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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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from __future__ import absolute_import
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from stat import S_ISREG, S_IEXEC
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lazy_import.lazy_import(globals(), """
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from bzrlib.lazy_import import lazy_import
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lazy_import(globals(), """
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from bzrlib import (
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revision as _mod_revision,
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from bzrlib.i18n import gettext
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from bzrlib.errors import (DuplicateKey, MalformedTransform,
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from bzrlib.errors import (DuplicateKey, MalformedTransform, NoSuchFile,
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ReusingTransform, CantMoveRoot,
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ExistingLimbo, ImmortalLimbo, NoFinalPath,
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UnableCreateSymlink)
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from bzrlib.filters import filtered_output_bytes, ContentFilterContext
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from bzrlib.mutabletree import MutableTree
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from bzrlib.inventory import InventoryEntry
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from bzrlib.osutils import (
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from bzrlib.progress import ProgressPhase
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from bzrlib.symbol_versioning import (
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from bzrlib.trace import mutter, warning
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from bzrlib import tree
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import bzrlib.urlutils as urlutils
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ROOT_PARENT = "root-parent"
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def unique_add(map, key, value):
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raise DuplicateKey(key=key)
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class _TransformResults(object):
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def __init__(self, modified_paths, rename_count):
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object.__init__(self)
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return sorted(FinalPaths(self).get_paths(new_ids))
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def _inventory_altered(self):
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"""Determine which trans_ids need new Inventory entries.
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An new entry is needed when anything that would be reflected by an
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inventory entry changes, including file name, file_id, parent file_id,
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file kind, and the execute bit.
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Some care is taken to return entries with real changes, not cases
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where the value is deleted and then restored to its original value,
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but some actually unchanged values may be returned.
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:returns: A list of (path, trans_id) for all items requiring an
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inventory change. Ordered by path.
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# Find entries whose file_ids are new (or changed).
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new_file_id = set(t for t in self._new_id
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if self._new_id[t] != self.tree_file_id(t))
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for id_set in [self._new_name, self._new_parent, new_file_id,
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"""Get the trans_ids and paths of files needing new inv entries."""
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for id_set in [self._new_name, self._new_parent, self._new_id,
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self._new_executability]:
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changed_ids.update(id_set)
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# removing implies a kind change
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new_ids.update(id_set)
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changed_kind = set(self._removed_contents)
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changed_kind.intersection_update(self._new_contents)
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# Ignore entries that are already known to have changed.
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changed_kind.difference_update(changed_ids)
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# to keep only the truly changed ones
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changed_kind = (t for t in changed_kind
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if self.tree_kind(t) != self.final_kind(t))
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# all kind changes will alter the inventory
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changed_ids.update(changed_kind)
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# To find entries with changed parent_ids, find parents which existed,
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# but changed file_id.
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changed_file_id = set(t for t in new_file_id if t in self._removed_id)
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# Now add all their children to the set.
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for parent_trans_id in new_file_id:
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changed_ids.update(self.iter_tree_children(parent_trans_id))
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return sorted(FinalPaths(self).get_paths(changed_ids))
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changed_kind.difference_update(new_ids)
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changed_kind = (t for t in changed_kind if self.tree_kind(t) !=
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new_ids.update(changed_kind)
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return sorted(FinalPaths(self).get_paths(new_ids))
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def final_kind(self, trans_id):
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"""Determine the final file kind, after any changes applied.
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:return: None if the file does not exist/has no contents. (It is
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conceivable that a path would be created without the corresponding
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contents insertion command)
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Raises NoSuchFile if the file does not exist/has no contents.
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(It is conceivable that a path would be created without the
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corresponding contents insertion command)
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if trans_id in self._new_contents:
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return self._new_contents[trans_id]
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elif trans_id in self._removed_contents:
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raise NoSuchFile(None)
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return self.tree_kind(trans_id)
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# ensure that all children are registered with the transaction
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list(self.iter_tree_children(parent_id))
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@deprecated_method(deprecated_in((2, 3, 0)))
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def has_named_child(self, by_parent, parent_id, name):
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return self._has_named_child(
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name, parent_id, known_children=by_parent.get(parent_id, []))
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def _has_named_child(self, name, parent_id, known_children):
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"""Does a parent already have a name child.
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:param name: The searched for name.
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:param parent_id: The parent for which the check is made.
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:param known_children: The already known children. This should have
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been recently obtained from `self.by_parent.get(parent_id)`
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(or will be if None is passed).
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if known_children is None:
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known_children = self.by_parent().get(parent_id, [])
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for child in known_children:
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children = by_parent[parent_id]
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for child in children:
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if self.final_name(child) == name:
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parent_path = self._tree_id_paths.get(parent_id, None)
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if parent_path is None:
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# No parent... no children
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path = self._tree_id_paths[parent_id]
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child_path = joinpath(parent_path, name)
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child_id = self._tree_path_ids.get(child_path, None)
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childpath = joinpath(path, name)
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child_id = self._tree_path_ids.get(childpath)
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if child_id is None:
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# Not known by the tree transform yet, check the filesystem
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return osutils.lexists(self._tree.abspath(child_path))
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return lexists(self._tree.abspath(childpath))
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raise AssertionError('child_id is missing: %s, %s, %s'
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% (name, parent_id, child_id))
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def _available_backup_name(self, name, target_id):
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"""Find an available backup name.
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:param name: The basename of the file.
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:param target_id: The directory trans_id where the backup should
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known_children = self.by_parent().get(target_id, [])
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return osutils.available_backup_name(
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lambda base: self._has_named_child(
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base, target_id, known_children))
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if self.final_parent(child_id) != parent_id:
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if child_id in self._removed_contents:
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# XXX What about dangling file-ids?
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def _parent_loops(self):
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"""No entry should be its own ancestor"""
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if (self._new_name, self._new_parent) == ({}, {}):
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for children in by_parent.itervalues():
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for child_tid in children:
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name = self.final_name(child_tid)
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# Keep children only if they still exist in the end
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if not self._case_sensitive_target:
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name_ids.append((name, child_tid))
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name_ids = [(self.final_name(t), t) for t in children]
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if not self._case_sensitive_target:
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name_ids = [(n.lower(), t) for n, t in name_ids]
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last_trans_id = None
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for name, trans_id in name_ids:
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kind = self.final_kind(trans_id)
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kind = self.final_kind(trans_id)
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file_id = self.final_file_id(trans_id)
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if kind is None and file_id is None:
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def _parent_type_conflicts(self, by_parent):
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"""Children must have a directory parent"""
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"""parents must have directory 'contents'."""
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for parent_id, children in by_parent.iteritems():
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if parent_id == ROOT_PARENT:
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for child_id in children:
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if self.final_kind(child_id) is not None:
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# There is at least a child, so we need an existing directory to
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kind = self.final_kind(parent_id)
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if parent_id is ROOT_PARENT:
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if not self._any_contents(children):
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for child in children:
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self.final_kind(child)
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kind = self.final_kind(parent_id)
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# The directory will be deleted
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conflicts.append(('missing parent', parent_id))
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elif kind != "directory":
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# Meh, we need a *directory* to put something in it
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conflicts.append(('non-directory parent', parent_id))
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def _any_contents(self, trans_ids):
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"""Return true if any of the trans_ids, will have contents."""
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for trans_id in trans_ids:
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kind = self.final_kind(trans_id)
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def _set_executability(self, path, trans_id):
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"""Set the executability of versioned files """
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if self._tree._supports_executable():
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if supports_executable():
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new_executability = self._new_executability[trans_id]
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abspath = self._tree.abspath(path)
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current_mode = os.stat(abspath).st_mode
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self.create_symlink(target, trans_id)
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def new_orphan(self, trans_id, parent_id):
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"""Schedule an item to be orphaned.
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When a directory is about to be removed, its children, if they are not
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versioned are moved out of the way: they don't have a parent anymore.
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:param trans_id: The trans_id of the existing item.
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:param parent_id: The parent trans_id of the item.
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raise NotImplementedError(self.new_orphan)
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def _get_potential_orphans(self, dir_id):
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"""Find the potential orphans in a directory.
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A directory can't be safely deleted if there are versioned files in it.
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If all the contained files are unversioned then they can be orphaned.
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The 'None' return value means that the directory contains at least one
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versioned file and should not be deleted.
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:param dir_id: The directory trans id.
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:return: A list of the orphan trans ids or None if at least one
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versioned file is present.
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# Find the potential orphans, stop if one item should be kept
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for child_tid in self.by_parent()[dir_id]:
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if child_tid in self._removed_contents:
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# The child is removed as part of the transform. Since it was
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# versioned before, it's not an orphan
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elif self.final_file_id(child_tid) is None:
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# The child is not versioned
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orphans.append(child_tid)
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# We have a versioned file here, searching for orphans is
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def _affected_ids(self):
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"""Return the set of transform ids affected by the transform"""
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trans_ids = set(self._removed_id)
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return _PreviewTree(self)
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def commit(self, branch, message, merge_parents=None, strict=False,
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timestamp=None, timezone=None, committer=None, authors=None,
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revprops=None, revision_id=None):
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def commit(self, branch, message, merge_parents=None, strict=False):
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"""Commit the result of this TreeTransform to a branch.
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:param branch: The branch to commit to.
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:param message: The message to attach to the commit.
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:param merge_parents: Additional parent revision-ids specified by
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:param strict: If True, abort the commit if there are unversioned
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:param timestamp: if not None, seconds-since-epoch for the time and
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date. (May be a float.)
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:param timezone: Optional timezone for timestamp, as an offset in
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:param committer: Optional committer in email-id format.
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(e.g. "J Random Hacker <jrandom@example.com>")
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:param authors: Optional list of authors in email-id format.
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:param revprops: Optional dictionary of revision properties.
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:param revision_id: Optional revision id. (Specifying a revision-id
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may reduce performance for some non-native formats.)
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:param merge_parents: Additional parents specified by pending merges.
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:return: The revision_id of the revision committed.
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self._check_malformed()
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descendants.update(self._limbo_descendants(descendant))
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return descendants
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def create_file(self, contents, trans_id, mode_id=None, sha1=None):
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def create_file(self, contents, trans_id, mode_id=None):
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"""Schedule creation of a new file.
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:param contents: an iterator of strings, all of which will be written
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to the target destination.
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:param trans_id: TreeTransform handle
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:param mode_id: If not None, force the mode of the target file to match
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the mode of the object referenced by mode_id.
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Otherwise, we will try to preserve mode bits of an existing file.
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:param sha1: If the sha1 of this content is already known, pass it in.
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We can use it to prevent future sha1 computations.
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Contents is an iterator of strings, all of which will be written
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to the target destination.
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New file takes the permissions of any existing file with that id,
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unless mode_id is specified.
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name = self._limbo_name(trans_id)
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f = open(name, 'wb')
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unique_add(self._new_contents, trans_id, 'file')
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unique_add(self._new_contents, trans_id, 'file')
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# Clean up the file, it never got registered so
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# TreeTransform.finalize() won't clean it up.
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f.writelines(contents)
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self._set_mtime(name)
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self._set_mode(trans_id, mode_id, S_ISREG)
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# It is unfortunate we have to use lstat instead of fstat, but we just
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# used utime and chmod on the file, so we need the accurate final
1330
if sha1 is not None:
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self._observed_sha1s[trans_id] = (sha1, osutils.lstat(name))
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def _read_file_chunks(self, trans_id):
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cur_file = open(self._limbo_name(trans_id), 'rb')
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del self._limbo_children_names[trans_id]
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delete_any(self._limbo_name(trans_id))
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def new_orphan(self, trans_id, parent_id):
1408
# FIXME: There is no tree config, so we use the branch one (it's weird
1409
# to define it this way as orphaning can only occur in a working tree,
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# but that's all we have (for now). It will find the option in
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# locations.conf or bazaar.conf though) -- vila 20100916
1412
conf = self._tree.branch.get_config()
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conf_var_name = 'bzr.transform.orphan_policy'
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orphan_policy = conf.get_user_option(conf_var_name)
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default_policy = orphaning_registry.default_key
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if orphan_policy is None:
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orphan_policy = default_policy
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if orphan_policy not in orphaning_registry:
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trace.warning('%s (from %s) is not a known policy, defaulting '
1420
'to %s' % (orphan_policy, conf_var_name, default_policy))
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orphan_policy = default_policy
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handle_orphan = orphaning_registry.get(orphan_policy)
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handle_orphan(self, trans_id, parent_id)
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class OrphaningError(errors.BzrError):
1428
# Only bugs could lead to such exception being seen by the user
1429
internal_error = True
1430
_fmt = "Error while orphaning %s in %s directory"
1432
def __init__(self, orphan, parent):
1433
errors.BzrError.__init__(self)
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self.orphan = orphan
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self.parent = parent
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class OrphaningForbidden(OrphaningError):
1440
_fmt = "Policy: %s doesn't allow creating orphans."
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def __init__(self, policy):
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errors.BzrError.__init__(self)
1444
self.policy = policy
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def move_orphan(tt, orphan_id, parent_id):
1448
"""See TreeTransformBase.new_orphan.
1450
This creates a new orphan in the `bzr-orphans` dir at the root of the
1453
:param tt: The TreeTransform orphaning `trans_id`.
1455
:param orphan_id: The trans id that should be orphaned.
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:param parent_id: The orphan parent trans id.
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# Add the orphan dir if it doesn't exist
1460
orphan_dir_basename = 'bzr-orphans'
1461
od_id = tt.trans_id_tree_path(orphan_dir_basename)
1462
if tt.final_kind(od_id) is None:
1463
tt.create_directory(od_id)
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parent_path = tt._tree_id_paths[parent_id]
1465
# Find a name that doesn't exist yet in the orphan dir
1466
actual_name = tt.final_name(orphan_id)
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new_name = tt._available_backup_name(actual_name, od_id)
1468
tt.adjust_path(new_name, od_id, orphan_id)
1469
trace.warning('%s has been orphaned in %s'
1470
% (joinpath(parent_path, actual_name), orphan_dir_basename))
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def refuse_orphan(tt, orphan_id, parent_id):
1474
"""See TreeTransformBase.new_orphan.
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This refuses to create orphan, letting the caller handle the conflict.
1478
raise OrphaningForbidden('never')
1481
orphaning_registry = registry.Registry()
1482
orphaning_registry.register(
1483
'conflict', refuse_orphan,
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'Leave orphans in place and create a conflict on the directory.')
1485
orphaning_registry.register(
1486
'move', move_orphan,
1487
'Move orphans into the bzr-orphans directory.')
1488
orphaning_registry._set_default_key('conflict')
1491
1278
class TreeTransform(DiskTreeTransform):
1492
1279
"""Represent a tree transformation.
1833
1623
tree_paths = list(self._tree_path_ids.iteritems())
1834
1624
tree_paths.sort(reverse=True)
1835
child_pb = ui.ui_factory.nested_progress_bar()
1625
child_pb = bzrlib.ui.ui_factory.nested_progress_bar()
1837
for num, (path, trans_id) in enumerate(tree_paths):
1838
# do not attempt to move root into a subdirectory of itself.
1841
child_pb.update(gettext('removing file'), num, len(tree_paths))
1627
for num, data in enumerate(tree_paths):
1628
path, trans_id = data
1629
child_pb.update('removing file', num, len(tree_paths))
1842
1630
full_path = self._tree.abspath(path)
1843
1631
if trans_id in self._removed_contents:
1844
1632
delete_path = os.path.join(self._deletiondir, trans_id)
1869
1657
modified_paths = []
1870
1658
new_path_file_ids = dict((t, self.final_file_id(t)) for p, t in
1872
child_pb = ui.ui_factory.nested_progress_bar()
1660
child_pb = bzrlib.ui.ui_factory.nested_progress_bar()
1874
1662
for num, (path, trans_id) in enumerate(new_paths):
1875
1663
if (num % 10) == 0:
1876
child_pb.update(gettext('adding file'), num, len(new_paths))
1664
child_pb.update('adding file', num, len(new_paths))
1877
1665
full_path = self._tree.abspath(path)
1878
1666
if trans_id in self._needs_rename:
1880
1668
mover.rename(self._limbo_name(trans_id), full_path)
1881
except errors.TransformRenameFailed, e:
1882
1670
# We may be renaming a dangling inventory id
1883
1671
if e.errno != errno.ENOENT:
1886
1674
self.rename_count += 1
1887
# TODO: if trans_id in self._observed_sha1s, we should
1888
# re-stat the final target, since ctime will be
1889
# updated by the change.
1890
1675
if (trans_id in self._new_contents or
1891
1676
self.path_changed(trans_id)):
1892
1677
if trans_id in self._new_contents:
1893
1678
modified_paths.append(full_path)
1894
1679
if trans_id in self._new_executability:
1895
1680
self._set_executability(path, trans_id)
1896
if trans_id in self._observed_sha1s:
1897
o_sha1, o_st_val = self._observed_sha1s[trans_id]
1898
st = osutils.lstat(full_path)
1899
self._observed_sha1s[trans_id] = (o_sha1, st)
1901
1682
child_pb.finished()
1902
for path, trans_id in new_paths:
1903
# new_paths includes stuff like workingtree conflicts. Only the
1904
# stuff in new_contents actually comes from limbo.
1905
if trans_id in self._limbo_files:
1906
del self._limbo_files[trans_id]
1907
1683
self._new_contents.clear()
1908
1684
return modified_paths
1910
def _apply_observed_sha1s(self):
1911
"""After we have finished renaming everything, update observed sha1s
1913
This has to be done after self._tree.apply_inventory_delta, otherwise
1914
it doesn't know anything about the files we are updating. Also, we want
1915
to do this as late as possible, so that most entries end up cached.
1917
# TODO: this doesn't update the stat information for directories. So
1918
# the first 'bzr status' will still need to rewrite
1919
# .bzr/checkout/dirstate. However, we at least don't need to
1920
# re-read all of the files.
1921
# TODO: If the operation took a while, we could do a time.sleep(3) here
1922
# to allow the clock to tick over and ensure we won't have any
1923
# problems. (we could observe start time, and finish time, and if
1924
# it is less than eg 10% overhead, add a sleep call.)
1925
paths = FinalPaths(self)
1926
for trans_id, observed in self._observed_sha1s.iteritems():
1927
path = paths.get_path(trans_id)
1928
# We could get the file_id, but dirstate prefers to use the path
1929
# anyway, and it is 'cheaper' to determine.
1930
# file_id = self._new_id[trans_id]
1931
self._tree._observed_sha1(None, path, observed)
1934
1687
class TransformPreview(DiskTreeTransform):
1935
1688
"""A TreeTransform for generating preview trees.
2019
1767
yield self._get_repository().revision_tree(revision_id)
2021
1769
def _get_file_revision(self, file_id, vf, tree_revision):
2022
parent_keys = [(file_id, t.get_file_revision(file_id)) for t in
1770
parent_keys = [(file_id, self._file_revision(t, file_id)) for t in
2023
1771
self._iter_parent_trees()]
2024
1772
vf.add_lines((file_id, tree_revision), parent_keys,
2025
self.get_file_lines(file_id))
1773
self.get_file(file_id).readlines())
2026
1774
repo = self._get_repository()
2027
1775
base_vf = repo.texts
2028
1776
if base_vf not in vf.fallback_versionedfiles:
2029
1777
vf.fallback_versionedfiles.append(base_vf)
2030
1778
return tree_revision
2032
def _stat_limbo_file(self, file_id=None, trans_id=None):
2033
if trans_id is None:
2034
trans_id = self._transform.trans_id_file_id(file_id)
1780
def _stat_limbo_file(self, file_id):
1781
trans_id = self._transform.trans_id_file_id(file_id)
2035
1782
name = self._transform._limbo_name(trans_id)
2036
1783
return os.lstat(name)
2253
1998
def get_file_size(self, file_id):
2254
1999
"""See Tree.get_file_size"""
2255
trans_id = self._transform.trans_id_file_id(file_id)
2256
kind = self._transform.final_kind(trans_id)
2259
if trans_id in self._transform._new_contents:
2260
return self._stat_limbo_file(trans_id=trans_id).st_size
2261
2000
if self.kind(file_id) == 'file':
2262
2001
return self._transform._tree.get_file_size(file_id)
2266
def get_file_verifier(self, file_id, path=None, stat_value=None):
2267
trans_id = self._transform.trans_id_file_id(file_id)
2268
kind = self._transform._new_contents.get(trans_id)
2270
return self._transform._tree.get_file_verifier(file_id)
2272
fileobj = self.get_file(file_id)
2274
return ("SHA1", sha_file(fileobj))
2278
2005
def get_file_sha1(self, file_id, path=None, stat_value=None):
2279
2006
trans_id = self._transform.trans_id_file_id(file_id)
2280
2007
kind = self._transform._new_contents.get(trans_id)
2568
2289
pp.next_phase()
2569
2290
file_trans_id[wt.get_root_id()] = \
2570
2291
tt.trans_id_tree_file_id(wt.get_root_id())
2571
pb = ui.ui_factory.nested_progress_bar()
2292
pb = bzrlib.ui.ui_factory.nested_progress_bar()
2573
2294
deferred_contents = []
2575
total = len(tree.all_file_ids())
2296
total = len(tree.inventory)
2576
2297
if delta_from_tree:
2577
2298
precomputed_delta = []
2579
2300
precomputed_delta = None
2580
# Check if tree inventory has content. If so, we populate
2581
# existing_files with the directory content. If there are no
2582
# entries we skip populating existing_files as its not used.
2583
# This improves performance and unncessary work on large
2584
# directory trees. (#501307)
2586
existing_files = set()
2587
for dir, files in wt.walkdirs():
2588
existing_files.update(f[0] for f in files)
2589
2301
for num, (tree_path, entry) in \
2590
enumerate(tree.iter_entries_by_dir()):
2591
pb.update(gettext("Building tree"), num - len(deferred_contents), total)
2302
enumerate(tree.inventory.iter_entries_by_dir()):
2303
pb.update("Building tree", num - len(deferred_contents), total)
2592
2304
if entry.parent_id is None:
2594
2306
reparent = False
2672
2384
unchanged = dict(unchanged)
2673
2385
new_desired_files = []
2675
for file_id, (trans_id, tree_path, text_sha1) in desired_files:
2387
for file_id, (trans_id, tree_path) in desired_files:
2676
2388
accelerator_path = unchanged.get(file_id)
2677
2389
if accelerator_path is None:
2678
new_desired_files.append((file_id,
2679
(trans_id, tree_path, text_sha1)))
2390
new_desired_files.append((file_id, (trans_id, tree_path)))
2681
pb.update(gettext('Adding file contents'), count + offset, total)
2392
pb.update('Adding file contents', count + offset, total)
2683
2394
tt.create_hardlink(accelerator_tree.abspath(accelerator_path),
2700
2411
offset += count
2701
for count, ((trans_id, tree_path, text_sha1), contents) in enumerate(
2412
for count, ((trans_id, tree_path), contents) in enumerate(
2702
2413
tree.iter_files_bytes(new_desired_files)):
2703
2414
if wt.supports_content_filtering():
2704
2415
filters = wt._content_filter_stack(tree_path)
2705
2416
contents = filtered_output_bytes(contents, filters,
2706
2417
ContentFilterContext(tree_path, tree))
2707
tt.create_file(contents, trans_id, sha1=text_sha1)
2708
pb.update(gettext('Adding file contents'), count + offset, total)
2418
tt.create_file(contents, trans_id)
2419
pb.update('Adding file contents', count + offset, total)
2711
2422
def _reparent_children(tt, old_parent, new_parent):
2712
2423
for child in tt.iter_tree_children(old_parent):
2713
2424
tt.adjust_path(tt.final_name(child), new_parent, child)
2716
2426
def _reparent_transform_children(tt, old_parent, new_parent):
2717
2427
by_parent = tt.by_parent()
2718
2428
for child in by_parent[old_parent]:
2719
2429
tt.adjust_path(tt.final_name(child), new_parent, child)
2720
2430
return by_parent[old_parent]
2723
2432
def _content_match(tree, entry, file_id, kind, target_path):
2724
2433
if entry.kind != kind:
2726
2435
if entry.kind == "directory":
2728
2437
if entry.kind == "file":
2729
f = file(target_path, 'rb')
2731
if tree.get_file_text(file_id) == f.read():
2438
if tree.get_file(file_id).read() == file(target_path, 'rb').read():
2735
2440
elif entry.kind == "symlink":
2736
2441
if tree.get_symlink_target(file_id) == os.readlink(target_path):
2789
2494
raise errors.BadFileKindError(name, kind)
2497
@deprecated_function(deprecated_in((1, 9, 0)))
2498
def create_by_entry(tt, entry, tree, trans_id, lines=None, mode_id=None):
2499
"""Create new file contents according to an inventory entry.
2501
DEPRECATED. Use create_from_tree instead.
2503
if entry.kind == "file":
2505
lines = tree.get_file(entry.file_id).readlines()
2506
tt.create_file(lines, trans_id, mode_id=mode_id)
2507
elif entry.kind == "symlink":
2508
tt.create_symlink(tree.get_symlink_target(entry.file_id), trans_id)
2509
elif entry.kind == "directory":
2510
tt.create_directory(trans_id)
2792
2513
def create_from_tree(tt, trans_id, tree, file_id, bytes=None,
2793
2514
filter_tree_path=None):
2794
2515
"""Create new file contents according to tree contents.
2843
2562
return new_name
2565
def _entry_changes(file_id, entry, working_tree):
2566
"""Determine in which ways the inventory entry has changed.
2568
Returns booleans: has_contents, content_mod, meta_mod
2569
has_contents means there are currently contents, but they differ
2570
contents_mod means contents need to be modified
2571
meta_mod means the metadata needs to be modified
2573
cur_entry = working_tree.inventory[file_id]
2575
working_kind = working_tree.kind(file_id)
2578
has_contents = False
2581
if has_contents is True:
2582
if entry.kind != working_kind:
2583
contents_mod, meta_mod = True, False
2585
cur_entry._read_tree_state(working_tree.id2path(file_id),
2587
contents_mod, meta_mod = entry.detect_changes(cur_entry)
2588
cur_entry._forget_tree_state()
2589
return has_contents, contents_mod, meta_mod
2846
2592
def revert(working_tree, target_tree, filenames, backups=False,
2847
2593
pb=None, change_reporter=None):
2848
2594
"""Revert a working tree's contents to those of a target tree."""
2909
2651
deferred_files = []
2910
2652
for id_num, (file_id, path, changed_content, versioned, parent, name,
2911
2653
kind, executable) in enumerate(change_list):
2912
target_path, wt_path = path
2913
target_versioned, wt_versioned = versioned
2914
target_parent, wt_parent = parent
2915
target_name, wt_name = name
2916
target_kind, wt_kind = kind
2917
target_executable, wt_executable = executable
2918
if skip_root and wt_parent is None:
2654
if skip_root and file_id[0] is not None and parent[0] is None:
2920
2656
trans_id = tt.trans_id_file_id(file_id)
2922
2658
if changed_content:
2923
2659
keep_content = False
2924
if wt_kind == 'file' and (backups or target_kind is None):
2660
if kind[0] == 'file' and (backups or kind[1] is None):
2925
2661
wt_sha1 = working_tree.get_file_sha1(file_id)
2926
2662
if merge_modified.get(file_id) != wt_sha1:
2927
2663
# acquire the basis tree lazily to prevent the
2930
2666
if basis_tree is None:
2931
2667
basis_tree = working_tree.basis_tree()
2932
2668
basis_tree.lock_read()
2933
if basis_tree.has_id(file_id):
2669
if file_id in basis_tree:
2934
2670
if wt_sha1 != basis_tree.get_file_sha1(file_id):
2935
2671
keep_content = True
2936
elif target_kind is None and not target_versioned:
2672
elif kind[1] is None and not versioned[1]:
2937
2673
keep_content = True
2938
if wt_kind is not None:
2674
if kind[0] is not None:
2939
2675
if not keep_content:
2940
2676
tt.delete_contents(trans_id)
2941
elif target_kind is not None:
2942
parent_trans_id = tt.trans_id_file_id(wt_parent)
2943
backup_name = tt._available_backup_name(
2944
wt_name, parent_trans_id)
2677
elif kind[1] is not None:
2678
parent_trans_id = tt.trans_id_file_id(parent[0])
2679
by_parent = tt.by_parent()
2680
backup_name = _get_backup_name(name[0], by_parent,
2681
parent_trans_id, tt)
2945
2682
tt.adjust_path(backup_name, parent_trans_id, trans_id)
2946
new_trans_id = tt.create_path(wt_name, parent_trans_id)
2947
if wt_versioned and target_versioned:
2683
new_trans_id = tt.create_path(name[0], parent_trans_id)
2684
if versioned == (True, True):
2948
2685
tt.unversion_file(trans_id)
2949
2686
tt.version_file(file_id, new_trans_id)
2950
2687
# New contents should have the same unix perms as old
2952
2689
mode_id = trans_id
2953
2690
trans_id = new_trans_id
2954
if target_kind in ('directory', 'tree-reference'):
2691
if kind[1] in ('directory', 'tree-reference'):
2955
2692
tt.create_directory(trans_id)
2956
if target_kind == 'tree-reference':
2693
if kind[1] == 'tree-reference':
2957
2694
revision = target_tree.get_reference_revision(file_id,
2959
2696
tt.set_tree_reference(revision, trans_id)
2960
elif target_kind == 'symlink':
2697
elif kind[1] == 'symlink':
2961
2698
tt.create_symlink(target_tree.get_symlink_target(file_id),
2963
elif target_kind == 'file':
2700
elif kind[1] == 'file':
2964
2701
deferred_files.append((file_id, (trans_id, mode_id)))
2965
2702
if basis_tree is None:
2966
2703
basis_tree = working_tree.basis_tree()
2967
2704
basis_tree.lock_read()
2968
2705
new_sha1 = target_tree.get_file_sha1(file_id)
2969
if (basis_tree.has_id(file_id) and
2970
new_sha1 == basis_tree.get_file_sha1(file_id)):
2706
if (file_id in basis_tree and new_sha1 ==
2707
basis_tree.get_file_sha1(file_id)):
2971
2708
if file_id in merge_modified:
2972
2709
del merge_modified[file_id]
2974
2711
merge_modified[file_id] = new_sha1
2976
2713
# preserve the execute bit when backing up
2977
if keep_content and wt_executable == target_executable:
2978
tt.set_executability(target_executable, trans_id)
2979
elif target_kind is not None:
2980
raise AssertionError(target_kind)
2981
if not wt_versioned and target_versioned:
2714
if keep_content and executable[0] == executable[1]:
2715
tt.set_executability(executable[1], trans_id)
2716
elif kind[1] is not None:
2717
raise AssertionError(kind[1])
2718
if versioned == (False, True):
2982
2719
tt.version_file(file_id, trans_id)
2983
if wt_versioned and not target_versioned:
2720
if versioned == (True, False):
2984
2721
tt.unversion_file(trans_id)
2985
if (target_name is not None and
2986
(wt_name != target_name or wt_parent != target_parent)):
2987
if target_name == '' and target_parent is None:
2722
if (name[1] is not None and
2723
(name[0] != name[1] or parent[0] != parent[1])):
2724
if name[1] == '' and parent[1] is None:
2988
2725
parent_trans = ROOT_PARENT
2990
parent_trans = tt.trans_id_file_id(target_parent)
2991
if wt_parent is None and wt_versioned:
2992
tt.adjust_root_path(target_name, parent_trans)
2727
parent_trans = tt.trans_id_file_id(parent[1])
2728
if parent[0] is None and versioned[0]:
2729
tt.adjust_root_path(name[1], parent_trans)
2994
tt.adjust_path(target_name, parent_trans, trans_id)
2995
if wt_executable != target_executable and target_kind == "file":
2996
tt.set_executability(target_executable, trans_id)
2731
tt.adjust_path(name[1], parent_trans, trans_id)
2732
if executable[0] != executable[1] and kind[1] == "file":
2733
tt.set_executability(executable[1], trans_id)
2997
2734
if working_tree.supports_content_filtering():
2998
2735
for index, ((trans_id, mode_id), bytes) in enumerate(
2999
2736
target_tree.iter_files_bytes(deferred_files)):
3071
2808
elif c_type == 'missing parent':
3072
2809
trans_id = conflict[1]
3073
if trans_id in tt._removed_contents:
3074
cancel_deletion = True
3075
orphans = tt._get_potential_orphans(trans_id)
3077
cancel_deletion = False
3078
# All children are orphans
3081
tt.new_orphan(o, trans_id)
3082
except OrphaningError:
3083
# Something bad happened so we cancel the directory
3084
# deletion which will leave it in place with a
3085
# conflict. The user can deal with it from there.
3086
# Note that this also catch the case where we don't
3087
# want to create orphans and leave the directory in
3089
cancel_deletion = True
3092
# Cancel the directory deletion
3093
tt.cancel_deletion(trans_id)
3094
new_conflicts.add(('deleting parent', 'Not deleting',
2811
tt.cancel_deletion(trans_id)
2812
new_conflicts.add(('deleting parent', 'Not deleting',
3099
2817
tt.final_name(trans_id)
3160
2878
modified_path = fp.get_path(conflict[2])
3161
2879
modified_id = tt.final_file_id(conflict[2])
3162
2880
if len(conflict) == 3:
3163
yield conflicts.Conflict.factory(
3164
c_type, action=action, path=modified_path, file_id=modified_id)
2881
yield Conflict.factory(c_type, action=action, path=modified_path,
2882
file_id=modified_id)
3167
2885
conflicting_path = fp.get_path(conflict[3])
3168
2886
conflicting_id = tt.final_file_id(conflict[3])
3169
yield conflicts.Conflict.factory(
3170
c_type, action=action, path=modified_path,
3171
file_id=modified_id,
3172
conflict_path=conflicting_path,
3173
conflict_file_id=conflicting_id)
2887
yield Conflict.factory(c_type, action=action, path=modified_path,
2888
file_id=modified_id,
2889
conflict_path=conflicting_path,
2890
conflict_file_id=conflicting_id)
3176
2893
class _FileMover(object):
added
removed
bzrlib/transform.py
