868
868
executable3, file_status, resolver=resolver)
870
870
child_pb.finished()
871
self.tt.fixup_new_roots()
872
872
self._finish_computing_transform()
874
874
def _finish_computing_transform(self):
888
888
self.tt.iter_changes(), self.change_reporter)
889
889
self.cook_conflicts(fs_conflicts)
890
890
for conflict in self.cooked_conflicts:
891
trace.warning(unicode(conflict))
891
trace.warning(conflict)
893
893
def _entries3(self):
894
894
"""Gather data about files modified between three trees.
991
991
lca_entries.append(lca_ie)
993
if base_inventory.has_id(file_id):
993
if file_id in base_inventory:
994
994
base_ie = base_inventory[file_id]
996
996
base_ie = _none_entry
998
if this_inventory.has_id(file_id):
998
if file_id in this_inventory:
999
999
this_ie = this_inventory[file_id]
1001
1001
this_ie = _none_entry
1106
1105
other_root = self.tt.trans_id_file_id(other_root_file_id)
1107
1106
if other_root == self.tt.root:
1109
if self.this_tree.inventory.has_id(
1110
self.other_tree.inventory.root.file_id):
1111
# the other tree's root is a non-root in the current tree (as
1112
# when a previously unrelated branch is merged into another)
1108
if self.other_tree.inventory.root.file_id in self.this_tree.inventory:
1109
# the other tree's root is a non-root in the current tree (as when
1110
# a previously unrelated branch is merged into another)
1114
1112
if self.tt.final_kind(other_root) is not None:
1115
1113
other_root_is_present = True
1168
1166
def contents_sha1(tree, file_id):
1169
1167
"""Determine the sha1 of the file contents (used as a key method)."""
1170
if not tree.has_id(file_id):
1168
if file_id not in tree:
1172
1170
return tree.get_file_sha1(file_id)
1318
1316
self._raw_conflicts.append(('path conflict', trans_id, file_id,
1319
1317
this_parent, this_name,
1320
1318
other_parent, other_name))
1321
if not self.other_tree.has_id(file_id):
1319
if other_name is None:
1322
1320
# it doesn't matter whether the result was 'other' or
1323
# 'conflict'-- if it has no file id, we leave it alone.
1321
# 'conflict'-- if there's no 'other', we leave it alone.
1325
1323
parent_id = parents[self.winner_idx[parent_id_winner]]
1326
name = names[self.winner_idx[name_winner]]
1327
if parent_id is not None or name is not None:
1324
if parent_id is not None:
1328
1325
# if we get here, name_winner and parent_winner are set to safe
1330
if parent_id is None and name is not None:
1331
# if parent_id is None and name is non-None, current file is
1333
if names[self.winner_idx[parent_id_winner]] != '':
1334
raise AssertionError(
1335
'File looks like a root, but named %s' %
1336
names[self.winner_idx[parent_id_winner]])
1337
parent_trans_id = transform.ROOT_PARENT
1339
parent_trans_id = self.tt.trans_id_file_id(parent_id)
1340
self.tt.adjust_path(name, parent_trans_id,
1327
self.tt.adjust_path(names[self.winner_idx[name_winner]],
1328
self.tt.trans_id_file_id(parent_id),
1341
1329
self.tt.trans_id_file_id(file_id))
1343
1331
def _do_merge_contents(self, file_id):
1344
1332
"""Performs a merge on file_id contents."""
1345
1333
def contents_pair(tree):
1346
if not tree.has_id(file_id):
1334
if file_id not in tree:
1347
1335
return (None, None)
1348
1336
kind = tree.kind(file_id)
1349
1337
if kind == "file":
1618
1606
def cook_conflicts(self, fs_conflicts):
1619
1607
"""Convert all conflicts into a form that doesn't depend on trans_id"""
1620
content_conflict_file_ids = set()
1621
cooked_conflicts = transform.cook_conflicts(fs_conflicts, self.tt)
1608
self.cooked_conflicts.extend(transform.cook_conflicts(
1609
fs_conflicts, self.tt))
1622
1610
fp = transform.FinalPaths(self.tt)
1623
1611
for conflict in self._raw_conflicts:
1624
1612
conflict_type = conflict[0]
1635
1623
if other_parent is None or other_name is None:
1636
1624
other_path = '<deleted>'
1638
if other_parent == self.other_tree.get_root_id():
1639
# The tree transform doesn't know about the other root,
1640
# so we special case here to avoid a NoFinalPath
1644
parent_path = fp.get_path(
1645
self.tt.trans_id_file_id(other_parent))
1626
parent_path = fp.get_path(
1627
self.tt.trans_id_file_id(other_parent))
1646
1628
other_path = osutils.pathjoin(parent_path, other_name)
1647
1629
c = _mod_conflicts.Conflict.factory(
1648
1630
'path conflict', path=this_path,
1661
1643
c = _mod_conflicts.Conflict.factory(conflict_type,
1662
1644
path=path, file_id=file_id)
1663
content_conflict_file_ids.add(file_id)
1664
1645
elif conflict_type == 'text conflict':
1665
1646
trans_id = conflict[1]
1666
1647
path = fp.get_path(trans_id)
1669
1650
path=path, file_id=file_id)
1671
1652
raise AssertionError('bad conflict type: %r' % (conflict,))
1672
cooked_conflicts.append(c)
1674
self.cooked_conflicts = []
1675
# We want to get rid of path conflicts when a corresponding contents
1676
# conflict exists. This can occur when one branch deletes a file while
1677
# the other renames *and* modifies it. In this case, the content
1678
# conflict is enough.
1679
for c in cooked_conflicts:
1680
if (c.typestring == 'path conflict'
1681
and c.file_id in content_conflict_file_ids):
1683
1653
self.cooked_conflicts.append(c)
1684
1654
self.cooked_conflicts.sort(key=_mod_conflicts.Conflict.sort_key)
1930
1900
name_in_target = osutils.basename(self._target_subdir)
1931
1901
merge_into_root = subdir.copy()
1932
1902
merge_into_root.name = name_in_target
1933
if self.this_tree.inventory.has_id(merge_into_root.file_id):
1903
if merge_into_root.file_id in self.this_tree.inventory:
1934
1904
# Give the root a new file-id.
1935
1905
# This can happen fairly easily if the directory we are
1936
1906
# incorporating is the root, and both trees have 'TREE_ROOT' as
1974
1944
if this_tree is None:
1975
1945
raise errors.BzrError("bzrlib.merge.merge_inner requires a this_tree "
1946
"parameter as of bzrlib version 0.8.")
1977
1947
merger = Merger(this_branch, other_tree, base_tree, this_tree=this_tree,
1978
1948
pb=pb, change_reporter=change_reporter)
1979
1949
merger.backup_files = backup_files
added
removed
bzrlib/merge.py
