def test_scale_for_screens(self):
img = WebImage(self.big_img_name)
imgs = img._scale_for_screens()
sizes = [i.size for i in imgs]
self.assertSequenceEqual(sizes[0], (2160, 2160))
img = WebImage(self.big_rect_name)
imgs = img._scale_for_screens()
sizes = [i.size for i in imgs]
self.assertSequenceEqual(sizes[0], (40 * 72, 30 * 72))
def test_save_sizes(self):
img1 = WebImage(self.big_img_name)
img2 = WebImage(self.big_rect_name)
img1.save_multiple_sizes(save_dir=self.tmpdir)
img2.save_multiple_sizes(save_dir=self.tmpdir)
l = [
os.path.basename(self.big_img_name),
os.path.basename(self.big_rect_name), 'SMALL', 'MED', 'BIG',
'THUMB'
]
self.assertSequenceEqual(sorted(l), sorted(os.listdir(self.tmpdir)))
def test_scale_for_screens(self):
img = WebImage(self.big_img_name)
imgs = img._scale_for_screens()
sizes = [i.size for i in imgs]
self.assertSequenceEqual(sizes[0], (2160, 2160))
img = WebImage(self.big_rect_name)
imgs = img._scale_for_screens()
sizes = [i.size for i in imgs]
self.assertSequenceEqual(sizes[0], (40 * 72, 30 * 72))
def test_save_sizes(self):
img1 = WebImage(self.big_img_name)
img2 = WebImage(self.big_rect_name)
img1.save_multiple_sizes(save_dir=self.tmpdir)
img2.save_multiple_sizes(save_dir=self.tmpdir)
l = [os.path.basename(self.big_img_name),
os.path.basename(self.big_rect_name),
'SMALL', 'MED', 'BIG', 'THUMB']
self.assertSequenceEqual(sorted(l), sorted(os.listdir(self.tmpdir)))