def test_hash(self):
""" Test Meme class __hash__ method
"""
A = memesites.Meme('1', '2')
B = memesites.Meme('1', '3')
C = memesites.Meme('1', '2')
D = memesites.Meme('2', '3')
self.assertTrue(len(set([A, B, C, D])) == 3)
def test_ne(self):
""" Test Meme class __ne__ method
"""
A = memesites.Meme('1', '2')
B = memesites.Meme('1', '3')
C = memesites.Meme('1', '2')
D = memesites.Meme('2', '3')
self.assertFalse(A != A and B != B and C != C and D != D)
self.assertFalse(A != C)
self.assertTrue(A != B)
self.assertTrue(A != D)
self.assertTrue(B != D)
def test_eq(self):
""" Test Meme class equality
"""
A = memesites.Meme('1', '2')
B = memesites.Meme('1', '3')
C = memesites.Meme('1', '2')
D = memesites.Meme('2', '3')
self.assertTrue(A == A and B == B and C == C and D == D)
self.assertTrue(A == C)
self.assertFalse(A == B)
self.assertFalse(A == D)
self.assertFalse(B == D)
def test_init(self):
""" Test the initialization routine of Meme class
"""
A = memesites.Meme('1', '2')
self.assertTrue(A.get_pic_url() == '1')
self.assertTrue(A.get_time() == '2')
self.assertTrue(A.get_caption() is None)
self.assertTrue(A.get_origin() == memesites.Origins.NA)
self.assertTrue(A.get_tags() == [])
def mock_get_memes(*args, **kwargs):
""" Mock function for the get_memes function
Create a phony list of Memes
"""
a = []
for i in range(args[0]):
a.append(
memesites.Meme(i,
datetime.datetime.now(),
caption=str(i),
raw_pic_url=str(i),
origin=memesites.Origins.NA,
tags=[],
score=i))
return a