def update_labels(self):
pair = self.pairs[self.index]
feedback = pair.get_feedback()
if feedback is None:
feedback = "not yet"
background = self.background
elif feedback == 0:
feedback = "not similar"
background = "#FFE0E0"
elif feedback == 1:
feedback = "similar"
background = "#E0FFE0"
else:
assert 0
img1 = ImageRelated(pair.path1, self.max_image_size, background)
img2 = ImageRelated(pair.path2, self.max_image_size, background)
self.ref_counting = (img1, img2)
self.item_frame.config(background=background)
text = "%d/%d similarity=%f feedback = %s skip=%d" % (
self.index + 1, len(self.pairs),
self.pairs[self.index].similarity, feedback,
self.skip_pairs_with_feedback)
self.label_sim.config(background=background, text=text)
self.label_imgl.config(text=None, image=img1.tk_image)
self.label_imgr.config(text=None, image=img2.tk_image)
size1 = img1.file_size
size2 = img2.file_size
color1, color2 = get_colors(cmp(size1, size2))
self.label_pathl.config(text=split_path(img1.path))
self.label_pathr.config(text=split_path(img2.path))
self.label_sizel.config(fg=color1, text=format_bytes(size1))
self.label_sizer.config(fg=color2, text=format_bytes(size2))
color1, color2 = get_colors(cmp(img1.pixels, img2.pixels))
self.label_pixelsl.config(fg=color1, text=format_bytes(img1.pixels))
self.label_pixelsr.config(fg=color2, text=format_bytes(img2.pixels))
self.label_resl.config(fg=color1, text="%d x %d" % img1.image.size)
self.label_resr.config(fg=color2, text="%d x %d" % img2.image.size)
color1, color2 = get_colors(cmp(img1.bpp, img2.bpp))
self.label_bppl.config(fg=color1, text="%f" % img1.bpp)
self.label_bppr.config(fg=color2, text="%f" % img2.bpp)
def resolve(self, pair):
progress = "[%d.%d/%d] " % (
pair.ctxt_index + 1, pair.ctxt_subindex + 1, pair.ctxt_size)
print "\nThe following files are equal and %s bytes large" % (
format_bytes(pair.size))
while True:
print " [1] %s" % pair.path1
print " [2] %s" % pair.path2
msg = progress + "sPreserve what? Press 1, 2, "
if not pair.hardlinked:
msg += "'a' (to delete all), "
msg += "'s' (to skip)."
print msg
if self.default_preserve:
if self.default_preserve == 1:
to_delete = [pair.path2]
elif self.default_preserve == 2:
to_delete = [pair.path1]
else:
assert 0
else:
input = raw_input("> ")
to_delete = self._evaluate_input(input, pair)
if to_delete is None:
continue
elif to_delete == []:
break
self._delete(to_delete)
break
def test_format_bytes(self):
self.assertEqual(format_bytes(0), "0")
self.assertEqual(format_bytes(1), "1")
self.assertEqual(format_bytes(2), "2")
self.assertEqual(format_bytes(999), "999")
self.assertEqual(format_bytes(1000), "1,000")
self.assertEqual(format_bytes(1023), "1,023")
self.assertEqual(format_bytes(1024), "1,024 (1.0 KiB)")
self.assertEqual(format_bytes(2048), "2,048 (2.0 KiB)")
self.assertEqual(format_bytes(414747471), "414,747,471 (395.5 MiB)")
self.assertEqual(format_bytes(34418050942), "34,418,050,942 (32.1 GiB)")
self.assertEqual(format_bytes(2000*(2**40)), "2,199,023,255,552,000 (2000.0 TiB)")
self.assertEqual(format_bytes(2*(10**15)), "2,000,000,000,000,000 (1819.0 TiB)")
