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# Copyright (C) 2005, 2006 Canonical Ltd
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# Copyright (C) 2005 Canonical Ltd
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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# XXX: Can we do any better about making interrupted commits change
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# TODO: Separate 'prepare' phase where we find a list of potentially
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# committed files. We then can then pause the commit to prompt for a
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# commit message, knowing the summary will be the same as what's
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# actually used for the commit. (But perhaps simpler to simply get
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# the tree status, then use that for a selective commit?)
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# The newly committed revision is going to have a shape corresponding
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# to that of the working inventory. Files that are not in the
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# working tree and that were in the predecessor are reported as
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# removed --- this can include files that were either removed from the
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# inventory or deleted in the working tree. If they were only
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# deleted from disk, they are removed from the working inventory.
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# We then consider the remaining entries, which will be in the new
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# version. Directory entries are simply copied across. File entries
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# must be checked to see if a new version of the file should be
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# recorded. For each parent revision inventory, we check to see what
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# version of the file was present. If the file was present in at
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# least one tree, and if it was the same version in all the trees,
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# then we can just refer to that version. Otherwise, a new version
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# representing the merger of the file versions must be added.
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# TODO: Update hashcache before and after - or does the WorkingTree
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# TODO: Rather than mashing together the ancestry and storing it back,
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# perhaps the weave should have single method which does it all in one
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# go, avoiding a lot of redundant work.
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# TODO: Perhaps give a warning if one of the revisions marked as
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# merged is already in the ancestry, and then don't record it as a
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# TODO: If the file is newly merged but unchanged from the version it
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# merges from, then it should still be reported as newly added
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# relative to the basis revision.
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# TODO: Do checks that the tree can be committed *before* running the
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# editor; this should include checks for a pointless commit and for
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# unknown or missing files.
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# TODO: If commit fails, leave the message in a file somewhere.
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from cStringIO import StringIO
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import bzrlib.errors as errors
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from bzrlib.errors import (BzrError, PointlessCommit,
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from bzrlib.osutils import (kind_marker, isdir,isfile, is_inside_any,
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is_inside_or_parent_of_any,
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quotefn, sha_file, split_lines)
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from bzrlib.testament import Testament
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from bzrlib.trace import mutter, note, warning
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from bzrlib.xml5 import serializer_v5
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from bzrlib.inventory import Inventory, ROOT_ID, InventoryEntry
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from bzrlib import symbol_versioning
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from bzrlib.symbol_versioning import (deprecated_passed,
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from bzrlib.workingtree import WorkingTree
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class NullCommitReporter(object):
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"""I report on progress of a commit."""
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def snapshot_change(self, change, path):
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def completed(self, revno, rev_id):
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def deleted(self, file_id):
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def escaped(self, escape_count, message):
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def missing(self, path):
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def renamed(self, change, old_path, new_path):
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class ReportCommitToLog(NullCommitReporter):
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# this may be more useful if 'note' was replaced by an overridable
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# method on self, which would allow more trivial subclassing.
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# alternative, a callable could be passed in, allowing really trivial
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# reuse for some uis. RBC 20060511
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def snapshot_change(self, change, path):
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if change == 'unchanged':
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note("%s %s", change, path)
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def completed(self, revno, rev_id):
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note('Committed revision %d.', revno)
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def deleted(self, file_id):
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note('deleted %s', file_id)
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def escaped(self, escape_count, message):
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note("replaced %d control characters in message", escape_count)
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def missing(self, path):
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note('missing %s', path)
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def renamed(self, change, old_path, new_path):
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note('%s %s => %s', change, old_path, new_path)
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class Commit(object):
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"""Task of committing a new revision.
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This is a MethodObject: it accumulates state as the commit is
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prepared, and then it is discarded. It doesn't represent
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historical revisions, just the act of recording a new one.
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Modified to hold a list of files that have been deleted from
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the working directory; these should be removed from the
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if reporter is not None:
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self.reporter = reporter
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self.reporter = NullCommitReporter()
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if config is not None:
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branch=DEPRECATED_PARAMETER, message=None,
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allow_pointless=True,
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"""Commit working copy as a new revision.
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branch -- the deprecated branch to commit to. New callers should pass in
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message -- the commit message, a mandatory parameter
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timestamp -- if not None, seconds-since-epoch for a
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postdated/predated commit.
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specific_files -- If true, commit only those files.
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rev_id -- If set, use this as the new revision id.
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Useful for test or import commands that need to tightly
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control what revisions are assigned. If you duplicate
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a revision id that exists elsewhere it is your own fault.
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If null (default), a time/random revision id is generated.
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allow_pointless -- If true (default), commit even if nothing
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has changed and no merges are recorded.
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strict -- If true, don't allow a commit if the working tree
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contains unknown files.
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revprops -- Properties for new revision
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:param local: Perform a local only commit.
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mutter('preparing to commit')
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if deprecated_passed(branch):
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symbol_versioning.warn("Commit.commit (branch, ...): The branch parameter is "
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"deprecated as of bzr 0.8. Please use working_tree= instead.",
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DeprecationWarning, stacklevel=2)
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self.work_tree = self.branch.bzrdir.open_workingtree()
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elif working_tree is None:
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raise BzrError("One of branch and working_tree must be passed into commit().")
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self.work_tree = working_tree
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self.branch = self.work_tree.branch
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raise BzrError("The message keyword parameter is required for commit().")
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self.bound_branch = None
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self.master_branch = None
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self.master_locked = False
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self.specific_files = specific_files
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self.allow_pointless = allow_pointless
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if reporter is None and self.reporter is None:
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self.reporter = NullCommitReporter()
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elif reporter is not None:
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self.reporter = reporter
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self.work_tree.lock_write()
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self.pb = bzrlib.ui.ui_factory.nested_progress_bar()
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# Cannot commit with conflicts present.
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if len(self.work_tree.conflicts())>0:
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raise ConflictsInTree
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# setup the bound branch variables as needed.
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self._check_bound_branch()
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# check for out of date working trees
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first_tree_parent = self.work_tree.get_parent_ids()[0]
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# if there are no parents, treat our parent as 'None'
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# this is so that we still consier the master branch
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# - in a checkout scenario the tree may have no
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# parents but the branch may do.
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first_tree_parent = None
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master_last = self.master_branch.last_revision()
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if (master_last is not None and
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master_last != first_tree_parent):
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raise errors.OutOfDateTree(self.work_tree)
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# raise an exception as soon as we find a single unknown.
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for unknown in self.work_tree.unknowns():
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raise StrictCommitFailed()
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if self.config is None:
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self.config = self.branch.get_config()
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if isinstance(message, str):
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message = message.decode(bzrlib.user_encoding)
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assert isinstance(message, unicode), type(message)
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self.message = message
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self._escape_commit_message()
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self.work_inv = self.work_tree.inventory
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self.basis_tree = self.work_tree.basis_tree()
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self.basis_inv = self.basis_tree.inventory
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# one to finish, one for rev and inventory, and one for each
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# inventory entry, and the same for the new inventory.
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# note that this estimate is too long when we do a partial tree
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# commit which excludes some new files from being considered.
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# The estimate is corrected when we populate the new inv.
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self.pb_total = len(self.work_inv) + 5
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self._gather_parents()
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if len(self.parents) > 1 and self.specific_files:
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raise NotImplementedError('selected-file commit of merges is not supported yet: files %r',
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self.builder = self.branch.get_commit_builder(self.parents,
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self.config, timestamp, timezone, committer, revprops, rev_id)
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self._remove_deleted()
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self._populate_new_inv()
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self._report_deletes()
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self._check_pointless()
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self._emit_progress_update()
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# TODO: Now the new inventory is known, check for conflicts and
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# prompt the user for a commit message.
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# ADHB 2006-08-08: If this is done, populate_new_inv should not add
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# weave lines, because nothing should be recorded until it is known
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# that commit will succeed.
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self.builder.finish_inventory()
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self._emit_progress_update()
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self.rev_id = self.builder.commit(self.message)
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self._emit_progress_update()
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# revision data is in the local branch now.
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# upload revision data to the master.
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# this will propagate merged revisions too if needed.
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if self.bound_branch:
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self.master_branch.repository.fetch(self.branch.repository,
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revision_id=self.rev_id)
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# now the master has the revision data
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# 'commit' to the master first so a timeout here causes the local
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# branch to be out of date
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self.master_branch.append_revision(self.rev_id)
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# and now do the commit locally.
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self.branch.append_revision(self.rev_id)
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# if the builder gave us the revisiontree it created back, we
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# could use it straight away here.
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# TODO: implement this.
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self.work_tree.set_parent_trees([(self.rev_id,
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self.branch.repository.revision_tree(self.rev_id))])
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# now the work tree is up to date with the branch
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self.reporter.completed(self.branch.revno(), self.rev_id)
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if self.config.post_commit() is not None:
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hooks = self.config.post_commit().split(' ')
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# this would be nicer with twisted.python.reflect.namedAny
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result = eval(hook + '(branch, rev_id)',
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{'branch':self.branch,
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'rev_id':self.rev_id})
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self._emit_progress_update()
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def _check_pointless(self):
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if self.allow_pointless:
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# A merge with no effect on files
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if len(self.parents) > 1:
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# work around the fact that a newly-initted tree does differ from its
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if len(self.builder.new_inventory) != len(self.basis_inv):
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if (len(self.builder.new_inventory) != 1 and
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self.builder.new_inventory != self.basis_inv):
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raise PointlessCommit()
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def _check_bound_branch(self):
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"""Check to see if the local branch is bound.
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If it is bound, then most of the commit will actually be
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done using the remote branch as the target branch.
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Only at the end will the local branch be updated.
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if self.local and not self.branch.get_bound_location():
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raise errors.LocalRequiresBoundBranch()
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self.master_branch = self.branch.get_master_branch()
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if not self.master_branch:
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# make this branch the reference branch for out of date checks.
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self.master_branch = self.branch
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# If the master branch is bound, we must fail
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master_bound_location = self.master_branch.get_bound_location()
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if master_bound_location:
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raise errors.CommitToDoubleBoundBranch(self.branch,
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self.master_branch, master_bound_location)
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# TODO: jam 20051230 We could automatically push local
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# commits to the remote branch if they would fit.
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# But for now, just require remote to be identical
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# Make sure the local branch is identical to the master
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master_rh = self.master_branch.revision_history()
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local_rh = self.branch.revision_history()
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if local_rh != master_rh:
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raise errors.BoundBranchOutOfDate(self.branch,
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# Now things are ready to change the master branch
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self.bound_branch = self.branch
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self.master_branch.lock_write()
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self.master_locked = True
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"""Cleanup any open locks, progress bars etc."""
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cleanups = [self._cleanup_bound_branch,
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self.work_tree.unlock,
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found_exception = None
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for cleanup in cleanups:
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# we want every cleanup to run no matter what.
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# so we have a catchall here, but we will raise the
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# last encountered exception up the stack: and
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# typically this will be useful enough.
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if found_exception is not None:
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# don't do a plan raise, because the last exception may have been
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# trashed, e is our sure-to-work exception even though it loses the
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# full traceback. XXX: RBC 20060421 perhaps we could check the
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# exc_info and if its the same one do a plain raise otherwise
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# 'raise e' as we do now.
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def _cleanup_bound_branch(self):
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"""Executed at the end of a try/finally to cleanup a bound branch.
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If the branch wasn't bound, this is a no-op.
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If it was, it resents self.branch to the local branch, instead
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if not self.bound_branch:
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if self.master_locked:
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self.master_branch.unlock()
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def _escape_commit_message(self):
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"""Replace xml-incompatible control characters."""
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# FIXME: RBC 20060419 this should be done by the revision
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# serialiser not by commit. Then we can also add an unescaper
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# in the deserializer and start roundtripping revision messages
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# precisely. See repository_implementations/test_repository.py
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# Python strings can include characters that can't be
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# represented in well-formed XML; escape characters that
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# aren't listed in the XML specification
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# (http://www.w3.org/TR/REC-xml/#NT-Char).
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self.message, escape_count = re.subn(
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u'[^\x09\x0A\x0D\u0020-\uD7FF\uE000-\uFFFD]+',
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lambda match: match.group(0).encode('unicode_escape'),
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self.reporter.escaped(escape_count, self.message)
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def _gather_parents(self):
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"""Record the parents of a merge for merge detection."""
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# TODO: Make sure that this list doesn't contain duplicate
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# entries and the order is preserved when doing this.
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self.parents = self.work_tree.get_parent_ids()
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self.parent_invs = []
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for revision in self.parents:
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if self.branch.repository.has_revision(revision):
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mutter('commit parent revision {%s}', revision)
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inventory = self.branch.repository.get_inventory(revision)
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self.parent_invs.append(inventory)
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mutter('commit parent ghost revision {%s}', revision)
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def _remove_deleted(self):
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"""Remove deleted files from the working inventories.
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This is done prior to taking the working inventory as the
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basis for the new committed inventory.
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This returns true if any files
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*that existed in the basis inventory* were deleted.
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Files that were added and deleted
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in the working copy don't matter.
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specific = self.specific_files
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deleted_paths = set()
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for path, ie in self.work_inv.iter_entries():
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if is_inside_any(deleted_paths, path):
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# The tree will delete the required ids recursively.
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if specific and not is_inside_any(specific, path):
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if not self.work_tree.has_filename(path):
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deleted_paths.add(path)
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self.reporter.missing(path)
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deleted_ids.append(ie.file_id)
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self.work_tree.unversion(deleted_ids)
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def _populate_new_inv(self):
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"""Build revision inventory.
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This creates a new empty inventory. Depending on
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which files are selected for commit, and what is present in the
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current tree, the new inventory is populated. inventory entries
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which are candidates for modification have their revision set to
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None; inventory entries that are carried over untouched have their
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revision set to their prior value.
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# ESEPARATIONOFCONCERNS: this function is diffing and using the diff
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# results to create a new inventory at the same time, which results
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# in bugs like #46635. Any reason not to use/enhance Tree.changes_from?
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mutter("Selecting files for commit with filter %s", self.specific_files)
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entries = self.work_inv.iter_entries()
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if not self.builder.record_root_entry:
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symbol_versioning.warn('CommitBuilders should support recording'
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' the root entry as of bzr 0.10.', DeprecationWarning,
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self.builder.new_inventory.add(self.basis_inv.root.copy())
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self._emit_progress_update()
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for path, new_ie in entries:
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self._emit_progress_update()
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file_id = new_ie.file_id
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# mutter('check %s {%s}', path, file_id)
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if (not self.specific_files or
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is_inside_or_parent_of_any(self.specific_files, path)):
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# mutter('%s selected for commit', path)
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# mutter('%s not selected for commit', path)
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if self.basis_inv.has_id(file_id):
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ie = self.basis_inv[file_id].copy()
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# this entry is new and not being committed
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self.builder.record_entry_contents(ie, self.parent_invs,
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path, self.work_tree)
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# describe the nature of the change that has occurred relative to
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# the basis inventory.
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if (self.basis_inv.has_id(ie.file_id)):
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basis_ie = self.basis_inv[ie.file_id]
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change = ie.describe_change(basis_ie, ie)
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if change in (InventoryEntry.RENAMED,
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InventoryEntry.MODIFIED_AND_RENAMED):
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old_path = self.basis_inv.id2path(ie.file_id)
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self.reporter.renamed(change, old_path, path)
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self.reporter.snapshot_change(change, path)
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if not self.specific_files:
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# ignore removals that don't match filespec
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for path, new_ie in self.basis_inv.iter_entries():
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if new_ie.file_id in self.work_inv:
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if is_inside_any(self.specific_files, path):
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self.builder.record_entry_contents(ie, self.parent_invs, path,
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def _emit_progress_update(self):
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"""Emit an update to the progress bar."""
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self.pb.update("Committing", self.pb_count, self.pb_total)
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def _report_deletes(self):
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for path, ie in self.basis_inv.iter_entries():
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if ie.file_id not in self.builder.new_inventory:
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self.reporter.deleted(path)
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def commit(branch, message,
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allow_pointless=True):
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"""Commit working copy as a new revision.
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The basic approach is to add all the file texts into the
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store, then the inventory, then make a new revision pointing
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to that inventory and store that.
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This is not quite safe if the working copy changes during the
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commit; for the moment that is simply not allowed. A better
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approach is to make a temporary copy of the files before
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computing their hashes, and then add those hashes in turn to
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the inventory. This should mean at least that there are no
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broken hash pointers. There is no way we can get a snapshot
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of the whole directory at an instant. This would also have to
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be robust against files disappearing, moving, etc. So the
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whole thing is a bit hard.
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This raises PointlessCommit if there are no changes, no new merges,
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and allow_pointless is false.
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timestamp -- if not None, seconds-since-epoch for a
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postdated/predated commit.
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If true, commit only those files.
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If set, use this as the new revision id.
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Useful for test or import commands that need to tightly
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control what revisions are assigned. If you duplicate
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a revision id that exists elsewhere it is your own fault.
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If null (default), a time/random revision id is generated.
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from bzrlib.osutils import local_time_offset, username
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from bzrlib.branch import gen_file_id
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from bzrlib.errors import BzrError, PointlessCommit
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from bzrlib.revision import Revision, RevisionReference
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from bzrlib.trace import mutter, note
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from bzrlib.xml import serializer_v4
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# First walk over the working inventory; and both update that
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# and also build a new revision inventory. The revision
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# inventory needs to hold the text-id, sha1 and size of the
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# actual file versions committed in the revision. (These are
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# not present in the working inventory.) We also need to
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# detect missing/deleted files, and remove them from the
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work_tree = branch.working_tree()
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work_inv = work_tree.inventory
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basis = branch.basis_tree()
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basis_inv = basis.inventory
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# note('looking for changes...')
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# print 'looking for changes...'
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# disabled; should be done at a higher level
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pending_merges = branch.pending_merges()
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missing_ids, new_inv, any_changes = \
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_gather_commit(branch,
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if not (any_changes or allow_pointless or pending_merges):
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raise PointlessCommit()
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for file_id in missing_ids:
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# Any files that have been deleted are now removed from the
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# working inventory. Files that were not selected for commit
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# are left as they were in the working inventory and ommitted
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# from the revision inventory.
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# have to do this later so we don't mess up the iterator.
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# since parents may be removed before their children we
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# FIXME: There's probably a better way to do this; perhaps
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# the workingtree should know how to filter itbranch.
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if work_inv.has_id(file_id):
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del work_inv[file_id]
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rev_id = _gen_revision_id(branch, time.time())
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inv_tmp = tempfile.TemporaryFile()
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serializer_v4.write_inventory(new_inv, inv_tmp)
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branch.inventory_store.add(inv_tmp, inv_id)
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mutter('new inventory_id is {%s}' % inv_id)
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# We could also just sha hash the inv_tmp file
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# however, in the case that branch.inventory_store.add()
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# ever actually does anything special
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inv_sha1 = branch.get_inventory_sha1(inv_id)
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branch._write_inventory(work_inv)
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if timestamp == None:
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timestamp = time.time()
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if committer == None:
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committer = username(branch)
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timezone = local_time_offset()
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mutter("building commit log message")
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rev = Revision(timestamp=timestamp,
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inventory_sha1=inv_sha1,
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precursor_id = branch.last_patch()
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precursor_sha1 = branch.get_revision_sha1(precursor_id)
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rev.parents.append(RevisionReference(precursor_id, precursor_sha1))
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for merge_rev in pending_merges:
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rev.parents.append(RevisionReference(merge_rev))
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rev_tmp = tempfile.TemporaryFile()
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serializer_v4.write_revision(rev, rev_tmp)
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branch.revision_store.add(rev_tmp, rev_id)
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mutter("new revision_id is {%s}" % rev_id)
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## XXX: Everything up to here can simply be orphaned if we abort
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## the commit; it will leave junk files behind but that doesn't
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## TODO: Read back the just-generated changeset, and make sure it
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## applies and recreates the right state.
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## TODO: Also calculate and store the inventory SHA1
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mutter("committing patch r%d" % (branch.revno() + 1))
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branch.append_revision(rev_id)
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branch.set_pending_merges([])
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# disabled; should go through logging
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# note("commited r%d" % branch.revno())
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# print ("commited r%d" % branch.revno())
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def _gen_revision_id(branch, when):
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"""Return new revision-id."""
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from binascii import hexlify
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from bzrlib.osutils import rand_bytes, compact_date, user_email
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s = '%s-%s-' % (user_email(branch), compact_date(when))
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s += hexlify(rand_bytes(8))
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def _gather_commit(branch, work_tree, work_inv, basis_inv, specific_files,
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"""Build inventory preparatory to commit.
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Returns missing_ids, new_inv, any_changes.
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This adds any changed files into the text store, and sets their
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test-id, sha and size in the returned inventory appropriately.
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Modified to hold a list of files that have been deleted from
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the working directory; these should be removed from the
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from bzrlib.inventory import Inventory
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from bzrlib.osutils import isdir, isfile, sha_string, quotefn, \
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local_time_offset, username, kind_marker, is_inside_any
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from bzrlib.branch import gen_file_id
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from bzrlib.errors import BzrError
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from bzrlib.revision import Revision
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from bzrlib.trace import mutter, note
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inv = Inventory(work_inv.root.file_id)
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for path, entry in work_inv.iter_entries():
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## TODO: Check that the file kind has not changed from the previous
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## revision of this file (if any).
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p = branch.abspath(path)
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file_id = entry.file_id
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mutter('commit prep file %s, id %r ' % (p, file_id))
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if specific_files and not is_inside_any(specific_files, path):
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mutter(' skipping file excluded from commit')
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if basis_inv.has_id(file_id):
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# carry over with previous state
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inv.add(basis_inv[file_id].copy())
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# omit this from committed inventory
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if not work_tree.has_id(file_id):
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print('deleted %s%s' % (path, kind_marker(entry.kind)))
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mutter(" file is missing, removing from inventory")
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missing_ids.append(file_id)
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# this is present in the new inventory; may be new, modified or
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old_ie = basis_inv.has_id(file_id) and basis_inv[file_id]
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old_kind = old_ie.kind
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if old_kind != entry.kind:
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raise BzrError("entry %r changed kind from %r to %r"
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% (file_id, old_kind, entry.kind))
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if entry.kind == 'directory':
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raise BzrError("%s is entered as directory but not a directory"
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elif entry.kind == 'file':
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raise BzrError("%s is entered as file but is not a file" % quotefn(p))
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new_sha1 = work_tree.get_file_sha1(file_id)
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and old_ie.text_sha1 == new_sha1):
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## assert content == basis.get_file(file_id).read()
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entry.text_id = old_ie.text_id
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entry.text_sha1 = new_sha1
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entry.text_size = old_ie.text_size
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mutter(' unchanged from previous text_id {%s}' %
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content = file(p, 'rb').read()
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# calculate the sha again, just in case the file contents
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# changed since we updated the cache
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entry.text_sha1 = sha_string(content)
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entry.text_size = len(content)
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entry.text_id = gen_file_id(entry.name)
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branch.text_store.add(content, entry.text_id)
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mutter(' stored with text_id {%s}' % entry.text_id)
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marked = path + kind_marker(entry.kind)
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print 'added', marked
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elif old_ie == entry:
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elif (old_ie.name == entry.name
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and old_ie.parent_id == entry.parent_id):
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print 'modified', marked
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print 'renamed', marked
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elif old_ie != entry:
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return missing_ids, inv, any_changes
added
removed
bzrlib/commit.py
