def gc_action(sha, obj):
idx[sha] = off[0]
t = babygit.obj_type(obj)
s = babygit.obj_size(obj)
enc_t_s = self.encode_type_and_size(t, s)
pack.write(enc_t_s)
off[0] += len(enc_t_s)
compressed = zlib.compress(babygit.obj_contents(obj))
pack.write(compressed)
off[0] += len(compressed)
def gc_action(sha, obj):
idx[sha] = off[0]
t = babygit.obj_type(obj)
s = babygit.obj_size(obj)
enc_t_s = self.encode_type_and_size(t, s)
pack.write(enc_t_s)
off[0] += len(enc_t_s)
compressed = zlib.compress(babygit.obj_contents(obj))
pack.write(compressed)
off[0] += len(compressed)
def send_packfile(self, objs, out):
m = hashlib.sha1()
header = 'PACK' + struct.pack('>II', 2, len(objs))
out.write(header)
m.update(header)
for ref, obj in objs:
t = babygit.obj_type(obj)
s = babygit.obj_size(obj)
#if s != len(babygit.obj_contents(obj)):
# logging.debug('size mismatch')
enc_t_s = self.encode_type_and_size(t, s)
out.write(enc_t_s)
m.update(enc_t_s)
compressed = zlib.compress(babygit.obj_contents(obj))
out.write(compressed)
m.update(compressed)
out.write(m.digest())
def send_packfile(self, objs, out):
m = hashlib.sha1()
header = 'PACK' + struct.pack('>II', 2, len(objs))
out.write(header)
m.update(header)
for ref, obj in objs:
t = babygit.obj_type(obj)
s = babygit.obj_size(obj)
#if s != len(babygit.obj_contents(obj)):
# logging.debug('size mismatch')
enc_t_s = self.encode_type_and_size(t, s)
out.write(enc_t_s)
m.update(enc_t_s)
compressed = zlib.compress(babygit.obj_contents(obj))
out.write(compressed)
m.update(compressed)
out.write(m.digest())