def _delete(self, abspath, f):
try:
mutter("FTP rm: %s", abspath)
f.delete(abspath)
except ftplib.error_perm, e:
self._translate_ftp_error(e, abspath, 'error deleting',
unknown_exc=errors.NoSuchFile)
def get_credentials(self, scheme, host, port=None, user=None, path=None,
realm=None):
if gnomekeyring is None:
return None
attrs = {
"protocol": scheme.encode("utf-8"),
"server": host.encode("utf-8"),
}
# TODO: realm ?
if port is not None:
attrs["port"] = port
if user is not None:
attrs["user"] = user.encode("utf-8")
credentials = { "scheme": scheme, "host": host, "port": port,
"realm": realm, "user": user}
try:
items = gnomekeyring.find_items_sync(
gnomekeyring.ITEM_NETWORK_PASSWORD, attrs)
credentials["user"] = items[0].attributes["user"]
credentials["password"] = items[0].secret
return credentials
except (gnomekeyring.NoMatchError, gnomekeyring.DeniedError, gnomekeyring.NoKeyringDaemonError,
gnomekeyring.IOError), e:
from bzrlib import trace
trace.mutter('Unable to obtain credentials for %r from GNOME keyring: %r',
attrs, e)
return None
def __init__(self, to_repository, from_repository, last_revision=None,
find_ghosts=True, fetch_spec=None):
"""Create a repo fetcher.
:param last_revision: If set, try to limit to the data this revision
references.
:param fetch_spec: A SearchResult specifying which revisions to fetch.
If set, this overrides last_revision.
:param find_ghosts: If True search the entire history for ghosts.
"""
# repository.fetch has the responsibility for short-circuiting
# attempts to copy between a repository and itself.
self.to_repository = to_repository
self.from_repository = from_repository
self.sink = to_repository._get_sink()
# must not mutate self._last_revision as its potentially a shared instance
self._last_revision = last_revision
self._fetch_spec = fetch_spec
self.find_ghosts = find_ghosts
self.from_repository.lock_read()
mutter("Using fetch logic to copy between %s(%s) and %s(%s)",
self.from_repository, self.from_repository._format,
self.to_repository, self.to_repository._format)
try:
self.__fetch()
finally:
self.from_repository.unlock()
def __fetch(self):
"""Primary worker function.
This initialises all the needed variables, and then fetches the
requested revisions, finally clearing the progress bar.
"""
# Roughly this is what we're aiming for fetch to become:
#
# missing = self.sink.insert_stream(self.source.get_stream(search))
# if missing:
# missing = self.sink.insert_stream(self.source.get_items(missing))
# assert not missing
self.count_total = 0
self.file_ids_names = {}
pb = ui.ui_factory.nested_progress_bar()
pb.show_pct = pb.show_count = False
try:
pb.update(gettext("Finding revisions"), 0, 2)
search_result = self._revids_to_fetch()
mutter('fetching: %s', search_result)
if search_result.is_empty():
return
pb.update(gettext("Fetching revisions"), 1, 2)
self._fetch_everything_for_search(search_result)
finally:
pb.finished()
def update_remote_working_copy(self):
"""Update the target branch's working copy if it isn't local."""
target_transport = self.target_branch.bzrdir.root_transport
user = getattr(target_transport, '_user', None)
host = getattr(target_transport, '_host')
port = getattr(target_transport, '_port', None)
path = getattr(target_transport, '_path', None)
if user:
user = '******' % (user,)
else:
user = ''
if port:
port = ':%s' % (port,)
else:
port = ''
if path.startswith('/~/'):
path = path[3:] # This is meant to be a relative path
remote_bzr = self.target_branch.get_config().get_bzr_remote_path()
# The path needs to be double escaped. We pass it to ssh as a single
# argument, but ssh passes it to the child shell as a whole string.
path = '"%s"' % (path,)
cmd = ['ssh', user+host+port, remote_bzr, 'update', path]
trace.mutter('running "%s"' % (' '.join(cmd)))
subprocess.call(cmd)
def test_recorded_ancestry(self):
"""Test that commit records all ancestors"""
br1, br2 = make_branches(self)
d = [('a@u-0-0', ['a@u-0-0']),
('a@u-0-1', ['a@u-0-0', 'a@u-0-1']),
('a@u-0-2', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2']),
('b@u-0-3', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'b@u-0-3']),
('b@u-0-4', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'b@u-0-3',
'b@u-0-4']),
('a@u-0-3', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'b@u-0-3', 'b@u-0-4',
'a@u-0-3']),
('a@u-0-4', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'b@u-0-3', 'b@u-0-4',
'a@u-0-3', 'a@u-0-4']),
('b@u-0-5', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'b@u-0-3', 'b@u-0-4',
'b@u-0-5']),
('a@u-0-5', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2', 'a@u-0-3', 'a@u-0-4',
'b@u-0-3', 'b@u-0-4',
'b@u-0-5', 'a@u-0-5']),
('b@u-0-6', ['a@u-0-0', 'a@u-0-1', 'a@u-0-2',
'b@u-0-3', 'b@u-0-4',
'b@u-0-5', 'b@u-0-6']),
]
br1_only = ('a@u-0-3', 'a@u-0-4', 'a@u-0-5')
br2_only = ('b@u-0-6',)
for branch in br1, br2:
for rev_id, anc in d:
if rev_id in br1_only and not branch is br1:
continue
if rev_id in br2_only and not branch is br2:
continue
mutter('ancestry of {%s}: %r',
rev_id, branch.repository.get_ancestry(rev_id))
result = sorted(branch.repository.get_ancestry(rev_id))
self.assertEquals(result, [None] + sorted(anc))
def finish(self):
try:
osutils.rmtree(self._root)
except OSError, e:
if e.errno != errno.ENOENT:
mutter("The temporary directory \"%s\" was not "
"cleanly removed: %s." % (self._root, e))
def __call__(self, oldrevid, newrevid, newparents):
"""Replay a commit in a working tree, with a different base.
:param oldrevid: Old revision id
:param newrevid: New revision id
:param newparents: New parent revision ids
"""
repository = self.wt.branch.repository
if self.merge_type is None:
from bzrlib.merge import Merge3Merger
merge_type = Merge3Merger
else:
merge_type = self.merge_type
oldrev = self.wt.branch.repository.get_revision(oldrevid)
# Make sure there are no conflicts or pending merges/changes
# in the working tree
complete_revert(self.wt, [newparents[0]])
assert not self.wt.changes_from(self.wt.basis_tree()).has_changed(), "Changes in rev"
oldtree = repository.revision_tree(oldrevid)
self.state.write_active_revid(oldrevid)
merger = Merger(self.wt.branch, this_tree=self.wt)
merger.set_other_revision(oldrevid, self.wt.branch)
base_revid = self.determine_base(oldrevid, oldrev.parent_ids,
newrevid, newparents)
mutter('replaying %r as %r with base %r and new parents %r' %
(oldrevid, newrevid, base_revid, newparents))
merger.set_base_revision(base_revid, self.wt.branch)
merger.merge_type = merge_type
merger.do_merge()
for newparent in newparents[1:]:
self.wt.add_pending_merge(newparent)
self.commit_rebase(oldrev, newrevid)
self.state.write_active_revid(None)
def recurse_matches_py(a, b, alo, blo, ahi, bhi, answer, maxrecursion):
"""Find all of the matching text in the lines of a and b.
:param a: A sequence
:param b: Another sequence
:param alo: The start location of a to check, typically 0
:param ahi: The start location of b to check, typically 0
:param ahi: The maximum length of a to check, typically len(a)
:param bhi: The maximum length of b to check, typically len(b)
:param answer: The return array. Will be filled with tuples
indicating [(line_in_a, line_in_b)]
:param maxrecursion: The maximum depth to recurse.
Must be a positive integer.
:return: None, the return value is in the parameter answer, which
should be a list
"""
if maxrecursion < 0:
mutter('max recursion depth reached')
# this will never happen normally, this check is to prevent DOS attacks
return
oldlength = len(answer)
if alo == ahi or blo == bhi:
return
last_a_pos = alo-1
last_b_pos = blo-1
for apos, bpos in unique_lcs_py(a[alo:ahi], b[blo:bhi]):
# recurse between lines which are unique in each file and match
apos += alo
bpos += blo
# Most of the time, you will have a sequence of similar entries
if last_a_pos+1 != apos or last_b_pos+1 != bpos:
recurse_matches_py(a, b, last_a_pos+1, last_b_pos+1,
apos, bpos, answer, maxrecursion - 1)
last_a_pos = apos
last_b_pos = bpos
answer.append((apos, bpos))
if len(answer) > oldlength:
# find matches between the last match and the end
recurse_matches_py(a, b, last_a_pos+1, last_b_pos+1,
ahi, bhi, answer, maxrecursion - 1)
elif a[alo] == b[blo]:
# find matching lines at the very beginning
while alo < ahi and blo < bhi and a[alo] == b[blo]:
answer.append((alo, blo))
alo += 1
blo += 1
recurse_matches_py(a, b, alo, blo,
ahi, bhi, answer, maxrecursion - 1)
elif a[ahi - 1] == b[bhi - 1]:
# find matching lines at the very end
nahi = ahi - 1
nbhi = bhi - 1
while nahi > alo and nbhi > blo and a[nahi - 1] == b[nbhi - 1]:
nahi -= 1
nbhi -= 1
recurse_matches_py(a, b, last_a_pos+1, last_b_pos+1,
nahi, nbhi, answer, maxrecursion - 1)
for i in xrange(ahi - nahi):
answer.append((nahi + i, nbhi + i))
def _get_newest_versions(the_branch, latest_pub):
"""Get information about how 'fresh' this packaging branch is.
:param the_branch: The Branch to check
:param latest_pub: The LatestPublication used to check most recent
published version.
:return: (latest_ver, branch_latest_ver)
"""
t = time.time()
latest_ver = latest_pub.get_latest_version()
t_latest_ver = time.time() - t
trace.mutter('LatestPublication.get_latest_version took: %.3fs'
% (t_latest_ver,))
if latest_ver is None:
return None, None
t = time.time()
tags = the_branch.tags.get_tag_dict()
t_tag_dict = time.time() - t
trace.mutter('LatestPublication.get_tag_dict took: %.3fs' % (t_tag_dict,))
if latest_ver in tags:
# branch might have a newer tag, but we don't really care
return latest_ver, latest_ver
else:
best_tag = get_most_recent_tag(tags, the_branch)
return latest_ver, best_tag
def __setitem__(self, key, value):
"""Add a new value to the cache"""
if key is _null_key:
raise ValueError('cannot use _null_key as a key')
node = self._cache.get(key, None)
value_len = self._compute_size(value)
if value_len >= self._after_cleanup_size:
# The new value is 'too big to fit', as it would fill up/overflow
# the cache all by itself
trace.mutter('Adding the key %r to an LRUSizeCache failed.'
' value %d is too big to fit in a the cache'
' with size %d %d', key, value_len,
self._after_cleanup_size, self._max_size)
if node is not None:
# We won't be replacing the old node, so just remove it
self._remove_node(node)
return
if node is None:
node = _LRUNode(key, value)
self._cache[key] = node
else:
self._value_size -= self._compute_size(node.value)
self._value_size += value_len
self._record_access(node)
if self._value_size > self._max_size:
# Time to cleanup
self.cleanup()
def initialize(self, a_bzrdir, shared=False):
"""Create a knit format 1 repository.
:param a_bzrdir: bzrdir to contain the new repository; must already
be initialized.
:param shared: If true the repository will be initialized as a shared
repository.
"""
mutter('creating repository in %s.', a_bzrdir.transport.base)
dirs = ['knits']
files = []
utf8_files = [('format', self.get_format_string())]
self._upload_blank_content(a_bzrdir, dirs, files, utf8_files, shared)
repo_transport = a_bzrdir.get_repository_transport(None)
control_files = lockable_files.LockableFiles(repo_transport,
'lock', lockdir.LockDir)
transaction = transactions.WriteTransaction()
result = self.open(a_bzrdir=a_bzrdir, _found=True)
result.lock_write()
# the revision id here is irrelevant: it will not be stored, and cannot
# already exist, we do this to create files on disk for older clients.
result.inventories.get_parent_map([('A',)])
result.revisions.get_parent_map([('A',)])
result.signatures.get_parent_map([('A',)])
result.unlock()
return result
def __init__(self, filename):
super(_fcntl_WriteLock, self).__init__()
# Check we can grab a lock before we actually open the file.
self.filename = osutils.realpath(filename)
if self.filename in _fcntl_WriteLock._open_locks:
self._clear_f()
raise errors.LockContention(self.filename)
if self.filename in _fcntl_ReadLock._open_locks:
if 'strict_locks' in debug.debug_flags:
self._clear_f()
raise errors.LockContention(self.filename)
else:
trace.mutter('Write lock taken w/ an open read lock on: %s'
% (self.filename,))
self._open(self.filename, 'rb+')
# reserve a slot for this lock - even if the lockf call fails,
# at this point unlock() will be called, because self.f is set.
# TODO: make this fully threadsafe, if we decide we care.
_fcntl_WriteLock._open_locks.add(self.filename)
try:
# LOCK_NB will cause IOError to be raised if we can't grab a
# lock right away.
fcntl.lockf(self.f, fcntl.LOCK_EX | fcntl.LOCK_NB)
except IOError, e:
if e.errno in (errno.EAGAIN, errno.EACCES):
# We couldn't grab the lock
self.unlock()
# we should be more precise about whats a locking
# error and whats a random-other error
raise errors.LockContention(self.filename, e)
def is_lock_holder_known_dead(self):
"""True if the lock holder process is known to be dead.
False if it's either known to be still alive, or if we just can't tell.
We can be fairly sure the lock holder is dead if it declared the same
hostname and there is no process with the given pid alive. If people
have multiple machines with the same hostname this may cause trouble.
This doesn't check whether the lock holder is in fact the same process
calling this method. (In that case it will return true.)
"""
if self.get('hostname') != get_host_name():
return False
if self.get('hostname') == 'localhost':
# Too ambiguous.
return False
if self.get('user') != get_username_for_lock_info():
# Could well be another local process by a different user, but
# just to be safe we won't conclude about this either.
return False
pid_str = self.info_dict.get('pid', None)
if not pid_str:
mutter("no pid recorded in %r" % (self, ))
return False
try:
pid = int(pid_str)
except ValueError:
mutter("can't parse pid %r from %r"
% (pid_str, self))
return False
return osutils.is_local_pid_dead(pid)
def initialize(self, a_bzrdir, shared=False, _internal=False):
"""Create a weave repository."""
if shared:
raise errors.IncompatibleFormat(self, a_bzrdir._format)
if not _internal:
# always initialized when the bzrdir is.
return self.open(a_bzrdir, _found=True)
# Create an empty weave
sio = StringIO()
weavefile.write_weave_v5(weave.Weave(), sio)
empty_weave = sio.getvalue()
mutter('creating repository in %s.', a_bzrdir.transport.base)
# FIXME: RBC 20060125 don't peek under the covers
# NB: no need to escape relative paths that are url safe.
control_files = lockable_files.LockableFiles(a_bzrdir.transport,
'branch-lock', lockable_files.TransportLock)
control_files.create_lock()
control_files.lock_write()
transport = a_bzrdir.transport
try:
transport.mkdir_multi(['revision-store', 'weaves'],
mode=a_bzrdir._get_dir_mode())
transport.put_bytes_non_atomic('inventory.weave', empty_weave)
finally:
control_files.unlock()
return self.open(a_bzrdir, _found=True)
def get(self, relpath, retries=0):
"""Get the file at the given relative path.
:param relpath: The relative path to the file
:param retries: Number of retries after temporary failures so far
for this operation.
We're meant to return a file-like object which bzr will
then read from. For now we do this via the magic of StringIO
"""
try:
if 'gio' in debug.debug_flags:
mutter("GIO get: %s" % relpath)
f = self._get_GIO(relpath)
fin = f.read()
buf = fin.read()
fin.close()
ret = StringIO(buf)
return ret
except gio.Error, e:
#If we get a not mounted here it might mean
#that a bad path has been entered (or that mount failed)
if (e.code == gio.ERROR_NOT_MOUNTED):
raise errors.PathError(relpath,
extra='Failed to get file, make sure the path is correct. ' \
+ str(e))
else:
self._translate_gio_error(e, relpath)
def put_file(self, relpath, fp, mode=None):
"""Copy the file-like object into the location.
:param relpath: Location to put the contents, relative to base.
:param fp: File-like or string object.
"""
if 'gio' in debug.debug_flags:
mutter("GIO put_file %s" % relpath)
tmppath = '%s.tmp.%.9f.%d.%d' % (relpath, time.time(),
os.getpid(), random.randint(0, 0x7FFFFFFF))
f = None
fout = None
try:
closed = True
try:
f = self._get_GIO(tmppath)
fout = f.create()
closed = False
length = self._pump(fp, fout)
fout.close()
closed = True
self.stat(tmppath)
dest = self._get_GIO(relpath)
f.move(dest, flags=gio.FILE_COPY_OVERWRITE)
f = None
if mode is not None:
self._setmode(relpath, mode)
return length
except gio.Error, e:
self._translate_gio_error(e, relpath)
finally:
if not closed and fout is not None:
fout.close()
if f is not None and f.query_exists():
f.delete()
def gssapi_login(self, user):
# Try GSSAPI login first
# Used FTP response codes:
# 235 [ADAT=base64data] - indicates that the security data exchange
# completed successfully.
# 334 [ADAT=base64data] - indicates that the requested security
# mechanism is ok, and includes security data to be used by the
# client to construct the next command.
# 335 [ADAT=base64data] - indicates that the security data is
# acceptable, and more is required to complete the security
# data exchange.
resp = self.sendcmd('AUTH GSSAPI')
if resp.startswith('334 '):
rc, self.vc = kerberos.authGSSClientInit("ftp@%s" % self.host)
if kerberos.authGSSClientStep(self.vc, "") != 1:
while resp[:4] in ('334 ', '335 '):
authdata = kerberos.authGSSClientResponse(self.vc)
resp = self.sendcmd('ADAT ' + authdata)
if resp[:9] in ('235 ADAT=', '335 ADAT='):
rc = kerberos.authGSSClientStep(self.vc, resp[9:])
if not ((resp.startswith('235 ') and rc == 1) or
(resp.startswith('335 ') and rc == 0)):
raise ftplib.error_reply, resp
note(gettext("Authenticated as %s") %
kerberos.authGSSClientUserName(self.vc))
# Monkey patch ftplib
self.putcmd = self.mic_putcmd
self.getline = self.mic_getline
self.sendcmd('USER ' + user)
return resp
mutter("Unable to use GSSAPI authentication: %s", resp)
def _trim(self):
"""Trim the cache back if needed."""
if self._limit < 0 or self._limit - len(self._clean_objects) > 0:
return
needed = len(self._clean_objects) - self._limit
offset = 0
while needed and offset < len(self._clean_objects):
# references we know of:
# temp passed to getrefcount in our frame
# temp in getrefcount's frame
# the map forward
# the map backwards
# _clean_objects
# _clean_queue
# 1 missing ?
if (
sys.getrefcount(self._clean_queue[offset]) <= 7
and not self._clean_queue[offset] in self._precious_objects
):
removed = self._clean_queue[offset]
self._clean_objects.remove(removed)
del self._clean_queue[offset]
self.map.remove_object(removed)
mutter("removed object %r", removed)
needed -= 1
else:
offset += 1
def classify_filename(name):
"""Classify a file based on its name.
:param name: File path.
:return: One of code, documentation, translation or art.
None if determining the file type failed.
"""
# FIXME: Use mime types? Ohcount?
extension = os.path.splitext(name)[1]
if extension in (".c", ".h", ".py", ".cpp", ".rb", ".pm", ".pl", ".ac"):
return "code"
if extension in (".html", ".xml", ".txt", ".rst", ".TODO"):
return "documentation"
if extension in (".po",):
return "translation"
if extension in (".svg", ".png", ".jpg"):
return "art"
if not extension:
basename = urlutils.basename(name)
if basename in ("README", "NEWS", "TODO",
"AUTHORS", "COPYING"):
return "documentation"
if basename in ("Makefile",):
return "code"
mutter("don't know how to classify %s", name)
return None
def from_string(spec):
"""Parse a revision spec string into a RevisionSpec object.
:param spec: A string specified by the user
:return: A RevisionSpec object that understands how to parse the
supplied notation.
"""
if not isinstance(spec, (type(None), basestring)):
raise TypeError('error')
if spec is None:
return RevisionSpec(None, _internal=True)
for spectype in SPEC_TYPES:
if spec.startswith(spectype.prefix):
trace.mutter('Returning RevisionSpec %s for %s',
spectype.__name__, spec)
return spectype(spec, _internal=True)
else:
# RevisionSpec_revno is special cased, because it is the only
# one that directly handles plain integers
# TODO: This should not be special cased rather it should be
# a method invocation on spectype.canparse()
global _revno_regex
if _revno_regex is None:
_revno_regex = re.compile(r'^(?:(\d+(\.\d+)*)|-\d+)(:.*)?$')
if _revno_regex.match(spec) is not None:
return RevisionSpec_revno(spec, _internal=True)
raise errors.NoSuchRevisionSpec(spec)
def _post(self, body_bytes):
curl = self._get_curl()
abspath, data, header = self._setup_request(curl, '.bzr/smart')
curl.setopt(pycurl.POST, 1)
fake_file = StringIO(body_bytes)
curl.setopt(pycurl.POSTFIELDSIZE, len(body_bytes))
curl.setopt(pycurl.READFUNCTION, fake_file.read)
# We override the Expect: header so that pycurl will send the POST
# body immediately.
try:
self._curl_perform(curl, header,
['Expect: ',
'Content-Type: application/octet-stream'])
except pycurl.error, e:
if e[0] == CURLE_SEND_ERROR:
# When talking to an HTTP/1.0 server, getting a 400+ error code
# triggers a bug in some combinations of curl/kernel in rare
# occurrences. Basically, the server closes the connection
# after sending the error but the client (having received and
# parsed the response) still try to send the request body (see
# bug #225020 and its upstream associated bug). Since the
# error code and the headers are known to be available, we just
# swallow the exception, leaving the upper levels handle the
# 400+ error.
trace.mutter('got pycurl error in POST: %s, %s, %s, url: %s ',
e[0], e[1], e, abspath)
else:
# Re-raise otherwise
raise
def _translate_gio_error(self, err, path, extra=None):
if 'gio' in debug.debug_flags:
mutter("GIO Error: %s %s" % (str(err), path))
if extra is None:
extra = str(err)
if err.code == gio.ERROR_NOT_FOUND:
raise errors.NoSuchFile(path, extra=extra)
elif err.code == gio.ERROR_EXISTS:
raise errors.FileExists(path, extra=extra)
elif err.code == gio.ERROR_NOT_DIRECTORY:
raise errors.NotADirectory(path, extra=extra)
elif err.code == gio.ERROR_NOT_EMPTY:
raise errors.DirectoryNotEmpty(path, extra=extra)
elif err.code == gio.ERROR_BUSY:
raise errors.ResourceBusy(path, extra=extra)
elif err.code == gio.ERROR_PERMISSION_DENIED:
raise errors.PermissionDenied(path, extra=extra)
elif err.code == gio.ERROR_HOST_NOT_FOUND:
raise errors.PathError(path, extra=extra)
elif err.code == gio.ERROR_IS_DIRECTORY:
raise errors.PathError(path, extra=extra)
else:
mutter('unable to understand error for path: %s: %s', path, err)
raise errors.PathError(path,
extra="Unhandled gio error: " + str(err))
def _try_append(self, relpath, text, mode=None, retries=0):
"""Try repeatedly to append the given text to the file at relpath.
This is a recursive function. On errors, it will be called until the
number of retries is exceeded.
"""
try:
abspath = self._remote_path(relpath)
mutter("FTP appe (try %d) to %s", retries, abspath)
ftp = self._get_FTP()
cmd = "APPE %s" % abspath
conn = ftp.transfercmd(cmd)
conn.sendall(text)
conn.close()
self._setmode(relpath, mode)
ftp.getresp()
except ftplib.error_perm, e:
# Check whether the command is not supported (reply code 502)
if str(e).startswith('502 '):
warning("FTP server does not support file appending natively. "
"Performance may be severely degraded! (%s)", e)
self._has_append = False
self._fallback_append(relpath, text, mode)
else:
self._translate_ftp_error(e, abspath, extra='error appending',
unknown_exc=errors.NoSuchFile)
def _curl_perform(self, curl, header, more_headers=[]):
"""Perform curl operation and translate exceptions."""
try:
# There's no way in http/1.0 to say "must
# revalidate"; we don't want to force it to always
# retrieve. so just turn off the default Pragma
# provided by Curl.
headers = ['Cache-control: max-age=0',
'Pragma: no-cache',
'Connection: Keep-Alive']
curl.setopt(pycurl.HTTPHEADER, headers + more_headers)
curl.perform()
except pycurl.error, e:
url = curl.getinfo(pycurl.EFFECTIVE_URL)
mutter('got pycurl error: %s, %s, %s, url: %s ',
e[0], e[1], e, url)
if e[0] in (CURLE_SSL_CACERT_BADFILE,
CURLE_COULDNT_RESOLVE_HOST,
CURLE_COULDNT_CONNECT,
CURLE_GOT_NOTHING,
CURLE_COULDNT_RESOLVE_PROXY,):
raise errors.ConnectionError(
'curl connection error (%s)\non %s' % (e[1], url))
elif e[0] == CURLE_PARTIAL_FILE:
# Pycurl itself has detected a short read. We do not have all
# the information for the ShortReadvError, but that should be
# enough
raise errors.ShortReadvError(url,
offset='unknown', length='unknown',
actual='unknown',
extra='Server aborted the request')
raise
def _create_connection(self, credentials=None):
"""Create a new connection with the provided credentials.
:param credentials: The credentials needed to establish the connection.
:return: The created connection and its associated credentials.
The input credentials are only the password as it may have been
entered interactively by the user and may be different from the one
provided in base url at transport creation time. The returned
credentials are username, password.
"""
if credentials is None:
user, password = self._user, self._password
else:
user, password = credentials
auth = config.AuthenticationConfig()
if user is None:
user = auth.get_user('ftp', self._host, port=self._port,
default=getpass.getuser())
mutter("Constructing FTP instance against %r" %
((self._host, self._port, user, '********',
self.is_active),))
try:
connection = self.connection_class()
connection.connect(host=self._host, port=self._port)
self._login(connection, auth, user, password)
connection.set_pasv(not self.is_active)
# binary mode is the default
connection.voidcmd('TYPE I')
except socket.error, e:
raise errors.SocketConnectionError(self._host, self._port,
msg='Unable to connect to',
orig_error= e)
def _copy_one(self, fileid, suffix, other, pb):
# TODO: Once the copy_to interface is improved to allow a source
# and destination targets, then we can always do the copy
# as long as other is a TextStore
if not (isinstance(other, TextStore)
and other._prefixed == self._prefixed):
return super(TextStore, self)._copy_one(fileid, suffix, other, pb)
mutter('_copy_one: %r, %r', fileid, suffix)
path = other._get_name(fileid, suffix)
if path is None:
raise KeyError(fileid + '-' + str(suffix))
try:
result = other._transport.copy_to([path], self._transport,
mode=self._file_mode)
except NoSuchFile:
if not self._prefixed:
raise
try:
self._transport.mkdir(osutils.dirname(path), mode=self._dir_mode)
except FileExists:
pass
result = other._transport.copy_to([path], self._transport,
mode=self._file_mode)
if result != 1:
raise BzrError('Unable to copy file: %r' % (path,))
def _filter_nonexistent(orig_paths, old_tree, new_tree):
"""Convert orig_paths to two sorted lists and return them.
The first is orig_paths paths minus the items in the second list,
and the second list is paths that are not in either inventory or
tree (they don't qualify if they exist in the tree's inventory, or
if they exist in the tree but are not versioned.)
If either of the two lists is empty, return it as an empty list.
This can be used by operations such as bzr status that can accept
unknown or ignored files.
"""
mutter("check paths: %r", orig_paths)
if not orig_paths:
return orig_paths, []
s = old_tree.filter_unversioned_files(orig_paths)
s = new_tree.filter_unversioned_files(s)
nonexistent = [path for path in s if not new_tree.has_filename(path)]
remaining = [path for path in orig_paths if not path in nonexistent]
# Sorting the 'remaining' list doesn't have much effect in
# practice, since the various status output sections will sort
# their groups individually. But for consistency of this
# function's API, it's better to sort both than just 'nonexistent'.
return sorted(remaining), sorted(nonexistent)
def _fix_text_parent(self, file_id, versions_with_bad_parents,
unused_versions, all_versions):
"""Fix bad versionedfile entries in a single versioned file."""
mutter('fixing text parent: %r (%d versions)', file_id,
len(versions_with_bad_parents))
mutter('(%d are unused)', len(unused_versions))
new_file_id = 'temp:%s' % file_id
new_parents = {}
needed_keys = set()
for version in all_versions:
if version in unused_versions:
continue
elif version in versions_with_bad_parents:
parents = versions_with_bad_parents[version][1]
else:
pmap = self.repo.texts.get_parent_map([(file_id, version)])
parents = [key[-1] for key in pmap[(file_id, version)]]
new_parents[(new_file_id, version)] = [
(new_file_id, parent) for parent in parents]
needed_keys.add((file_id, version))
def fix_parents(stream):
for record in stream:
bytes = record.get_bytes_as('fulltext')
new_key = (new_file_id, record.key[-1])
parents = new_parents[new_key]
yield FulltextContentFactory(new_key, parents, record.sha1, bytes)
stream = self.repo.texts.get_record_stream(needed_keys, 'topological', True)
self.repo._remove_file_id(new_file_id)
self.repo.texts.insert_record_stream(fix_parents(stream))
self.repo._remove_file_id(file_id)
if len(new_parents):
self.repo._move_file_id(new_file_id, file_id)
def _append_by_head_put(self, relpath, bytes):
"""Append without getting the whole file.
When the server allows it, a 'Content-Range' header can be specified.
"""
response = self._head(relpath)
code = response.code
if code == 404:
relpath_size = 0
else:
# Consider the absence of Content-Length header as
# indicating an existing but empty file (Apache 2.0
# does this, and there is even a comment in
# modules/http/http_protocol.c calling that a *hack*,
# I agree, it's a hack. On the other hand if the file
# do not exist we get a 404, if the file does exist,
# is not empty and we get no Content-Length header,
# then the server is buggy :-/ )
relpath_size = int(response.headers.get('Content-Length', 0))
if relpath_size == 0:
trace.mutter('if %s is not empty, the server is buggy'
% relpath)
if relpath_size:
self._put_bytes_ranged(relpath, bytes, relpath_size)
else:
self.put_bytes(relpath, bytes)
return relpath_size
errors,
trace,
__version__ as bzrlib_version,
)
import bzrlib
from bzrlib.trace import mutter
from bzrlib.transport.http import (
ca_bundle,
HttpTransportBase,
response,
)
try:
import pycurl
except ImportError, e:
mutter("failed to import pycurl: %s", e)
raise errors.DependencyNotPresent('pycurl', e)
try:
# see if we can actually initialize PyCurl - sometimes it will load but
# fail to start up due to this bug:
#
# 32. (At least on Windows) If libcurl is built with c-ares and there's
# no DNS server configured in the system, the ares_init() call fails and
# thus curl_easy_init() fails as well. This causes weird effects for
# people who use numerical IP addresses only.
#
# reported by Alexander Belchenko, 2006-04-26
pycurl.Curl()
except pycurl.error, e:
mutter("failed to initialize pycurl: %s", e)
class HashCache(object):
"""Cache for looking up file SHA-1.
Files are considered to match the cached value if the fingerprint
of the file has not changed. This includes its mtime, ctime,
device number, inode number, and size. This should catch
modifications or replacement of the file by a new one.
This may not catch modifications that do not change the file's
size and that occur within the resolution window of the
timestamps. To handle this we specifically do not cache files
which have changed since the start of the present second, since
they could undetectably change again.
This scheme may fail if the machine's clock steps backwards.
Don't do that.
This does not canonicalize the paths passed in; that should be
done by the caller.
_cache
Indexed by path, points to a two-tuple of the SHA-1 of the file.
and its fingerprint.
stat_count
number of times files have been statted
hit_count
number of times files have been retrieved from the cache, avoiding a
re-read
miss_count
number of misses (times files have been completely re-read)
"""
needs_write = False
def __init__(self,
root,
cache_file_name,
mode=None,
content_filter_stack_provider=None):
"""Create a hash cache in base dir, and set the file mode to mode.
:param content_filter_stack_provider: a function that takes a
path (relative to the top of the tree) and a file-id as
parameters and returns a stack of ContentFilters.
If None, no content filtering is performed.
"""
self.root = osutils.safe_unicode(root)
self.root_utf8 = self.root.encode(
'utf8') # where is the filesystem encoding ?
self.hit_count = 0
self.miss_count = 0
self.stat_count = 0
self.danger_count = 0
self.removed_count = 0
self.update_count = 0
self._cache = {}
self._mode = mode
self._cache_file_name = osutils.safe_unicode(cache_file_name)
self._filter_provider = content_filter_stack_provider
def cache_file_name(self):
return self._cache_file_name
def clear(self):
"""Discard all cached information.
This does not reset the counters."""
if self._cache:
self.needs_write = True
self._cache = {}
def scan(self):
"""Scan all files and remove entries where the cache entry is obsolete.
Obsolete entries are those where the file has been modified or deleted
since the entry was inserted.
"""
# FIXME optimisation opportunity, on linux [and check other oses]:
# rather than iteritems order, stat in inode order.
prep = [(ce[1][3], path, ce) for (path, ce) in self._cache.iteritems()]
prep.sort()
for inum, path, cache_entry in prep:
abspath = osutils.pathjoin(self.root, path)
fp = self._fingerprint(abspath)
self.stat_count += 1
cache_fp = cache_entry[1]
if (not fp) or (cache_fp != fp):
# not here or not a regular file anymore
self.removed_count += 1
self.needs_write = True
del self._cache[path]
def get_sha1(self, path, stat_value=None):
"""Return the sha1 of a file.
"""
if path.__class__ is str:
abspath = osutils.pathjoin(self.root_utf8, path)
else:
abspath = osutils.pathjoin(self.root, path)
self.stat_count += 1
file_fp = self._fingerprint(abspath, stat_value)
if not file_fp:
# not a regular file or not existing
if path in self._cache:
self.removed_count += 1
self.needs_write = True
del self._cache[path]
return None
if path in self._cache:
cache_sha1, cache_fp = self._cache[path]
else:
cache_sha1, cache_fp = None, None
if cache_fp == file_fp:
## mutter("hashcache hit for %s %r -> %s", path, file_fp, cache_sha1)
## mutter("now = %s", time.time())
self.hit_count += 1
return cache_sha1
self.miss_count += 1
mode = file_fp[FP_MODE_COLUMN]
if stat.S_ISREG(mode):
if self._filter_provider is None:
filters = []
else:
filters = self._filter_provider(path=path, file_id=None)
digest = self._really_sha1_file(abspath, filters)
elif stat.S_ISLNK(mode):
target = osutils.readlink(osutils.safe_unicode(abspath))
digest = osutils.sha_string(target.encode('UTF-8'))
else:
raise errors.BzrError("file %r: unknown file stat mode: %o" %
(abspath, mode))
# window of 3 seconds to allow for 2s resolution on windows,
# unsynchronized file servers, etc.
cutoff = self._cutoff_time()
if file_fp[FP_MTIME_COLUMN] >= cutoff \
or file_fp[FP_CTIME_COLUMN] >= cutoff:
# changed too recently; can't be cached. we can
# return the result and it could possibly be cached
# next time.
#
# the point is that we only want to cache when we are sure that any
# subsequent modifications of the file can be detected. If a
# modification neither changes the inode, the device, the size, nor
# the mode, then we can only distinguish it by time; therefore we
# need to let sufficient time elapse before we may cache this entry
# again. If we didn't do this, then, for example, a very quick 1
# byte replacement in the file might go undetected.
## mutter('%r modified too recently; not caching', path)
self.danger_count += 1
if cache_fp:
self.removed_count += 1
self.needs_write = True
del self._cache[path]
else:
## mutter('%r added to cache: now=%f, mtime=%d, ctime=%d',
## path, time.time(), file_fp[FP_MTIME_COLUMN],
## file_fp[FP_CTIME_COLUMN])
self.update_count += 1
self.needs_write = True
self._cache[path] = (digest, file_fp)
return digest
def _really_sha1_file(self, abspath, filters):
"""Calculate the SHA1 of a file by reading the full text"""
return _mod_filters.internal_size_sha_file_byname(abspath, filters)[1]
def write(self):
"""Write contents of cache to file."""
outf = atomicfile.AtomicFile(self.cache_file_name(),
'wb',
new_mode=self._mode)
try:
outf.write(CACHE_HEADER)
for path, c in self._cache.iteritems():
line_info = [path.encode('utf-8'), '// ', c[0], ' ']
line_info.append(' '.join([str(fld) for fld in c[1]]))
line_info.append('\n')
outf.write(''.join(line_info))
outf.commit()
self.needs_write = False
## mutter("write hash cache: %s hits=%d misses=%d stat=%d recent=%d updates=%d",
## self.cache_file_name(), self.hit_count, self.miss_count,
## self.stat_count,
## self.danger_count, self.update_count)
finally:
outf.close()
def read(self):
"""Reinstate cache from file.
Overwrites existing cache.
If the cache file has the wrong version marker, this just clears
the cache."""
self._cache = {}
fn = self.cache_file_name()
try:
inf = file(fn, 'rb', buffering=65000)
except IOError, e:
trace.mutter("failed to open %s: %s", fn, e)
# better write it now so it is valid
self.needs_write = True
return
hdr = inf.readline()
if hdr != CACHE_HEADER:
trace.mutter(
'cache header marker not found at top of %s;'
' discarding cache', fn)
self.needs_write = True
return
for l in inf:
pos = l.index('// ')
path = l[:pos].decode('utf-8')
if path in self._cache:
trace.warning('duplicated path %r in cache' % path)
continue
pos += 3
fields = l[pos:].split(' ')
if len(fields) != 7:
trace.warning("bad line in hashcache: %r" % l)
continue
sha1 = fields[0]
if len(sha1) != 40:
trace.warning("bad sha1 in hashcache: %r" % sha1)
continue
fp = tuple(map(long, fields[1:]))
self._cache[path] = (sha1, fp)
# GZ 2009-09-20: Should really use a try/finally block to ensure close
inf.close()
self.needs_write = False
def _readv(self, relpath, offsets):
"""Get parts of the file at the given relative path.
:param offsets: A list of (offset, size) tuples.
:param return: A list or generator of (offset, data) tuples
"""
# offsets may be a generator, we will iterate it several times, so
# build a list
offsets = list(offsets)
try_again = True
retried_offset = None
while try_again:
try_again = False
# Coalesce the offsets to minimize the GET requests issued
sorted_offsets = sorted(offsets)
coalesced = self._coalesce_offsets(
sorted_offsets,
limit=self._max_readv_combine,
fudge_factor=self._bytes_to_read_before_seek,
max_size=self._get_max_size)
# Turn it into a list, we will iterate it several times
coalesced = list(coalesced)
mutter('http readv of %s offsets => %s collapsed %s', relpath,
len(offsets), len(coalesced))
# Cache the data read, but only until it's been used
data_map = {}
# We will iterate on the data received from the GET requests and
# serve the corresponding offsets respecting the initial order. We
# need an offset iterator for that.
iter_offsets = iter(offsets)
cur_offset_and_size = iter_offsets.next()
try:
for cur_coal, rfile in self._coalesce_readv(
relpath, coalesced):
# Split the received chunk
for offset, size in cur_coal.ranges:
start = cur_coal.start + offset
rfile.seek(start, 0)
data = rfile.read(size)
data_len = len(data)
if data_len != size:
raise errors.ShortReadvError(relpath,
start,
size,
actual=data_len)
if (start, size) == cur_offset_and_size:
# The offset requested are sorted as the coalesced
# ones, no need to cache. Win !
yield cur_offset_and_size[0], data
cur_offset_and_size = iter_offsets.next()
else:
# Different sorting. We need to cache.
data_map[(start, size)] = data
# Yield everything we can
while cur_offset_and_size in data_map:
# Clean the cached data since we use it
# XXX: will break if offsets contains duplicates --
# vila20071129
this_data = data_map.pop(cur_offset_and_size)
yield cur_offset_and_size[0], this_data
cur_offset_and_size = iter_offsets.next()
except (errors.ShortReadvError, errors.InvalidRange,
errors.InvalidHttpRange), e:
mutter('Exception %r: %s during http._readv', e, e)
if (not isinstance(e, errors.ShortReadvError)
or retried_offset == cur_offset_and_size):
# We don't degrade the range hint for ShortReadvError since
# they do not indicate a problem with the server ability to
# handle ranges. Except when we fail to get back a required
# offset twice in a row. In that case, falling back to
# single range or whole file should help or end up in a
# fatal exception.
self._degrade_range_hint(relpath, coalesced,
sys.exc_info())
# Some offsets may have been already processed, so we retry
# only the unsuccessful ones.
offsets = [cur_offset_and_size] + [o for o in iter_offsets]
retried_offset = cur_offset_and_size
try_again = True
def test_trace_argument_utf8(self):
"""Write a Unicode argument to the trace log"""
mutter(u'the unicode character for benzene is %s',
u'\N{BENZENE RING}'.encode('utf-8'))
log = self.get_log()
self.assertContainsRe(log, 'the unicode character')
def commit(self,
message=None,
timestamp=None,
timezone=None,
committer=None,
specific_files=None,
rev_id=None,
allow_pointless=True,
strict=False,
verbose=False,
revprops=None,
working_tree=None,
local=False,
reporter=None,
config=None,
message_callback=None,
recursive='down',
exclude=None):
"""Commit working copy as a new revision.
:param message: the commit message (it or message_callback is required)
:param timestamp: if not None, seconds-since-epoch for a
postdated/predated commit.
:param specific_files: If true, commit only those files.
:param rev_id: If set, use this as the new revision id.
Useful for test or import commands that need to tightly
control what revisions are assigned. If you duplicate
a revision id that exists elsewhere it is your own fault.
If null (default), a time/random revision id is generated.
:param allow_pointless: If true (default), commit even if nothing
has changed and no merges are recorded.
:param strict: If true, don't allow a commit if the working tree
contains unknown files.
:param revprops: Properties for new revision
:param local: Perform a local only commit.
:param reporter: the reporter to use or None for the default
:param verbose: if True and the reporter is not None, report everything
:param recursive: If set to 'down', commit in any subtrees that have
pending changes of any sort during this commit.
:param exclude: None or a list of relative paths to exclude from the
commit. Pending changes to excluded files will be ignored by the
commit.
"""
mutter('preparing to commit')
if working_tree is None:
raise BzrError("working_tree must be passed into commit().")
else:
self.work_tree = working_tree
self.branch = self.work_tree.branch
if getattr(self.work_tree, 'requires_rich_root', lambda: False)():
if not self.branch.repository.supports_rich_root():
raise errors.RootNotRich()
if message_callback is None:
if message is not None:
if isinstance(message, str):
message = message.decode(bzrlib.user_encoding)
message_callback = lambda x: message
else:
raise BzrError("The message or message_callback keyword"
" parameter is required for commit().")
self.bound_branch = None
self.any_entries_changed = False
self.any_entries_deleted = False
if exclude is not None:
self.exclude = sorted(
minimum_path_selection(exclude))
else:
self.exclude = []
self.local = local
self.master_branch = None
self.master_locked = False
self.recursive = recursive
self.rev_id = None
if specific_files is not None:
self.specific_files = sorted(
minimum_path_selection(specific_files))
else:
self.specific_files = None
self.specific_file_ids = None
self.allow_pointless = allow_pointless
self.revprops = revprops
self.message_callback = message_callback
self.timestamp = timestamp
self.timezone = timezone
self.committer = committer
self.strict = strict
self.verbose = verbose
# accumulates an inventory delta to the basis entry, so we can make
# just the necessary updates to the workingtree's cached basis.
self._basis_delta = []
self.work_tree.lock_write()
self.pb = bzrlib.ui.ui_factory.nested_progress_bar()
self.basis_revid = self.work_tree.last_revision()
self.basis_tree = self.work_tree.basis_tree()
self.basis_tree.lock_read()
try:
# Cannot commit with conflicts present.
if len(self.work_tree.conflicts()) > 0:
raise ConflictsInTree
# Setup the bound branch variables as needed.
self._check_bound_branch()
# Check that the working tree is up to date
old_revno, new_revno = self._check_out_of_date_tree()
# Complete configuration setup
if reporter is not None:
self.reporter = reporter
elif self.reporter is None:
self.reporter = self._select_reporter()
if self.config is None:
self.config = self.branch.get_config()
# If provided, ensure the specified files are versioned
if self.specific_files is not None:
# Note: This routine is being called because it raises
# PathNotVersionedError as a side effect of finding the IDs. We
# later use the ids we found as input to the working tree
# inventory iterator, so we only consider those ids rather than
# examining the whole tree again.
# XXX: Dont we have filter_unversioned to do this more
# cheaply?
self.specific_file_ids = tree.find_ids_across_trees(
specific_files, [self.basis_tree, self.work_tree])
# Setup the progress bar. As the number of files that need to be
# committed in unknown, progress is reported as stages.
# We keep track of entries separately though and include that
# information in the progress bar during the relevant stages.
self.pb_stage_name = ""
self.pb_stage_count = 0
self.pb_stage_total = 5
if self.bound_branch:
self.pb_stage_total += 1
self.pb.show_pct = False
self.pb.show_spinner = False
self.pb.show_eta = False
self.pb.show_count = True
self.pb.show_bar = True
self.basis_inv = self.basis_tree.inventory
self._gather_parents()
# After a merge, a selected file commit is not supported.
# See 'bzr help merge' for an explanation as to why.
if len(self.parents) > 1 and self.specific_files:
raise errors.CannotCommitSelectedFileMerge(self.specific_files)
# Excludes are a form of selected file commit.
if len(self.parents) > 1 and self.exclude:
raise errors.CannotCommitSelectedFileMerge(self.exclude)
# Collect the changes
self._set_progress_stage("Collecting changes",
entries_title="Directory")
self.builder = self.branch.get_commit_builder(self.parents,
self.config, timestamp, timezone, committer, revprops, rev_id)
try:
# find the location being committed to
if self.bound_branch:
master_location = self.master_branch.base
else:
master_location = self.branch.base
# report the start of the commit
self.reporter.started(new_revno, self.rev_id, master_location)
self._update_builder_with_changes()
self._report_and_accumulate_deletes()
self._check_pointless()
# TODO: Now the new inventory is known, check for conflicts.
# ADHB 2006-08-08: If this is done, populate_new_inv should not add
# weave lines, because nothing should be recorded until it is known
# that commit will succeed.
self._set_progress_stage("Saving data locally")
self.builder.finish_inventory()
# Prompt the user for a commit message if none provided
message = message_callback(self)
self.message = message
self._escape_commit_message()
# Add revision data to the local branch
self.rev_id = self.builder.commit(self.message)
except:
self.builder.abort()
raise
self._process_pre_hooks(old_revno, new_revno)
# Upload revision data to the master.
# this will propagate merged revisions too if needed.
if self.bound_branch:
if not self.master_branch.repository.has_same_location(
self.branch.repository):
self._set_progress_stage("Uploading data to master branch")
self.master_branch.repository.fetch(self.branch.repository,
revision_id=self.rev_id)
# now the master has the revision data
# 'commit' to the master first so a timeout here causes the
# local branch to be out of date
self.master_branch.set_last_revision_info(new_revno,
self.rev_id)
# and now do the commit locally.
self.branch.set_last_revision_info(new_revno, self.rev_id)
# Make the working tree up to date with the branch
self._set_progress_stage("Updating the working tree")
self.work_tree.update_basis_by_delta(self.rev_id,
self._basis_delta)
self.reporter.completed(new_revno, self.rev_id)
self._process_post_hooks(old_revno, new_revno)
finally:
self._cleanup()
return self.rev_id
import base64, ftplib
from bzrlib import (
errors, )
from bzrlib.i18n import gettext
from bzrlib.trace import (
mutter,
note,
)
from bzrlib.transport.ftp import FtpTransport
try:
import kerberos
except ImportError, e:
mutter('failed to import kerberos lib: %s', e)
raise errors.DependencyNotPresent('kerberos', e)
if getattr(kerberos, "authGSSClientWrap", None) is None:
raise errors.DependencyNotPresent(
'kerberos', "missing encryption function authGSSClientWrap")
class GSSAPIFtp(ftplib.FTP):
"""Extended version of ftplib.FTP that can authenticate using GSSAPI."""
def mic_putcmd(self, line):
rc = kerberos.authGSSClientWrap(self.vc, base64.b64encode(line))
wrapped = kerberos.authGSSClientResponse(self.vc)
ftplib.FTP.putcmd(self, "MIC " + wrapped)
def mic_getline(self):
def _detect_moves(self, threshold, dry_run):
delta = self.tree.changes_from(self.basis_tree, want_unversioned=True)
inv = self.tree.inventory
unknowns = self._find_unknowns(delta)
removed = set()
matches = []
for path, file_id, kind in delta.removed:
if kind == "directory":
continue
path = inv.id2path(file_id)
for new_path, new_kind in unknowns:
if kind != new_kind:
continue
similarity = self._compare_files(file_id, new_path)
matches.append((similarity, path, new_path))
removed.add(path)
matches.sort(reverse=True)
# Try to detect file renames, based on text similarity
used = set()
file_renames = []
for similarity, old_path, new_path in matches:
if similarity < threshold:
self.outf.write(
"Skipping %d file(s) with similarity below "
"%d%%.\n" % (len(removed), threshold * 100))
break
if old_path not in removed or new_path in used:
trace.mutter("File %s already moved", old_path)
continue
used.add(new_path)
removed.remove(old_path)
file_renames.append((similarity, old_path, new_path))
# Try to detect directory renames, based on file renames
dir_renames = []
dir_rename_map = {}
for similarity, old_path, new_path in file_renames:
old_dirs = osutils.splitpath(old_path)[:-1]
new_dirs = osutils.splitpath(new_path)[:-1]
for old_dir, new_dir in zip(old_dirs, new_dirs):
dir_rename_map.setdefault(old_dir, set()).add(new_dir)
for old_dir, new_dirs in sorted(dir_rename_map.iteritems()):
if len(new_dirs) != 1:
continue
new_dir = iter(new_dirs).next()
dir_renames.append((-1, old_dir, new_dir))
# needs to be smarted to be enabled
dir_renames = []
# Actually rename
renames = dir_renames + file_renames
for similarity, old_path, new_path in renames:
if not dry_run:
parent_dirs = []
to_dir = new_path
while True:
to_dir, to_tail = os.path.split(to_dir)
if inv.path2id(to_dir) is None:
parent_dirs.append(to_dir)
if not to_tail or not to_dir:
break
if parent_dirs:
self.tree.add(reversed(parent_dirs))
self.tree.flush()
self.tree.rename_one(old_path, new_path, after=True)
if similarity == -1:
self.outf.write("%s => %s\n" % (old_path, new_path))
else:
self.outf.write("%s => %s (%d%% similar)\n" % (
old_path, new_path, similarity * 100))
def listable(self):
"""See Transport.listable."""
if 'gio' in debug.debug_flags:
mutter("GIO listable")
return True
try:
if 'gio' in debug.debug_flags:
mutter("GIO rmdir %s" % relpath)
st = self.stat(relpath)
if stat.S_ISDIR(st.st_mode):
f = self._get_GIO(relpath)
f.delete()
else:
raise errors.NotADirectory(relpath)
except gio.Error, e:
self._translate_gio_error(e, relpath)
except errors.NotADirectory, e:
#just pass it forward
raise e
except Exception, e:
mutter('failed to rmdir %s: %s' % (relpath, e))
raise errors.PathError(relpath)
def append_file(self, relpath, file, mode=None):
"""Append the text in the file-like object into the final
location.
"""
#GIO append_to seems not to append but to truncate
#Work around this.
if 'gio' in debug.debug_flags:
mutter("GIO append_file: %s" % relpath)
tmppath = '%s.tmp.%.9f.%d.%d' % (relpath, time.time(), os.getpid(),
random.randint(0, 0x7FFFFFFF))
try:
result = 0
fo = self._get_GIO(tmppath)
# Because we set_pipelined() earlier, theoretically we might
# avoid the round trip for fout.close()
if mode is not None:
self._get_sftp().chmod(tmp_abspath, mode)
fout.close()
closed = True
self._rename_and_overwrite(tmp_abspath, abspath)
return length
except Exception, e:
# If we fail, try to clean up the temporary file
# before we throw the exception
# but don't let another exception mess things up
# Write out the traceback, because otherwise
# the catch and throw destroys it
import traceback
mutter(traceback.format_exc())
try:
if not closed:
fout.close()
self._get_sftp().remove(tmp_abspath)
except:
# raise the saved except
raise e
# raise the original with its traceback if we can.
raise
def _put_non_atomic_helper(self,
relpath,
writer,
mode=None,
create_parent_dir=False,
def request_and_yield_offsets(self, fp):
"""Request the data from the remote machine, yielding the results.
:param fp: A Paramiko SFTPFile object that supports readv.
:return: Yield the data requested by the original readv caller, one by
one.
"""
requests = self._get_requests()
offset_iter = iter(self.original_offsets)
cur_offset, cur_size = offset_iter.next()
# paramiko .readv() yields strings that are in the order of the requests
# So we track the current request to know where the next data is
# being returned from.
input_start = None
last_end = None
buffered_data = []
buffered_len = 0
# This is used to buffer chunks which we couldn't process yet
# It is (start, end, data) tuples.
data_chunks = []
# Create an 'unlimited' data stream, so we stop based on requests,
# rather than just because the data stream ended. This lets us detect
# short readv.
data_stream = itertools.chain(fp.readv(requests),
itertools.repeat(None))
for (start, length), data in itertools.izip(requests, data_stream):
if data is None:
if cur_coalesced is not None:
raise errors.ShortReadvError(self.relpath, start, length,
len(data))
if len(data) != length:
raise errors.ShortReadvError(self.relpath, start, length,
len(data))
self._report_activity(length, 'read')
if last_end is None:
# This is the first request, just buffer it
buffered_data = [data]
buffered_len = length
input_start = start
elif start == last_end:
# The data we are reading fits neatly on the previous
# buffer, so this is all part of a larger coalesced range.
buffered_data.append(data)
buffered_len += length
else:
# We have an 'interrupt' in the data stream. So we know we are
# at a request boundary.
if buffered_len > 0:
# We haven't consumed the buffer so far, so put it into
# data_chunks, and continue.
buffered = ''.join(buffered_data)
data_chunks.append((input_start, buffered))
input_start = start
buffered_data = [data]
buffered_len = length
last_end = start + length
if input_start == cur_offset and cur_size <= buffered_len:
# Simplify the next steps a bit by transforming buffered_data
# into a single string. We also have the nice property that
# when there is only one string ''.join([x]) == x, so there is
# no data copying.
buffered = ''.join(buffered_data)
# Clean out buffered data so that we keep memory
# consumption low
del buffered_data[:]
buffered_offset = 0
# TODO: We *could* also consider the case where cur_offset is in
# in the buffered range, even though it doesn't *start*
# the buffered range. But for packs we pretty much always
# read in order, so you won't get any extra data in the
# middle.
while (input_start == cur_offset
and (buffered_offset + cur_size) <= buffered_len):
# We've buffered enough data to process this request, spit it
# out
cur_data = buffered[buffered_offset:buffered_offset +
cur_size]
# move the direct pointer into our buffered data
buffered_offset += cur_size
# Move the start-of-buffer pointer
input_start += cur_size
# Yield the requested data
yield cur_offset, cur_data
cur_offset, cur_size = offset_iter.next()
# at this point, we've consumed as much of buffered as we can,
# so break off the portion that we consumed
if buffered_offset == len(buffered_data):
# No tail to leave behind
buffered_data = []
buffered_len = 0
else:
buffered = buffered[buffered_offset:]
buffered_data = [buffered]
buffered_len = len(buffered)
# now that the data stream is done, close the handle
fp.close()
if buffered_len:
buffered = ''.join(buffered_data)
del buffered_data[:]
data_chunks.append((input_start, buffered))
if data_chunks:
if 'sftp' in debug.debug_flags:
mutter('SFTP readv left with %d out-of-order bytes',
sum(map(lambda x: len(x[1]), data_chunks)))
# We've processed all the readv data, at this point, anything we
# couldn't process is in data_chunks. This doesn't happen often, so
# this code path isn't optimized
# We use an interesting process for data_chunks
# Specifically if we have "bisect_left([(start, len, entries)],
# (qstart,)])
# If start == qstart, then we get the specific node. Otherwise we
# get the previous node
while True:
idx = bisect.bisect_left(data_chunks, (cur_offset, ))
if idx < len(
data_chunks) and data_chunks[idx][0] == cur_offset:
# The data starts here
data = data_chunks[idx][1][:cur_size]
elif idx > 0:
# The data is in a portion of a previous page
idx -= 1
sub_offset = cur_offset - data_chunks[idx][0]
data = data_chunks[idx][1]
data = data[sub_offset:sub_offset + cur_size]
else:
# We are missing the page where the data should be found,
# something is wrong
data = ''
if len(data) != cur_size:
raise AssertionError(
'We must have miscalulated.'
' We expected %d bytes, but only found %d' %
(cur_size, len(data)))
yield cur_offset, data
cur_offset, cur_size = offset_iter.next()
def _preload_libraries(self):
for pyname in libraries_to_preload:
try:
__import__(pyname)
except ImportError as e:
trace.mutter('failed to preload %s: %s' % (pyname, e))
def external_url(self):
"""See bzrlib.transport.Transport.external_url."""
if 'gio' in debug.debug_flags:
mutter("GIO external_url", self.base)
# GIO external url
return self.base
def _match_on(self, branch, revs):
trace.mutter('matching ancestor: on: %s, %s', self.spec, branch)
return self._find_revision_info(branch,
self._get_submit_location(branch))
def load_from_zip(zip_name):
"""Load all the plugins in a zip."""
valid_suffixes = ('.py', '.pyc', '.pyo') # only python modules/packages
# is allowed
try:
index = zip_name.rindex('.zip')
except ValueError:
return
archive = zip_name[:index+4]
prefix = zip_name[index+5:]
mutter('Looking for plugins in %r', zip_name)
# use zipfile to get list of files/dirs inside zip
try:
z = zipfile.ZipFile(archive)
namelist = z.namelist()
z.close()
except zipfile.error:
# not a valid zip
return
if prefix:
prefix = prefix.replace('\\','/')
if prefix[-1] != '/':
prefix += '/'
ix = len(prefix)
namelist = [name[ix:]
for name in namelist
if name.startswith(prefix)]
mutter('Names in archive: %r', namelist)
for name in namelist:
if not name or name.endswith('/'):
continue
# '/' is used to separate pathname components inside zip archives
ix = name.rfind('/')
if ix == -1:
head, tail = '', name
else:
head, tail = name.rsplit('/',1)
if '/' in head:
# we don't need looking in subdirectories
continue
base, suffix = osutils.splitext(tail)
if suffix not in valid_suffixes:
continue
if base == '__init__':
# package
plugin_name = head
elif head == '':
# module
plugin_name = base
else:
continue
if not plugin_name:
continue
if getattr(_mod_plugins, plugin_name, None):
mutter('Plugin name %s already loaded', plugin_name)
continue
try:
exec "import bzrlib.plugins.%s" % plugin_name in {}
mutter('Load plugin %s from zip %r', plugin_name, zip_name)
except KeyboardInterrupt:
raise
except Exception, e:
## import pdb; pdb.set_trace()
warning('Unable to load plugin %r from %r'
% (name, zip_name))
log_exception_quietly()
if 'error' in debug.debug_flags:
trace.print_exception(sys.exc_info(), sys.stderr)
def report_bug(exc_info, stderr):
if ('no_apport' in debug.debug_flags) or \
os.environ.get('APPORT_DISABLE', None):
return report_bug_legacy(exc_info, stderr)
try:
if report_bug_to_apport(exc_info, stderr):
# wrote a file; if None then report the old way
return
except ImportError, e:
trace.mutter("couldn't find apport bug-reporting library: %s" % e)
except Exception, e:
# this should only happen if apport is installed but it didn't
# work, eg because of an io error writing the crash file
trace.mutter("bzr: failed to report crash using apport: %r" % e)
trace.log_exception_quietly()
return report_bug_legacy(exc_info, stderr)
def report_bug_legacy(exc_info, err_file):
"""Report a bug by just printing a message to the user."""
trace.print_exception(exc_info, err_file)
err_file.write('\n')
import textwrap
def print_wrapped(l):
err_file.write(
textwrap.fill(l, width=78, subsequent_indent=' ') + '\n')
print_wrapped('bzr %s on python %s (%s)\n' % \
(bzrlib.__version__,
def test_trace_argument_unicode(self):
"""Write a Unicode argument to the trace log"""
mutter(u'the unicode character for benzene is %s', u'\N{BENZENE RING}')
self.assertContainsRe(self._get_log(keep_log_file=True),
'the unicode character')
def iter_files_recursive(self):
# needs special handling because it does not have a relpath parameter
mutter("%s %s"
% ('iter_files_recursive', self._decorated.base))
return self._call_and_log_result('iter_files_recursive', (), {})
def _match_on(self, branch, revs):
trace.mutter('Returning RevisionSpec._match_on: None')
return RevisionInfo(branch, None, None)
def load_host_keys():
"""
Load system host keys (probably doesn't work on windows) and any
"discovered" keys from previous sessions.
"""
global SYSTEM_HOSTKEYS, BZR_HOSTKEYS
try:
SYSTEM_HOSTKEYS = paramiko.util.load_host_keys(
os.path.expanduser('~/.ssh/known_hosts'))
except IOError, e:
trace.mutter('failed to load system host keys: ' + str(e))
bzr_hostkey_path = osutils.pathjoin(config.config_dir(), 'ssh_host_keys')
try:
BZR_HOSTKEYS = paramiko.util.load_host_keys(bzr_hostkey_path)
except IOError, e:
trace.mutter('failed to load bzr host keys: ' + str(e))
save_host_keys()
def save_host_keys():
"""
Save "discovered" host keys in $(config)/ssh_host_keys/.
"""
global SYSTEM_HOSTKEYS, BZR_HOSTKEYS
bzr_hostkey_path = osutils.pathjoin(config.config_dir(), 'ssh_host_keys')
config.ensure_config_dir_exists()
try:
f = open(bzr_hostkey_path, 'w')
f.write('# SSH host keys collected by bzr\n')
for hostname, keys in BZR_HOSTKEYS.iteritems():
def __init__(self, *args, **kwargs):
trace.mutter('Initializing ftp_server: %r, %r', args, kwargs)
medusa.ftp_server.ftp_server.__init__(self, *args, **kwargs)
def zip_exporter_generator(tree,
dest,
root,
subdir=None,
force_mtime=None,
fileobj=None):
""" Export this tree to a new zip file.
`dest` will be created holding the contents of this tree; if it
already exists, it will be overwritten".
"""
compression = zipfile.ZIP_DEFLATED
if fileobj is not None:
dest = fileobj
elif dest == "-":
dest = sys.stdout
zipf = zipfile.ZipFile(dest, "w", compression)
try:
for dp, tp, ie in _export_iter_entries(tree, subdir):
file_id = ie.file_id
mutter(" export {%s} kind %s to %s", file_id, ie.kind, dest)
# zipfile.ZipFile switches all paths to forward
# slashes anyway, so just stick with that.
if force_mtime is not None:
mtime = force_mtime
else:
mtime = tree.get_file_mtime(ie.file_id, tp)
date_time = time.localtime(mtime)[:6]
filename = osutils.pathjoin(root, dp).encode('utf8')
if ie.kind == "file":
zinfo = zipfile.ZipInfo(filename=filename, date_time=date_time)
zinfo.compress_type = compression
zinfo.external_attr = _FILE_ATTR
content = tree.get_file_text(file_id, tp)
zipf.writestr(zinfo, content)
elif ie.kind == "directory":
# Directories must contain a trailing slash, to indicate
# to the zip routine that they are really directories and
# not just empty files.
zinfo = zipfile.ZipInfo(filename=filename + '/',
date_time=date_time)
zinfo.compress_type = compression
zinfo.external_attr = _DIR_ATTR
zipf.writestr(zinfo, '')
elif ie.kind == "symlink":
zinfo = zipfile.ZipInfo(filename=(filename + '.lnk'),
date_time=date_time)
zinfo.compress_type = compression
zinfo.external_attr = _FILE_ATTR
zipf.writestr(zinfo, tree.get_symlink_target(file_id, tp))
yield
zipf.close()
except UnicodeEncodeError:
zipf.close()
os.remove(dest)
from bzrlib.errors import BzrError
raise BzrError("Can't export non-ascii filenames to zip")
def report_exception(exc_info=None,
type=MAIN_LOAD_METHOD,
window=None,
ui_mode=False):
"""Report an exception.
The error is reported to the console or a message box, depending
on the type.
"""
# We only want one error to show if the user chose Close
global closing_due_to_error
# 0.20 special: We check hasattr() first to work around
# <http://bugs.python.org/issue4230>
if closing_due_to_error or \
(hasattr(window, 'closing_due_to_error') and
window.closing_due_to_error):
return
if exc_info is None:
exc_info = sys.exc_info()
exc_type, exc_object, exc_tb = exc_info
# Don't show error for StopException
if isinstance(exc_object, StopException):
# Do we maybe want to log this?
return
msg_box = ((type == MAIN_LOAD_METHOD and
(window and window.ui_mode or ui_mode))
or not type == MAIN_LOAD_METHOD)
pdb = os.environ.get('BZR_PDB')
if pdb:
msg_box = False
if msg_box:
err_file = StringIO()
else:
err_file = sys.stderr
# always tell bzr to report it, so it ends up in the log.
# See https://bugs.launchpad.net/bzr/+bug/785695
error_type = _bzrlib_report_exception(exc_info, err_file)
backtrace = traceback.format_exception(*exc_info)
mutter(''.join(backtrace))
if (type == MAIN_LOAD_METHOD and window):
window.ret_code = error_type
# XXX This is very similar to bzrlib.commands.exception_to_return_code.
# We shoud get bzr to refactor so that that this is reuseable.
if pdb:
# With out this - pyQt shows lot of warnings. see:
# http://www.riverbankcomputing.co.uk/static/Docs/PyQt4/pyqt4ref.html#using-pyqt-from-the-python-shell
QtCore.pyqtRemoveInputHook()
print '**** entering debugger'
tb = exc_info[2]
import pdb
if sys.version_info[:2] < (2, 6):
# XXX: we want to do
# pdb.post_mortem(tb)
# but because pdb.post_mortem gives bad results for tracebacks
# from inside generators, we do it manually.
# (http://bugs.python.org/issue4150, fixed in Python 2.6)
# Setup pdb on the traceback
p = pdb.Pdb()
p.reset()
p.setup(tb.tb_frame, tb)
# Point the debugger at the deepest frame of the stack
p.curindex = len(p.stack) - 1
p.curframe = p.stack[p.curindex][0]
# Start the pdb prompt.
p.print_stack_entry(p.stack[p.curindex])
p.execRcLines()
p.cmdloop()
else:
pdb.post_mortem(tb)
close = True
if msg_box:
if isinstance(exc_object, errors.LockContention):
msg_box = create_lockerror_dialog(error_type, window)
elif error_type == errors.EXIT_INTERNAL_ERROR:
# this is a copy of bzrlib.trace.report_bug
# but we seperate the message, and the trace back,
# and addes a hyper link to the filebug page.
traceback_file = StringIO()
_bzrlib_print_exception(exc_info, traceback_file)
traceback_file.write('\n')
traceback_file.write('bzr %s on python %s (%s)\n' % \
(bzrlib.__version__,
bzrlib._format_version_tuple(sys.version_info),
sys.platform))
traceback_file.write('arguments: %r\n' % sys.argv)
traceback_file.write(
'encoding: %r, fsenc: %r, lang: %r\n' %
(osutils.get_user_encoding(), sys.getfilesystemencoding(),
os.environ.get('LANG')))
traceback_file.write("plugins:\n")
for name, a_plugin in sorted(plugin.plugins().items()):
traceback_file.write(
" %-20s %s [%s]\n" %
(name, a_plugin.path(), a_plugin.__version__))
msg_box = ErrorReport(gettext("Error"), True,
traceback_file.getvalue(), exc_info, type,
window)
else:
msg_box = ErrorReport(gettext("Error"), False, err_file.getvalue(),
exc_info, type, window)
if window is None:
icon = QtGui.QIcon()
icon.addFile(":/bzr-16.png", QtCore.QSize(16, 16))
icon.addFile(":/bzr-32.png", QtCore.QSize(32, 32))
icon.addFile(":/bzr-48.png", QtCore.QSize(48, 48))
msg_box.setWindowIcon(icon)
msg_box.exec_()
if not msg_box.result() == QtGui.QMessageBox.Close:
close = False
if close:
if window is None:
closing_due_to_error = True
QtCore.QCoreApplication.instance().quit()
else:
window.closing_due_to_error = True
window.close()
return error_type
from bzrlib import registry
from bzrlib.trace import mutter, warning
try:
try:
# it's in this package in python2.5
from xml.etree.cElementTree import (ElementTree, SubElement, Element,
XMLTreeBuilder, fromstring, tostring)
import xml.etree as elementtree
except ImportError:
from cElementTree import (ElementTree, SubElement, Element,
XMLTreeBuilder, fromstring, tostring)
import elementtree.ElementTree
ParseError = SyntaxError
except ImportError:
mutter('WARNING: using slower ElementTree; consider installing cElementTree'
" and make sure it's on your PYTHONPATH")
# this copy is shipped with bzr
from util.elementtree.ElementTree import (ElementTree, SubElement,
Element, XMLTreeBuilder,
fromstring, tostring)
import util.elementtree as elementtree
from xml.parsers.expat import ExpatError as ParseError
from bzrlib import errors
class Serializer(object):
"""Abstract object serialize/deserialize"""
def write_inventory(self, inv, f):
"""Write inventory to a file"""
def _log_cleanup_error(exc):
trace.mutter('Cleanup failed:')
trace.log_exception_quietly()
if 'cleanup' in debug.debug_flags:
trace.warning('bzr: warning: Cleanup failed: %s', exc)
def _trace(self, format, *args):
if 'lock' not in debug.debug_flags:
return
mutter(str(self) + ": " + (format % args))
def _commit(self, operation, message, timestamp, timezone, committer,
specific_files, rev_id, allow_pointless, strict, verbose,
working_tree, local, reporter, message_callback, recursive,
exclude, possible_master_transports, lossy):
mutter('preparing to commit')
if working_tree is None:
raise BzrError("working_tree must be passed into commit().")
else:
self.work_tree = working_tree
self.branch = self.work_tree.branch
if getattr(self.work_tree, 'requires_rich_root', lambda: False)():
if not self.branch.repository.supports_rich_root():
raise errors.RootNotRich()
if message_callback is None:
if message is not None:
if isinstance(message, str):
message = message.decode(get_user_encoding())
message_callback = lambda x: message
else:
raise BzrError("The message or message_callback keyword"
" parameter is required for commit().")
self.bound_branch = None
self.any_entries_deleted = False
if exclude is not None:
self.exclude = sorted(minimum_path_selection(exclude))
else:
self.exclude = []
self.local = local
self.master_branch = None
self.recursive = recursive
self.rev_id = None
# self.specific_files is None to indicate no filter, or any iterable to
# indicate a filter - [] means no files at all, as per iter_changes.
if specific_files is not None:
self.specific_files = sorted(
minimum_path_selection(specific_files))
else:
self.specific_files = None
self.allow_pointless = allow_pointless
self.message_callback = message_callback
self.timestamp = timestamp
self.timezone = timezone
self.committer = committer
self.strict = strict
self.verbose = verbose
self.work_tree.lock_write()
operation.add_cleanup(self.work_tree.unlock)
self.parents = self.work_tree.get_parent_ids()
# We can use record_iter_changes IFF iter_changes is compatible with
# the command line parameters, and the repository has fast delta
# generation. See bug 347649.
self.use_record_iter_changes = (
not self.exclude
and not self.branch.repository._format.supports_tree_reference
and (self.branch.repository._format.fast_deltas
or len(self.parents) < 2))
self.pb = ui.ui_factory.nested_progress_bar()
operation.add_cleanup(self.pb.finished)
self.basis_revid = self.work_tree.last_revision()
self.basis_tree = self.work_tree.basis_tree()
self.basis_tree.lock_read()
operation.add_cleanup(self.basis_tree.unlock)
# Cannot commit with conflicts present.
if len(self.work_tree.conflicts()) > 0:
raise ConflictsInTree
# Setup the bound branch variables as needed.
self._check_bound_branch(operation, possible_master_transports)
# Check that the working tree is up to date
old_revno, old_revid, new_revno = self._check_out_of_date_tree()
# Complete configuration setup
if reporter is not None:
self.reporter = reporter
elif self.reporter is None:
self.reporter = self._select_reporter()
if self.config_stack is None:
self.config_stack = self.work_tree.get_config_stack()
self._set_specific_file_ids()
# Setup the progress bar. As the number of files that need to be
# committed in unknown, progress is reported as stages.
# We keep track of entries separately though and include that
# information in the progress bar during the relevant stages.
self.pb_stage_name = ""
self.pb_stage_count = 0
self.pb_stage_total = 5
if self.bound_branch:
# 2 extra stages: "Uploading data to master branch" and "Merging
# tags to master branch"
self.pb_stage_total += 2
self.pb.show_pct = False
self.pb.show_spinner = False
self.pb.show_eta = False
self.pb.show_count = True
self.pb.show_bar = True
self._gather_parents()
# After a merge, a selected file commit is not supported.
# See 'bzr help merge' for an explanation as to why.
if len(self.parents) > 1 and self.specific_files is not None:
raise errors.CannotCommitSelectedFileMerge(self.specific_files)
# Excludes are a form of selected file commit.
if len(self.parents) > 1 and self.exclude:
raise errors.CannotCommitSelectedFileMerge(self.exclude)
# Collect the changes
self._set_progress_stage("Collecting changes", counter=True)
self._lossy = lossy
self.builder = self.branch.get_commit_builder(self.parents,
self.config_stack,
timestamp,
timezone,
committer,
self.revprops,
rev_id,
lossy=lossy)
if not self.builder.supports_record_entry_contents and self.exclude:
self.builder.abort()
raise errors.ExcludesUnsupported(self.branch.repository)
if self.builder.updates_branch and self.bound_branch:
self.builder.abort()
raise AssertionError(
"bound branches not supported for commit builders "
"that update the branch")
try:
self.builder.will_record_deletes()
# find the location being committed to
if self.bound_branch:
master_location = self.master_branch.base
else:
master_location = self.branch.base
# report the start of the commit
self.reporter.started(new_revno, self.rev_id, master_location)
self._update_builder_with_changes()
self._check_pointless()
# TODO: Now the new inventory is known, check for conflicts.
# ADHB 2006-08-08: If this is done, populate_new_inv should not add
# weave lines, because nothing should be recorded until it is known
# that commit will succeed.
self._set_progress_stage("Saving data locally")
self.builder.finish_inventory()
# Prompt the user for a commit message if none provided
message = message_callback(self)
self.message = message
# Add revision data to the local branch
self.rev_id = self.builder.commit(self.message)
except Exception, e:
mutter("aborting commit write group because of exception:")
trace.log_exception_quietly()
self.builder.abort()
raise
def __init__(self,
title,
message_internal,
trace_back,
exc_info,
type=MAIN_LOAD_METHOD,
parent=None):
QtGui.QDialog.__init__(self, parent)
self.buttonbox = QtGui.QDialogButtonBox()
if parent:
win_title = None
if hasattr(parent, 'title'):
if isinstance(parent.title, basestring):
win_title = parent.title
elif isinstance(title, (list, tuple)):
# just the first item is more usefull.
win_title = parent.title[0]
else:
if hasattr(parent, 'windowTitle'):
win_title = parent.windowTitle()
if win_title:
close_label = gettext("Close %s Window") % win_title
else:
close_label = gettext("Close Window")
else:
close_label = gettext("Close Application")
# PyQt is stupid and thinks QMessageBox.StandardButton and
# QDialogButtonBox.StandardButton are different, so we have to
# duplicate this :-(
if type == MAIN_LOAD_METHOD:
button = self.buttonbox.addButton(QtGui.QDialogButtonBox.Close)
button.setText(close_label)
elif type == SUB_LOAD_METHOD:
button = self.buttonbox.addButton(QtGui.QDialogButtonBox.Ok)
button.setText(gettext("Close Error Dialog"))
elif type == ITEM_OR_EVENT_METHOD:
button = self.buttonbox.addButton(QtGui.QDialogButtonBox.Close)
button.setText(close_label)
button = self.buttonbox.addButton(QtGui.QDialogButtonBox.Ignore)
button.setText(gettext("Ignore Error"))
def report_bug():
from bzrlib import crash
#Using private method because bzrlib.crash is not currently intended for reuse from GUIs
#see https://bugs.launchpad.net/bzr/+bug/785696
crash_filename = crash._write_apport_report_to_file(exc_info)
try:
import apport
except ImportError, e:
mutter("No Apport available to Bazaar")
if message_internal:
message = (
'Bazaar has encountered an internal error. Please '
'report a bug at <a href="%s">%s</a> including this '
'traceback, and a description of what you were doing '
'when the error occurred.' %
(_file_bugs_url, _file_bugs_url))
else:
message = (
'Bazaar has encountered an environmental error. Please '
'report a bug if this is not the result of a local problem '
'at <a href="%s">%s</a> including this '
'traceback, and a description of what you were doing '
'when the error occurred.' %
(_file_bugs_url, _file_bugs_url))
def push(self, overwrite=False, stop_revision=None, lossy=False):
if not lossy:
raise errors.NoRoundtrippingSupport(self.source, self.target)
result = branch.BranchPushResult()
result.source_branch = self.source
result.target_branch = self.target
result.old_revno, result.old_revid = self.target.last_revision_info()
self.source.lock_read()
try:
graph = self.source.repository.get_graph()
# This just handles simple cases, but that's good enough for tests
my_history = branch_history(self.target.repository.get_graph(),
result.old_revid)
if stop_revision is None:
stop_revision = self.source.last_revision()
their_history = branch_history(graph, stop_revision)
if their_history[:min(len(my_history), len(their_history)
)] != my_history:
raise errors.DivergedBranches(self.target, self.source)
todo = their_history[len(my_history):]
revidmap = {}
for revid in todo:
rev = self.source.repository.get_revision(revid)
tree = self.source.repository.revision_tree(revid)
def get_file_with_stat(file_id, path=None):
return (tree.get_file(file_id), None)
tree.get_file_with_stat = get_file_with_stat
new_revid = self.target.mapping.revision_id_foreign_to_bzr(
(str(rev.timestamp), str(rev.timezone),
str(self.target.revno())))
parent_revno, parent_revid = self.target.last_revision_info()
if parent_revid == revision.NULL_REVISION:
parent_revids = []
else:
parent_revids = [parent_revid]
builder = self.target.get_commit_builder(
parent_revids, self.target.get_config_stack(),
rev.timestamp, rev.timezone, rev.committer, rev.properties,
new_revid)
try:
parent_tree = self.target.repository.revision_tree(
parent_revid)
for path, ie in tree.iter_entries_by_dir():
new_ie = ie.copy()
new_ie.revision = None
builder.record_entry_contents(
new_ie, [parent_tree.root_inventory], path, tree,
(ie.kind, ie.text_size, ie.executable,
ie.text_sha1))
builder.finish_inventory()
except:
builder.abort()
raise
revidmap[revid] = builder.commit(rev.message)
self.target.set_last_revision_info(parent_revno + 1,
revidmap[revid])
trace.mutter('lossily pushed revision %s -> %s', revid,
revidmap[revid])
finally:
self.source.unlock()
result.new_revno, result.new_revid = self.target.last_revision_info()
result.revidmap = revidmap
return result
def log_info(self, message, type='info'):
"""Redirect logging requests."""
trace.mutter('ftp_channel %s: %s', type, message)
