def transformFallbackLocation(self, branch, url):
"""See `BranchOpenPolicy.transformFallbackLocation`.
Here we return the URL that would be used anyway and optionally check
it.
"""
return urlutils.join(branch.base, url), self.check
def transformFallbackLocation(self, branch, url):
"""See `BranchOpenPolicy.transformFallbackLocation`.
For mirrored branches, we stack on whatever the remote branch claims
to stack on, but this URL still needs to be checked.
"""
return urlutils.join(branch.base, url), True
def rewriteLine(self, resource_location):
"""Rewrite 'resource_location' to a more concrete location.
We use the 'translatePath' BranchFileSystemClient method. There are
three cases:
(1) The request is for something within the .bzr directory of a
branch.
In this case we rewrite the request to the location from which
branches are served by ID.
(2) The request is for something within a branch, but not the .bzr
directory.
In this case, we hand the request off to codebrowse.
(3) The branch is not found. Two sub-cases: the request is for a
product control directory or the we don't know how to translate
the path.
In both these cases we return 'NULL' which indicates to Apache
that we don't know how to rewrite the request (and so it should
go on to generate a 404 response).
Other errors are allowed to propagate, on the assumption that the
caller will catch and log them.
"""
# Codebrowse generates references to its images and stylesheets
# starting with "/static", so pass them on unthinkingly.
T = time.time()
# Tell the webapp adapter that we are in a request, so that DB
# statement timeouts will be applied.
set_request_started()
try:
cached = None
if resource_location.startswith('/static/'):
r = self._codebrowse_url(resource_location)
cached = 'N/A'
else:
branch_id, trailing, cached = self._getBranchIdAndTrailingPath(
resource_location)
if branch_id is None:
if resource_location.startswith('/' +
BRANCH_ID_ALIAS_PREFIX):
r = 'NULL'
else:
r = self._codebrowse_url(resource_location)
else:
if trailing.startswith('/.bzr'):
r = urlutils.join(
config.codehosting.internal_branch_by_id_root,
branch_id_to_path(branch_id), trailing[1:])
else:
r = self._codebrowse_url(resource_location)
finally:
clear_request_started()
self.logger.info("%r -> %r (%fs, cache: %s)", resource_location, r,
time.time() - T, cached)
return r
def list_branches(repo):
trans = repo.bzrdir.root_transport
dirs_to_check = ['.']
branches = []
while len(dirs_to_check) > 0:
filename = dirs_to_check.pop(0)
if stat.S_ISDIR(trans.stat(filename).st_mode):
# is this a branch inside the given repository?
try:
br_dir = BzrDir.open(trans.abspath(filename))
branch = br_dir.open_branch()
except errors.NotBranchError:
branch = None
# if we have a branch, add it to the result set, provided
# that it uses the same repository.
if branch is not None:
# if the branch uses a different repository, then
# don't include it.
if (branch.repository.bzrdir.root_transport.base !=
trans.base):
continue
# XXX: hack to make sure the branch is using the same
# repository instance, for locking purposes
branch.repository = repo
branches.append(branch)
# extend the list of dirs to check.
dirs_to_check.extend([
urlutils.join(filename, name)
for name in trans.list_dir(filename) if name != '.bzr'
])
return branches
def test_multi_stack(self):
"""base + stacked + stacked-on-stacked"""
base_tree, stacked_tree = self.make_stacked_target()
self.build_tree(['stacked/f3.txt'])
stacked_tree.add(['f3.txt'], ['f3.txt-id'])
stacked_key = ('stacked-rev-id', )
stacked_tree.commit('add f3', rev_id=stacked_key[0])
stacked_only_repo = self.get_only_repo(stacked_tree)
self.assertPresent([self.r2_key], stacked_only_repo.inventories,
[self.r1_key, self.r2_key])
# This ensures we get a Remote URL, rather than a local one.
stacked2_url = urlutils.join(base_tree.branch.base, '../stacked2')
stacked2_bzrdir = stacked_tree.bzrdir.sprout(
stacked2_url, revision_id=self.r1_key[0], stacked=True)
if isinstance(stacked2_bzrdir, remote.RemoteBzrDir):
stacked2_branch = stacked2_bzrdir.open_branch()
stacked2_tree = stacked2_branch.create_checkout('stacked2',
lightweight=True)
else:
stacked2_tree = stacked2_bzrdir.open_workingtree()
# stacked2 is stacked on stacked, but its content is rev1, so
# it needs to pull the basis information from a fallback-of-fallback.
self.build_tree(['stacked2/f3.txt'])
stacked2_only_repo = self.get_only_repo(stacked2_tree)
self.assertPresent([], stacked2_only_repo.inventories,
[self.r1_key, self.r2_key])
stacked2_tree.add(['f3.txt'], ['f3.txt-id'])
stacked2_tree.commit('add f3', rev_id='stacked2-rev-id')
# We added data to this read-locked repo, so refresh it
stacked2_only_repo.refresh_data()
self.assertPresent([self.r1_key], stacked2_only_repo.inventories,
[self.r1_key, self.r2_key])
def _download_in_cache(self, source_url, name, force=False):
"""Download ``name`` from ``source_url`` in ``vm.download_cache``.
:param source_url: The url where the file to download is located
:param name: The name of the file to download (also used as the name
for the downloaded file).
:param force: Remove the file from the cache if present.
:return: False if the file is in the download cache, True if a download
occurred.
"""
source = urlutils.join(source_url, name)
download_dir = self.conf.get('vm.download_cache')
if not os.path.exists(download_dir):
raise ConfigValueError('vm.download_cache', download_dir)
target = os.path.join(download_dir, name)
# FIXME: By default the download dir may be under root control, but if
# a user chose to use a different one under his own control, it would
# be nice to not require sudo usage. -- vila 2013-02-06
if force:
run_subprocess(['sudo', 'rm', '-f', target])
if not os.path.exists(target):
# FIXME: We do ask for a progress bar but it's not displayed
# (run_subprocess capture both stdout and stderr) ! At least while
# used interactively, it should. -- vila 2013-02-06
run_subprocess(
['sudo', 'wget', '--progress=dot:mega', '-O', target, source])
return True
else:
return False
def _download_in_cache(self, source_url, name, force=False):
"""Download ``name`` from ``source_url`` in ``vm.download_cache``.
:param source_url: The url where the file to download is located
:param name: The name of the file to download (also used as the name
for the downloaded file).
:param force: Remove the file from the cache if present.
:return: False if the file is in the download cache, True if a download
occurred.
"""
source = urlutils.join(source_url, name)
download_dir = self.conf.get('vm.download_cache')
if not os.path.exists(download_dir):
raise ConfigValueError('vm.download_cache', download_dir)
target = os.path.join(download_dir, name)
# FIXME: By default the download dir may be under root control, but if
# a user chose to use a different one under his own control, it would
# be nice to not require sudo usage. -- vila 2013-02-06
if force:
run_subprocess(['sudo', 'rm', '-f', target])
if not os.path.exists(target):
# FIXME: We do ask for a progress bar but it's not displayed
# (run_subprocess capture both stdout and stderr) ! At least while
# used interactively, it should. -- vila 2013-02-06
run_subprocess(['sudo', 'wget', '--progress=dot:mega','-O',
target, source])
return True
else:
return False
def transform_fallback_location(self, branch, url):
"""See `BranchOpenPolicy.transform_fallback_location`.
Here we return the URL that would be used anyway and optionally check
it.
"""
return urlutils.join(branch.base, url), self.check
def _relurljoin(base, relative):
if relative.startswith('//'):
# urlutils.join not supports relative urls start with '//'
scheme = base.partition('://')
return scheme[0] + ':' + relative
else:
return join(base, relative)
def list_branches(repo):
trans = repo.bzrdir.root_transport
dirs_to_check = ['.']
branches = []
while len(dirs_to_check) > 0:
filename = dirs_to_check.pop(0)
if stat.S_ISDIR(trans.stat(filename).st_mode):
# is this a branch inside the given repository?
try:
br_dir = BzrDir.open(trans.abspath(filename))
branch = br_dir.open_branch()
except errors.NotBranchError:
branch = None
# if we have a branch, add it to the result set, provided
# that it uses the same repository.
if branch is not None:
# if the branch uses a different repository, then
# don't include it.
if (branch.repository.bzrdir.root_transport.base !=
trans.base):
continue
# XXX: hack to make sure the branch is using the same
# repository instance, for locking purposes
branch.repository = repo
branches.append(branch)
# extend the list of dirs to check.
dirs_to_check.extend([urlutils.join(filename, name)
for name in trans.list_dir(filename)
if name != '.bzr'])
return branches
def import_git_tree(repo, mapping, path, tree, inv, parent_invs, lookup_object):
"""Import a git tree object into a bzr repository.
:param repo: A Bzr repository object
:param path: Path in the tree
:param tree: A git tree object
:param inv: Inventory object
"""
file_id = mapping.generate_file_id(path)
text_revision = inv.revision_id
repo.texts.add_lines((file_id, text_revision),
[(file_id, p[file_id].revision) for p in parent_invs if file_id in p],
[])
ie = inv.add_path(path, "directory", file_id)
ie.revision = text_revision
for mode, name, hexsha in tree.entries():
entry_kind = (mode & 0700000) / 0100000
basename = name.decode("utf-8")
if path == "":
child_path = name
else:
child_path = urlutils.join(path, name)
if entry_kind == 0:
tree = lookup_object(hexsha)
import_git_tree(repo, mapping, child_path, tree, inv, parent_invs, lookup_object)
elif entry_kind == 1:
blob = lookup_object(hexsha)
fs_mode = mode & 0777
import_git_blob(repo, mapping, child_path, blob, inv, parent_invs, bool(fs_mode & 0111))
else:
raise AssertionError("Unknown blob kind, perms=%r." % (mode,))
def test_multi_stack(self):
"""base + stacked + stacked-on-stacked"""
base_tree, stacked_tree = self.make_stacked_target()
self.build_tree(['stacked/f3.txt'])
stacked_tree.add(['f3.txt'], ['f3.txt-id'])
stacked_key = ('stacked-rev-id',)
stacked_tree.commit('add f3', rev_id=stacked_key[0])
stacked_only_repo = self.get_only_repo(stacked_tree)
self.assertPresent([self.r2_key], stacked_only_repo.inventories,
[self.r1_key, self.r2_key])
# This ensures we get a Remote URL, rather than a local one.
stacked2_url = urlutils.join(base_tree.branch.base, '../stacked2')
stacked2_bzrdir = stacked_tree.bzrdir.sprout(stacked2_url,
revision_id=self.r1_key[0],
stacked=True)
if isinstance(stacked2_bzrdir, remote.RemoteBzrDir):
stacked2_branch = stacked2_bzrdir.open_branch()
stacked2_tree = stacked2_branch.create_checkout('stacked2',
lightweight=True)
else:
stacked2_tree = stacked2_bzrdir.open_workingtree()
# stacked2 is stacked on stacked, but its content is rev1, so
# it needs to pull the basis information from a fallback-of-fallback.
self.build_tree(['stacked2/f3.txt'])
stacked2_only_repo = self.get_only_repo(stacked2_tree)
self.assertPresent([], stacked2_only_repo.inventories,
[self.r1_key, self.r2_key])
stacked2_tree.add(['f3.txt'], ['f3.txt-id'])
stacked2_tree.commit('add f3', rev_id='stacked2-rev-id')
# We added data to this read-locked repo, so refresh it
stacked2_only_repo.refresh_data()
self.assertPresent([self.r1_key], stacked2_only_repo.inventories,
[self.r1_key, self.r2_key])
def transform_fallback_location(self, branch, url):
"""See `BranchOpenPolicy.transform_fallback_location`.
This class is not used for testing our smarter stacking features so we
just do the simplest thing: return the URL that would be used anyway
and don't check it.
"""
return urlutils.join(branch.base, url), False
def _remote_path(self, relpath):
"""After connecting, HTTP Transport only deals in relative URLs."""
# Adjust the relpath based on which URL this smart transport is
# connected to.
http_base = urlutils.normalize_url(self.get_smart_medium().base)
url = urlutils.join(self.base[len('bzr+'):], relpath)
url = urlutils.normalize_url(url)
return urlutils.relative_url(http_base, url)
def clone(self, offset=None):
"""See Transport.clone()."""
if offset is None:
newurl = self.base
else:
newurl = urlutils.join(self.base, offset)
return GitSmartTransport(newurl, self._client)
def _remote_path(self, relpath):
"""After connecting, HTTP Transport only deals in relative URLs."""
# Adjust the relpath based on which URL this smart transport is
# connected to.
http_base = urlutils.normalize_url(self.get_smart_medium().base)
url = urlutils.join(self.base[len('bzr+'):], relpath)
url = urlutils.normalize_url(url)
return urlutils.relative_url(http_base, url)
def clone(self, offset=None):
"""See Transport.clone()."""
if offset is None:
newurl = self.base
else:
newurl = urlutils.join(self.base, offset)
return GitSmartTransport(newurl, self._client)
def test_codebrowse_url_for_default(self):
[ref] = self.factory.makeGitRefs(paths=["refs/heads/name"])
with person_logged_in(ref.repository.target.owner):
getUtility(IGitRepositorySet).setDefaultRepository(
ref.repository.target, ref.repository)
expected_url = "%s?h=name" % urlutils.join(
config.codehosting.git_browse_root, ref.repository.shortened_path)
self.assertEqual(expected_url, ref.getCodebrowseUrl())
def transformFallbackLocation(self, branch, url):
"""See `BranchOpenPolicy.transformFallbackLocation`.
This class is not used for testing our smarter stacking features so we
just do the simplest thing: return the URL that would be used anyway
and don't check it.
"""
return urlutils.join(branch.base, url), False
def get_web_url_from_branch_url(self, branch_url, _request_factory=None):
"""Get the Launchpad web URL for the given branch URL.
:raise errors.InvalidURL: if 'branch_url' cannot be identified as a
Launchpad branch URL.
:return: The URL of the branch on Launchpad.
"""
path = self._guess_branch_path(branch_url, _request_factory)
return urlutils.join('https://code.%s' % self.domain, path)
def get_web_url_from_branch_url(self, branch_url, _request_factory=None):
"""Get the Launchpad web URL for the given branch URL.
:raise errors.InvalidURL: if 'branch_url' cannot be identified as a
Launchpad branch URL.
:return: The URL of the branch on Launchpad.
"""
path = self._guess_branch_path(branch_url, _request_factory)
return urlutils.join('https://code.%s' % self.domain, path)
def rename(self, rel_from, rel_to):
"""See Transport.rename().
"""
try:
if self._decorated.has(rel_to):
rel_to = urlutils.join(rel_to, urlutils.basename(rel_from))
self._decorated.rename(rel_from, rel_to)
except (errors.DirectoryNotEmpty, errors.FileExists), e:
# absorb the error
return
def rename(self, rel_from, rel_to):
"""See Transport.rename().
"""
try:
if self._decorated.has(rel_to):
rel_to = urlutils.join(rel_to, urlutils.basename(rel_from))
self._decorated.rename(rel_from, rel_to)
except (errors.DirectoryNotEmpty, errors.FileExists), e:
# absorb the error
return
def test_clone_with_relative_offset(self):
# FatLocalTransport.clone with an offset path returns a new instance
# of FatLocalTransport with a base URL equal to the offset path
# relative to the old base.
transport = self.transport.clone("foo")
self.assertIsNot(self.transport, transport)
self.assertEqual(
urlutils.join(self.transport.base, "foo").rstrip('/'),
transport.base.rstrip('/'))
self.assertIsInstance(transport, FatLocalTransport)
def test_clone_with_relative_offset(self):
# FatLocalTransport.clone with an offset path returns a new instance
# of FatLocalTransport with a base URL equal to the offset path
# relative to the old base.
transport = self.transport.clone("foo")
self.assertIsNot(self.transport, transport)
self.assertEqual(
urlutils.join(self.transport.base, "foo").rstrip('/'),
transport.base.rstrip('/'))
self.assertIsInstance(transport, FatLocalTransport)
def test_get_with_supported_tag(self):
"""If asked for a valid tag, return a tracker instance that can map bug
IDs to <base_url>/<bug_area> + <bug_id>."""
bugtracker.tracker_registry.register('some', self.tracker)
self.addCleanup(lambda: bugtracker.tracker_registry.remove('some'))
branch = self.make_branch('some_branch')
config = branch.get_config()
config.set_user_option('some_twisted_url', self.url)
tracker = self.tracker.get('twisted', branch)
self.assertEqual(
urlutils.join(self.url, 'ticket/') + '1234',
tracker.get_bug_url('1234'))
def test_get_with_supported_tag(self):
"""If asked for a valid tag, return a tracker instance that can map bug
IDs to <base_url>/<bug_area> + <bug_id>."""
bugtracker.tracker_registry.register('some', self.tracker)
self.addCleanup(bugtracker.tracker_registry.remove, 'some')
branch = self.make_branch('some_branch')
config = branch.get_config()
config.set_user_option('some_twisted_url', self.url)
tracker = self.tracker.get('twisted', branch)
self.assertEqual(
urlutils.join(self.url, 'ticket/') + '1234',
tracker.get_bug_url('1234'))
def test_set_get_parent(self):
"""Set, re-get and reset the parent"""
b = self.make_branch('subdir')
url = 'http://example.com/bzr/bzr.dev'
b.set_parent(url)
self.assertEqual(url, b.get_parent())
self.assertEqual(url, b._get_parent_location())
b.set_parent(None)
self.assertEqual(None, b.get_parent())
b.set_parent('../other_branch')
expected_parent = urlutils.join(self.get_url('subdir'),
'../other_branch')
self.assertEqual(expected_parent, b.get_parent())
path = urlutils.join(self.get_url('subdir'), '../yanb')
b.set_parent(path)
self.assertEqual('../yanb', b._get_parent_location())
self.assertEqual(path, b.get_parent())
self.assertRaises(bzrlib.errors.InvalidURL, b.set_parent, u'\xb5')
b.set_parent(urlutils.escape(u'\xb5'))
self.assertEqual('%C2%B5', b._get_parent_location())
self.assertEqual(b.base + '%C2%B5', b.get_parent())
# Handle the case for older style absolute local paths
if sys.platform == 'win32':
# TODO: jam 20060515 Do we want to special case Windows local
# paths as well? Nobody has complained about it.
pass
else:
b.lock_write()
b._set_parent_location('/local/abs/path')
b.unlock()
self.assertEqual('file:///local/abs/path', b.get_parent())
def getStackedOnURLForDestinationBranch(self, source_branch,
destination_url):
"""Return the stacked on URL for the destination branch.
Mirrored branches are stacked on the default stacked-on branch of
their product, except when we're mirroring the default stacked-on
branch itself.
"""
if self.stacked_on_url is None:
return None
stacked_on_url = urlutils.join(destination_url, self.stacked_on_url)
if destination_url == stacked_on_url:
return None
return self.stacked_on_url
def test_set_get_parent(self):
"""Set, re-get and reset the parent"""
b = self.make_branch('subdir')
url = 'http://example.com/bzr/bzr.dev'
b.set_parent(url)
self.assertEqual(url, b.get_parent())
self.assertEqual(url, b._get_parent_location())
b.set_parent(None)
self.assertEqual(None, b.get_parent())
b.set_parent('../other_branch')
expected_parent = urlutils.join(self.get_url('subdir'),
'../other_branch')
self.assertEqual(expected_parent, b.get_parent())
path = urlutils.join(self.get_url('subdir'), '../yanb')
b.set_parent(path)
self.assertEqual('../yanb', b._get_parent_location())
self.assertEqual(path, b.get_parent())
self.assertRaises(bzrlib.errors.InvalidURL, b.set_parent, u'\xb5')
b.set_parent(urlutils.escape(u'\xb5'))
self.assertEqual('%C2%B5', b._get_parent_location())
self.assertEqual(b.base + '%C2%B5', b.get_parent())
# Handle the case for older style absolute local paths
if sys.platform == 'win32':
# TODO: jam 20060515 Do we want to special case Windows local
# paths as well? Nobody has complained about it.
pass
else:
b.lock_write()
b._set_parent_location('/local/abs/path')
b.unlock()
self.assertEqual('file:///local/abs/path', b.get_parent())
def run(self, from_location, to_location=None, lightweight=False, **kw):
if lightweight:
import errno
import os
from bzrlib.branch import Branch
from bzrlib.errors import BzrError
from bzrlib.urlutils import basename, dirname, join
from bzrlib.workingtree import WorkingTree
br_from = Branch.open(from_location)
repo = br_from.repository
if not repo.is_shared():
raise BzrError('branch --lightweight supported '
'only for shared repository')
wt_from = WorkingTree.open(from_location)
working_path = wt_from.bzrdir.root_transport.base
from_branch_path = br_from.bzrdir.root_transport.base
if working_path == from_branch_path:
raise BzrError('source branch is not lightweight checkout')
if to_location is None:
raise BzrError('you should specify name for new branch')
from_basename = basename(from_branch_path)
to_basename = basename(to_location)
if from_basename == to_basename:
raise BzrError('basename of source and destination is equal')
to_branch_path = join(dirname(from_branch_path), to_basename)
# make branch
print >> self.outf, 'Create branch: %s => %s' % (from_branch_path,
to_branch_path)
builtins.cmd_branch.run(self, from_branch_path, to_branch_path,
**kw)
# make lightweight chekout
source = Branch.open(to_branch_path)
revision_id = source.last_revision()
try:
os.mkdir(to_location)
except OSError, e:
if e.errno == errno.EEXIST:
raise errors.BzrCommandError(
'Target directory "%s" already'
' exists.' % to_location)
if e.errno == errno.ENOENT:
raise errors.BzrCommandError(
'Parent of "%s" does not exist.' % to_location)
else:
raise
source.create_checkout(to_location, revision_id, lightweight)
def make_stacked_target(self):
base_tree = self.make_branch_and_tree('base')
self.build_tree(['base/f1.txt'])
base_tree.add(['f1.txt'], ['f1.txt-id'])
base_tree.commit('initial', rev_id=self.r1_key[0])
self.build_tree(['base/f2.txt'])
base_tree.add(['f2.txt'], ['f2.txt-id'])
base_tree.commit('base adds f2', rev_id=self.r2_key[0])
stacked_url = urlutils.join(base_tree.branch.base, '../stacked')
stacked_bzrdir = base_tree.bzrdir.sprout(stacked_url, stacked=True)
if isinstance(stacked_bzrdir, remote.RemoteBzrDir):
stacked_branch = stacked_bzrdir.open_branch()
stacked_tree = stacked_branch.create_checkout('stacked',
lightweight=True)
else:
stacked_tree = stacked_bzrdir.open_workingtree()
return base_tree, stacked_tree
def make_stacked_target(self):
base_tree = self.make_branch_and_tree('base')
self.build_tree(['base/f1.txt'])
base_tree.add(['f1.txt'], ['f1.txt-id'])
base_tree.commit('initial', rev_id=self.r1_key[0])
self.build_tree(['base/f2.txt'])
base_tree.add(['f2.txt'], ['f2.txt-id'])
base_tree.commit('base adds f2', rev_id=self.r2_key[0])
stacked_url = urlutils.join(base_tree.branch.base, '../stacked')
stacked_bzrdir = base_tree.bzrdir.sprout(stacked_url,
stacked=True)
if isinstance(stacked_bzrdir, remote.RemoteBzrDir):
stacked_branch = stacked_bzrdir.open_branch()
stacked_tree = stacked_branch.create_checkout('stacked',
lightweight=True)
else:
stacked_tree = stacked_bzrdir.open_workingtree()
return base_tree, stacked_tree
def __init__(self, bzrdir, repo, branch):
self.basedir = bzrdir.transport.base
self.bzrdir = bzrdir
self.repository = repo
self._branch = branch
self._transport = bzrdir.transport
self.controldir = urlutils.join(self.repository._git.path, 'bzr')
try:
os.makedirs(self.controldir)
os.makedirs(os.path.join(self.controldir, 'lock'))
except OSError:
pass
self._control_files = lockable_files.LockableFiles(
transport.get_transport(self.controldir), 'lock', lockdir.LockDir)
self._format = GitWorkingTreeFormat()
self.index = Index(
os.path.join(self.repository._git.controldir(), "index"))
def test_local_by_url(self):
# It's possible (though not encouraged) to retrieve files from
# self-hosted repositories by URL.
[ref] = self.factory.makeGitRefs()
hosting_fixture = self.useFixture(GitHostingFixture(blob=b"foo"))
https_ref = self.factory.makeGitRefRemote(
repository_url=ref.repository.git_https_url, path=ref.path)
anon_ref = self.factory.makeGitRefRemote(repository_url=urlutils.join(
config.codehosting.git_anon_root, ref.repository.shortened_path),
path=ref.path)
self.assertEqual(b"foo", https_ref.getBlob("dir/file"))
self.assertEqual(b"foo", anon_ref.getBlob("dir/file"))
internal_path = ref.repository.getInternalPath()
expected_calls = [
((internal_path, "dir/file"), {
"rev": ref.path
}),
((internal_path, "dir/file"), {
"rev": ref.path
}),
]
self.assertEqual(expected_calls, hosting_fixture.getBlob.calls)
def __init__(self, bzrdir, repo, branch):
self.basedir = bzrdir.transport.base
self.bzrdir = bzrdir
self.repository = repo
self._branch = branch
self._transport = bzrdir.transport
self.controldir = urlutils.join(self.repository._git.path, 'bzr')
try:
os.makedirs(self.controldir)
os.makedirs(os.path.join(self.controldir, 'lock'))
except OSError:
pass
self._control_files = lockable_files.LockableFiles(
transport.get_transport(self.controldir), 'lock', lockdir.LockDir)
self._format = GitWorkingTreeFormat()
self.index = Index(os.path.join(self.repository._git.controldir(),
"index"))
def _build_inventory(self, tree_id, ie, path):
assert isinstance(path, str)
tree = self._repository._git.tree(tree_id)
for mode, name, hexsha in tree.entries():
basename = name.decode("utf-8")
if path == "":
child_path = name
else:
child_path = urlutils.join(path, name)
file_id = self.mapping.generate_file_id(child_path)
entry_kind = (mode & 0700000) / 0100000
if entry_kind == 0:
child_ie = inventory.InventoryDirectory(
file_id, basename, ie.file_id)
elif entry_kind == 1:
file_kind = (mode & 070000) / 010000
b = self._repository._git.get_blob(hexsha)
if file_kind == 0:
child_ie = inventory.InventoryFile(file_id, basename,
ie.file_id)
child_ie.text_sha1 = osutils.sha_string(b.data)
elif file_kind == 2:
child_ie = inventory.InventoryLink(file_id, basename,
ie.file_id)
child_ie.text_sha1 = osutils.sha_string("")
else:
raise AssertionError("Unknown file kind, perms=%o." %
(mode, ))
child_ie.text_id = b.id
child_ie.text_size = len(b.data)
else:
raise AssertionError("Unknown blob kind, perms=%r." % (mode, ))
fs_mode = mode & 0777
child_ie.executable = bool(fs_mode & 0111)
child_ie.revision = self.revision_id
self._inventory.add(child_ie)
if entry_kind == 0:
self._build_inventory(hexsha, child_ie, child_path)
def _handle_lock_contention(self, other_holder):
"""A lock we want to take is held by someone else.
This function can: tell the user about it; possibly detect that it's
safe or appropriate to steal the lock, or just raise an exception.
If this function returns (without raising an exception) the lock will
be attempted again.
:param other_holder: A LockHeldInfo for the current holder; note that
it might be None if the lock can be seen to be held but the info
can't be read.
"""
if (other_holder is not None):
if other_holder.is_lock_holder_known_dead():
if self.get_config().get('locks.steal_dead'):
ui.ui_factory.show_user_warning(
'locks_steal_dead',
lock_url=urlutils.join(self.transport.base, self.path),
other_holder_info=unicode(other_holder))
self.force_break(other_holder)
self._trace("stole lock from dead holder")
return
raise LockContention(self)
def _handle_lock_contention(self, other_holder):
"""A lock we want to take is held by someone else.
This function can: tell the user about it; possibly detect that it's
safe or appropriate to steal the lock, or just raise an exception.
If this function returns (without raising an exception) the lock will
be attempted again.
:param other_holder: A LockHeldInfo for the current holder; note that
it might be None if the lock can be seen to be held but the info
can't be read.
"""
if (other_holder is not None):
if other_holder.is_lock_holder_known_dead():
if self.get_config().get('locks.steal_dead'):
ui.ui_factory.show_user_warning(
'locks_steal_dead',
lock_url=urlutils.join(self.transport.base, self.path),
other_holder_info=unicode(other_holder))
self.force_break(other_holder)
self._trace("stole lock from dead holder")
return
raise LockContention(self)
def _build_inventory(self, tree_id, ie, path):
assert isinstance(path, str)
tree = self._repository._git.tree(tree_id)
for mode, name, hexsha in tree.entries():
basename = name.decode("utf-8")
if path == "":
child_path = name
else:
child_path = urlutils.join(path, name)
file_id = self.mapping.generate_file_id(child_path)
entry_kind = (mode & 0700000) / 0100000
if entry_kind == 0:
child_ie = inventory.InventoryDirectory(file_id, basename, ie.file_id)
elif entry_kind == 1:
file_kind = (mode & 070000) / 010000
b = self._repository._git.get_blob(hexsha)
if file_kind == 0:
child_ie = inventory.InventoryFile(file_id, basename, ie.file_id)
child_ie.text_sha1 = osutils.sha_string(b.data)
elif file_kind == 2:
child_ie = inventory.InventoryLink(file_id, basename, ie.file_id)
child_ie.text_sha1 = osutils.sha_string("")
else:
raise AssertionError(
"Unknown file kind, perms=%o." % (mode,))
child_ie.text_id = b.id
child_ie.text_size = len(b.data)
else:
raise AssertionError(
"Unknown blob kind, perms=%r." % (mode,))
fs_mode = mode & 0777
child_ie.executable = bool(fs_mode & 0111)
child_ie.revision = self.revision_id
self._inventory.add(child_ie)
if entry_kind == 0:
self._build_inventory(hexsha, child_ie, child_path)
def test_extra_path(self):
self.assertEqual(urlutils.join(self.branch.base, 'arg'),
directories.dereference(':this/arg'))
def clone(self, relpath=None):
if relpath is None:
return self.__class__(self.server, self.base)
else:
return self.__class__(self.server,
urlutils.join(self.base, relpath))
def abspath(self, relpath):
return urlutils.join(self.base, relpath)
def transformFallbackLocation(self, branch, url):
return urlutils.join(branch.base, url), True
def _relpath_to_url(self, relpath):
full_url = urlutils.join(self.url, relpath)
if isinstance(full_url, unicode):
raise errors.InvalidURL(full_url)
return full_url
def clone(self, relpath=None):
if relpath is None:
return self.__class__(self.server, self.base)
else:
return self.__class__(
self.server, urlutils.join(self.base, relpath))
def rewriteLine(self, resource_location):
"""Rewrite 'resource_location' to a more concrete location.
We use the 'translatePath' BranchFileSystemClient method. There are
three cases:
(1) The request is for something within the .bzr directory of a
branch.
In this case we rewrite the request to the location from which
branches are served by ID.
(2) The request is for something within a branch, but not the .bzr
directory.
In this case, we hand the request off to codebrowse.
(3) The branch is not found. Two sub-cases: the request is for a
product control directory or the we don't know how to translate
the path.
In both these cases we return 'NULL' which indicates to Apache
that we don't know how to rewrite the request (and so it should
go on to generate a 404 response).
Other errors are allowed to propagate, on the assumption that the
caller will catch and log them.
"""
# Codebrowse generates references to its images and stylesheets
# starting with "/static", so pass them on unthinkingly.
T = time.time()
# Tell the webapp adapter that we are in a request, so that DB
# statement timeouts will be applied.
set_request_started()
try:
cached = None
if resource_location.startswith('/static/'):
r = self._codebrowse_url(resource_location)
cached = 'N/A'
else:
branch_id, trailing, cached = self._getBranchIdAndTrailingPath(
resource_location)
if branch_id is None:
if resource_location.startswith(
'/' + BRANCH_ID_ALIAS_PREFIX):
r = 'NULL'
else:
r = self._codebrowse_url(resource_location)
else:
if trailing.startswith('/.bzr'):
r = urlutils.join(
config.codehosting.internal_branch_by_id_root,
branch_id_to_path(branch_id), trailing[1:])
else:
r = self._codebrowse_url(resource_location)
finally:
clear_request_started()
self.logger.info(
"%r -> %r (%fs, cache: %s)",
resource_location, r, time.time() - T, cached)
return r
def _codebrowse_url(self, path):
return urlutils.join(
config.codehosting.internal_codebrowse_root,
path)
def abspath(self, relpath):
return urlutils.join(self.base, relpath)
def test(expected, *args):
joined = urlutils.join(*args)
self.assertEqual(expected, joined)
def _codebrowse_url(self, path):
return urlutils.join(config.codehosting.internal_codebrowse_root, path)
def test_extra_path(self):
self.assertEqual(urlutils.join(self.branch.base, 'arg'),
directories.dereference(':this/arg'))
def transform_fallback_location(self, branch, url):
return urlutils.join(branch.base, url), True
def _build_generic_push_suggestion(self, master_url):
master_parent = urlutils.dirname(master_url)
branch_name = urlutils.basename(self.branch.base)
return urlutils.join(master_parent, branch_name)
def _relpath_to_url(self, relpath):
full_url = urlutils.join(self.url, relpath)
if isinstance(full_url, unicode):
raise errors.InvalidURL(full_url)
return full_url
