def undelete(context, request):
repo = find_repo(context)
docid = int(request.params['docid'])
name = request.params['name']
doc = _undelete(repo, context, docid, name)
repo.archive_container(IContainerVersion(context),
authenticated_userid(request))
index_content(context, None)
return HTTPFound(location=model_url(doc, request))
def _restore_subtree(repo, parent, request):
try:
contents = repo.container_contents(parent.docid)
except NoResultFound:
pass
else:
for child_name, child_docid in contents.map.items():
doc = _restore(repo, parent, child_docid, child_name)
_restore_subtree(repo, doc, request)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
index_content(parent, None)
def _restore_subtree(repo, parent, request):
try:
contents = repo.container_contents(parent.docid)
except NoResultFound:
pass
else:
for child_name, child_docid in contents.map.items():
doc = _restore(repo, parent, child_docid, child_name)
_restore_subtree(repo, doc, request)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
index_content(parent, None)
def undelete(context, request):
repo = find_repo(context)
path = decode_trash_path(request.params['path'])
parent = context
for name, docid, _ in traverse_trash(context, path):
try:
doc = parent[name]
except KeyError:
doc = None
if doc is None or doc.docid != docid:
# Restore this item.
doc = _restore(repo, parent, docid, name)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
index_content(parent, None)
parent = doc
# If the user undeleted a container, restore everything it contained.
_restore_subtree(repo, parent, request)
return HTTPFound(location=resource_url(parent, request))
def undelete(context, request):
repo = find_repo(context)
path = decode_trash_path(request.params['path'])
parent = context
for name, docid, _ in traverse_trash(context, path):
try:
doc = parent[name]
except KeyError:
doc = None
if doc is None or doc.docid != docid:
# Restore this item.
doc = _restore(repo, parent, docid, name)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
index_content(parent, None)
parent = doc
# If the user undeleted a container, restore everything it contained.
_restore_subtree(repo, parent, request)
return HTTPFound(location=resource_url(parent, request))
def undelete(context, request):
repo = find_repo(context)
docid = int(request.params['docid'])
name = request.params['name']
# Find parent folder to restore file into
trash = generate_trash_tree(repo, context.docid)
parent = context
for child_docid in trash.paths[docid][:-1]:
for child in parent.values():
if child.docid == child_docid:
next_parent = child
break
else:
# Need to restore a folder in order to place file in proper place
# in tree.
container = repo.container_contents(parent.docid)
for deleted_item in container.deleted:
if deleted_item.docid == child_docid:
next_parent = _undelete(repo, parent, child_docid,
deleted_item.name, False)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
break
else: #pragma NO COVERAGE
# Will only get here in case of programmer error or db
# corruption (due to programmer error)
raise RuntimeError("Cannot find container to restore: %d" %
child_docid)
parent = next_parent
doc = _undelete(repo, parent, docid, name, True)
repo.archive_container(IContainerVersion(parent),
authenticated_userid(request))
index_content(parent, None)
return HTTPFound(location=resource_url(parent, request))
def _callFUT(self, object, event):
from karl.models.subscribers import index_content
return index_content(object, event)
def evolve(context):
root = find_root(context)
searcher = ICatalogSearch(root)
categories_and_layers_query = dict(
interfaces={'query':[ICalendarCategory, ICalendarLayer],
'operator':'or'},
)
total, docids, resolver = searcher(**categories_and_layers_query)
changed_categories = {}
for docid in docids:
ob = resolver(docid)
if ob is None:
# slash in path, likely
path = root.catalog.document_map.docid_to_address.get(docid)
if path is not None:
container_path, ob_name = path.rsplit('/', 1)
container = find_model(root, container_path)
name = urllib.unquote(ob_name)
ob = container.get(name)
if ob is not None:
ob_name = ob.__name__
if not (ob_name.startswith('_default_') or is_opaque_id(ob_name)):
old_path = model_path(ob)
container = ob.__parent__
new_name = generate_name(container)
del container[ob_name]
ob.__name__ = new_name # XXX required?
container.add(new_name, ob, send_events=False)
new_path = model_path(ob)
index_content(ob, None)
print 'path fixed: %s -> %s' % (old_path, new_path)
if ICalendarCategory.providedBy(ob):
changed_categories[old_path] = new_path
if changed_categories:
# fix layer.paths
layers_query = dict(interfaces=[ICalendarLayer])
total, docids, resolver = searcher(**layers_query)
for docid in docids:
layer = resolver(docid)
if layer is not None:
new_paths = []
changed = []
for path in layer.paths:
if path in changed_categories:
new_paths.append(changed_categories[path])
changed.append((path, changed_categories[path]))
else:
new_paths.append(path)
if changed:
layer.paths = new_paths
reindex_content(layer, None)
print 'layer fixed: %s, %s' % (
model_path(layer), [ '%s -> %s' % x for x in changed ])
# fix the category of events
events_query = dict(
interfaces=[ICalendarEvent],
)
total, docids, resolver = searcher(**events_query)
for docid in docids:
event = resolver(docid)
if event is not None:
category = event.calendar_category
if category in changed_categories:
old_category = event.calendar_category
new_category = changed_categories[category]
event.calendar_category = new_category
reindex_content(event, None)
print 'event fixed: %s, %s -> %s' % (
model_path(event),
old_category,
new_category)
def _callFUT(self, object, event):
from karl.models.subscribers import index_content
return index_content(object, event)
def evolve(context):
root = find_root(context)
searcher = ICatalogSearch(root)
categories_and_layers_query = dict(interfaces={
'query': [ICalendarCategory, ICalendarLayer],
'operator':
'or'
}, )
total, docids, resolver = searcher(**categories_and_layers_query)
changed_categories = {}
for docid in docids:
ob = resolver(docid)
if ob is None:
# slash in path, likely
path = root.catalog.document_map.docid_to_address.get(docid)
if path is not None:
container_path, ob_name = path.rsplit('/', 1)
container = find_resource(root, container_path)
name = urllib.unquote(ob_name)
ob = container.get(name)
if ob is not None:
ob_name = ob.__name__
if not (ob_name.startswith('_default_') or is_opaque_id(ob_name)):
old_path = resource_path(ob)
container = ob.__parent__
new_name = generate_name(container)
del container[ob_name]
ob.__name__ = new_name # XXX required?
container.add(new_name, ob, send_events=False)
new_path = resource_path(ob)
index_content(ob, None)
print 'path fixed: %s -> %s' % (old_path, new_path)
if ICalendarCategory.providedBy(ob):
changed_categories[old_path] = new_path
if changed_categories:
# fix layer.paths
layers_query = dict(interfaces=[ICalendarLayer])
total, docids, resolver = searcher(**layers_query)
for docid in docids:
layer = resolver(docid)
if layer is not None:
new_paths = []
changed = []
for path in layer.paths:
if path in changed_categories:
new_paths.append(changed_categories[path])
changed.append((path, changed_categories[path]))
else:
new_paths.append(path)
if changed:
layer.paths = new_paths
reindex_content(layer, None)
print 'layer fixed: %s, %s' % (resource_path(layer), [
'%s -> %s' % x for x in changed
])
# fix the category of events
events_query = dict(interfaces=[ICalendarEvent], )
total, docids, resolver = searcher(**events_query)
for docid in docids:
event = resolver(docid)
if event is not None:
category = event.calendar_category
if category in changed_categories:
old_category = event.calendar_category
new_category = changed_categories[category]
event.calendar_category = new_category
reindex_content(event, None)
print 'event fixed: %s, %s -> %s' % (
resource_path(event), old_category, new_category)
