def move_in_thin_pack(self, path):
"""Move a specific file containing a pack into the pack directory.
:note: The file should be on the same file system as the
packs directory.
:param path: Path to the pack file.
"""
data = ThinPackData(self.get_raw, path)
# Write index for the thin pack (do we really need this?)
temppath = os.path.join(self.pack_dir,
sha_to_hex(urllib2.randombytes(20))+".tempidx")
data.create_index_v2(temppath)
p = Pack.from_objects(data, load_pack_index(temppath))
# Write a full pack version
temppath = os.path.join(self.pack_dir,
sha_to_hex(urllib2.randombytes(20))+".temppack")
write_pack(temppath, ((o, None) for o in p.iterobjects()), len(p))
pack_sha = load_pack_index(temppath+".idx").objects_sha1()
newbasename = os.path.join(self.pack_dir, "pack-%s" % pack_sha)
os.rename(temppath+".pack", newbasename+".pack")
os.rename(temppath+".idx", newbasename+".idx")
final_pack = Pack(newbasename)
self._add_known_pack(final_pack)
return final_pack
def test_thin_from_file(self):
test_sha = "1" * 40
def resolve(sha):
self.assertEqual(test_sha, sha)
return 3, "data"
path = os.path.join(self.datadir, "pack-%s.pack" % pack1_sha)
data = ThinPackData.from_file(resolve, open(path), os.path.getsize(path))
idx = self.get_pack_index(pack1_sha)
Pack.from_objects(data, idx)
self.assertEqual((None, 3, "data"), data.get_ref(test_sha))
