def test_strings(self):
"""Tests the printing behavior. Task 6."""
c1 = Circle(2)
c1_repr= c1.__repr__()
c1_str = c1.__str__()
correct_str = 'A circle with radius 2.00.'
correct_repr = 'Circle (2.00)'
self.assertEqual(c1_repr, correct_repr)
self.assertEqual(c1_str, correct_str)
def test_str_function():
a = Circle(5)
assert a.__str__() == "Cirle with Radius: {}".format(a.radius)
from Rectangle import Rectangle
from Circle import Circle
radius = int(input())
w = int(input())
h = int(input())
circleColor = str(input())
circleFilled = bool(input())
rectColor = str(input())
rectFilled = bool(input())
circle = Circle(radius, circleColor, circleFilled)
rect = Rectangle(w, h, rectColor, rectFilled)
print("Circle:")
print("Radius is {}\nDiameter is {}\nArea is {}\nPerimeter is {}".format(
circle.getRadius(), circle.getDiameter(), circle.getArea(),
circle.getPerimeter()))
circle.__str__()
print("Rectangle:")
print("Width is {}\nHeight is {}\nArea is {}\nPerimeter is {}".format(
rect.getWidth(), rect.getHeight(), rect.getArea(), rect.getPerimeter()))
rect.__str__()
from Circle import Circle
from Rectangle import Rectangle
radius = input()
width = input()
height = input()
cc = input()
cf = input()
rc = input()
rf = input()
c = Circle(radius, cc, cf)
r = Rectangle(width, height, rc, rf)
print("Circle:\nRadius is {}\nDiameter is {}\nArea is {}\nPerimeter is {}".
format(c.getRadius(),
c.getDiameter(),
c.getArea(),
c.getPerimeter(),
end=''))
c.__str__()
print("Rectangle:\nWidth is {}\nHeight is {}\nArea is {}\nPerimeter is {}".
format(r.getWidth(),
r.getHeight(),
r.getArea(),
r.getPerimeter(),
end=''))
r.__str__()
