def test_calculate_retirement_date(birth_year, birth_month, age_years,
age_months, expected_year, expected_month):
y, m = FullRetirementAge.calculate_retirement_date(birth_year, birth_month,
age_years, age_months)
actual_age = [y, m]
expected_age = [expected_year, expected_month]
assert actual_age == expected_age
def enter_invalid_month(birth_year):
FullRetirementAge.calculate_retirement_age(birth_year)
def get_year_validation(valid, input):
assert str(FullRetirementAge.validate_birth_month(input)) == valid
def enter_invalid_month(input):
FullRetirementAge.validate_birth_month(input)
def enter_invalid_year(input):
FullRetirementAge.validate_birth_year(input)
def test_calculate_retirement_age_years(year, a, b):
a2, b2 = FullRetirementAge.calculate_retirement_age(year)
assert a2 == a
assert b2 == b
def test_validate_birth_month_non_int():
assert FullRetirementAge.validate_birth_month('a') == False
def frac():
FullRetirementAge.main()
def test_validate_birth_year_1899():
assert FullRetirementAge.validate_birth_year(1899) == False
def test_validate_year_next_year():
assert FullRetirementAge.validate_birth_year(datetime.datetime.now().year +
1) == False
def test_validate_birth_year_non_int():
assert FullRetirementAge.validate_birth_year("a") == False
def test_calculate_retirement_age():
full_retirement_age = FullRetirementAge.find_year(1941)
assert full_retirement_age[0] == 65
assert full_retirement_age[1] == 8
def test_calculate_retirement_age(monkeypatch):
monkeypatch.setattr('builtins.input', lambda _: '1899')
with pytest.raises(ValueError):
assert FullRetirementAge.user_year() == 1899
def enter_invalid_month(birth_year, birth_month, age_years, age_months):
FullRetirementAge.calculate_retirement_date(birth_year, birth_month,
age_years, age_months)
def test_validate_birth_month_13():
assert FullRetirementAge.validate_birth_month(13) == False
def get_year_validation(birth_year, birth_month, age_years, age_months,
date_year, date_month):
y, m = FullRetirementAge.calculate_retirement_date(birth_year, birth_month,
age_years, age_months)
assert y == int(date_year)
assert m == int(date_month)
def frac_year(year, month):
FullRetirementAge.retirement_calculator(year, month)