def get_copy_ancestry(self):
"""Retrieve the list of `(path,rev)` copy ancestors of this node.
Most recent ancestor first. Each ancestor `(path, rev)` corresponds
to the path and revision of the source at the time the copy or move
operation was performed.
"""
ancestors = []
previous = (self._scoped_path_utf8, self.rev, self.root)
while previous:
(previous_path, previous_rev, previous_root) = previous
previous = None
root_path = fs.closest_copy(previous_root, previous_path)
if root_path:
(root, path) = root_path
path = path.lstrip('/')
rev = fs.revision_root_revision(root)
relpath = None
if path != previous_path:
# `previous_path` is a subfolder of `path` and didn't
# change since `path` was copied
relpath = previous_path[len(path):].strip('/')
copied_from = fs.copied_from(root, path)
if copied_from:
(rev, path) = copied_from
path = path.lstrip('/')
root = fs.revision_root(self.fs_ptr, rev, self.pool())
if relpath:
path += '/' + relpath
ui_path = _path_within_scope(self.scope, _from_svn(path))
if ui_path:
ancestors.append((ui_path, rev))
previous = (path, rev, root)
return ancestors
def get_copy_ancestry(self):
"""Retrieve the list of `(path,rev)` copy ancestors of this node.
Most recent ancestor first. Each ancestor `(path, rev)` corresponds
to the path and revision of the source at the time the copy or move
operation was performed.
"""
ancestors = []
previous = (self._scoped_path_utf8, self.rev, self.root)
while previous:
(previous_path, previous_rev, previous_root) = previous
previous = None
root_path = fs.closest_copy(previous_root, previous_path)
if root_path:
(root, path) = root_path
path = path.lstrip('/')
rev = fs.revision_root_revision(root)
relpath = None
if path != previous_path:
# `previous_path` is a subfolder of `path` and didn't
# change since `path` was copied
relpath = previous_path[len(path):].strip('/')
copied_from = fs.copied_from(root, path)
if copied_from:
(rev, path) = copied_from
path = path.lstrip('/')
root = fs.revision_root(self.fs_ptr, rev, self.pool())
if relpath:
path += '/' + relpath
ui_path = _path_within_scope(self.scope, _from_svn(path))
if ui_path:
ancestors.append((ui_path, rev))
previous = (path, rev, root)
return ancestors
def add_history(self, path, revision, pool):
# If filtering, only add the path and revision to the histories
# list if they were actually changed in this revision (where
# change means the path itself was changed, or one of its parents
# was copied). This is useful for omitting bubble-up directory
# changes.
if not self.oldest_rev:
self.oldest_rev = revision
else:
assert revision < self.oldest_rev
if not self.show_all_logs:
rev_root = fs.revision_root(self.fs_ptr, revision)
paths = list(fs.paths_changed2(rev_root).keys())
if path not in paths:
# Look for a copied parent
test_path = path
found = 0
while 1:
off = test_path.rfind("/")
if off < 0:
break
test_path = test_path[0:off]
if test_path in paths:
copyfrom_rev, copyfrom_path = fs.copied_from(
rev_root, test_path)
if copyfrom_rev >= 0 and copyfrom_path:
found = 1
break
if not found:
return
self.histories.append([revision, _cleanup_path(path)])
if self.limit and len(self.histories) == self.limit:
raise core.SubversionException("", core.SVN_ERR_CEASE_INVOCATION)
def add_history(self, path, revision, pool):
# If filtering, only add the path and revision to the histories
# list if they were actually changed in this revision (where
# change means the path itself was changed, or one of its parents
# was copied). This is useful for omitting bubble-up directory
# changes.
if not self.show_all_logs:
rev_root = fs.revision_root(self.fs_ptr, revision, pool)
changed_paths = fs.paths_changed(rev_root, pool)
paths = changed_paths.keys()
if path not in paths:
# Look for a copied parent
test_path = path
found = 0
subpool = core.svn_pool_create(pool)
while 1:
core.svn_pool_clear(subpool)
off = string.rfind(test_path, '/')
if off < 0:
break
test_path = test_path[0:off]
if test_path in paths:
copyfrom_rev, copyfrom_path = \
fs.copied_from(rev_root, test_path, subpool)
if copyfrom_rev >= 0 and copyfrom_path:
found = 1
break
core.svn_pool_destroy(subpool)
if not found:
return
self.histories[revision] = _cleanup_path(path)
def add_history(self, path, revision, pool):
# If filtering, only add the path and revision to the histories
# list if they were actually changed in this revision (where
# change means the path itself was changed, or one of its parents
# was copied). This is useful for omitting bubble-up directory
# changes.
if not self.oldest_rev:
self.oldest_rev = revision
else:
assert(revision < self.oldest_rev)
if not self.show_all_logs:
rev_root = fs.revision_root(self.fs_ptr, revision)
changed_paths = fs.paths_changed(rev_root)
paths = changed_paths.keys()
if path not in paths:
# Look for a copied parent
test_path = path
found = 0
while 1:
off = test_path.rfind('/')
if off < 0:
break
test_path = test_path[0:off]
if test_path in paths:
copyfrom_rev, copyfrom_path = fs.copied_from(rev_root, test_path)
if copyfrom_rev >= 0 and copyfrom_path:
found = 1
break
if not found:
return
self.histories.append([revision, _cleanup_path(path)])
if self.limit and len(self.histories) == self.limit:
raise core.SubversionException("", _SVN_ERR_CEASE_INVOCATION)
def add_history(self, path, revision, pool):
# If filtering, only add the path and revision to the histories
# list if they were actually changed in this revision (where
# change means the path itself was changed, or one of its parents
# was copied). This is useful for omitting bubble-up directory
# changes.
if not self.show_all_logs:
rev_root = fs.revision_root(self.fs_ptr, revision, pool)
changed_paths = fs.paths_changed(rev_root, pool)
paths = changed_paths.keys()
if path not in paths:
# Look for a copied parent
test_path = path
found = 0
subpool = core.svn_pool_create(pool)
while 1:
core.svn_pool_clear(subpool)
off = string.rfind(test_path, '/')
if off < 0:
break
test_path = test_path[0:off]
if test_path in paths:
copyfrom_rev, copyfrom_path = \
fs.copied_from(rev_root, test_path, subpool)
if copyfrom_rev >= 0 and copyfrom_path:
found = 1
break
core.svn_pool_destroy(subpool)
if not found:
return
self.histories[revision] = _cleanup_path(path)
def _get_change_copyinfo(fsroot, path, change):
if hasattr(change, 'copyfrom_known') and change.copyfrom_known:
copyfrom_path = change.copyfrom_path
copyfrom_rev = change.copyfrom_rev
else:
copyfrom_rev, copyfrom_path = fs.copied_from(fsroot, path)
return copyfrom_path, copyfrom_rev
def _get_change_copyinfo(fsroot, path, change):
if hasattr(change, 'copyfrom_known') and change.copyfrom_known:
copyfrom_path = change.copyfrom_path
copyfrom_rev = change.copyfrom_rev
else:
copyfrom_rev, copyfrom_path = fs.copied_from(fsroot, path)
return copyfrom_path, copyfrom_rev
def _log_helper(self, path, rev, lockinfo):
rev_root = fs.revision_root(self.fs_ptr, rev)
copyfrom_rev, copyfrom_path = fs.copied_from(rev_root, path)
date, author, msg, revprops, changes = self._revinfo(rev)
if fs.is_file(rev_root, path):
size = fs.file_length(rev_root, path)
else:
size = None
return Revision(rev, date, author, msg, size, lockinfo, path,
copyfrom_path and _cleanup_path(copyfrom_path),
copyfrom_rev)
def _log_helper(self, path, rev, lockinfo):
rev_root = fs.revision_root(self.fs_ptr, rev)
copyfrom_rev, copyfrom_path = fs.copied_from(rev_root, path)
date, author, msg, revprops, changes = self._revinfo(rev)
if fs.is_file(rev_root, path):
size = fs.file_length(rev_root, path)
else:
size = None
return Revision(rev, date, author, msg, size, lockinfo, path,
copyfrom_path and _cleanup_path(copyfrom_path),
copyfrom_rev)
def _get_change_copyinfo(fsroot, path, change):
# If we know the copyfrom info, return it...
if change.copyfrom_known:
copyfrom_path = change.copyfrom_path
copyfrom_rev = change.copyfrom_rev
# ...otherwise, if this change could be a copy (that is, it
# contains an add action), query the copyfrom info ...
elif (change.change_kind == fs.path_change_replace
or change.change_kind == fs.path_change_add):
copyfrom_rev, copyfrom_path = fs.copied_from(fsroot, path)
# ...else, there's no copyfrom info.
else:
copyfrom_rev = core.SVN_INVALID_REVNUM
copyfrom_path = None
return copyfrom_path, copyfrom_rev
def _get_change_copyinfo(fsroot, path, change):
# If we know the copyfrom info, return it...
if hasattr(change, 'copyfrom_known') and change.copyfrom_known:
copyfrom_path = change.copyfrom_path
copyfrom_rev = change.copyfrom_rev
# ...otherwise, if this change could be a copy (that is, it
# contains an add action), query the copyfrom info ...
elif (change.change_kind == fs.path_change_add or
change.change_kind == fs.path_change_replace):
copyfrom_rev, copyfrom_path = fs.copied_from(fsroot, path)
# ...else, there's no copyfrom info.
else:
copyfrom_rev = core.SVN_INVALID_REVNUM
copyfrom_path = None
return copyfrom_path, copyfrom_rev
def _log_helper(svnrepos, rev, path, pool):
rev_root = fs.revision_root(svnrepos.fs_ptr, rev, pool)
# Was this path@rev the target of a copy?
copyfrom_rev, copyfrom_path = fs.copied_from(rev_root, path, pool)
# Assemble our LogEntry
datestr, author, msg = _fs_rev_props(svnrepos.fs_ptr, rev, pool)
date = _datestr_to_date(datestr, pool)
if fs.is_file(rev_root, path, pool):
size = fs.file_length(rev_root, path, pool)
else:
size = None
entry = Revision(rev, date, author, msg, size, path, copyfrom_path
and _cleanup_path(copyfrom_path), copyfrom_rev)
return entry
def _log_helper(svnrepos, rev, path, pool):
rev_root = fs.revision_root(svnrepos.fs_ptr, rev, pool)
# Was this path@rev the target of a copy?
copyfrom_rev, copyfrom_path = fs.copied_from(rev_root, path, pool)
# Assemble our LogEntry
datestr, author, msg = _fs_rev_props(svnrepos.fs_ptr, rev, pool)
date = _datestr_to_date(datestr, pool)
if fs.is_file(rev_root, path, pool):
size = fs.file_length(rev_root, path, pool)
else:
size = None
entry = Revision(rev, date, author, msg, size, path,
copyfrom_path and _cleanup_path(copyfrom_path),
copyfrom_rev)
return entry
def validate_added_extensions(repos_path, txn_name, extensions, action):
# Open the repository and transaction.
fs_ptr = repos.fs(repos.open(repos_path))
txn_t = fs.open_txn(fs_ptr, txn_name)
txn_root = fs.txn_root(txn_t)
# Fetch the changes made in this transaction.
changes = fs.svn_fs_paths_changed(txn_root)
paths = changes.keys()
# Check the changes.
for path in paths:
change = changes[path]
# Always allow deletions.
if change.change_kind == fs.path_change_delete:
continue
# Always allow non-files.
kind = fs.check_path(txn_root, path)
if kind != core.svn_node_file:
continue
# If this was a newly added (without history) file ...
if ((change.change_kind == fs.path_change_replace) \
or (change.change_kind == fs.path_change_add)):
copyfrom_rev, copyfrom_path = fs.copied_from(txn_root, path)
if copyfrom_rev == core.SVN_INVALID_REVNUM:
# ... then check it for a valid extension.
base, ext = os.path.splitext(path)
if ext:
ext = ext[1:].lower()
if ((ext in extensions) and (action == 'deny')) \
or ((ext not in extensions) and (action == 'allow')):
sys.stderr.write(
"Path '%s' has an extension disallowed by server "
"configuration.\n" % (path))
sys.exit(1)
def validate_added_extensions(repos_path, txn_name, extensions, action):
# Open the repository and transaction.
fs_ptr = repos.fs(repos.open(repos_path))
txn_t = fs.open_txn(fs_ptr, txn_name)
txn_root = fs.txn_root(txn_t)
# Fetch the changes made in this transaction.
changes = fs.svn_fs_paths_changed(txn_root)
paths = changes.keys()
# Check the changes.
for path in paths:
change = changes[path]
# Always allow deletions.
if change.change_kind == fs.path_change_delete:
continue
# Always allow non-files.
kind = fs.check_path(txn_root, path)
if kind != core.svn_node_file:
continue
# If this was a newly added (without history) file ...
if ((change.change_kind == fs.path_change_replace) \
or (change.change_kind == fs.path_change_add)):
copyfrom_rev, copyfrom_path = fs.copied_from(txn_root, path)
if copyfrom_rev == core.SVN_INVALID_REVNUM:
# ... then check it for a valid extension.
base, ext = os.path.splitext(path)
if ext:
ext = ext[1:].lower()
if ((ext in extensions) and (action == 'deny')) \
or ((ext not in extensions) and (action == 'allow')):
sys.stderr.write("Path '%s' has an extension disallowed by server "
"configuration.\n" % (path))
sys.exit(1)