print "@refs/heads/%s HEAD" % master_branch
print
-def get_remote_branch(origin, remote_branch, name):
+def clone(path, remote_branch):
+ bdir = bzrlib.bzrdir.BzrDir.create(path)
+ repo = bdir.find_repository()
+ repo.fetch(remote_branch.repository)
+ return remote_branch.sprout(bdir, repository=repo)
+
+def get_remote_branch(remote_branch, name):
global dirname, peers
branch_path = os.path.join(dirname, 'clone', name)
try:
- d = bzrlib.bzrdir.BzrDir.open(branch_path)
- branch = d.open_branch()
+ branch = bzrlib.branch.Branch.open(branch_path)
except bzrlib.errors.NotBranchError:
# clone
- d = origin.sprout(branch_path, None,
- hardlink=True, create_tree_if_local=False,
- force_new_repo=False,
- source_branch=remote_branch)
- branch = d.open_branch()
+ branch = clone(branch_path, remote_branch)
else:
# pull
try:
- branch.pull(remote_branch, [], None, False)
+ branch.pull(remote_branch, overwrite=True)
except bzrlib.errors.DivergedBranches:
# use remote branch for now
return remote_branch
if not is_local:
peers[name] = remote_branch.base
- branch = get_remote_branch(origin, remote_branch, name)
+ branch = get_remote_branch(remote_branch, name)
else:
branch = remote_branch
if not is_local:
peers[name] = remote_branch.base
- branch = get_remote_branch(origin, remote_branch, name)
+ branch = get_remote_branch(remote_branch, name)
else:
branch = remote_branch