)
for item in US_22(individual, family):
print(item)
for item in US_43(individual, family):
print("US_43:", item)
for item in US_44(individual):
print("US_44:", item)
for individual_id, individual_information in individual.items():
print(individual_id, individual_information.get_line_numbers())
for item in us_37(individual, family):
print(f"US_37: {item}")
for item in US_38(individual):
print(f"US_38: {item} is deceased individual")
for item in US_39(family):
print(f"US_39: {item}")
for item in us_45(individual):
print(f"US_45: {item}")
for item in us_46(individual):
print(f"US_46: {item}")
for item in US_47(individual, family):
print(f"US_47: {item}")
for item in US_48(individual, family):
print(f"US_48: {item}")
for item in US_55(individual):
print(f"US_55: {item}")
for item in US_56(individual):
print(f"US_56: {item}")
for item in US_49(individual):
print(f'US_49: Multiple individuals with name {item} present.')
for item in US_50(family):
print(f'US_50: Individual {item} married more than once.')
for item in US_53(individual, family):
print(item)
for item in US_54(individual, family):
print(item)
