PYTHON

test with python

"""Testing the methods"""


import unittest
from unittest import TestCase
from palindrome import is_palindrome
from prime_number import is_prime


class TestingFunctions(TestCase):
    """Tests to know if the methods works well"""
    
    def test_is_palindrome(self):
        """Testing is_palindrome method"""
        self.assertEqual(is_palindrome('Ligar es ser agil'), True)
        self.assertEqual(is_palindrome('Arepera'), True)
        self.assertEqual(is_palindrome('Esto no es un palindromo'), False)
        self.assertEqual(is_palindrome('ESto tampoco es un palindromo'), False)
        self.assertEqual(is_palindrome('Ana'), True)

    def test_is_prime(self):
        """Testing is_prime method"""
        self.assertEqual(is_prime(100), False)
        self.assertEqual(is_prime(200), False)
        self.assertEqual(is_prime(53), True)
        self.assertEqual(is_prime(23), True)
        self.assertEqual(is_prime(45), False)
        self.assertEqual(is_prime(32), False)
        self.assertEqual(is_prime(142), False)


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

python t test

# Python program to conduct two-sample
# T-test using pingouin library
 
# Importing library
from statsmodels.stats.weightstats import ttest_ind
import numpy as np
import pingouin as pg
 
# Creating data groups
data_group1 = np.array([160, 150, 160, 156.12, 163.24,
                        160.56, 168.56, 174.12,
                        167.123, 165.12])
data_group2 = np.array([157.97, 146, 140.2, 170.15,
                        167.34, 176.123, 162.35, 159.123,
                        169.43, 148.123])
 
# Conducting two-sample ttest
result = pg.ttest(data_group1,
                  data_group2,
                  correction=True)
 
# Print the result
print(result)