def prompt_for_retirement_age():
age = prompt_user("Please enter your age", '^[0-9]+$')
salary = prompt_user("Please enter your salary as a number", '^[0-9]+$')
saved = prompt_user(
"Please enter the percantage of your salary that you save",
'\d*\.\d+|\d+')
goal = prompt_user(
"Please enter how much money you need to retire as a number",
'^[0-9]+$')
try:
return Retirement(int(age), int(salary), float(saved), int(goal))
except RuntimeError as e:
print(e)
return ''
def test_Retirement_saved_raises_exception_on_equal_0_perecent_float_args():
with pytest.raises(RuntimeError):
Retirement(32, 45000, 0.0, 50000)
def test_Retirement_goal_raises_exception_on_non_int_args_for_float():
with pytest.raises(TypeError):
Retirement(32, 45000, 5.0, 50000.25)
def test_Retirement_saved_raises_exception_on_negative_float_args():
with pytest.raises(RuntimeError):
Retirement(32, 45000, -15.2, 50000)
def test_Retirement_saved_raises_exception_on_over_100_perecent_float_args():
with pytest.raises(RuntimeError):
Retirement(32, 45000, 101.5, 50000)
def retirement(age, salary, percentage, goal):
Retirement.retirement(age, salary, percentage, goal)
return 'Request Accepted'
def test_Retirement_saved_raises_exception_on_non_float_args_for_None():
with pytest.raises(TypeError):
Retirement(32, 45000, None, 50000)
def test_Retirement_salary_raises_exception_on_non_int_args_for_None():
with pytest.raises(TypeError):
Retirement(32, None, 5.0, 50000)
def test_Retirement_salary_raises_exception_on_zero_int_args():
with pytest.raises(RuntimeError):
Retirement(32, 0, 5.0, 50000)
def test_Retirement_age_raises_exception_on_too_old_int_args():
with pytest.raises(RuntimeError):
Retirement(100, 45000, 5.0, 50000)
def test_Retirement_age_raises_exception_on_non_int_args_for_str():
with pytest.raises(TypeError):
Retirement("age", 45000, 5.0, 50000)
def test_Retirement_age_raises_exception_on_negative_int_args():
with pytest.raises(RuntimeError):
Retirement(-45, 45000, 5.0, 50000)
def test_Retirement_returns_string_argument():
assert isinstance(Retirement(32, 45000, 5.0, 500000),
str), 'Test Failed: Function must return a string'
def test_Retirement_goal_raises_exception_on_negative_int_args():
with pytest.raises(RuntimeError):
Retirement(32, 45000, 5.0, -5)
print("Your BMI is " + BMI.BMI(height_feet, height_inches, weight))
elif int(choice) == 2:
print("What is your current age?")
age = input(">")
print("What is your annual salary?")
salary = input(">")
print(
"What percentage of your salary do you save? (Input as a percentage not a decimal)"
)
saving = input(">")
print("How much money do you want to have by the time you retire?")
goal = input(">")
print("Retirement age:\n",
Retirement.retirement(age, salary, saving, goal))
elif int(choice) == 3:
print("Input the first point. (Use the format (x, y))")
point1 = input(">")
print("Input the second point. (Use the format (x, y))")
point2 = input(">")
point1 = tuple(point1[1:-1].split(','))
point2 = tuple(point2[1:-1].split(','))
print(ShortestDistance.shortest_distance(point1, point2))
elif int(choice) == 4:
print("What was the total dinner amount without the tip?")
dinner = input(">")
def test_Retirement_saved_raises_exception_on_non_float_args_for_str():
with pytest.raises(TypeError):
Retirement(32, 45000, 'annual salary', 50000)
print("Your BMI is " + BMI.BMI(height_feet, height_inches, weight))
elif int(choice) == 2:
print("What is your current age?")
age = input(">")
print("What is your annual salary?")
salary = input(">")
print(
"What percentage of your salary do you save? (Input as a percentage not a decimal)"
)
saving = input(">")
print("How much money do you want to have by the time you retire?")
goal = input(">")
print("Retirement age:\n",
Retirement.retirement(age, salary, saving, goal))
elif int(choice) == 3:
print("Input the first point. (Use the format (x, y))")
point1 = input(">")
print("Input the second point. (Use the format (x, y))")
point2 = input(">")
point1 = tuple(point1[1:-1].split(','))
point2 = tuple(point2[1:-1].split(','))
print(ShortestDistance.shortest_distance(point1, point2))
elif int(choice) == 4:
print("What was the total dinner amount without the tip?")
dinner = input(">")
def retrieveRETIREMENT():
return render_template('Results.html', entries=Retirement.retrieveEntry())