def test_abspath(self):
# The abspath is always relative to the chroot_url.
server = ChrootServer(get_transport('memory:///foo/bar/'))
server.setUp()
transport = get_transport(server.get_url())
self.assertEqual(server.get_url(), transport.abspath('/'))
subdir_transport = transport.clone('subdir')
self.assertEqual(server.get_url(), subdir_transport.abspath('/'))
server.tearDown()
def test_abspath(self):
# The abspath is always relative to the chroot_url.
server = ChrootServer(get_transport('memory:///foo/bar/'))
server.setUp()
transport = get_transport(server.get_url())
self.assertEqual(server.get_url(), transport.abspath('/'))
subdir_transport = transport.clone('subdir')
self.assertEqual(server.get_url(), subdir_transport.abspath('/'))
server.tearDown()
def _initialize_bazaar_server(self, directory, server_port):
from bzrlib import urlutils
from bzrlib.transport import get_transport
from bzrlib.transport.chroot import ChrootServer
url = urlutils.local_path_to_url(directory)
url = 'readonly+' + url
print url
chroot_server = ChrootServer(get_transport(url))
chroot_server.setUp()
t = get_transport(chroot_server.get_url())
print chroot_server.get_url()
self._bazaar_server = SmartTCPServer(
t, 'localhost', server_port)
self._bazaar_server.start_background_thread()
def test_clone(self):
server = ChrootServer(get_transport('memory:///foo/bar/'))
server.setUp()
transport = get_transport(server.get_url())
# relpath from root and root path are the same
relpath_cloned = transport.clone('foo')
abspath_cloned = transport.clone('/foo')
self.assertEqual(server, relpath_cloned.server)
self.assertEqual(server, abspath_cloned.server)
server.tearDown()
def test_clone(self):
server = ChrootServer(get_transport('memory:///foo/bar/'))
server.setUp()
transport = get_transport(server.get_url())
# relpath from root and root path are the same
relpath_cloned = transport.clone('foo')
abspath_cloned = transport.clone('/foo')
self.assertEqual(server, relpath_cloned.server)
self.assertEqual(server, abspath_cloned.server)
server.tearDown()
class SmartTCPServer_for_testing(SmartTCPServer):
"""Server suitable for use by transport tests.
This server is backed by the process's cwd.
"""
def __init__(self, thread_name_suffix=''):
SmartTCPServer.__init__(self, None)
self.client_path_extra = None
self.thread_name_suffix = thread_name_suffix
def get_backing_transport(self, backing_transport_server):
"""Get a backing transport from a server we are decorating."""
return transport.get_transport(backing_transport_server.get_url())
def setUp(self, backing_transport_server=None,
client_path_extra='/extra/'):
"""Set up server for testing.
:param backing_transport_server: backing server to use. If not
specified, a LocalURLServer at the current working directory will
be used.
:param client_path_extra: a path segment starting with '/' to append to
the root URL for this server. For instance, a value of '/foo/bar/'
will mean the root of the backing transport will be published at a
URL like `bzr://127.0.0.1:nnnn/foo/bar/`, rather than
`bzr://127.0.0.1:nnnn/`. Default value is `extra`, so that tests
by default will fail unless they do the necessary path translation.
"""
if not client_path_extra.startswith('/'):
raise ValueError(client_path_extra)
from bzrlib.transport.chroot import ChrootServer
if backing_transport_server is None:
from bzrlib.transport.local import LocalURLServer
backing_transport_server = LocalURLServer()
self.chroot_server = ChrootServer(
self.get_backing_transport(backing_transport_server))
self.chroot_server.setUp()
self.backing_transport = transport.get_transport(
self.chroot_server.get_url())
self.root_client_path = self.client_path_extra = client_path_extra
self.start_background_thread(self.thread_name_suffix)
def tearDown(self):
self.stop_background_thread()
self.chroot_server.tearDown()
def get_url(self):
url = super(SmartTCPServer_for_testing, self).get_url()
return url[:-1] + self.client_path_extra
def get_bogus_url(self):
"""Return a URL which will fail to connect"""
return 'bzr://127.0.0.1:1/'
def test_switch_branches(self):
# switch_branches moves a branch to the new location and places a
# branch (with no revisions) stacked on the new branch in the old
# location.
chroot_server = ChrootServer(self.get_transport())
chroot_server.start_server()
self.addCleanup(chroot_server.stop_server)
scheme = chroot_server.get_url().rstrip('/:')
old_branch = FakeBranch(1)
self.get_transport(old_branch.unique_name).create_prefix()
tree = self.make_branch_and_tree(old_branch.unique_name)
# XXX: AaronBentley 2010-08-06 bug=614404: a bzr username is
# required to generate the revision-id.
with override_environ(BZR_EMAIL='*****@*****.**'):
tree.commit(message='.')
new_branch = FakeBranch(2)
switch_branches('.', scheme, old_branch, new_branch)
# Post conditions:
# 1. unstacked branch in new_branch's location
# 2. stacked branch with no revisions in repo at old_branch
# 3. last_revision() the same for two branches
old_location_bzrdir = BzrDir.open(
str(URI(scheme=scheme, host='',
path='/' + old_branch.unique_name)))
new_location_bzrdir = BzrDir.open(
str(URI(scheme=scheme, host='',
path='/' + new_branch.unique_name)))
old_location_branch = old_location_bzrdir.open_branch()
new_location_branch = new_location_bzrdir.open_branch()
# 1. unstacked branch in new_branch's location
self.assertRaises(NotStacked, new_location_branch.get_stacked_on_url)
# 2. stacked branch with no revisions in repo at old_branch
self.assertEqual('/' + new_branch.unique_name,
old_location_branch.get_stacked_on_url())
self.assertEqual(
[],
old_location_bzrdir.open_repository().all_revision_ids())
# 3. last_revision() the same for two branches
self.assertEqual(old_location_branch.last_revision(),
new_location_branch.last_revision())
def test_urljoin_preserves_chroot(self):
"""Using urlutils.join(url, '..') on a chroot URL should not produce a
URL that escapes the intended chroot.
This is so that it is not possible to escape a chroot by doing::
url = chroot_transport.base
parent_url = urlutils.join(url, '..')
new_transport = get_transport(parent_url)
"""
server = ChrootServer(get_transport('memory:///path/'))
server.setUp()
transport = get_transport(server.get_url())
self.assertRaises(InvalidURLJoin, urlutils.join, transport.base, '..')
server.tearDown()
def test_urljoin_preserves_chroot(self):
"""Using urlutils.join(url, '..') on a chroot URL should not produce a
URL that escapes the intended chroot.
This is so that it is not possible to escape a chroot by doing::
url = chroot_transport.base
parent_url = urlutils.join(url, '..')
new_transport = get_transport(parent_url)
"""
server = ChrootServer(get_transport('memory:///path/'))
server.setUp()
transport = get_transport(server.get_url())
self.assertRaises(
InvalidURLJoin, urlutils.join, transport.base, '..')
server.tearDown()
def test_chroot_url_preserves_chroot(self):
"""Calling get_transport on a chroot transport's base should produce a
transport with exactly the same behaviour as the original chroot
transport.
This is so that it is not possible to escape a chroot by doing::
url = chroot_transport.base
parent_url = urlutils.join(url, '..')
new_transport = get_transport(parent_url)
"""
server = ChrootServer(get_transport('memory:///path/subpath'))
server.setUp()
transport = get_transport(server.get_url())
new_transport = get_transport(transport.base)
self.assertEqual(transport.server, new_transport.server)
self.assertEqual(transport.base, new_transport.base)
server.tearDown()
def test_chroot_url_preserves_chroot(self):
"""Calling get_transport on a chroot transport's base should produce a
transport with exactly the same behaviour as the original chroot
transport.
This is so that it is not possible to escape a chroot by doing::
url = chroot_transport.base
parent_url = urlutils.join(url, '..')
new_transport = get_transport(parent_url)
"""
server = ChrootServer(get_transport('memory:///path/subpath'))
server.setUp()
transport = get_transport(server.get_url())
new_transport = get_transport(transport.base)
self.assertEqual(transport.server, new_transport.server)
self.assertEqual(transport.base, new_transport.base)
server.tearDown()
def test_switch_branches(self):
# switch_branches moves a branch to the new location and places a
# branch (with no revisions) stacked on the new branch in the old
# location.
chroot_server = ChrootServer(self.get_transport())
chroot_server.start_server()
self.addCleanup(chroot_server.stop_server)
scheme = chroot_server.get_url().rstrip("/:")
old_branch = FakeBranch(1)
self.get_transport(old_branch.unique_name).create_prefix()
tree = self.make_branch_and_tree(old_branch.unique_name)
# XXX: AaronBentley 2010-08-06 bug=614404: a bzr username is
# required to generate the revision-id.
with override_environ(BZR_EMAIL="*****@*****.**"):
tree.commit(message=".")
new_branch = FakeBranch(2)
switch_branches(".", scheme, old_branch, new_branch)
# Post conditions:
# 1. unstacked branch in new_branch's location
# 2. stacked branch with no revisions in repo at old_branch
# 3. last_revision() the same for two branches
old_location_bzrdir = BzrDir.open(str(URI(scheme=scheme, host="", path="/" + old_branch.unique_name)))
new_location_bzrdir = BzrDir.open(str(URI(scheme=scheme, host="", path="/" + new_branch.unique_name)))
old_location_branch = old_location_bzrdir.open_branch()
new_location_branch = new_location_bzrdir.open_branch()
# 1. unstacked branch in new_branch's location
self.assertRaises(NotStacked, new_location_branch.get_stacked_on_url)
# 2. stacked branch with no revisions in repo at old_branch
self.assertEqual("/" + new_branch.unique_name, old_location_branch.get_stacked_on_url())
self.assertEqual([], old_location_bzrdir.open_repository().all_revision_ids())
# 3. last_revision() the same for two branches
self.assertEqual(old_location_branch.last_revision(), new_location_branch.last_revision())
def test_get_url(self):
backing_transport = MemoryTransport()
server = ChrootServer(backing_transport)
server.setUp()
self.assertEqual('chroot-%d:///' % id(server), server.get_url())
server.tearDown()
def test_get_url(self):
backing_transport = MemoryTransport()
server = ChrootServer(backing_transport)
server.setUp()
self.assertEqual('chroot-%d:///' % id(server), server.get_url())
server.tearDown()