def test_power_positive(self): # positive test on power method
test_data = yaml.load(open('fixtures.yml'))
pos_int = test_data.get('positive')[0]
test_obj = sm(pos_int)
test_power = random.randint(2, 5)
test_obj_power = test_obj.power(test_power)
assert (test_obj_power == math.pow(pos_int, test_power))
def test_odd_positive(self): # positive test on odd/even method
test_data = yaml.load(open('fixtures.yml'))
pos_odd_int = test_data.get('positive_odd')[0]
test_obj = sm(pos_odd_int)
obj_odd_even = test_obj.odd_or_even()
odd_even_str = ""
if (pos_odd_int % 2) == 0:
odd_even_str = 'Even'
if (pos_odd_int % 2) == 1:
odd_even_str = "Odd"
assert (obj_odd_even == odd_even_str)
def test_constructor_float():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(random.random(1, 10)) # random float between 1 and 10
def test_constructor_string():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm("teststring")
def test_constructor_boolean():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(True)
import pytest
from pytest import raises
import random
import math
from simplemaths import SimpleMaths as sm
integer = random.randint(
1, 10) # create test object with random int between 1 & 10
test_obj = sm(integer)
def test_constructor_positive(): # positive test on sm class constructor
assert test_obj.number == integer
def test_constructor_boolean():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(True)
def test_constructor_string():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm("teststring")
def test_constructor_float():
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(random.random(1, 10)) # random float between 1 and 10
def test_square_positive(): # positive test on square method
def test_factorial_positive(self): # positive test on factorial method
test_data = yaml.load(open('fixtures.yml'))
pos_int = test_data.get('positive')[0]
test_obj = sm(pos_int)
test_obj_fact = test_obj.factorial()
assert (test_obj_fact == math.factorial(pos_int))
def test_square_positive(self): # positive test on square method
test_data = yaml.load(open('fixtures.yml'))
pos_int = test_data.get('positive')[0]
test_obj = sm(pos_int)
test_obj_square = test_obj.square()
assert (test_obj_square == math.pow(pos_int, 2))
def test_constructor_float(self):
test_data = yaml.load(open('fixtures.yml'))
fl = test_data.get('float')[0]
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(fl) # random float between 1 and 10
def test_constructor_string(self):
test_data = yaml.load(open('fixtures.yml'))
string = test_data.get('string')[0]
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(string)
def test_constructor_boolean(self):
test_data = yaml.load(open('fixtures.yml'))
boolean = test_data.get('boolean')[0]
with raises(TypeError): # if TypeError is raised, the test passes
test_obj = sm(boolean)
def test_constructor_positive(
self): # positive test on sm class constructor
test_data = yaml.load(open('fixtures.yml'))
pos_int = test_data.get('positive')[0]
test_obj = sm(pos_int)
assert test_obj.number == pos_int