def teststr(self):
r = simple.add("Hello","World")
self.assertEqual(r,"HelloWorld")
def testTypeErrorMessage(self):
try:
simple.add(3,"Hello")
self.assertTrue(False)
except TypeError as e:
self.assertEqual(str(e),"unsupported operand type(s) for +: 'int' and 'str'")
def testint(self):
r = simple.add(2,3)
self.assertEqual(r,5)
def test_simple(self):
# Test with simple integer arguments
r = simple.add(2, 2)
self.assertEqual(r, 5)
def testfloat(self):
r = simple.add(2.1,3.4)
self.assertEqual(r,5.5)
def test_add(self):
self.assertEqual(add(2, 3), 5)
def test_str(self):
# Test with strings
r = simple.add('hello', 'world')
self.assertEqual(r, 'helloworld')
def test_str():
assert simple.add('hello', 'world') == 'helloworld'
def test_simple():
assert simple.add(2, 2) == 5
def calculator():
print('\tWELOCME TO OUR SCIENTIFIC CALCULATOR......')
print('\t==========================================')
print('''
1. Addition 2. Subtraction 3. Multiplication
4. Division 5. Square 6. Cube
7. Square root 8. Cube root 9. log
10. Antilog 11. Nth Root 12. Nth Power
13. Factorial 14. Matrix(2x2) 15. Matrix(3x3)
16. ln 17. Reciprocal 18. Percentage
19. Exponential 20. Quadratic Equation 21. Sin()
22. Cos() 23. Tan() 24. Sinh
25. Cosh 26. Tanh
27. Length Conversion 28.Temperature Conversion 29. Angle Conversion
30. Permutation 31. Combination ''')
#calculator()
while True:
choice = int(input('Please choose from the following given options!'))
if choice == 1:
import simple
simple.add()
elif choice == 2:
import simple
simple.subtract()
elif choice == 3:
import simple
simple.multiply()
elif choice == 4:
import simple
simple.divide()
elif choice == 5:
import Square
Square.square()
elif choice == 6:
import Cube
Cube.cube()
elif choice == 7:
import square_root
square_root.square_root()
elif choice == 8:
import cube_root
cube_root.cube_root()
elif choice == 9:
import log
log.log()
elif choice == 10:
antilog.antilog()
elif choice == 11:
import nth_root
nth_root.nth_root()
elif choice == 12:
import nth_power
nth_power.nth_power()
elif choice == 13:
import factorial
factorial.factorial()
elif choice == 14:
import matrix
matrix.matrix()
elif choice == 15:
matrix_3()
elif choice == 16:
ln.ln()
elif choice == 17:
import reciprocal
reciprocal.reciprocal()
elif choice == 18:
import Percentage
Percentage.percentage()
elif choice == 19:
import exponential
exponential.exponential()
elif choice == 20:
import quadratic_eq
quadraric_eq.Quadratic()
elif choice == 21:
import sine
sine.sin()
elif choice == 22:
import cosine
cosine.cos()
elif choice == 23:
import tangent
tangent.tan()
elif choice == 24:
import sinh
sinh.sinh()
elif choice == 25:
import cosh
cosh.cosh()
elif choice == 26:
import tanh
tanh.tanh()
elif choice == 27:
import length_converter
length_converter.length_converter()
elif choice == 28:
import Temp_converter
Temp_converter.temperature_converter()
elif choice == 29:
import angle_converter
angle_converter.rad()
angle_converter.deg()
elif choice == 30:
import Combination
Combination.npr(x, y)
elif choice == 31:
import Combination
Combination.ncr(x, y)
elif choice == 32:
import mod
mod.mod()
import simple print(simple.add(1, 2))
def test_add(self): #name convetion is important
result = simple.add(7, 5)
self.assertEqual(result, 12)