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repository as _mod_repository,
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revision as _mod_revision,
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from bzrlib.branch import BranchReferenceFormat, BranchWriteLockResult
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from bzrlib.branch import BranchReferenceFormat
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from bzrlib.bzrdir import BzrDir, RemoteBzrDirFormat
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from bzrlib.decorators import needs_read_lock, needs_write_lock, only_raises
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from bzrlib.errors import (
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from bzrlib.lockable_files import LockableFiles
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from bzrlib.smart import client, vfs, repository as smart_repo
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from bzrlib.revision import ensure_null, NULL_REVISION
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from bzrlib.repository import RepositoryWriteLockResult
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from bzrlib.trace import mutter, note, warning
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self._ensure_real()
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self._real_bzrdir.destroy_repository()
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def create_branch(self, name=None):
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def create_branch(self):
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# as per meta1 formats - just delegate to the format object which may
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# be parameterised.
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real_branch = self._format.get_branch_format().initialize(self,
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real_branch = self._format.get_branch_format().initialize(self)
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if not isinstance(real_branch, RemoteBranch):
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result = RemoteBranch(self, self.find_repository(), real_branch,
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result = RemoteBranch(self, self.find_repository(), real_branch)
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result = real_branch
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# BzrDir.clone_on_transport() uses the result of create_branch but does
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self._next_open_branch_result = result
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def destroy_branch(self, name=None):
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def destroy_branch(self):
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"""See BzrDir.destroy_branch"""
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self._ensure_real()
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self._real_bzrdir.destroy_branch(name=name)
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self._real_bzrdir.destroy_branch()
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self._next_open_branch_result = None
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def create_workingtree(self, revision_id=None, from_branch=None):
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"""See BzrDir._get_tree_branch()."""
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return None, self.open_branch()
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def open_branch(self, name=None, unsupported=False,
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ignore_fallbacks=False):
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def open_branch(self, _unsupported=False, ignore_fallbacks=False):
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raise NotImplementedError('unsupported flag support not implemented yet.')
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if self._next_open_branch_result is not None:
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# See create_branch for details.
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if response[0] == 'ref':
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# a branch reference, use the existing BranchReference logic.
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format = BranchReferenceFormat()
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return format.open(self, name=name, _found=True,
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location=response[1], ignore_fallbacks=ignore_fallbacks)
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return format.open(self, _found=True, location=response[1],
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ignore_fallbacks=ignore_fallbacks)
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branch_format_name = response[1]
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if not branch_format_name:
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branch_format_name = None
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format = RemoteBranchFormat(network_name=branch_format_name)
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return RemoteBranch(self, self.find_repository(), format=format,
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setup_stacking=not ignore_fallbacks, name=name)
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setup_stacking=not ignore_fallbacks)
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def _open_repo_v1(self, path):
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verb = 'BzrDir.find_repository'
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"""Return the path to be used for this bzrdir in a remote call."""
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return client.remote_path_from_transport(self.root_transport)
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def get_branch_transport(self, branch_format, name=None):
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def get_branch_transport(self, branch_format):
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self._ensure_real()
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return self._real_bzrdir.get_branch_transport(branch_format, name=name)
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return self._real_bzrdir.get_branch_transport(branch_format)
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def get_repository_transport(self, repository_format):
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self._ensure_real()
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return self._custom_format._serializer
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class RemoteRepository(_RpcHelper, lock._RelockDebugMixin,
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bzrdir.ControlComponent):
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class RemoteRepository(_RpcHelper, lock._RelockDebugMixin):
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"""Repository accessed over rpc.
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For the moment most operations are performed using local transport-backed
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# Additional places to query for data.
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self._fallback_repositories = []
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def user_transport(self):
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return self.bzrdir.user_transport
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def control_transport(self):
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# XXX: Normally you shouldn't directly get at the remote repository
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# transport, but I'm not sure it's worth making this method
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# optional -- mbp 2010-04-21
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return self.bzrdir.get_repository_transport(None)
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def __str__(self):
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return "%s(%s)" % (self.__class__.__name__, self.base)
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parents_provider = self._make_parents_provider(other_repository)
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return graph.Graph(parents_provider)
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def get_known_graph_ancestry(self, revision_ids):
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"""Return the known graph for a set of revision ids and their ancestors.
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st = static_tuple.StaticTuple
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revision_keys = [st(r_id).intern() for r_id in revision_ids]
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known_graph = self.revisions.get_known_graph_ancestry(revision_keys)
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return graph.GraphThunkIdsToKeys(known_graph)
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def gather_stats(self, revid=None, committers=None):
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"""See Repository.gather_stats()."""
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path = self.bzrdir._path_for_remote_call(self._client)
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# state, so always add a lock here. If a caller passes us a locked
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# repository, they are responsible for unlocking it later.
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repository.lock_read()
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self._check_fallback_repository(repository)
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self._fallback_repositories.append(repository)
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# If self._real_repository was parameterised already (e.g. because a
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# _real_branch had its get_stacked_on_url method called), then the
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# repository to be added may already be in the _real_repositories list.
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if self._real_repository is not None:
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fallback_locations = [repo.user_url for repo in
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fallback_locations = [repo.bzrdir.root_transport.base for repo in
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self._real_repository._fallback_repositories]
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if repository.user_url not in fallback_locations:
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if repository.bzrdir.root_transport.base not in fallback_locations:
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self._real_repository.add_fallback_repository(repository)
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def _check_fallback_repository(self, repository):
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"""Check that this repository can fallback to repository safely.
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Raise an error if not.
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:param repository: A repository to fallback to.
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return _mod_repository.InterRepository._assert_same_model(
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def add_inventory(self, revid, inv, parents):
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self._ensure_real()
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return self._real_repository.add_inventory(revid, inv, parents)
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def add_inventory_by_delta(self, basis_revision_id, delta, new_revision_id,
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parents, basis_inv=None, propagate_caches=False):
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self._ensure_real()
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return self._real_repository.add_inventory_by_delta(basis_revision_id,
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delta, new_revision_id, parents, basis_inv=basis_inv,
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propagate_caches=propagate_caches)
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delta, new_revision_id, parents)
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def add_revision(self, rev_id, rev, inv=None, config=None):
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self._ensure_real()
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return self._real_repository.inventories
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@needs_write_lock
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def pack(self, hint=None, clean_obsolete_packs=False):
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def pack(self, hint=None):
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"""Compress the data within the repository.
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This is not currently implemented within the smart server.
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self._ensure_real()
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return self._real_repository.pack(hint=hint, clean_obsolete_packs=clean_obsolete_packs)
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return self._real_repository.pack(hint=hint)
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def revisions(self):
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def network_name(self):
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return self._network_name
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def open(self, a_bzrdir, name=None, ignore_fallbacks=False):
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return a_bzrdir.open_branch(name=name,
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ignore_fallbacks=ignore_fallbacks)
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def open(self, a_bzrdir, ignore_fallbacks=False):
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return a_bzrdir.open_branch(ignore_fallbacks=ignore_fallbacks)
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def _vfs_initialize(self, a_bzrdir, name):
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def _vfs_initialize(self, a_bzrdir):
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# Initialisation when using a local bzrdir object, or a non-vfs init
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# method is not available on the server.
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# self._custom_format is always set - the start of initialize ensures
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if isinstance(a_bzrdir, RemoteBzrDir):
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a_bzrdir._ensure_real()
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result = self._custom_format.initialize(a_bzrdir._real_bzrdir,
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result = self._custom_format.initialize(a_bzrdir._real_bzrdir)
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# We assume the bzrdir is parameterised; it may not be.
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result = self._custom_format.initialize(a_bzrdir, name)
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result = self._custom_format.initialize(a_bzrdir)
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if (isinstance(a_bzrdir, RemoteBzrDir) and
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not isinstance(result, RemoteBranch)):
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result = RemoteBranch(a_bzrdir, a_bzrdir.find_repository(), result,
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result = RemoteBranch(a_bzrdir, a_bzrdir.find_repository(), result)
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def initialize(self, a_bzrdir, name=None):
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def initialize(self, a_bzrdir):
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# 1) get the network name to use.
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if self._custom_format:
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network_name = self._custom_format.network_name()
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network_name = reference_format.network_name()
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# Being asked to create on a non RemoteBzrDir:
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if not isinstance(a_bzrdir, RemoteBzrDir):
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return self._vfs_initialize(a_bzrdir, name=name)
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return self._vfs_initialize(a_bzrdir)
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medium = a_bzrdir._client._medium
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if medium._is_remote_before((1, 13)):
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return self._vfs_initialize(a_bzrdir, name=name)
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return self._vfs_initialize(a_bzrdir)
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# Creating on a remote bzr dir.
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# 2) try direct creation via RPC
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path = a_bzrdir._path_for_remote_call(a_bzrdir._client)
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if name is not None:
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# XXX JRV20100304: Support creating colocated branches
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raise errors.NoColocatedBranchSupport(self)
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verb = 'BzrDir.create_branch'
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response = a_bzrdir._call(verb, path, network_name)
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except errors.UnknownSmartMethod:
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# Fallback - use vfs methods
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medium._remember_remote_is_before((1, 13))
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return self._vfs_initialize(a_bzrdir, name=name)
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return self._vfs_initialize(a_bzrdir)
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if response[0] != 'ok':
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raise errors.UnexpectedSmartServerResponse(response)
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# Turn the response into a RemoteRepository object.
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a_bzrdir._client)
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remote_repo = RemoteRepository(repo_bzrdir, repo_format)
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remote_branch = RemoteBranch(a_bzrdir, remote_repo,
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format=format, setup_stacking=False, name=name)
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format=format, setup_stacking=False)
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# XXX: We know this is a new branch, so it must have revno 0, revid
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# NULL_REVISION. Creating the branch locked would make this be unable
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# to be wrong; here its simply very unlikely to be wrong. RBC 20090225
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def __init__(self, remote_bzrdir, remote_repository, real_branch=None,
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_client=None, format=None, setup_stacking=True, name=None):
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_client=None, format=None, setup_stacking=True):
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"""Create a RemoteBranch instance.
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:param real_branch: An optional local implementation of the branch
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:param setup_stacking: If True make an RPC call to determine the
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stacked (or not) status of the branch. If False assume the branch
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is not stacked.
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:param name: Colocated branch name
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# We intentionally don't call the parent class's __init__, because it
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# will try to assign to self.tags, which is a property in this subclass.
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self._real_branch = None
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# Fill out expected attributes of branch for bzrlib API users.
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self._clear_cached_state()
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# TODO: deprecate self.base in favor of user_url
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self.base = self.bzrdir.user_url
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self.base = self.bzrdir.root_transport.base
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self._control_files = None
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self._lock_mode = None
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self._lock_token = None
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'to use vfs implementation')
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self.bzrdir._ensure_real()
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self._real_branch = self.bzrdir._real_bzrdir.open_branch(
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ignore_fallbacks=self._real_ignore_fallbacks, name=self._name)
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ignore_fallbacks=self._real_ignore_fallbacks)
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if self.repository._real_repository is None:
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# Give the remote repository the matching real repo.
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real_repo = self._real_branch.repository
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self._real_branch.lock_read()
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self._lock_count += 1
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return lock.LogicalLockResult(self.unlock)
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def _remote_lock_write(self, token):
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if token is None:
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branch_token = repo_token = ''
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branch_token = token
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repo_token = self.repository.lock_write().repository_token
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repo_token = self.repository.lock_write()
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self.repository.unlock()
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err_context = {'token': token}
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response = self._call(
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self._lock_count += 1
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# Re-lock the repository too.
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self.repository.lock_write(self._repo_lock_token)
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return BranchWriteLockResult(self.unlock, self._lock_token or None)
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return self._lock_token or None
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def _unlock(self, branch_token, repo_token):
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err_context = {'token': str((branch_token, repo_token))}