def get_default(self):
"""Get the default content object of the folder.
"""
content = self._getOb('index', None)
if IContent.providedBy(content):
return content
return None
def _perform_search(self, query, root, ignore_case, search_targets):
""" walk through (part of) the site in search of query matches
returns a list of dicts with keys 'path', 'occurrences',
'title' and 'state'
"""
ret = []
buffer = [root]
processed = 0
occurrences = 0
while buffer:
current = buffer.pop(0) # XXX or do we want depth first?
if IContainer.providedBy(current):
buffer += current.objectValues()
elif IContent.providedBy(current):
content_objects = self._get_content_objects(current)
processed += len(content_objects)
for state, url, obj in content_objects:
content = self._get_silvaxml_content(obj)
if content is None:
continue
num = self._count_or_replace(
content, query, None, ignore_case, search_targets)
occurrences += num
if num > 0:
ret.append({
'url': url,
'path': '/'.join(obj.getPhysicalPath()),
'title': obj.get_title(),
'occurrences': num,
'state': state,
})
return processed, occurrences, ret
def _breadcrumbs(self, preview=False, skip=None):
name = minimize(self._title(preview=preview))
container = aq_parent(self.context)
if skip is not None:
while skip.providedBy(container):
container = aq_parent(container)
if (container is None or
IRoot.providedBy(self.context) or
self._virtual_root(self.context)):
return ({'name': name, 'url': self.__str__()},)
base = tuple()
parent = queryMultiAdapter((container, self.request), IContentURL)
if parent is not None:
base = tuple(parent._breadcrumbs(preview, skip))
if (not IDisableBreadcrumbTag.providedBy(self.context) and
(not IContent.providedBy(self.context) or
not self.context.is_default())):
base += ({'name': name, 'url': self.__str__()},)
return base
def validate(self, target, adding=False):
error = super(GhostManager, self).validate(target, adding)
if error is None:
if not IContent.providedBy(target):
return ContentInvalidTarget()
return error
def need_update(self):
if IGhost.providedBy(self.manager.ghost):
viewable = self.manager.ghost.get_viewable()
return self.target != viewable.get_haunted()
return IContent.providedBy(self.manager.ghost)
def validate(self, target, adding=False):
error = super(GhostManager, self).validate(target, adding)
if error is None:
if not IContent.providedBy(target):
return ContentInvalidTarget()
return error
def need_update(self):
if IGhost.providedBy(self.manager.ghost):
viewable = self.manager.ghost.get_viewable()
return self.target != viewable.get_haunted()
return IContent.providedBy(self.manager.ghost)
def validate(self, content):
return (hasattr(aq_base(content), '__subscribability__') and
(IContent.providedBy(content) or
IContainer.providedBy(content)))
def update(self):
"""Update the index.
"""
result = {}
want_next = None
service = getUtility(IReferenceService)
walker = advanced_walk_silva_tree(self.get_container(), IPublishable)
# Collect references to cleanup later.
used_references = set([])
existing_references = set([])
for reference in service.get_references_from(self, name=REFERENCE_TAG):
existing_references.add(reference.__name__)
# Walk through the Silva tree to search for indexes.
while True:
try:
content = walker.send(want_next)
except StopIteration:
break
want_next = content.is_published()
if not want_next:
continue
if IContent.providedBy(content) and content.is_default():
# We skip default contents.
continue
indexable = IIndexEntries(content)
# No title, we skip
title = indexable.get_title()
if not title:
continue
# No indexes, we skip
indexes = indexable.get_entries()
if not indexes:
continue
# Find a reference to use.
identifier = None
references = list(service.get_references_between(
self, content, name=REFERENCE_TAG))
if len(references) == 1:
reference = references[0]
if len(reference.tags) > 1:
# Don't use a reference that doesn't have the required tag.
identifier = reference.tags[1]
used_references.add(reference.__name__)
if identifier is None:
# There is no reference, create a new one.
identifier = unicode(uuid.uuid1())
reference = service.new_reference(
self, name=REFERENCE_TAG, factory=IndexerReferenceValue)
reference.set_target(content)
reference.add_tag(identifier)
# Construct index
for name, label in indexes:
if label:
entry = result.setdefault(label, {})
entry[identifier] = (name, title)
for name in existing_references.difference(used_references):
service.delete_reference_by_name(name)
self._index = result