complex_test.py

import unittest

from complex import Complex

class ClockTest(unittest.TestCase):
	# Test creating a complex number
	def test_creating_complex_one(self):
		self.assertEqual('58.00-1.00i', str(Complex(58, -1)))

	def test_creating_complex_two(self):
		self.assertEqual('2.00-17.00i', str(Complex(2, -17)))

	def test_creating_complex_three(self):
		self.assertEqual('6.00+3.00i', str(Complex(6, 3)))

	def test_creating_complex_four(self):
		self.assertEqual('-32.00+12.00i', str(Complex(-32, 12)))

	def test_creating_complex_five(self):
		self.assertEqual('-36.00-78.00i', str(Complex(-36, -78))) 

	# Test addition of two complex numbers
	def test_adding_complex_one(self):
		self.assertEqual('2.00+3.00i', str(Complex(3, 1) + Complex(-1, 2)))

	def test_adding_complex_two(self):
		self.assertEqual('2.00+5.00i', str(Complex(3, 4) + Complex(-1, 1)))

	def test_adding_complex_three(self):
		self.assertEqual('6.00+2.00i', str(Complex(2, 5) + Complex(4, -3)))

	def test_adding_complex_four(self):
		self.assertEqual('255.00-49.00i', str(Complex(175, -34) + Complex(80, -15)))

	def test_adding_complex_five(self):
		self.assertEqual('-16.00+92.00i', str(Complex(-36, 10) + Complex(20, 82)))

	# Test subtraction of two complex numbers
	def test_subtrating_complex_one(self):
		self.assertEqual('4.00-1.00i', str(Complex(3, 1) - Complex(-1, 2)))

	def test_subtracting_complex_two(self):
		self.assertEqual('4.00+3.00i', str(Complex(3, 4) - Complex(-1, 1)))

	def test_subtracting_complex_three(self):
		self.assertEqual('-2.00+8.00i', str(Complex(2, 5) - Complex(4, -3)))

	def test_subtracting_complex_four(self):
		self.assertEqual('95.00-19.00i', str(Complex(175, -34) - Complex(80, -15)))

	def test_subtracting_complex_five(self):
		self.assertEqual('-56.00-72.00i', str(Complex(-36, 10) - Complex(20, 82)))

	# Test multiplication of two numbers
	def test_multiplying_complex_one(self):
		self.assertEqual('36.00+78.00i', str(Complex(6, 3) * Complex(10, 8)))

	def test_multiplying_complex_two(self):
		self.assertEqual('20.00+0.00i', str(Complex(4, 2) * Complex(4, -2)))
	
	def test_multiplying_complex_three(self):
		self.assertEqual('-5.00+14.00i', str(Complex(3, 2) * Complex(1, 4)))

if __name__ == '__main__':
	unittest.main()

gistfile1.txt

import unittest

from complex import Complex

class ClockTest(unittest.TestCase):
	# Test creating a complex number
	def test_creating_complex_one(self):
		self.assertEqual('58.00-1.00i', str(Complex(58, -1)))

	def test_creating_complex_two(self):
		self.assertEqual('2.00-17.00i', str(Complex(2, -17)))

	def test_creating_complex_three(self):
		self.assertEqual('6.00+3.00i', str(Complex(6, 3)))

	def test_creating_complex_four(self):
		self.assertEqual('-32.00+12.00i', str(Complex(-32, 12)))

	def test_creating_complex_five(self):
		self.assertEqual('-36.00-78.00i', str(Complex(-36, -78))) 

	# Test addition of two complex numbers
	def test_adding_complex_one(self):
		self.assertEqual('2.00+3.00i', str(Complex(3, 1) + Complex(-1, 2)))

	def test_adding_complex_two(self):
		self.assertEqual('2.00+5.00i', str(Complex(3, 4) + Complex(-1, 1)))

	def test_adding_complex_three(self):
		self.assertEqual('6.00+2.00i', str(Complex(2, 5) + Complex(4, -3)))

	def test_adding_complex_four(self):
		self.assertEqual('255.00-49.00i', str(Complex(175, -34) + Complex(80, -15)))

	def test_adding_complex_five(self):
		self.assertEqual('-16.00+92.00i', str(Complex(-36, 10) + Complex(20, 82)))

	# Test subtraction of two complex numbers
	def test_subtrating_complex_one(self):
		self.assertEqual('4.00-1.00i', str(Complex(3, 1) - Complex(-1, 2)))

	def test_subtracting_complex_two(self):
		self.assertEqual('4.00+3.00i', str(Complex(3, 4) - Complex(-1, 1)))

	def test_subtracting_complex_three(self):
		self.assertEqual('-2.00+8.00i', str(Complex(2, 5) - Complex(4, -3)))

	def test_subtracting_complex_four(self):
		self.assertEqual('95.00-19.00i', str(Complex(175, -34) - Complex(80, -15)))

	def test_subtracting_complex_five(self):
		self.assertEqual('-56.00-72.00i', str(Complex(-36, 10) - Complex(20, 82)))

	# Test multiplication of two numbers
	def test_multiplying_complex_one(self):
		self.assertEqual('36.00+78.00i', str(Complex(6, 3) * Complex(10, 8)))

	def test_multiplying_complex_two(self):
		self.assertEqual('20.00+0.00i', str(Complex(4, 2) * Complex(4, -2)))
	
	def test_multiplying_complex_three(self):
		self.assertEqual('-5.00+14.00i', str(Complex(3, 2) * Complex(1, 4)))

if __name__ == '__main__':
	unittest.main()