def test_normalSituation(self):
self.assertEqual(21, len(Media.objects.all()))
medias = Media.objects.filter(moods=Mood.HAPPY, content_type=Media.PICTURE)
init_num_of_pic = len(medias)
self.assertEqual(21, init_num_of_pic)
ratio = 0.1
expected_final_num_of_pic = init_num_of_pic - int(ratio * init_num_of_pic)
#print 'expected: ' + str(expected_final_num_of_pic)
p1 = medias[0].picture
p2 = medias[1].picture
p3 = medias[2].picture
for i in range(0,10):
p1.media.thumbs_down()
p2.media.thumbs_down()
res = BasicFilter.filter(Mood.HAPPY, Media.PICTURE, ratio)
self.assertTrue(res, 'return should return true on successful')
medias_after = Media.objects.filter(moods=Mood.HAPPY, content_type=Media.PICTURE)
self.assertEqual(expected_final_num_of_pic , len(medias_after))
self.assertFalse(p1.media in medias_after)
self.assertFalse(p2.media in medias_after)
self.assertTrue(p3.media in medias_after)
def filterContentCronJob(mood = Mood.HAPPY):
return BasicFilter.filter(mood, \
Media.PICTURE, \
ContentDataOrganizer.DELETE_RATIO)
def filterContentCronJob(mood=Mood.HAPPY):
return BasicFilter.filter(mood, \
Media.PICTURE, \
ContentDataOrganizer.DELETE_RATIO)
