def repack(repo_path, ignore_alternates=False, single=False,
prune=False, no_reuse_delta=False, window=None, depth=None):
"""Repack a repository with git-repack.
:param ignore_alternates: Only repack local refs (git repack --local).
:param single: Create a single packfile (git repack -a).
:param prune: Remove redundant packs. (git repack -d)
:param no_reuse_delta: Force delta recalculation.
"""
ensure_config(repo_path)
repack_args = ['git', 'repack', '-q']
if ignore_alternates:
repack_args.append('-l')
if no_reuse_delta:
repack_args.append('-f')
if prune:
repack_args.append('-d')
if single:
repack_args.append('-a')
if window:
repack_args.append('--window', window)
if depth:
repack_args.append('--depth', depth)
return subprocess.check_call(
repack_args, cwd=repo_path,
stderr=subprocess.PIPE, stdout=subprocess.PIPE)
def requestReceived(self, command, raw_pathname, params):
path = compose_path(self.factory.root, raw_pathname)
if command == b'git-upload-pack':
subcmd = b'upload-pack'
elif command == b'git-receive-pack':
subcmd = b'receive-pack'
else:
self.die(b'Unsupported command in request')
return
cmd = b'git'
args = [b'git', subcmd]
if params.pop(b'turnip-stateless-rpc', None):
args.append(b'--stateless-rpc')
if params.pop(b'turnip-advertise-refs', None):
args.append(b'--advertise-refs')
args.append(path)
env = {}
if subcmd == b'receive-pack' and self.factory.hookrpc_handler:
# This is a write operation, so prepare config, hooks, the hook
# RPC server, and the environment variables that link them up.
ensure_config(path)
self.hookrpc_key = str(uuid.uuid4())
self.factory.hookrpc_handler.registerKey(
self.hookrpc_key, raw_pathname, [])
ensure_hooks(path)
env[b'TURNIP_HOOK_RPC_SOCK'] = self.factory.hookrpc_sock
env[b'TURNIP_HOOK_RPC_KEY'] = self.hookrpc_key
self.peer = GitProcessProtocol(self)
reactor.spawnProcess(self.peer, cmd, args, env=env)
def init_repo(repo_path, clone_from=None, clone_refs=False,
alternate_repo_paths=None, is_bare=True):
"""Initialise a new git repository or clone from existing."""
assert is_valid_new_path(repo_path)
init_repository(repo_path, is_bare)
if clone_from:
# The clone_from's objects and refs are in fact cloned into a
# subordinate tree that's then set as an alternate for the real
# repo. This lets git-receive-pack expose available commits as
# extra haves without polluting refs in the real repo.
sub_path = os.path.join(repo_path, 'turnip-subordinate')
clone_repository(clone_from, sub_path, True)
assert is_bare
alt_path = os.path.join(repo_path, 'objects/info/alternates')
with open(alt_path, 'w') as f:
f.write('../turnip-subordinate/objects\n')
if clone_refs:
# With the objects all accessible via the subordinate, we
# can just copy all refs from the origin. Unlike
# pygit2.clone_repository, this won't set up a remote.
# TODO: Filter out internal (eg. MP) refs.
from_repo = Repository(clone_from)
to_repo = Repository(repo_path)
for ref in from_repo.listall_references():
to_repo.create_reference(
ref, from_repo.lookup_reference(ref).target)
if alternate_repo_paths:
write_alternates(repo_path, alternate_repo_paths)
ensure_config(repo_path) # set repository configuration defaults
return repo_path
def test_preserves_existing(self):
# If the configuration file is already in the correct state, then
# the file is left unchanged; for efficiency we do not even write
# out a new file. (Currently, pygit2/libgit2 take care of this; if
# they ever stop doing so then we should take extra care ourselves.)
helpers.ensure_config(self.repo_dir)
now = time.time()
os.utime(self.config_path, (now - 60, now - 60))
old_mtime = os.stat(self.config_path).st_mtime
self.assertWritesCorrectConfig()
self.assertEqual(old_mtime, os.stat(self.config_path).st_mtime)
def assertWritesCorrectConfig(self):
helpers.ensure_config(self.repo_dir)
config = Config(path=self.config_path)
self.assertTrue(config['core.logallrefupdates'])
self.assertTrue(config['repack.writeBitmaps'])