def add(self, entry):
"""Add entry to inventory.
To add a file to a branch ready to be committed, use Branch.add,
which calls this.
Returns the new entry object.
"""
if entry.file_id in self._byid:
raise errors.DuplicateFileId(entry.file_id,
self._byid[entry.file_id])
if entry.parent_id is None:
self.root = entry
else:
try:
parent = self._byid[entry.parent_id]
except KeyError:
raise BzrError("parent_id {%s} not in inventory" %
entry.parent_id)
if entry.name in parent.children:
raise BzrError("%s is already versioned" % osutils.pathjoin(
self.id2path(parent.file_id), entry.name).encode('utf-8'))
parent.children[entry.name] = entry
return self._add_child(entry)
def __init__(self, virtual_url_fragment, reason=None):
BzrError.__init__(self)
self.virtual_url_fragment = virtual_url_fragment
if reason is not None:
self.reason = str(reason)
else:
self.reason = ''
def __init__(self, virtual_url_fragment, reason=None):
BzrError.__init__(self)
self.virtual_url_fragment = virtual_url_fragment
if reason is not None:
self.reason = str(reason)
else:
self.reason = ''
def rename(self, file_id, new_parent_id, new_name):
"""Move a file within the inventory.
This can change either the name, or the parent, or both.
This does not move the working file.
"""
new_name = ensure_normalized_name(new_name)
if not is_valid_name(new_name):
raise BzrError("not an acceptable filename: %r" % new_name)
new_parent = self._byid[new_parent_id]
if new_name in new_parent.children:
raise BzrError("%r already exists in %r" %
(new_name, self.id2path(new_parent_id)))
new_parent_idpath = self.get_idpath(new_parent_id)
if file_id in new_parent_idpath:
raise BzrError(
"cannot move directory %r into a subdirectory of itself, %r" %
(self.id2path(file_id), self.id2path(new_parent_id)))
file_ie = self._byid[file_id]
old_parent = self._byid[file_ie.parent_id]
# TODO: Don't leave things messed up if this fails
del old_parent.children[file_ie.name]
new_parent.children[new_name] = file_ie
file_ie.name = new_name
file_ie.parent_id = new_parent_id
def add_sha(d, revision_id, sha1):
if revision_id is None:
if sha1 is not None:
raise BzrError('A Null revision should always'
'have a null sha1 hash')
return
if revision_id in d:
# This really should have been validated as part
# of _validate_revisions but lets do it again
if sha1 != d[revision_id]:
raise BzrError('** Revision %r referenced with 2 different'
' sha hashes %s != %s' %
(revision_id, sha1, d[revision_id]))
else:
d[revision_id] = sha1
def _unpack_entry(self, elt):
## original format inventories don't have a parent_id for
## nodes in the root directory, but it's cleaner to use one
## internally.
parent_id = elt.get('parent_id')
if parent_id is None:
parent_id = ROOT_ID
kind = elt.get('kind')
if kind == 'directory':
ie = inventory.InventoryDirectory(elt.get('file_id'),
elt.get('name'), parent_id)
elif kind == 'file':
ie = inventory.InventoryFile(elt.get('file_id'), elt.get('name'),
parent_id)
ie.text_id = elt.get('text_id')
ie.text_sha1 = elt.get('text_sha1')
v = elt.get('text_size')
ie.text_size = v and int(v)
elif kind == 'symlink':
ie = inventory.InventoryLink(elt.get('file_id'), elt.get('name'),
parent_id)
ie.symlink_target = elt.get('symlink_target')
else:
raise BzrError("unknown kind %r" % kind)
## mutter("read inventoryentry: %r", elt.attrib)
return ie
def add_entry(file_id):
path = self.id2path(file_id)
if path is None:
return
if path == '':
parent_id = None
else:
parent_path = dirname(path)
parent_id = self.path2id(parent_path)
kind = self.kind(file_id)
revision_id = self.get_last_changed(file_id)
name = basename(path)
if kind == 'directory':
ie = InventoryDirectory(file_id, name, parent_id)
elif kind == 'file':
ie = InventoryFile(file_id, name, parent_id)
ie.executable = self.is_executable(file_id)
elif kind == 'symlink':
ie = InventoryLink(file_id, name, parent_id)
ie.symlink_target = self.get_symlink_target(file_id, path)
ie.revision = revision_id
if kind == 'file':
ie.text_size, ie.text_sha1 = self.get_size_and_sha1(file_id)
if ie.text_size is None:
raise BzrError('Got a text_size of None for file_id %r' %
file_id)
inv.add(ie)
def note_last_changed(self, file_id, revision_id):
if (file_id in self._last_changed
and self._last_changed[file_id] != revision_id):
raise BzrError('Mismatched last-changed revision for file_id {%s}'
': %s != %s' %
(file_id, self._last_changed[file_id], revision_id))
self._last_changed[file_id] = revision_id
def _put_in_tar(self, item, tree):
"""populate item for stashing in a tar, and return the content stream.
If no content is available, return None.
"""
raise BzrError("don't know how to export {%s} of kind %r" %
(self.file_id, self.kind))
def _put_on_disk(self, fullpath, tree):
"""See InventoryEntry._put_on_disk."""
try:
os.symlink(self.symlink_target, fullpath)
except OSError, e:
raise BzrError("Failed to create symlink %r -> %r, error: %s" %
(fullpath, self.symlink_target, 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 _unpack_revision(self, elt):
"""XML Element -> Revision object"""
format = elt.get('format')
format_num = self.format_num
if self.revision_format_num is not None:
format_num = self.revision_format_num
if format is not None:
if format != format_num:
raise BzrError("invalid format version %r on revision" %
format)
get_cached = _get_utf8_or_ascii
rev = Revision(committer=elt.get('committer'),
timestamp=float(elt.get('timestamp')),
revision_id=get_cached(elt.get('revision_id')),
inventory_sha1=elt.get('inventory_sha1'))
parents = elt.find('parents') or []
for p in parents:
rev.parent_ids.append(get_cached(p.get('revision_id')))
self._unpack_revision_properties(elt, rev)
v = elt.get('timezone')
if v is None:
rev.timezone = 0
else:
rev.timezone = int(v)
rev.message = elt.findtext('message') # text of <message>
return rev
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 etckeeper_startcommit_hook(tree):
abspath = getattr(tree, "abspath", None)
if abspath is None or not os.path.exists(abspath(".etckeeper")):
# Only run the commit hook when this is an etckeeper branch
return
ret = subprocess.call(["etckeeper", "pre-commit", abspath(".")])
if ret != 0:
raise BzrError("etckeeper pre-commit failed")
def zip_exporter(tree, dest, root):
""" 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".
"""
import time
now = time.localtime()[:6]
mutter('export version %r', tree)
compression = zipfile.ZIP_DEFLATED
zipf = zipfile.ZipFile(dest, "w", compression)
inv = tree.inventory
try:
entries = inv.iter_entries()
entries.next() # skip root
for dp, ie in entries:
# The .bzr* namespace is reserved for "magic" files like
# .bzrignore and .bzrrules - do not export these
if dp.startswith(".bzr"):
continue
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.
filename = osutils.pathjoin(root, dp).encode('utf8')
if ie.kind == "file":
zinfo = zipfile.ZipInfo(filename=filename, date_time=now)
zinfo.compress_type = compression
zinfo.external_attr = _FILE_ATTR
zipf.writestr(zinfo, tree.get_file_text(file_id))
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=now)
zinfo.compress_type = compression
zinfo.external_attr = _DIR_ATTR
zipf.writestr(zinfo, '')
elif ie.kind == "symlink":
zinfo = zipfile.ZipInfo(filename=(filename + '.lnk'),
date_time=now)
zinfo.compress_type = compression
zinfo.external_attr = _FILE_ATTR
zipf.writestr(zinfo, ie.symlink_target)
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 removed(kind, extra, lines):
info = extra.split(' // ')
if len(info) > 1:
# TODO: in the future we might allow file ids to be
# given for removed entries
raise BzrError('removed action lines should only have the path'
': %r' % extra)
path = info[0]
bundle_tree.note_deletion(path)
def _add_child(self, entry):
"""Add an entry to the inventory, without adding it to its parent"""
if entry.file_id in self._byid:
raise BzrError("inventory already contains entry with id {%s}" %
entry.file_id)
self._byid[entry.file_id] = entry
for child in getattr(entry, 'children', {}).itervalues():
self._add_child(child)
return entry
def _validate_references_from_repository(self, repository):
"""Now that we have a repository which should have some of the
revisions we care about, go through and validate all of them
that we can.
"""
rev_to_sha = {}
inv_to_sha = {}
def add_sha(d, revision_id, sha1):
if revision_id is None:
if sha1 is not None:
raise BzrError('A Null revision should always'
'have a null sha1 hash')
return
if revision_id in d:
# This really should have been validated as part
# of _validate_revisions but lets do it again
if sha1 != d[revision_id]:
raise BzrError('** Revision %r referenced with 2 different'
' sha hashes %s != %s' %
(revision_id, sha1, d[revision_id]))
else:
d[revision_id] = sha1
# All of the contained revisions were checked
# in _validate_revisions
checked = {}
for rev_info in self.revisions:
checked[rev_info.revision_id] = True
add_sha(rev_to_sha, rev_info.revision_id, rev_info.sha1)
for (rev, rev_info) in zip(self.real_revisions, self.revisions):
add_sha(inv_to_sha, rev_info.revision_id, rev_info.inventory_sha1)
count = 0
missing = {}
for revision_id, sha1 in rev_to_sha.iteritems():
if repository.has_revision(revision_id):
testament = StrictTestament.from_revision(
repository, revision_id)
local_sha1 = self._testament_sha1_from_revision(
repository, revision_id)
if sha1 != local_sha1:
raise BzrError('sha1 mismatch. For revision id {%s}'
'local: %s, bundle: %s' %
(revision_id, local_sha1, sha1))
else:
count += 1
elif revision_id not in checked:
missing[revision_id] = sha1
if len(missing) > 0:
# I don't know if this is an error yet
warning('Not all revision hashes could be validated.'
' Unable validate %d hashes' % len(missing))
mutter('Verified %d sha hashes for the bundle.' % count)
self._validated_revisions_against_repo = True
def modified(kind, extra, lines):
info = extra.split(' // ')
if len(info) < 1:
raise BzrError('modified action lines have at least'
'the path in them: %r' % extra)
path = info[0]
last_modified, encoding = extra_info(info[1:], path)
revision = get_rev_id(last_modified, path, kind)
if lines:
do_patch(path, lines, encoding)
def read_text_inventory(tf):
"""Return an inventory read in from tf"""
if tf.readline() != START_MARK:
raise BzrError("missing start mark")
inv = Inventory()
for l in tf:
fields = l.split(' ')
if fields[0] == '#':
break
ie = {
'file_id': fields[0],
'name': unescape(fields[1]),
'kind': fields[2],
'parent_id': fields[3]
}
##inv.add(ie)
if l != END_MARK:
raise BzrError("missing end mark")
return inv
def added(kind, extra, lines):
info = extra.split(' // ')
if len(info) <= 1:
raise BzrError('add action lines require the path and file id'
': %r' % extra)
elif len(info) > 5:
raise BzrError('add action lines have fewer than 5 entries.'
': %r' % extra)
path = info[0]
if not info[1].startswith('file-id:'):
raise BzrError('The file-id should follow the path for an add'
': %r' % extra)
# This will be Unicode because of how the stream is read. Turn it
# back into a utf8 file_id
file_id = osutils.safe_file_id(info[1][8:], warn=False)
bundle_tree.note_id(file_id, path, kind)
# this will be overridden in extra_info if executable is specified.
bundle_tree.note_executable(path, False)
last_changed, encoding = extra_info(info[2:], path)
revision = get_rev_id(last_changed, path, kind)
if kind == 'directory':
return
do_patch(path, lines, encoding)
def add(self, f, fileid, suffix=None):
"""Add contents of a file into the store.
f -- A file-like object
"""
mutter("add store entry %r", fileid)
names = self._id_to_names(fileid, suffix)
if self._transport.has_any(names):
raise BzrError("store %r already contains id %r" %
(self._transport.base, fileid))
# Most of the time, just adding the file will work
# if we find a time where it fails, (because the dir
# doesn't exist), then create the dir, and try again
self._add(names[0], f)
def make_entry(kind, name, parent_id, file_id=None):
"""Create an inventory entry.
:param kind: the type of inventory entry to create.
:param name: the basename of the entry.
:param parent_id: the parent_id of the entry.
:param file_id: the file_id to use. if None, one will be created.
"""
if file_id is None:
file_id = generate_ids.gen_file_id(name)
name = ensure_normalized_name(name)
try:
factory = entry_factory[kind]
except KeyError:
raise BzrError("unknown kind %r" % kind)
return factory(file_id, name, parent_id)
def renamed(kind, extra, lines):
info = extra.split(' // ')
if len(info) < 2:
raise BzrError('renamed action lines need both a from and to'
': %r' % extra)
old_path = info[0]
if info[1].startswith('=> '):
new_path = info[1][3:]
else:
new_path = info[1]
bundle_tree.note_rename(old_path, new_path)
last_modified, encoding = extra_info(info[2:], new_path)
revision = get_rev_id(last_modified, new_path, kind)
if lines:
do_patch(new_path, lines, encoding)
def write_old_to_temp(tree, file_id, rev_no):
# we want the same suffix as before so syntax highlighting works
from tempfile import NamedTemporaryFile
from os.path import splitext, basename
if not tree.has_id(file_id):
raise BzrError("file {%s} wasn't in the basis version %s" %
(file_id, tree))
old_filename = tree.id2path(file_id)
name_base, name_suffix = splitext(basename(old_filename))
basis_tmp = NamedTemporaryFile(suffix=('.%s.tmp%s' %
(rev_no, name_suffix)),
prefix=name_base)
basis_tmp.write(tree.get_file_text(file_id))
basis_tmp.flush()
try:
os.chmod(basis_tmp.name, 0444)
except OSError:
pass
return basis_tmp
def _validate_revision(self, tree, revision_id):
"""Make sure all revision entries match their checksum."""
# This is a mapping from each revision id to its sha hash
rev_to_sha1 = {}
rev = self.get_revision(revision_id)
rev_info = self.get_revision_info(revision_id)
if not (rev.revision_id == rev_info.revision_id):
raise AssertionError()
if not (rev.revision_id == revision_id):
raise AssertionError()
sha1 = self._testament_sha1(rev, tree)
if sha1 != rev_info.sha1:
raise TestamentMismatch(rev.revision_id, rev_info.sha1, sha1)
if rev.revision_id in rev_to_sha1:
raise BzrError('Revision {%s} given twice in the list' %
(rev.revision_id))
rev_to_sha1[rev.revision_id] = sha1
def _unpack_revision(self, elt):
"""XML Element -> Revision object"""
# <changeset> is deprecated...
if elt.tag not in ('revision', 'changeset'):
raise BzrError("unexpected tag in revision file: %r" % elt)
rev = Revision(committer=elt.get('committer'),
timestamp=float(elt.get('timestamp')),
revision_id=elt.get('revision_id'),
inventory_id=elt.get('inventory_id'),
inventory_sha1=elt.get('inventory_sha1'))
precursor = elt.get('precursor')
precursor_sha1 = elt.get('precursor_sha1')
pelts = elt.find('parents')
if pelts:
for p in pelts:
rev.parent_ids.append(p.get('revision_id'))
rev.parent_sha1s.append(p.get('revision_sha1'))
if precursor:
# must be consistent
prec_parent = rev.parent_ids[0]
elif precursor:
# revisions written prior to 0.0.5 have a single precursor
# give as an attribute
rev.parent_ids.append(precursor)
rev.parent_sha1s.append(precursor_sha1)
v = elt.get('timezone')
rev.timezone = v and int(v)
rev.message = elt.findtext('message') # text of <message>
return rev
def _put_on_disk(self, fullpath, tree):
"""Put this entry onto disk at fullpath, from tree tree."""
raise BzrError("don't know how to export {%s} of kind %r" %
(self.file_id, self.kind))
def __init__(self, msg):
BzrError.__init__(self)
self.msg = msg
def eol_lookup(key):
filter = _eol_filter_stack_map.get(key)
if filter is None:
raise BzrError("Unknown eol value '%s'" % key)
return filter
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
def __init__(self, command):
BzrError.__init__(
self, "The command %s is blacklisted for shell use" % command)
def __init__(self, command):
BzrError.__init__(self, "The command %s is blacklisted for shell use" %
command)
def __init__(self, fileid, revid):
BzrError.__init__(self)
self.fileid = fileid
self.revid = revid
