def test_rectangle_area_again():
"""
Test that we can calculate the area of a rectangle
"""
rectangle = Rectangle(width=8, height=8)
area = rectangle.area()
assert area == 64
def test_rectangle_area_again():
"""
Test that we can calculate the area of a rectangle
"""
rectangle = Rectangle(width=8, height=8)
area = rectangle.area()
assert area == 64
class RectangleTestCase(TestCase):
def setUp(self):
self.rectangle = Rectangle(width=7, height=8)
def test_rectangle_area(self):
"""
Test that we can calculate the area of a rectangle
"""
area = self.rectangle.area()
self.assertEqual(area, 56)
@mock.patch('shapes.tweet')
def test_rectangle_broadcast(self, mock_tweet):
"""
Tests that we call tweet with a formatted message
"""
self.rectangle.broadcast()
mock_tweet.assert_called_with('My rectangle is 7 by 8')
class RectangleTestCase(TestCase):
def setUp(self):
self.rectangle = Rectangle(width=7, height=8)
def test_rectangle_area(self):
"""
Test that we can calculate the area of a rectangle
"""
area = self.rectangle.area()
self.assertEqual(area, 56)
@mock.patch('shapes.tweet')
def test_rectangle_broadcast(self, mock_tweet):
"""
Tests that we call tweet with a formatted message
"""
self.rectangle.broadcast()
mock_tweet.assert_called_with('My rectangle is 7 by 8')
This program tests the functionality of 'shapes' and 'complex'. """ from complex import Complex from shapes import Rectangle, Circle import random # Test attributes of the circle class c = Circle(1.2) a = c.area() p = c.perimeter() d = c.diameter() # Test attributes of rectangle class r = Rectangle(3, 4) a2 = r.area() p2 = r.perimeter() print(a, ' ', p, ' ', d, ' ', a2, ' ', p2) # Test attributes of complex class # count = 0 # complex_array = [] # for i in range (100): # real = 10 * random.random() # imag = -15 * random.random() # check_py = (complex(real, imag)) # check_me = (Complex(real, imag)) # complex_array[i][0].append(real) # complex_array[i][1].append(imag) # if check_py != check_me:
#!/usr/bin/env python
#Author: Makenzie Brian
#Date: February 14, 2018
#Class: ME 599
#File: lab5 > testfile.py
#Description: test for classes
from complex import Complex
from shapes import Circle
from shapes import Rectangle
if __name__ == '__main__':
a = Complex(1.0, '-2.3')
b = Complex(2)
c = Complex()
d = Complex(1, -1)
print a, b, c, d, '\n'
c = Circle('21')
a = c.area()
d = c.diameter()
p = c.perimeter()
r = Rectangle('3', 4)
ar = r.area()
pr = r.perimeter()
print a, d, p
print ar, pr
