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# (C) 2005 Canonical Ltd
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# Copyright (C) 2005, 2006, 2007 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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def show_status(branch, show_unchanged=False,
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"""Display single-line status for non-ignored working files.
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If true, show unmodified files too.
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If set, only show the status of files in this list.
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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revision as _mod_revision,
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import bzrlib.errors as errors
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from bzrlib.osutils import is_inside_any
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from bzrlib.symbol_versioning import (deprecated_function,
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from bzrlib.trace import mutter, warning
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# TODO: when showing single-line logs, truncate to the width of the terminal
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# if known, but only if really going to the terminal (not into a file)
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def show_tree_status(wt, show_unchanged=None,
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"""Display summary of changes.
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By default this compares the working tree to a previous revision.
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If the revision argument is given, summarizes changes between the
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working tree and another, or between two revisions.
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The result is written out as Unicode and to_file should be able
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If showing the status of a working tree, extra information is included
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about unknown files, conflicts, and pending merges.
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:param show_unchanged: Deprecated parameter. If set, includes unchanged
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:param specific_files: If set, a list of filenames whose status should be
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shown. It is an error to give a filename that is not in the working
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tree, or in the working inventory or in the basis inventory.
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:param show_ids: If set, includes each file's id.
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:param to_file: If set, write to this file (default stdout.)
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:param show_pending: If set, write pending merges.
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:param revision: If None, compare latest revision with working tree
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If not None, it must be a RevisionSpec list.
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If one revision, compare with working tree.
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If two revisions, show status between first and second.
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:param short: If True, gives short SVN-style status lines.
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:param verbose: If True, show all merged revisions, not just
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:param versioned: If True, only shows versioned files.
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from bzrlib.diff import compare_trees
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if show_unchanged is not None:
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warn("show_tree_status with show_unchanged has been deprecated "
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"since bzrlib 0.9", DeprecationWarning, stacklevel=2)
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old = branch.basis_tree()
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new = branch.working_tree()
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delta = compare_trees(old, new, want_unchanged=show_unchanged,
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specific_files=specific_files)
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delta.show(sys.stdout, show_ids=show_ids,
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show_unchanged=show_unchanged)
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unknowns = new.unknowns()
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# FIXME: Should also match if the unknown file is within a
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# specified directory.
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if path not in specific_files:
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new_is_working_tree = True
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if wt.last_revision() != wt.branch.last_revision():
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warning("working tree is out of date, run 'bzr update'")
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old = new.basis_tree()
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elif len(revision) > 0:
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old = revision[0].as_tree(wt.branch)
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except errors.NoSuchRevision, e:
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raise errors.BzrCommandError(str(e))
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if (len(revision) > 1) and (revision[1].spec is not None):
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new = revision[1].as_tree(wt.branch)
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new_is_working_tree = False
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except errors.NoSuchRevision, e:
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raise errors.BzrCommandError(str(e))
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specific_files, nonexistents \
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= _filter_nonexistent(specific_files, old, new)
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want_unversioned = not versioned
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changes = new.iter_changes(old, show_unchanged, specific_files,
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require_versioned=False, want_unversioned=want_unversioned)
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reporter = _mod_delta._ChangeReporter(output_file=to_file,
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unversioned_filter=new.is_ignored)
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_mod_delta.report_changes(changes, reporter)
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delta = new.changes_from(old, want_unchanged=show_unchanged,
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specific_files=specific_files,
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want_unversioned=want_unversioned)
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# filter out unknown files. We may want a tree method for
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delta.unversioned = [unversioned for unversioned in
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delta.unversioned if not new.is_ignored(unversioned[0])]
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show_unchanged=show_unchanged,
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# show the new conflicts only for now. XXX: get them from the
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conflicts = new.conflicts()
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if specific_files is not None:
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conflicts = conflicts.select_conflicts(new, specific_files,
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ignore_misses=True, recurse=True)[1]
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if len(conflicts) > 0 and not short:
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to_file.write("conflicts:\n")
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for conflict in conflicts:
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to_file.write("%s %s\n" % (prefix, conflict))
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# Show files that were requested but don't exist (and are
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# not versioned). We don't involve delta in this; these
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# paths are really the province of just the status
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# command, since they have more to do with how it was
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# invoked than with the tree it's operating on.
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if nonexistents and not short:
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to_file.write("nonexistent:\n")
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for nonexistent in nonexistents:
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# We could calculate prefix outside the loop but, given
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# how rarely this ought to happen, it's OK and arguably
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# slightly faster to do it here (ala conflicts above)
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to_file.write("%s %s\n" % (prefix, nonexistent))
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if (new_is_working_tree and show_pending):
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show_pending_merges(new, to_file, short, verbose=verbose)
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raise errors.PathsDoNotExist(nonexistents)
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def _get_sorted_revisions(tip_revision, revision_ids, parent_map):
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"""Get an iterator which will return the revisions in merge sorted order.
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This will build up a list of all nodes, such that only nodes in the list
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are referenced. It then uses MergeSorter to return them in 'merge-sorted'
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:param revision_ids: A set of revision_ids
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:param parent_map: The parent information for each node. Revisions which
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are considered ghosts should not be present in the map.
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:return: iterator from MergeSorter.iter_topo_order()
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# MergeSorter requires that all nodes be present in the graph, so get rid
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# of any references pointing outside of this graph.
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for revision_id in revision_ids:
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if revision_id not in parent_map: # ghost
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parent_graph[revision_id] = []
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# Only include parents which are in this sub-graph
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parent_graph[revision_id] = [p for p in parent_map[revision_id]
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if p in revision_ids]
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sorter = tsort.MergeSorter(parent_graph, tip_revision)
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return sorter.iter_topo_order()
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def show_pending_merges(new, to_file, short=False, verbose=False):
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"""Write out a display of pending merges in a working tree."""
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parents = new.get_parent_ids()
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# we need one extra space for terminals that wrap on last char
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term_width = osutils.terminal_width() - 1
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pending = parents[1:]
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last_revision = parents[0]
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to_file.write('pending merges:\n')
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to_file.write('pending merge tips: (use -v to see all merge revisions)\n')
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graph = branch.repository.get_graph()
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other_revisions = [last_revision]
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log_formatter = log.LineLogFormatter(to_file)
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for merge in pending:
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rev = branch.repository.get_revisions([merge])[0]
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except errors.NoSuchRevision:
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# If we are missing a revision, just print out the revision id
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to_file.write(first_prefix + '(ghost) ' + merge + '\n')
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other_revisions.append(merge)
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# Log the merge, as it gets a slightly different formatting
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log_message = log_formatter.log_string(None, rev,
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term_width - len(first_prefix))
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to_file.write(first_prefix + log_message + '\n')
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# Find all of the revisions in the merge source, which are not in the
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# last committed revision.
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merge_extra = graph.find_unique_ancestors(merge, other_revisions)
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other_revisions.append(merge)
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merge_extra.discard(_mod_revision.NULL_REVISION)
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# Get a handle to all of the revisions we will need
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revisions = dict((rev.revision_id, rev) for rev in
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branch.repository.get_revisions(merge_extra))
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except errors.NoSuchRevision:
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# One of the sub nodes is a ghost, check each one
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for revision_id in merge_extra:
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rev = branch.repository.get_revisions([revision_id])[0]
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except errors.NoSuchRevision:
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revisions[revision_id] = None
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revisions[revision_id] = rev
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# Display the revisions brought in by this merge.
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rev_id_iterator = _get_sorted_revisions(merge, merge_extra,
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branch.repository.get_parent_map(merge_extra))
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# Skip the first node
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num, first, depth, eom = rev_id_iterator.next()
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raise AssertionError('Somehow we misunderstood how'
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' iter_topo_order works %s != %s' % (first, merge))
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for num, sub_merge, depth, eom in rev_id_iterator:
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rev = revisions[sub_merge]
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to_file.write(sub_prefix + '(ghost) ' + sub_merge + '\n')
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log_message = log_formatter.log_string(None,
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revisions[sub_merge],
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term_width - len(sub_prefix))
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to_file.write(sub_prefix + log_message + '\n')
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def _filter_nonexistent(orig_paths, old_tree, new_tree):
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"""Convert orig_paths to two sorted lists and return them.
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The first is orig_paths paths minus the items in the second list,
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and the second list is paths that are not in either inventory or
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tree (they don't qualify if they exist in the tree's inventory, or
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if they exist in the tree but are not versioned.)
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If either of the two lists is empty, return it as an empty list.
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This can be used by operations such as bzr status that can accept
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unknown or ignored files.
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mutter("check paths: %r", orig_paths)
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return orig_paths, []
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s = old_tree.filter_unversioned_files(orig_paths)
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s = new_tree.filter_unversioned_files(s)
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nonexistent = [path for path in s if not new_tree.has_filename(path)]
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remaining = [path for path in orig_paths if not path in nonexistent]
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# Sorting the 'remaining' list doesn't have much effect in
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# practice, since the various status output sections will sort
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# their groups individually. But for consistency of this
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# function's API, it's better to sort both than just 'nonexistent'.
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return sorted(remaining), sorted(nonexistent)
added
removed
bzrlib/status.py
