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A plugin for displaying what revisions are in 'other' but not in local.
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from sets import Set as set
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def get_parent(branch):
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"""Get the last pull/push location.
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TODO: This should probably be part of a Branch object.
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_locs = ['parent', 'pull', 'x-pull']
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stored_loc = branch.controlfile(l, 'rb').read().strip('\n')
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if e.errno != errno.ENOENT:
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# Copyright (C) 2005, 2006 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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"""Display what revisions are missing in 'other' from 'this' and vice versa."""
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repository as _mod_repository,
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import bzrlib.revision as _mod_revision
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def iter_log_revisions(revisions, revision_source, verbose):
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last_tree = revision_source.revision_tree(_mod_revision.NULL_REVISION)
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# We need the following for backward compatibilty (hopefully
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# this will be deprecated soon :-/) -- vila 080911
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def show_missing(br_local, br_remote, verbose=False, quiet=False):
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"""Show the revisions which exist in br_remote, that
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do not exist in br_local.
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from bzrlib.log import show_one_log
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local_history = br_local.revision_history()
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remote_history = br_remote.revision_history()
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if local_history == remote_history:
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print 'Trees are identical.'
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if local_history[:len(remote_history)] == remote_history:
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# Local is not missing anything from remote, so consider it
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print 'Local tree has all of remote revisions (remote is missing local)'
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# Check for divergence
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common_idx = min(len(local_history), len(remote_history)) - 1
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if common_idx >= 0 and local_history[common_idx] != remote_history[common_idx]:
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print 'Trees have diverged'
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local_rev_set = set(local_history)
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# Find the last common revision between the two trees
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for revno, (local_rev, remote_rev) in enumerate(zip(local_history, remote_history)):
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if local_rev != remote_rev:
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for rno, rev_id in enumerate(remote_history[revno:]):
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# This assumes that you can have a revision in the
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# local history, which does not have the same ancestry
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# as the remote ancestry.
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# This may or may not be possible.
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# In the future this should also checked for merged revisions.
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if rev_id not in local_rev_set:
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missing_remote.append((rno+revno+1, rev_id))
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print 'Missing %d revisions' % len(missing_remote)
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from bzrlib.diff import compare_trees
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from bzrlib.tree import EmptyTree
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for revno, rev_id in missing_remote:
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rev = br_remote.get_revision(rev_id)
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revno, rev_id, merge_depth = rev
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rev = revision_source.get_revision(rev_id)
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parent_rev_id = rev.parents[0].revision_id
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if last_rev_id == parent_rev_id:
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parent_tree = last_tree
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parent_tree = br_remote.revision_tree(parent_rev_id)
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revision_tree = br_remote.revision_tree(rev_id)
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last_tree = revision_tree
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delta = compare_trees(revision_tree, parent_tree)
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delta = revision_source.get_revision_delta(rev_id)
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show_one_log(revno, rev, delta, verbose, sys.stdout, 'original')
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yield log.LogRevision(rev, revno, merge_depth, delta=delta)
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def find_unmerged(local_branch, remote_branch, restrict='all',
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include_merges=False, backward=False,
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local_revid_range=None, remote_revid_range=None):
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"""Find revisions from each side that have not been merged.
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:param local_branch: Compare the history of local_branch
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:param remote_branch: versus the history of remote_branch, and determine
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mainline revisions which have not been merged.
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:param restrict: ('all', 'local', 'remote') If 'all', we will return the
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unique revisions from both sides. If 'local', we will return None
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for the remote revisions, similarly if 'remote' we will return None for
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:param include_merges: Show mainline revisions only if False,
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all revisions otherwise.
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:param backward: Show oldest versions first when True, newest versions
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:param local_revid_range: Revision-id range for filtering local_branch
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revisions (lower bound, upper bound)
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:param remote_revid_range: Revision-id range for filtering remote_branch
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revisions (lower bound, upper bound)
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:return: A list of [(revno, revision_id)] for the mainline revisions on
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local_branch.lock_read()
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remote_branch.lock_read()
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return _find_unmerged(
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local_branch, remote_branch, restrict=restrict,
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include_merges=include_merges, backward=backward,
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local_revid_range=local_revid_range,
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remote_revid_range=remote_revid_range)
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remote_branch.unlock()
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def _enumerate_mainline(ancestry, graph, tip_revno, tip, backward=True):
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"""Enumerate the mainline revisions for these revisions.
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:param ancestry: A set of revisions that we care about
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:param graph: A Graph which lets us find the parents for a revision
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:param tip_revno: The revision number for the tip revision
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:param tip: The tip of mainline
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:param backward: Show oldest versions first when True, newest versions
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:return: [(revno, revision_id)] for all revisions in ancestry that
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are left-hand parents from tip, or None if ancestry is None.
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if not ancestry: #Empty ancestry, no need to do any work
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# Optionally, we could make 1 call to graph.get_parent_map with all
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# ancestors. However that will often check many more parents than we
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# actually need, and the Graph is likely to already have the parents cached
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cur_revno = tip_revno
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while cur in ancestry:
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parent_map = graph.get_parent_map([cur])
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parents = parent_map.get(cur)
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break # Ghost, we are done
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mainline.append((str(cur_revno), cur))
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def _enumerate_with_merges(branch, ancestry, graph, tip_revno, tip,
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"""Enumerate the revisions for the ancestry.
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:param branch: The branch we care about
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:param ancestry: A set of revisions that we care about
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:param graph: A Graph which lets us find the parents for a revision
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:param tip_revno: The revision number for the tip revision
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:param tip: The tip of the ancsetry
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:param backward: Show oldest versions first when True, newest versions
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:return: [(revno, revision_id)] for all revisions in ancestry that
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are parents from tip, or None if ancestry is None.
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if not ancestry: #Empty ancestry, no need to do any work
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merge_sorted_revisions = branch.iter_merge_sorted_revisions()
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# Now that we got the correct revnos, keep only the relevant
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merge_sorted_revisions = [
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# log.reverse_by_depth expects seq_num to be present, but it is
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# stripped by iter_merge_sorted_revisions()
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(0, revid, n, d, e) for revid, n, d, e in merge_sorted_revisions
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if revid in ancestry]
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merge_sorted_revisions = log.reverse_by_depth(merge_sorted_revisions)
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for seq, rev_id, merge_depth, revno, end_of_merge in merge_sorted_revisions:
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revline.append(('.'.join(map(str, revno)), rev_id, merge_depth))
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def _filter_revs(graph, revs, revid_range):
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if revid_range is None or revs is None:
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return [rev for rev in revs
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if graph.is_between(rev[1], revid_range[0], revid_range[1])]
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def _find_unmerged(local_branch, remote_branch, restrict,
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include_merges, backward,
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local_revid_range=None, remote_revid_range=None):
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"""See find_unmerged.
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The branches should already be locked before entering.
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local_revno, local_revision_id = local_branch.last_revision_info()
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remote_revno, remote_revision_id = remote_branch.last_revision_info()
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if local_revno == remote_revno and local_revision_id == remote_revision_id:
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# A simple shortcut when the tips are at the same point
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graph = local_branch.repository.get_graph(remote_branch.repository)
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if restrict == 'remote':
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remote_extra = graph.find_unique_ancestors(remote_revision_id,
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elif restrict == 'local':
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local_extra = graph.find_unique_ancestors(local_revision_id,
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[remote_revision_id])
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if restrict != 'all':
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raise ValueError('param restrict not one of "all", "local",'
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' "remote": %r' % (restrict,))
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local_extra, remote_extra = graph.find_difference(local_revision_id,
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locals = _enumerate_with_merges(local_branch, local_extra,
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local_revision_id, backward)
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remotes = _enumerate_with_merges(remote_branch, remote_extra,
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remote_revision_id, backward)
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# Now that we have unique ancestors, compute just the mainline, and
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# generate revnos for them.
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locals = _enumerate_mainline(local_extra, graph, local_revno,
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local_revision_id, backward)
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remotes = _enumerate_mainline(remote_extra, graph, remote_revno,
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remote_revision_id, backward)
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return _filter_revs(graph, locals, local_revid_range), _filter_revs(graph,
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remotes, remote_revid_range)
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def sorted_revisions(revisions, history_map):
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revisions = [(history_map[r],r) for r in revisions]
added
removed
bzrlib/missing.py
