def test_add_child(self):
result = self.ftree.add_child("Father", "Male")
self.assertEqual(result, constants.CHILD_ADDITION_SUCCEEDED)
self.assertEqual(
self.ftree.family_tree.get("Father", None) is not None,
True
)
self.assertEqual(
self.ftree.add_child("Zim", "Male", "Mother"),
constants.PERSON_NOT_FOUND
)
self.assertEqual(
self.ftree.add_child("Zim", "Male", "Father"),
constants.CHILD_ADDITION_FAILED
)
mother = Member(2, "Mother", "Female")
mother.spouse = self.ftree.family_tree["Father"]
self.ftree.family_tree["Father"].set_spouse(mother)
self.ftree.family_tree["Mother"] = mother
self.assertEqual(
self.ftree.add_child("Zim", "Male", "Mother"),
constants.CHILD_ADDITION_SUCCEEDED
)
self.assertEqual(
self.ftree.add_child("Zim", "Male", "Mother"),
constants.CHILD_ADDITION_FAILED
)
self.assertEqual(
self.ftree.family_tree.get("Zim", None) is not None,
True
)
def add_spouse(self, name, gender, spouse_name):
"""
-> Set spouse names for both entities
"""
_id = len(self.family_tree.keys()) + 1
member = Member(_id, name, gender)
if not self.family_tree:
return constants.SPOUSE_ADDITION_FAILED
if name in self.family_tree:
return constants.SPOUSE_ADDITION_FAILED
spouse = self.family_tree.get(spouse_name, None)
if not spouse:
return constants.PERSON_NOT_FOUND
if spouse.gender == member.gender:
return constants.SPOUSE_ADDITION_FAILED
if spouse.spouse is not None:
return constants.SPOUSE_ADDITION_FAILED
try:
member.set_spouse(self.family_tree[spouse.name])
self.family_tree[spouse.name].set_spouse(member)
self.family_tree[name] = member
return constants.SPOUSE_ADDITION_SUCCEEDED
except ValueError:
return constants.SPOUSE_ADDITION_FAILED
def test_get_siblings(self):
member = Member(5, "Dummy", "Male")
mother = Member(9, "Mother", "Female")
son = Member(7, "Son", "Male")
daughter = Member(7, "Daughter", "Female")
self.assertEqual(member.get_siblings(), [])
member.mother = mother
self.assertEqual(member.get_siblings(), [])
mother.children.extend([member, son, daughter])
member.mother = mother
siblings = member.get_siblings()
self.assertEqual(len(siblings), 2)
def test_set_mother(self):
mother_demo_a = "mother_demo_a"
mother_demo_b = Member(2, "MotherDemoB", "Male")
mother_demo_c = Member(3, "Mom", "Female")
# error case
self.assertRaises(ValueError, self.member.set_mother, mother_demo_a)
self.assertRaises(ValueError, self.member.set_mother, mother_demo_b)
# success case
self.member.set_mother(mother_demo_c)
self.assertEqual(self.member.mother.name, "Mom")
self.assertEqual(self.member.mother.gender, Gender.female)
def test_set_spouse(self):
spouse_demo_a = "spouse_demo_a"
spouse_demo_b = Member(2, "SpouseDemoB", "Male")
spouse_demo_c = Member(3, "Wife", "Female")
# error case
self.assertRaises(ValueError, self.member.set_spouse, spouse_demo_a)
self.assertRaises(ValueError, self.member.set_spouse, spouse_demo_b)
# success case
self.member.set_spouse(spouse_demo_c)
self.assertEqual(self.member.spouse.name, "Wife")
self.assertEqual(self.member.spouse.gender, Gender.female)
def test_set_father(self):
father_demo_a = "family_demo_a"
father_demo_b = Member(2, "FatherDemoB", "Female")
father_demo_c = Member(3, "Dad", "Male")
# error case
self.assertRaises(ValueError, self.member.set_father, father_demo_a)
self.assertRaises(ValueError, self.member.set_father, father_demo_b)
# success case
self.member.set_father(father_demo_c)
self.assertEqual(self.member.father.name, "Dad")
self.assertEqual(self.member.father.gender, Gender.male)
def test_get_relationship(self, mock_get_relationship):
self.assertEqual(self.ftree.get_relationship("Zim", "brother_in_law"),
constants.PERSON_NOT_FOUND)
self.ftree.family_tree["Zim"] = Member(1, "Zim", "Male")
self.assertEqual(self.ftree.get_relationship("Zim", "brother_in_law"),
constants.NONE)
self.assertEqual(self.ftree.get_relationship("Zim", "brother_in_law"),
"Zim Wife")
def test_add_spouse(self):
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "Zim"),
constants.SPOUSE_ADDITION_FAILED
)
dummy_member = Member(1, "DummyMember", "Male")
self.ftree.family_tree['DummyMember'] = dummy_member
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "Zim"),
constants.PERSON_NOT_FOUND
)
spouse_a = Member(1, "FakeMember", "Female")
spouse_b = Member(1, "AlreadyMarriedMember", "Male")
spouse_b.set_spouse(spouse_a)
spouse_c = Member(1, "Zim", "Male")
self.ftree.family_tree["FakeMember"] = spouse_a
self.ftree.family_tree["AlreadyMarriedMember"] = spouse_b
self.ftree.family_tree["Zim"] = spouse_c
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "FakeMember"),
constants.SPOUSE_ADDITION_FAILED
)
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "AlreadyMarriedMember"),
constants.SPOUSE_ADDITION_FAILED
)
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "Zim"),
constants.SPOUSE_ADDITION_SUCCEEDED
)
self.assertEqual(
self.ftree.add_spouse("Wife", "Female", "Zim"),
constants.SPOUSE_ADDITION_FAILED
)
def test_get_spouse_mother(self):
member = Member(9, "Newmember", "Male")
spouse = Member(10, "Newmember_spouse", "Female")
spouse_mother = Member(11, "Newmember_spousemother", "Female")
# error cases
self.assertEqual(member.get_spouse_mother(), None)
member.spouse = spouse
self.assertEqual(member.get_spouse_mother(), None)
member.spouse.mother = spouse_mother
self.assertEqual(member.get_spouse_mother(), spouse_mother)
def test_get_maternal_grandmother(self):
member = Member(9, "Newmember", "Male")
mother = Member(10, "Newmember_mother", "Female")
grandmother = Member(11, "Newmember_grandmother", "Female")
# error cases
self.assertEqual(member.get_paternal_grandmother(), None)
member.mother = mother
self.assertEqual(member.get_paternal_grandmother(), None)
member.mother.mother = grandmother
self.assertEqual(member.get_maternal_grandmother(), grandmother)
def test_add_child(self):
child_demo_a = "child_demo_a"
child_demo_b = Member(4, "Daughter", "Female")
# error case
self.assertRaises(ValueError, self.member.add_child, child_demo_a)
# success case
self.member.add_child(child_demo_b)
self.assertEqual(len(self.member.children), 1)
self.assertEqual(self.member.children[0].name, "Daughter")
self.assertEqual(self.member.children[0].gender, Gender.female)
def add_child(self, name, gender, mother_name=None):
"""
-> Add children to the list of sons, if gender is Male
-> Add children to the list of daughters, if gender is Female
-> Raise Error Otherwise
"""
_id = len(self.family_tree.keys()) + 1
member = Member(_id, name, gender)
if not self.family_tree:
self.family_tree[name] = member
return constants.CHILD_ADDITION_SUCCEEDED
if name in self.family_tree:
return constants.CHILD_ADDITION_FAILED
mother = self.family_tree.get(mother_name, None)
if not mother:
return constants.PERSON_NOT_FOUND
if mother.gender != Gender.female:
return constants.CHILD_ADDITION_FAILED
father = mother.spouse
if not father:
return constants.CHILD_ADDITION_FAILED
try:
member.set_mother(mother)
member.set_father(father)
self.family_tree[mother_name].add_child(member)
self.family_tree[father.name].add_child(member)
self.family_tree[name] = member
return constants.CHILD_ADDITION_SUCCEEDED
except ValueError:
return constants.CHILD_ADDITION_FAILED
def test_get_daughter(self):
member = Member(5, "Dummy", "Male")
son = Member(7, "Son", "Male")
daughter = Member(7, "Daughter", "Female")
self.assertEqual(member.get_daughter(), [])
member.children.append(son)
self.assertEqual(member.get_daughter(), [])
member.children.append(daughter)
daughters = member.get_daughter()
self.assertEqual(len(daughters), 1)
self.assertEqual(daughters[0].name, "Daughter")
self.assertEqual(daughters[0].gender, Gender.female)
def test_get_paternal_uncle(self, mock_get_paternal_grandmother):
self.member.father = Member(3, "Dad", "Male")
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(isinstance(
self.member.get_paternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
paternal_uncle = self.member.get_paternal_uncle()
self.assertEqual(len(paternal_uncle), 1)
self.assertEqual(paternal_uncle[0].name, "Uncle")
self.assertEqual(paternal_uncle[0].gender, Gender.male)
# to check that the mock_get_paternal_grandmother was called instead
# of self.member.get_paternal_grandmother
mock_get_paternal_grandmother.assert_called_with()
def test_get_maternal_aunt(self, mock_get_maternal_grandmother):
self.member.mother = Member(3, "Mom", "Female")
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(isinstance(
self.member.get_maternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
maternal_aunts = self.member.get_maternal_aunt()
self.assertEqual(len(maternal_aunts), 1)
self.assertEqual(maternal_aunts[0].name, "Aunt")
self.assertEqual(maternal_aunts[0].gender, Gender.female)
# to check that the mock_get_paternal_grandmother was called instead of
# self.member.get_paternal_grandmother
mock_get_maternal_grandmother.assert_called_with()
def setUp(self):
self.member = Member(1, "Zim", "Male")
self.mother = Member(2, "Mother", "Female")
self.father = Member(3, "Dad", "Male")
self.mothers_sister_a = Member(4, "MaternalAuntA", "Female")
self.mothers_sister_b = Member(5, "MaternalAuntB", "Female")
self.mothers_brother_a = Member(6, "MaternalUncleA", "Male")
self.mothers_brother_b = Member(7, "MaternalUncleB", "Male")
self.fathers_sister_a = Member(8, "PaternalAuntA", "Female")
self.fathers_sister_b = Member(9, "PaternalAuntB", "Female")
self.fathers_brother_a = Member(10, "PaternalUncleA", "Male")
self.fathers_brother_b = Member(11, "PaternalUncleB", "Male")
self.spouse = Member(12, "Wife", "Female")
self.brother_a = Member(13, "BrotherA", "Male")
self.brother_b = Member(14, "BrotherB", "Male")
self.sister_a = Member(15, "SisterA", "Female")
self.sister_b = Member(16, "SisterB", "Female")
self.son_a = Member(17, "SonA", "Male")
self.son_b = Member(18, "SonB", "Male")
self.daughter_a = Member(19, "DaughterA", "Female")
self.daughter_b = Member(20, "DaughterB", "Female")
self.paternal_grandmother = Member(21, "PaternalGrandmother", "Female")
self.maternal_grandmother = Member(22, "MaternalGrandmother", "Female")
# adding our parents
self.member.set_mother(self.mother)
self.member.set_father(self.father)
# adding our siblings
self.father.add_child(self.brother_a)
self.father.add_child(self.brother_b)
self.father.add_child(self.sister_a)
self.father.add_child(self.sister_b)
self.father.add_child(self.member)
self.mother.add_child(self.brother_a)
self.mother.add_child(self.brother_b)
self.mother.add_child(self.sister_a)
self.mother.add_child(self.sister_b)
self.mother.add_child(self.member)
# add spouse
self.member.set_spouse(self.spouse)
self.spouse.set_spouse(self.member)
# adding our paternal aunt/uncle s
self.paternal_grandmother.add_child(self.fathers_sister_a)
self.paternal_grandmother.add_child(self.fathers_sister_b)
self.paternal_grandmother.add_child(self.fathers_brother_a)
self.paternal_grandmother.add_child(self.fathers_brother_b)
self.paternal_grandmother.add_child(self.father)
self.father.set_mother(self.paternal_grandmother)
# adding our maternal aunt/uncle s
self.maternal_grandmother.add_child(self.mothers_sister_a)
self.maternal_grandmother.add_child(self.mothers_sister_b)
self.maternal_grandmother.add_child(self.mothers_brother_a)
self.maternal_grandmother.add_child(self.mothers_brother_b)
self.maternal_grandmother.add_child(self.mother)
self.mother.set_mother(self.maternal_grandmother)
# adding our sons and daughters
self.member.add_child(self.son_a)
self.member.add_child(self.son_b)
self.member.add_child(self.daughter_a)
self.member.add_child(self.daughter_b)
class TestMember(TestCase):
def setUp(self):
self.member = Member(1, "Zim", "Male")
self.mother = Member(2, "Mother", "Female")
self.father = Member(3, "Dad", "Male")
self.mothers_sister_a = Member(4, "MaternalAuntA", "Female")
self.mothers_sister_b = Member(5, "MaternalAuntB", "Female")
self.mothers_brother_a = Member(6, "MaternalUncleA", "Male")
self.mothers_brother_b = Member(7, "MaternalUncleB", "Male")
self.fathers_sister_a = Member(8, "PaternalAuntA", "Female")
self.fathers_sister_b = Member(9, "PaternalAuntB", "Female")
self.fathers_brother_a = Member(10, "PaternalUncleA", "Male")
self.fathers_brother_b = Member(11, "PaternalUncleB", "Male")
self.spouse = Member(12, "Wife", "Female")
self.brother_a = Member(13, "BrotherA", "Male")
self.brother_b = Member(14, "BrotherB", "Male")
self.sister_a = Member(15, "SisterA", "Female")
self.sister_b = Member(16, "SisterB", "Female")
self.son_a = Member(17, "SonA", "Male")
self.son_b = Member(18, "SonB", "Male")
self.daughter_a = Member(19, "DaughterA", "Female")
self.daughter_b = Member(20, "DaughterB", "Female")
self.paternal_grandmother = Member(21, "PaternalGrandmother", "Female")
self.maternal_grandmother = Member(22, "MaternalGrandmother", "Female")
# adding our parents
self.member.set_mother(self.mother)
self.member.set_father(self.father)
# adding our siblings
self.father.add_child(self.brother_a)
self.father.add_child(self.brother_b)
self.father.add_child(self.sister_a)
self.father.add_child(self.sister_b)
self.father.add_child(self.member)
self.mother.add_child(self.brother_a)
self.mother.add_child(self.brother_b)
self.mother.add_child(self.sister_a)
self.mother.add_child(self.sister_b)
self.mother.add_child(self.member)
# add spouse
self.member.set_spouse(self.spouse)
self.spouse.set_spouse(self.member)
# adding our paternal aunt/uncle s
self.paternal_grandmother.add_child(self.fathers_sister_a)
self.paternal_grandmother.add_child(self.fathers_sister_b)
self.paternal_grandmother.add_child(self.fathers_brother_a)
self.paternal_grandmother.add_child(self.fathers_brother_b)
self.paternal_grandmother.add_child(self.father)
self.father.set_mother(self.paternal_grandmother)
# adding our maternal aunt/uncle s
self.maternal_grandmother.add_child(self.mothers_sister_a)
self.maternal_grandmother.add_child(self.mothers_sister_b)
self.maternal_grandmother.add_child(self.mothers_brother_a)
self.maternal_grandmother.add_child(self.mothers_brother_b)
self.maternal_grandmother.add_child(self.mother)
self.mother.set_mother(self.maternal_grandmother)
# adding our sons and daughters
self.member.add_child(self.son_a)
self.member.add_child(self.son_b)
self.member.add_child(self.daughter_a)
self.member.add_child(self.daughter_b)
def test_set_methods(self):
# test parents
self.assertEqual(self.member.mother.name, "Mother")
self.assertEqual(self.member.father.name, "Dad")
self.assertEqual(self.member in self.member.father.children, True)
self.assertEqual(self.member in self.member.mother.children, True)
# test siblings
self.assertEqual(len(self.member.mother.children), 5)
self.assertEqual(self.brother_a in self.member.mother.children, True)
self.assertEqual(self.brother_b in self.member.mother.children, True)
self.assertEqual(self.sister_a in self.member.mother.children, True)
self.assertEqual(self.sister_b in self.member.mother.children, True)
self.assertEqual(len(self.member.father.children), 5)
self.assertEqual(self.brother_a in self.member.father.children, True)
self.assertEqual(self.brother_b in self.member.father.children, True)
self.assertEqual(self.sister_a in self.member.father.children, True)
self.assertEqual(self.sister_b in self.member.father.children, True)
# test spouse
self.assertEqual(self.member.spouse.name, "Wife")
# test paternal/maternal aunts and uncles
self.assertEqual(len(self.member.mother.mother.children), 5)
self.assertEqual(
self.mothers_brother_a in self.member.mother.mother.children, True)
self.assertEqual(
self.mothers_brother_b in self.member.mother.mother.children, True)
self.assertEqual(
self.mothers_sister_a in self.member.mother.mother.children, True)
self.assertEqual(
self.mothers_sister_b in self.member.mother.mother.children, True)
self.assertEqual(self.mother in self.member.mother.mother.children,
True)
self.assertEqual(len(self.member.father.mother.children), 5)
self.assertEqual(
self.fathers_brother_a in self.member.father.mother.children, True)
self.assertEqual(
self.fathers_brother_b in self.member.father.mother.children, True)
self.assertEqual(
self.fathers_sister_a in self.member.father.mother.children, True)
self.assertEqual(
self.fathers_sister_b in self.member.father.mother.children, True)
self.assertEqual(self.father in self.member.father.mother.children,
True)
# test children
self.assertEqual(len(self.member.children), 4)
self.assertEqual(self.son_a in self.member.children, True)
self.assertEqual(self.son_b in self.member.children, True)
self.assertEqual(self.daughter_a in self.member.children, True)
self.assertEqual(self.daughter_b in self.member.children, True)
def test_get_relationship_methods(self):
self.assertEqual(len(self.member.get_relationship("paternal_aunt")), 2)
self.assertEqual(len(self.member.get_relationship("paternal_uncle")),
2)
self.assertEqual(len(self.member.get_relationship("maternal_aunt")), 2)
self.assertEqual(len(self.member.get_relationship("maternal_uncle")),
2)
self.assertEqual(len(self.member.get_relationship("siblings")), 4)
self.assertEqual(len(self.member.get_relationship("son")), 2)
self.assertEqual(len(self.member.get_relationship("daughter")), 2)
self.assertEqual(
len(self.member.spouse.get_relationship("brother_in_law")), 2)
self.assertEqual(
len(self.member.spouse.get_relationship("sister_in_law")), 2)
def test_get_relationship(self):
self.assertEqual(
self.ftree.get_relationship("Zim", "brother_in_law"),
constants.PERSON_NOT_FOUND
)
member = Member(1, "Zim", "Male")
son_a = Member(2, "SonA", "Male")
son_b = Member(3, "SonB", "Male")
member.add_child(son_b)
member.add_child(son_a)
son_a.set_father(member)
son_b.set_father(member)
self.ftree.family_tree["Zim"] = member
self.ftree.family_tree["SonA"] = son_a
self.ftree.family_tree["SonB"] = son_b
self.assertEqual(
self.ftree.get_relationship("Zim", "daughter"),
constants.NONE
)
self.assertEqual(
self.ftree.get_relationship("Zim", "son"), "SonA SonB")
def setUp(self):
self.member = Member(1, "Zim", "Male")
class TestMember(TestCase):
def setUp(self):
self.member = Member(1, "Zim", "Male")
def test_initialization(self):
# check instance
self.assertEqual(isinstance(self.member, Member), True)
# check properties
self.assertEqual(self.member.id, 1)
self.assertEqual(self.member.name, "Zim")
self.assertEqual(self.member.gender, Gender.male)
self.assertEqual(self.member.mother, None)
self.assertEqual(self.member.father, None)
self.assertEqual(self.member.spouse, None)
self.assertEqual(self.member.children, [])
# edge case for gender
self.assertRaises(ValueError, Member, 2, "SomeOtherPerson", "Queer")
def test_set_mother(self):
mother_demo_a = "mother_demo_a"
mother_demo_b = Member(2, "MotherDemoB", "Male")
mother_demo_c = Member(3, "Mom", "Female")
# error case
self.assertRaises(ValueError, self.member.set_mother, mother_demo_a)
self.assertRaises(ValueError, self.member.set_mother, mother_demo_b)
# success case
self.member.set_mother(mother_demo_c)
self.assertEqual(self.member.mother.name, "Mom")
self.assertEqual(self.member.mother.gender, Gender.female)
def test_set_father(self):
father_demo_a = "family_demo_a"
father_demo_b = Member(2, "FatherDemoB", "Female")
father_demo_c = Member(3, "Dad", "Male")
# error case
self.assertRaises(ValueError, self.member.set_father, father_demo_a)
self.assertRaises(ValueError, self.member.set_father, father_demo_b)
# success case
self.member.set_father(father_demo_c)
self.assertEqual(self.member.father.name, "Dad")
self.assertEqual(self.member.father.gender, Gender.male)
def test_set_spouse(self):
spouse_demo_a = "spouse_demo_a"
spouse_demo_b = Member(2, "SpouseDemoB", "Male")
spouse_demo_c = Member(3, "Wife", "Female")
# error case
self.assertRaises(ValueError, self.member.set_spouse, spouse_demo_a)
self.assertRaises(ValueError, self.member.set_spouse, spouse_demo_b)
# success case
self.member.set_spouse(spouse_demo_c)
self.assertEqual(self.member.spouse.name, "Wife")
self.assertEqual(self.member.spouse.gender, Gender.female)
def test_add_child(self):
child_demo_a = "child_demo_a"
child_demo_b = Member(4, "Daughter", "Female")
# error case
self.assertRaises(ValueError, self.member.add_child, child_demo_a)
# success case
self.member.add_child(child_demo_b)
self.assertEqual(len(self.member.children), 1)
self.assertEqual(self.member.children[0].name, "Daughter")
self.assertEqual(self.member.children[0].gender, Gender.female)
def test_get_paternal_grandmother(self):
member = Member(9, "Newmember", "Male")
father = Member(10, "Newmember_father", "Male")
grandmother = Member(11, "Newmember_grandmother", "Female")
# error cases
self.assertEqual(member.get_paternal_grandmother(), None)
member.father = father
self.assertEqual(member.get_paternal_grandmother(), None)
member.father.mother = grandmother
self.assertEqual(member.get_paternal_grandmother(), grandmother)
def test_get_maternal_grandmother(self):
member = Member(9, "Newmember", "Male")
mother = Member(10, "Newmember_mother", "Female")
grandmother = Member(11, "Newmember_grandmother", "Female")
# error cases
self.assertEqual(member.get_paternal_grandmother(), None)
member.mother = mother
self.assertEqual(member.get_paternal_grandmother(), None)
member.mother.mother = grandmother
self.assertEqual(member.get_maternal_grandmother(), grandmother)
def test_get_spouse_mother(self):
member = Member(9, "Newmember", "Male")
spouse = Member(10, "Newmember_spouse", "Female")
spouse_mother = Member(11, "Newmember_spousemother", "Female")
# error cases
self.assertEqual(member.get_spouse_mother(), None)
member.spouse = spouse
self.assertEqual(member.get_spouse_mother(), None)
member.spouse.mother = spouse_mother
self.assertEqual(member.get_spouse_mother(), spouse_mother)
@patch('family_tree.member.Member.get_paternal_grandmother', side_effect=[
None,
create_fake_member(),
create_fake_member(children=[Member(3, "Dad", "Male")]),
create_fake_member(children=[
Member(3, "Dad", "Male"),
Member(4, "Uncle", "Male")
]),
create_fake_member(children=[
Member(3, "Dad", "Male"),
Member(4, "Uncle", "Male"),
Member(5, "Aunt", "Female")
])
])
def test_get_paternal_aunt(self, mock_get_paternal_grandmother):
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(
isinstance(self.member.get_paternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_paternal_aunt(), [])
self.assertEqual(self.member.get_paternal_aunt(), [])
self.assertEqual(self.member.get_paternal_aunt(), [])
self.assertEqual(self.member.get_paternal_aunt(), [])
paternal_aunts = self.member.get_paternal_aunt()
self.assertEqual(len(paternal_aunts), 1)
self.assertEqual(paternal_aunts[0].name, "Aunt")
self.assertEqual(paternal_aunts[0].gender, Gender.female)
# to check that the mock_get_paternal_grandmother was called instead
# of self.member.get_paternal_grandmother
mock_get_paternal_grandmother.assert_called_with()
@patch('family_tree.member.Member.get_paternal_grandmother', side_effect=[
None,
create_fake_member(),
create_fake_member(children=[Member(3, "Dad", "Male")]),
create_fake_member(children=[
Member(3, "Aunt", "Female"),
Member(4, "Dad", "Male")
]),
create_fake_member(children=[
Member(3, "Dad", "Male"),
Member(4, "Uncle", "Male"),
Member(5, "Aunt", "Female")
])
])
def test_get_paternal_uncle(self, mock_get_paternal_grandmother):
self.member.father = Member(3, "Dad", "Male")
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(isinstance(
self.member.get_paternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
self.assertEqual(self.member.get_paternal_uncle(), [])
paternal_uncle = self.member.get_paternal_uncle()
self.assertEqual(len(paternal_uncle), 1)
self.assertEqual(paternal_uncle[0].name, "Uncle")
self.assertEqual(paternal_uncle[0].gender, Gender.male)
# to check that the mock_get_paternal_grandmother was called instead
# of self.member.get_paternal_grandmother
mock_get_paternal_grandmother.assert_called_with()
@patch('family_tree.member.Member.get_maternal_grandmother', side_effect=[
None,
create_fake_member(),
create_fake_member(children=[Member(3, "Mom", "Female")]),
create_fake_member(children=[
Member(3, "Mom", "Female"),
Member(4, "Uncle", "Male")
]),
create_fake_member(children=[
Member(3, "Mom", "Female"),
Member(4, "Uncle", "Male"),
Member(5, "Aunt", "Female")
])
])
def test_get_maternal_aunt(self, mock_get_maternal_grandmother):
self.member.mother = Member(3, "Mom", "Female")
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(isinstance(
self.member.get_maternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
self.assertEqual(self.member.get_maternal_aunt(), [])
maternal_aunts = self.member.get_maternal_aunt()
self.assertEqual(len(maternal_aunts), 1)
self.assertEqual(maternal_aunts[0].name, "Aunt")
self.assertEqual(maternal_aunts[0].gender, Gender.female)
# to check that the mock_get_paternal_grandmother was called instead of
# self.member.get_paternal_grandmother
mock_get_maternal_grandmother.assert_called_with()
@patch('family_tree.member.Member.get_maternal_grandmother', side_effect=[
None,
create_fake_member(),
create_fake_member(children=[Member(3, "Mom", "Female")]),
create_fake_member(children=[
Member(3, "Aunt", "Female"),
Member(4, "Mom", "Female")
]),
create_fake_member(children=[
Member(3, "Mom", "Female"),
Member(4, "Uncle", "Male"),
Member(5, "Aunt", "Female")
])
])
def test_get_maternal_uncle(self, mock_get_maternal_grandmother):
# check if get_paternal_grandmother has been replaced by a mock
self.assertEqual(
isinstance(self.member.get_maternal_grandmother, Mock),
True
)
self.assertEqual(self.member.get_maternal_uncle(), [])
self.assertEqual(self.member.get_maternal_uncle(), [])
self.assertEqual(self.member.get_maternal_uncle(), [])
self.assertEqual(self.member.get_maternal_uncle(), [])
maternal_uncle = self.member.get_maternal_uncle()
self.assertEqual(len(maternal_uncle), 1)
self.assertEqual(maternal_uncle[0].name, "Uncle")
self.assertEqual(maternal_uncle[0].gender, Gender.male)
# to check that the mock_get_paternal_grandmother was called
# instead of self.member.get_paternal_grandmother
mock_get_maternal_grandmother.assert_called_with()
@patch('family_tree.member.Member.get_siblings', return_value=[
create_fake_member(
name="A", gender=Gender.male, spouse=create_fake_member(
name="B", gender=Gender.female, spouse=create_fake_member(
name="A")
)
),
create_fake_member(
name="C", gender=Gender.female, spouse=create_fake_member(
name="D", gender=Gender.male, spouse=create_fake_member(
name="C")
)
),
create_fake_member(
name="C", gender=Gender.female
)
])
def test_get_sibling_spouses(self, mock_get_siblings):
self.assertEqual(len(self.member.get_sibling_spouses()), 2)
def test_get_spouse_siblings(self):
self.assertEqual(len(self.member.get_spouse_siblings()), 0)
self.member.spouse = create_fake_member(name="Wife")
self.member.spouse.get_siblings.return_value = [
create_fake_member(name="A"),
create_fake_member(name="B")
]
self.assertEqual(len(self.member.get_spouse_siblings()), 2)
@patch('family_tree.member.Member.get_spouse_siblings', return_value=[
create_fake_member(name="A", gender=Gender.male),
create_fake_member(name="B", gender=Gender.female)
])
@patch('family_tree.member.Member.get_sibling_spouses', return_value=[
create_fake_member(name="C", gender=Gender.male),
create_fake_member(name="D", gender=Gender.female)
])
def test_get_brother_in_law(self, mock_get_sibling_spouses,
mock_get_spouse_siblings):
self.assertEqual(len(self.member.get_brother_in_law()), 2)
@patch('family_tree.member.Member.get_spouse_siblings', return_value=[
create_fake_member(name="A", gender=Gender.male),
create_fake_member(name="B", gender=Gender.female)
])
@patch('family_tree.member.Member.get_sibling_spouses', return_value=[
create_fake_member(name="C", gender=Gender.male),
create_fake_member(name="D", gender=Gender.female)
])
def test_get_sister_in_law(self, mock_get_sibling_spouses,
mock_get_spouse_siblings):
self.assertEqual(len(self.member.get_sister_in_law()), 2)
def test_get_son(self):
member = Member(5, "Dummy", "Male")
son = Member(7, "Son", "Male")
daughter = Member(7, "Daughter", "Female")
self.assertEqual(member.get_son(), [])
member.children.append(daughter)
self.assertEqual(member.get_son(), [])
member.children.append(son)
sons = member.get_son()
self.assertEqual(len(sons), 1)
self.assertEqual(sons[0].name, "Son")
self.assertEqual(sons[0].gender, Gender.male)
def test_get_daughter(self):
member = Member(5, "Dummy", "Male")
son = Member(7, "Son", "Male")
daughter = Member(7, "Daughter", "Female")
self.assertEqual(member.get_daughter(), [])
member.children.append(son)
self.assertEqual(member.get_daughter(), [])
member.children.append(daughter)
daughters = member.get_daughter()
self.assertEqual(len(daughters), 1)
self.assertEqual(daughters[0].name, "Daughter")
self.assertEqual(daughters[0].gender, Gender.female)
def test_get_siblings(self):
member = Member(5, "Dummy", "Male")
mother = Member(9, "Mother", "Female")
son = Member(7, "Son", "Male")
daughter = Member(7, "Daughter", "Female")
self.assertEqual(member.get_siblings(), [])
member.mother = mother
self.assertEqual(member.get_siblings(), [])
mother.children.extend([member, son, daughter])
member.mother = mother
siblings = member.get_siblings()
self.assertEqual(len(siblings), 2)
@patch('family_tree.member.Member.get_siblings')
@patch('family_tree.member.Member.get_daughter')
@patch('family_tree.member.Member.get_son')
@patch('family_tree.member.Member.get_sister_in_law')
@patch('family_tree.member.Member.get_brother_in_law')
@patch('family_tree.member.Member.get_maternal_uncle')
@patch('family_tree.member.Member.get_maternal_aunt')
@patch('family_tree.member.Member.get_paternal_uncle')
@patch('family_tree.member.Member.get_paternal_aunt')
def test_get_relationship(self, mock_get_paternal_aunt,
mock_get_paternal_uncle,
mock_get_maternal_aunt, mock_get_maternal_uncle,
mock_get_brother_in_law, mock_get_sister_in_law,
mock_get_son, mock_get_daughter,
mock_get_siblings):
self.assertEqual(self.member.get_relationship('invalid_relation'), [])
self.member.get_relationship('paternal_aunt')
mock_get_paternal_aunt.assert_called_with()
self.member.get_relationship('paternal_uncle')
mock_get_paternal_uncle.assert_called_with()
self.member.get_relationship('maternal_aunt')
mock_get_maternal_aunt.assert_called_with()
self.member.get_relationship('maternal_uncle')
mock_get_maternal_uncle.assert_called_with()
self.member.get_relationship('brother_in_law')
mock_get_brother_in_law.assert_called_with()
self.member.get_relationship('sister_in_law')
mock_get_sister_in_law.assert_called_with()
self.member.get_relationship('son')
mock_get_son.assert_called_with()
self.member.get_relationship('daughter')
mock_get_daughter.assert_called_with()
self.member.get_relationship('siblings')
mock_get_siblings.assert_called_with()
