def wrapped_object(self):
# Change KeyReference not to use unrestricted traverse. This
# prevent unwanted Acquisition to get a different content that
# expected if it is gone.
if self.path is None:
return self.object
object = self.root
for part in self.path.split('/')[1:]:
object = object._getOb(part, _marker)
if object is _marker:
return None
chain = aq_chain(object)
# Try to ensure we have a request at the acquisition root
# by using the one from getSite
if not len(chain) or not isinstance(chain[-1], RequestContainer):
site = getSite()
site_chain = aq_chain(site)
if (len(site_chain) and
isinstance(site_chain[-1], RequestContainer)):
req = site_chain[-1]
new_obj = req
# rebuld the chain with the request at the bottom
for item in reversed(chain):
new_obj = aq_base(item).__of__(new_obj)
obj = new_obj
return obj
def test_field_shown_and_default_values(self):
"""Import a Silva Find content that some search fields shown
field default values.
"""
with Transaction():
importer = self.assertImportFile(
'test_import_default_values.silvaxml',
['/root/folder', '/root/folder/search'])
self.assertEqual(importer.getProblems(), [])
folder = self.root.folder
self.assertTrue(verifyObject(IFolder, folder))
search = folder.search
self.assertTrue(verifyObject(IFind, search))
self.assertItemsEqual(search.shownFields, ['fulltext', 'meta_type'])
self.assertItemsEqual(search.shownResultsFields, [
'breadcrumbs', 'date', 'icon', 'link', 'ranking', 'resultcount',
'textsnippet', 'thumbnail'
])
schema = search.getSearchSchema()
data = getMultiAdapter((schema['fulltext'], search), ICriterionData)
self.assertEqual(data.getValue(), u"silva rox")
data = getMultiAdapter((schema['meta_type'], search), ICriterionData)
self.assertEqual(data.getValue(),
['Silva Document', 'Silva Folder', 'Silva File'])
data = getMultiAdapter((schema['path'], search), ICriterionData)
self.assertEqual(data.getValue(), self.root.folder)
self.assertEqual(aq_chain(data.getValue()), aq_chain(self.root.folder))
def test_ghost_folder_existing_rename(self):
"""Import a ghost folder with an ID of a already existing element.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportFile(
'test_import_ghostfolder.silvaxml',
['/root/import_of_folder',
'/root/import_of_folder/container',
'/root/import_of_folder/container/indexer',
'/root/import_of_folder/container/link',
'/root/import_of_folder/ghost'])
self.assertEqual(importer.getProblems(), [])
self.assertFalse(
interfaces.IFolder.providedBy(self.root.folder))
self.assertTrue(
interfaces.IFolder.providedBy(self.root.import_of_folder))
self.assertItemsEqual(
self.root.import_of_folder.objectIds(),
['container', 'ghost'])
self.assertItemsEqual(
self.root.import_of_folder.container.objectIds(),
['indexer', 'link'])
folder = self.root.import_of_folder.ghost
container = self.root.import_of_folder.container
self.assertTrue(interfaces.IGhostFolder.providedBy(folder))
self.assertEqual(folder.get_haunted(), container)
self.assertEqual(aq_chain(folder.get_haunted()), aq_chain(container))
self.assertItemsEqual(folder.objectIds(), container.objectIds())
def test_ghost_to_link(self):
"""Import a ghost to link.
"""
importer = self.assertImportZip('test_import_ghost.zip', [
'/root/folder', '/root/folder/public',
'/root/folder/public/ghost_of_infrae', '/root/folder/infrae'
])
self.assertEqual(importer.getProblems(), [])
self.assertItemsEqual(self.root.folder.objectIds(),
['public', 'infrae'])
self.assertItemsEqual(self.root.folder.public.objectIds(),
['ghost_of_infrae'])
link = self.root.folder.infrae
ghost = self.root.folder.public.ghost_of_infrae
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IGhost.providedBy(ghost))
version = ghost.get_viewable()
self.assertFalse(version is None)
self.assertEqual(ghost.get_editable(), None)
self.assertEqual(version.get_title(), u'Public site')
self.assertEqual(link.get_title(), u'Public site')
self.assertEqual(version.get_haunted(), link)
self.assertEqual(aq_chain(version.get_haunted()), aq_chain(link))
get_metadata = self.metadata.getMetadata(version).get
self.assertEqual(get_metadata('silva-extra', 'comment'),
u'Public site')
def test_link_to_file_existing_rename(self):
"""Import a link to file in a folder that already exists. The
imported folder should be done under a different name.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
indexer = self.root.folder
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip('test_import_link.zip', [
'/root/import_of_folder', '/root/import_of_folder/file',
'/root/import_of_folder/index', '/root/import_of_folder/new',
'/root/import_of_folder/new/link'
])
self.assertEqual(importer.getProblems(), [])
self.assertTrue(
interfaces.IFolder.providedBy(self.root.import_of_folder))
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
self.assertEqual(indexer, self.root.folder)
self.assertItemsEqual(self.root.import_of_folder.objectIds(),
['file', 'index', 'new'])
self.assertItemsEqual(self.root.import_of_folder.new.objectIds(),
['link'])
link = self.root.import_of_folder.new.link
datafile = self.root.import_of_folder.file
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IFile.providedBy(datafile))
self.assertEqual(datafile.get_title(), u'Torvald file')
version = link.get_editable()
self.assertEqual(version.get_relative(), True)
self.assertEqual(version.get_target(), datafile)
self.assertEqual(aq_chain(version.get_target()), aq_chain(datafile))
def test_ghost_to_link_existing_rename(self):
"""Import a ghost to a link, in a folder is already existing.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip('test_import_ghost.zip', [
'/root/import_of_folder', '/root/import_of_folder/public',
'/root/import_of_folder/public/ghost_of_infrae',
'/root/import_of_folder/infrae'
])
self.assertEqual(importer.getProblems(), [])
# This didn't touch the existing folder
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
self.assertItemsEqual(self.root.import_of_folder.objectIds(),
['public', 'infrae'])
self.assertItemsEqual(self.root.import_of_folder.public.objectIds(),
['ghost_of_infrae'])
link = self.root.import_of_folder.infrae
ghost = self.root.import_of_folder.public.ghost_of_infrae
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IGhost.providedBy(ghost))
version = ghost.get_viewable()
self.assertFalse(version is None)
self.assertEqual(ghost.get_editable(), None)
self.assertEqual(version.get_title(), u'Public site')
self.assertEqual(version.get_haunted(), link)
self.assertEqual(aq_chain(version.get_haunted()), aq_chain(link))
def test_haunt_image(self):
"""Create and test a Ghost Asset content type that haunt an image.
"""
with Transaction():
factory = self.root.manage_addProduct['Silva']
factory.manage_addGhostAsset('ghost', None, haunted=self.root.logo)
self.assertIn('ghost', self.root.objectIds())
ghost = self.root._getOb('ghost')
self.assertTrue(verifyObject(IGhostAsset, ghost))
self.assertIn(ghost, self.root.get_non_publishables())
self.assertEqual(ghost.get_link_status(), None)
self.assertEqual(ghost.get_haunted(), self.root.logo)
self.assertEqual(ghost.get_filename(), 'logo.png')
self.assertEqual(ghost.get_mime_type(), 'image/png')
self.assertTrue(IImageIncluable.providedBy(ghost))
self.assertEqual(ghost.get_file_size(), self.root.logo.get_file_size())
self.assertEqual(ghost.get_modification_datetime(),
self.root.logo.get_modification_datetime())
self.assertEqual(aq_chain(ghost.get_haunted()),
aq_chain(self.root.logo))
# Now edit an break the reference.
ghost.set_haunted(0)
self.assertIsInstance(ghost.get_link_status(), EmptyInvalidTarget)
self.assertEqual(ghost.get_haunted(), None)
self.assertEqual(ghost.get_filename(), 'ghost')
self.assertEqual(ghost.get_file_size(), 0)
self.assertEqual(ghost.get_mime_type(), 'application/octet-stream')
self.assertFalse(IImageIncluable.providedBy(ghost))
def trigger_mopage_refresh(obj, event):
event_pages = filter(None,
map(lambda parent: IEventPage(parent, None),
aq_chain(obj)))
if not event_pages:
# We are not within an event page.
# We only trigger when publishing an event page
# or a child of an event page.
return
triggers = filter(None,
map(lambda parent: IPublisherMopageTrigger(parent, None),
aq_chain(obj)))
if not triggers or not triggers[0].is_enabled():
return
for events in event_pages:
IMopageModificationDate(events).touch()
from collective.taskqueue import taskqueue
trigger_url = triggers[0].build_trigger_url()
callback_path = '/'.join(getSite().getPhysicalPath()
+ ('taskqueue_events_trigger_mopage_refresh',))
taskqueue.add(callback_path, params={'target': trigger_url})
def test_ghost_to_link_existing_rename(self):
"""Import a ghost to a link, in a folder is already existing.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip(
'test_import_ghost.zip',
['/root/import_of_folder',
'/root/import_of_folder/public',
'/root/import_of_folder/public/ghost_of_infrae',
'/root/import_of_folder/infrae'])
self.assertEqual(importer.getProblems(), [])
# This didn't touch the existing folder
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
self.assertItemsEqual(
self.root.import_of_folder.objectIds(),
['public', 'infrae'])
self.assertItemsEqual(
self.root.import_of_folder.public.objectIds(),
['ghost_of_infrae'])
link = self.root.import_of_folder.infrae
ghost = self.root.import_of_folder.public.ghost_of_infrae
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IGhost.providedBy(ghost))
version = ghost.get_viewable()
self.assertFalse(version is None)
self.assertEqual(ghost.get_editable(), None)
self.assertEqual(version.get_title(), u'Public site')
self.assertEqual(version.get_haunted(), link)
self.assertEqual(aq_chain(version.get_haunted()), aq_chain(link))
def test_link_to_file_existing_replace(self):
"""Import a link to file in a folder that already exists. It
replace the ids, it doesn't check if the types are the same.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip('test_import_link.zip', [
'/root/folder', '/root/folder/file', '/root/folder/index',
'/root/folder/new', '/root/folder/new/link'
],
replace=True)
self.assertEqual(importer.getProblems(), [])
self.assertTrue(interfaces.IFolder.providedBy(self.root.folder))
self.assertItemsEqual(self.root.folder.objectIds(),
['file', 'index', 'new'])
self.assertItemsEqual(self.root.folder.new.objectIds(), ['link'])
link = self.root.folder.new.link
datafile = self.root.folder.file
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IFile.providedBy(datafile))
self.assertEqual(datafile.get_title(), u'Torvald file')
version = link.get_editable()
self.assertEqual(version.get_relative(), True)
self.assertEqual(version.get_target(), datafile)
self.assertEqual(aq_chain(version.get_target()), aq_chain(datafile))
def test_ghost_to_link(self):
"""Import a ghost to link.
"""
importer = self.assertImportZip(
'test_import_ghost.zip',
['/root/folder',
'/root/folder/public',
'/root/folder/public/ghost_of_infrae',
'/root/folder/infrae'])
self.assertEqual(importer.getProblems(), [])
self.assertItemsEqual(
self.root.folder.objectIds(),
['public', 'infrae'])
self.assertItemsEqual(
self.root.folder.public.objectIds(),
['ghost_of_infrae'])
link = self.root.folder.infrae
ghost = self.root.folder.public.ghost_of_infrae
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IGhost.providedBy(ghost))
version = ghost.get_viewable()
self.assertFalse(version is None)
self.assertEqual(ghost.get_editable(), None)
self.assertEqual(version.get_title(), u'Public site')
self.assertEqual(link.get_title(), u'Public site')
self.assertEqual(version.get_haunted(), link)
self.assertEqual(aq_chain(version.get_haunted()), aq_chain(link))
get_metadata = self.metadata.getMetadata(version).get
self.assertEqual(
get_metadata('silva-extra', 'comment'),
u'Public site')
def test_set_reference_target(self):
"""We create and use a reference, setting its target.
"""
# We no references at first
self.assertEqual(
list(self.service.get_references_to(self.root.publication)), [])
self.assertEqual(
list(self.service.get_references_from(self.root.folder)), [])
reference = self.service.new_reference(self.root.folder, name=u'link')
self.assertEqual(reference.target, None)
reference.set_target(self.root.publication)
self.assertEqual(reference.target, self.root.publication)
self.assertEqual(
aq_chain(reference.target), aq_chain(self.root.publication))
searched_reference = self.service.get_reference(
self.root.folder, name=u'link')
self.assertTrue(verifyObject(IReferenceValue, searched_reference))
self.assertEqual(searched_reference.target, self.root.publication)
# We do have now
self.assertEqual(
list(self.service.get_references_to(self.root.publication)),
[reference])
self.assertEqual(
list(self.service.get_references_from(self.root.folder)),
[reference])
def test_ghost_haunt_add_ghosts_for_ghosts(self):
"""Test modification: adding ghost to the target will create
new ghosts in the ghost golder when it is haunted.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addGhost('notes',
None,
haunted=self.root.folder.document)
IPublicationWorkflow(self.root.folder.notes).publish()
self.assertFalse('notes' in ghost.objectIds())
self.assertTrue(ghost.haunt())
self.assertIn('notes', ghost.objectIds())
self.assertTrue(verifyObject(IGhost, ghost.notes))
version = ghost.notes.get_editable()
self.assertIs(version, None)
version = ghost.notes.get_viewable()
self.assertIsNot(version, None)
self.assertEqual(version.get_haunted(), self.root.folder.document)
self.assertEqual(version.get_link_status(), None)
self.assertEqual(aq_chain(version.get_haunted()),
aq_chain(self.root.folder.document))
def test_ghost_haunt_convert_assets_to_ghost_assets(self):
"""Test update: old ghost folders might have copys of assets
instead of ghost assets poiting to them. In this case, if you
re-haunt the folder, they should be replaced with ghost
assets.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addMockupAsset('data', 'Data set 1')
factory = self.root.folder.publication.manage_addProduct['Silva']
factory.manage_addMockupAsset('results', 'Results set 1')
factory.manage_addMockupAsset('analyze', 'Analyze set 1')
# Add assets with the same id in the ghost folder.
factory = ghost.manage_addProduct['Silva']
factory.manage_addMockupAsset('data', 'Data set 1')
factory = ghost.publication.manage_addProduct['Silva']
factory.manage_addMockupAsset('results', 'Results set 1')
factory.manage_addMockupNonPublishable('analyze', 'Analyze set 1')
# We add a reference. It should be kept.
service = getUtility(IReferenceService)
reference = service.new_reference(self.root.folder, name=u"test")
reference.set_target(ghost.data)
self.assertTrue(verifyObject(IMockupAsset, ghost.data))
# Now if we rehaunt the folder, they should be replaced by ghost assets.
self.assertTrue(ghost.haunt())
self.assertIn('data', ghost.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.data))
self.assertEqual(
ghost.data.get_haunted(),
self.root.folder.data)
self.assertEqual(
aq_chain(ghost.data.get_haunted()),
aq_chain(self.root.folder.data))
# The reference should have been moved as well.
references = list(service.get_references_to(ghost.data, name=u"test"))
self.assertEqual(len(references), 1)
self.assertEqual(references[0].source, self.root.folder)
self.assertEqual(references[0].target, ghost.data)
# Other content were changed properly as well.
self.assertIn('publication', ghost.objectIds())
self.assertTrue(verifyObject(IGhostFolder, ghost.publication))
self.assertIn('results', ghost.publication.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.publication.results))
self.assertEqual(
ghost.publication.results.get_haunted(),
self.root.folder.publication.results)
self.assertEqual(
aq_chain(ghost.publication.results.get_haunted()),
aq_chain(self.root.folder.publication.results))
# Analyze was not an asset, it didn't get replaced
self.assertIn('analyze', ghost.publication.objectIds())
self.assertTrue(verifyObject(IMockupNonPublishable,
ghost.publication.analyze))
def test_ghost_haunt_add_assets(self):
"""Test modifications: adding assets in the target creates new
ghost assets in the ghost folder when it is haunted.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addMockupAsset('data', 'Data set 1')
factory = self.root.folder.publication.manage_addProduct['Silva']
factory.manage_addMockupAsset('results', 'Results set 1')
self.assertIn('publication', ghost.objectIds())
self.assertTrue(verifyObject(IGhostFolder, ghost.publication))
self.assertNotIn('data', ghost.objectIds())
self.assertNotIn('results', ghost.publication.objectIds())
self.assertTrue(ghost.haunt())
self.assertIn('data', ghost.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.data))
self.assertEqual(ghost.data.get_haunted(), self.root.folder.data)
self.assertEqual(aq_chain(ghost.data.get_haunted()),
aq_chain(self.root.folder.data))
self.assertIn('publication', ghost.objectIds())
self.assertTrue(verifyObject(IGhostFolder, ghost.publication))
self.assertIn('results', ghost.publication.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.publication.results))
self.assertEqual(ghost.publication.results.get_haunted(),
self.root.folder.publication.results)
self.assertEqual(aq_chain(ghost.publication.results.get_haunted()),
aq_chain(self.root.folder.publication.results))
def test_ghost_haunt_remove_assets(self):
"""Test modifications: removing asssets in the target doesn't
remove them automatically in the ghost folder, but this is
done when the ghost folder is haunted.
"""
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addMockupAsset('data', 'Data set 1')
factory.manage_addMockupAsset('export', 'Export set 1')
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
self.assertIn('data', ghost.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.data))
self.assertEqual(ghost.data.get_haunted(), self.root.folder.data)
self.assertEqual(aq_chain(ghost.data.get_haunted()),
aq_chain(self.root.folder.data))
self.assertIn('export', ghost.objectIds())
self.assertTrue(verifyObject(IGhostAsset, ghost.export))
self.assertEqual(ghost.export.get_haunted(), self.root.folder.export)
self.assertEqual(aq_chain(ghost.export.get_haunted()),
aq_chain(self.root.folder.export))
with IContainerManager(self.root.folder).deleter() as deleter:
deleter(self.root.folder.data)
deleter(self.root.folder.export)
# Ghost should have been auto-deleted
self.assertNotIn('data', ghost.objectIds())
self.assertNotIn('export', ghost.objectIds())
# And they won't come back
self.assertTrue(ghost.haunt())
self.assertNotIn('data', ghost.objectIds())
self.assertNotIn('export', ghost.objectIds())
def test_ghost_haunt_add_ghost_folders_for_ghost_folders(self):
"""Test modification: add a ghost folder in the target
folder. When the ghost folder will be haunted, it will create
a ghost folder with the same target as the ghosted ghost
folder.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder(
'ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addGhostFolder(
'backup', None, haunted=self.root.folder.publication)
self.assertNotIn('backup', ghost.objectIds())
self.assertTrue(ghost.haunt())
self.assertIn('backup', ghost.objectIds())
self.assertTrue(verifyObject(IGhostFolder, ghost.backup))
self.assertEqual(ghost.backup.get_link_status(), None)
self.assertEqual(
ghost.backup.get_haunted(),
self.root.folder.publication)
self.assertEqual(
aq_chain(ghost.backup.get_haunted()),
aq_chain(self.root.folder.publication))
# Content in this ghost folder have been ghosted
self.assertIn('document', ghost.backup.objectIds())
self.assertTrue(verifyObject(IGhost, ghost.backup.document))
def test_copy_paste_contained_source(self):
"""Copy and paste a folder that contained a Silva which have
references out of this folder.
"""
reference = self.service.new_reference(
self.root.folder.contained, name=u'myname')
reference.set_target(self.root.publication)
# Copy/paste folder
token = self.root.manage_copyObjects(['folder',])
self.root.publication.manage_pasteObjects(token)
self.assertTrue('folder' in self.root.objectIds())
self.assertTrue('folder' in self.root.publication.objectIds())
# The reference should have been cloned
cloned_reference = self.service.get_reference(
self.root.publication.folder.contained, name=u'myname')
self.assertTrue(verifyObject(IReferenceValue, cloned_reference))
self.assertEquals(
cloned_reference.source,
self.root.publication.folder.contained)
self.assertEquals(
aq_chain(cloned_reference.source),
aq_chain(self.root.publication.folder.contained))
self.assertEquals(
cloned_reference.target,
self.root.publication)
self.assertEquals(
aq_chain(cloned_reference.target),
aq_chain(self.root.publication))
self.assertEqual(
len(list(self.service.get_references_to(self.root.publication))),
2)
def test_ghost_asset(self):
"""Import a ghost asset pointing to an image.
"""
importer = self.assertImportZip(
'test_import_ghost_asset.zip',
['/root/folder',
'/root/folder/torvald',
'/root/folder/ghost'])
self.assertEqual(importer.getProblems(), [])
self.assertItemsEqual(
self.root.folder.objectIds(),
['torvald',
'ghost'])
image = self.root.folder.torvald
self.assertTrue(interfaces.IImage.providedBy(image))
self.assertEqual(image.get_web_format(), 'GIF')
self.assertEqual(image.get_web_scale(), '200%')
ghost = self.root.folder.ghost
self.assertTrue(interfaces.IGhostAsset.providedBy(ghost))
self.assertEqual(ghost.get_haunted(), image)
self.assertEqual(aq_chain(ghost.get_haunted()), aq_chain(image))
get_metadata = self.metadata.getMetadata(image).get
self.assertEqual(
get_metadata('silva-extra', 'comment'),
u'Torvald public face.')
def test_ghost_haunt_add_ghosts_for_ghosts(self):
"""Test modification: adding ghost to the target will create
new ghosts in the ghost golder when it is haunted.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addGhost(
'notes', None, haunted=self.root.folder.document)
IPublicationWorkflow(self.root.folder.notes).publish()
self.assertFalse('notes' in ghost.objectIds())
self.assertTrue(ghost.haunt())
self.assertIn('notes', ghost.objectIds())
self.assertTrue(verifyObject(IGhost, ghost.notes))
version = ghost.notes.get_editable()
self.assertIs(version, None)
version = ghost.notes.get_viewable()
self.assertIsNot(version, None)
self.assertEqual(version.get_haunted(), self.root.folder.document)
self.assertEqual(version.get_link_status(), None)
self.assertEqual(
aq_chain(version.get_haunted()),
aq_chain(self.root.folder.document))
def test_ghost_publication(self):
"""Test a Ghost Folder haunting to a Publication.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder(
'ghost', None, haunted=self.root.folder.publication)
ghost = self.root.target.ghost
publication = self.root.folder.publication
self.assertTrue(verifyObject(IGhostFolder, ghost))
self.assertEqual(ghost.get_link_status(), None)
self.assertEqual(ghost.get_haunted(), publication)
self.assertEqual(aq_chain(ghost.get_haunted()), aq_chain(publication))
# Content have been ghost with the same IDS
self.assertEqual(
ghost.objectIds(),
['document', 'folder'])
# If you ask the publication on the ghost folder it will
# return itself (and if done on a lower ghost folder ghost a
# folder as well).
self.assertEqual(ghost.get_publication(), ghost)
self.assertEqual(ghost.folder.get_publication(), ghost)
def test_ghost_haunt_add_ghost_folders_for_ghost_folders(self):
"""Test modification: add a ghost folder in the target
folder. When the ghost folder will be haunted, it will create
a ghost folder with the same target as the ghosted ghost
folder.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addGhostFolder('backup',
None,
haunted=self.root.folder.publication)
self.assertNotIn('backup', ghost.objectIds())
self.assertTrue(ghost.haunt())
self.assertIn('backup', ghost.objectIds())
self.assertTrue(verifyObject(IGhostFolder, ghost.backup))
self.assertEqual(ghost.backup.get_link_status(), None)
self.assertEqual(ghost.backup.get_haunted(),
self.root.folder.publication)
self.assertEqual(aq_chain(ghost.backup.get_haunted()),
aq_chain(self.root.folder.publication))
# Content in this ghost folder have been ghosted
self.assertIn('document', ghost.backup.objectIds())
self.assertTrue(verifyObject(IGhost, ghost.backup.document))
def test_ghost_folder_existing_rename(self):
"""Import a ghost folder with an ID of a already existing element.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportFile('test_import_ghostfolder.silvaxml', [
'/root/import_of_folder', '/root/import_of_folder/container',
'/root/import_of_folder/container/indexer',
'/root/import_of_folder/container/link',
'/root/import_of_folder/ghost'
])
self.assertEqual(importer.getProblems(), [])
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
self.assertTrue(
interfaces.IFolder.providedBy(self.root.import_of_folder))
self.assertItemsEqual(self.root.import_of_folder.objectIds(),
['container', 'ghost'])
self.assertItemsEqual(self.root.import_of_folder.container.objectIds(),
['indexer', 'link'])
folder = self.root.import_of_folder.ghost
container = self.root.import_of_folder.container
self.assertTrue(interfaces.IGhostFolder.providedBy(folder))
self.assertEqual(folder.get_haunted(), container)
self.assertEqual(aq_chain(folder.get_haunted()), aq_chain(container))
self.assertItemsEqual(folder.objectIds(), container.objectIds())
def test_haunt_image(self):
"""Create and test a Ghost Asset content type that haunt an image.
"""
with Transaction():
factory = self.root.manage_addProduct['Silva']
factory.manage_addGhostAsset('ghost', None, haunted=self.root.logo)
self.assertIn('ghost', self.root.objectIds())
ghost = self.root._getOb('ghost')
self.assertTrue(verifyObject(IGhostAsset, ghost))
self.assertIn(ghost, self.root.get_non_publishables())
self.assertEqual(ghost.get_link_status(), None)
self.assertEqual(ghost.get_haunted(), self.root.logo)
self.assertEqual(ghost.get_filename(), 'logo.png')
self.assertEqual(ghost.get_mime_type(), 'image/png')
self.assertTrue(IImageIncluable.providedBy(ghost))
self.assertEqual(
ghost.get_file_size(),
self.root.logo.get_file_size())
self.assertEqual(
ghost.get_modification_datetime(),
self.root.logo.get_modification_datetime())
self.assertEqual(
aq_chain(ghost.get_haunted()),
aq_chain(self.root.logo))
# Now edit an break the reference.
ghost.set_haunted(0)
self.assertIsInstance(ghost.get_link_status(), EmptyInvalidTarget)
self.assertEqual(ghost.get_haunted(), None)
self.assertEqual(ghost.get_filename(), 'ghost')
self.assertEqual(ghost.get_file_size(), 0)
self.assertEqual(ghost.get_mime_type(), 'application/octet-stream')
self.assertFalse(IImageIncluable.providedBy(ghost))
def list_paths(self):
''''''
self.connect()
device = self.dmd.Devices.findDevice(self.options.device)
if device is None:
DEFAULTLOG.error("Device '{}' not found.".format(
self.options.device))
return
from Acquisition import aq_chain
from Products.ZenRelations.RelationshipBase import RelationshipBase
all_paths = set()
included_paths = set()
class_summary = collections.defaultdict(set)
for component in device.getDeviceComponents():
for facet in component.get_facets(recurse_all=True):
path = []
for obj in aq_chain(facet):
if obj == component:
break
if isinstance(obj, RelationshipBase):
path.insert(0, obj.id)
all_paths.add(component.meta_type + ":" + "/".join(path) +
":" + facet.meta_type)
for facet in component.get_facets():
path = []
for obj in aq_chain(facet):
if obj == component:
break
if isinstance(obj, RelationshipBase):
path.insert(0, obj.id)
all_paths.add(component.meta_type + ":" + "/".join(path) +
":" + facet.meta_type)
included_paths.add(component.meta_type + ":" + "/".join(path) +
":" + facet.meta_type)
class_summary[component.meta_type].add(facet.meta_type)
print "Paths\n-----\n"
for path in sorted(all_paths):
if path in included_paths:
if "/" not in path:
# normally all direct relationships are included
print "DIRECT " + path
else:
# sometimes extra paths are pulled in due to extra_paths
# configuration.
print "EXTRA " + path
else:
print "EXCLUDE " + path
print "\nClass Summary\n-------------\n"
for source_class in sorted(class_summary.keys()):
print "{} is reachable from {}".format(
source_class, ", ".join(sorted(class_summary[source_class])))
def test_new_reference_link(self):
"""On input, a new link creates a new reference.
"""
version = self.root.document.get_editable()
service = getUtility(IReferenceService)
target_id = get_content_id(self.root.target)
# By default the document as no reference
self.assertEqual(list(service.get_references_from(version)), [])
intern_format = self.transform(
"""
<p>
<a class="link"
href="javascript:void(0)"
data-silva-reference="new"
data-silva-target="%s">To Target</a>
</p>
""" % (target_id),
ISaveEditorFilter)
# After transformation a reference is created to target
references = list(service.get_references_from(version))
self.assertEqual(len(references), 1)
reference = references[0]
self.assertEqual(reference.source, version)
self.assertEqual(aq_chain(reference.source), aq_chain(version))
self.assertEqual(reference.target, self.root.target)
self.assertEqual(aq_chain(reference.target), aq_chain(self.root.target))
self.assertEqual(len(reference.tags), 2)
reference_name = reference.tags[1]
self.assertEqual(reference.tags, [u'test link', reference_name])
# And the HTML is changed
self.assertXMLEqual(
intern_format,
"""
<p>
<a class="link"
reference="%s">To Target</a>
</p>
""" % (reference_name))
# Now we can rerender this for the editor
extern_format = self.transform(
intern_format,
IInputEditorFilter)
self.assertXMLEqual(
extern_format,
"""
<p>
<a class="link"
data-silva-reference="%s"
data-silva-target="%s"
href="javascript:void(0)">
To Target</a>
</p>
""" % (reference_name, target_id))
def test_manual_aq_setting(self):
'''
Test __of__ operator on an object that is not connected
to an acquisition scheme
'''
temp_document = ATDocument('temp_document')
chain = aq_chain(temp_document)
self.assertEquals(len(chain), 1)
chain1 = aq_chain(temp_document.__of__(self.portal))
self.assertEquals(len(chain1), 4)
def test_link_to_file_existing_rename_twice(self):
"""Import a link to file in a folder that already exists two times. The
imported folder should be done under a different name for each import.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addIndexer('folder', 'Folder')
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip(
'test_import_link.zip',
['/root/import_of_folder',
'/root/import_of_folder/file',
'/root/import_of_folder/index',
'/root/import_of_folder/new',
'/root/import_of_folder/new/link'])
self.assertEqual(importer.getProblems(), [])
self.assertTrue(
interfaces.IFolder.providedBy(self.root.import_of_folder))
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
importer = self.assertImportZip(
'test_import_link.zip',
['/root/import2_of_folder',
'/root/import2_of_folder/file',
'/root/import2_of_folder/index',
'/root/import2_of_folder/new',
'/root/import2_of_folder/new/link'])
self.assertEqual(importer.getProblems(), [])
self.assertTrue(
interfaces.IFolder.providedBy(self.root.import2_of_folder))
self.assertFalse(interfaces.IFolder.providedBy(self.root.folder))
link = self.root.import_of_folder.new.link
datafile = self.root.import_of_folder.file
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IFile.providedBy(datafile))
self.assertEqual(datafile.get_title(), u'Torvald file')
version = link.get_editable()
self.assertEqual(version.get_relative(), True)
self.assertEqual(version.get_target(), datafile)
self.assertEqual(aq_chain(version.get_target()), aq_chain(datafile))
link2 = self.root.import2_of_folder.new.link
datafile2 = self.root.import2_of_folder.file
self.assertTrue(interfaces.ILink.providedBy(link2))
self.assertTrue(interfaces.IFile.providedBy(datafile2))
self.assertEqual(datafile2.get_title(), u'Torvald file')
version2 = link2.get_editable()
self.assertEqual(version2.get_relative(), True)
self.assertEqual(version2.get_target(), datafile2)
self.assertEqual(aq_chain(version2.get_target()), aq_chain(datafile2))
def test_new_link_round_trip(self):
"""We create a new link which is a reference to a content in
Silva, by transforming Kupu->Silva, and verify we get back our
link in Kupu by transforming Silva->Kupu.
"""
service = component.getUtility(IReferenceService)
target_id = get_content_id(self.root.folder)
version = self.root.document.get_editable()
# At first there is no references
self.assertEqual(list(service.get_references_from(version)), [])
self.assertEqual(list(service.get_references_to(self.root.folder)), [])
html = TEST_LINK_HTML % ('new', target_id)
# We convert our HTML with a new reference to Kupu
node = self.transformer.to_source(targetobj=html, context=self.context)
link = node.query_one('link')
self.assertEqual(link.name(), 'link')
self.failUnless(link.hasattr('reference'))
reference_name = link.getattr('reference')
result = node.asBytes('utf-8')
self.assertEqual(
result,
'<link target="_blank" reference="%s" title="">My link</link>' % (
reference_name))
# We verify that the reference has been created.
reference = service.get_reference(version, reference_name)
self.assertEqual(reference.source, version)
self.assertEqual(aq_chain(reference.source), aq_chain(version))
self.assertEqual(reference.target, self.root.folder)
self.assertEqual(aq_chain(reference.target), aq_chain(self.root.folder))
self.assertEqual(reference.tags, [u"document link", reference_name])
self.assertEqual(
list(service.get_references_to(self.root.folder)),
[reference])
self.assertEqual(
list(service.get_references_from(version)),
[reference])
# We can get back the HTML with a reference name
roundtrip = self.transformer.to_target(
sourceobj=result, context=self.context).asBytes('utf-8')
self.assertEqual(
roundtrip,
TEST_LINK_HTML % (reference_name, target_id))
# Our new reference has been kept
self.assertEqual(
list(service.get_references_to(self.root.folder)),
[reference])
self.assertEqual(
list(service.get_references_from(version)),
[reference])
def test_link_to_file_update(self):
"""Import a link that is linked to a file.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addFolder('folder', 'Existing folder')
factory = self.root.folder.manage_addProduct['Silva']
factory.manage_addFolder('new', 'Existing new folder')
factory = self.root.folder.new.manage_addProduct['Silva']
factory.manage_addLink('link', 'Link to Silva', url='http://silvacms.org')
importer = self.assertImportZip(
'test_import_link.zip',
['/root/folder',
'/root/folder/file',
'/root/folder/index',
'/root/folder/new',
'/root/folder/new/link'],
update=True)
self.assertEqual(importer.getProblems(), [])
self.assertItemsEqual(
self.root.folder.objectIds(),
['file', 'index', 'new'])
self.assertItemsEqual(
self.root.folder.new.objectIds(),
['link'])
link = self.root.folder.new.link
datafile = self.root.folder.file
self.assertTrue(interfaces.ILink.providedBy(link))
self.assertTrue(interfaces.IFile.providedBy(datafile))
self.assertEqual(datafile.get_title(), u'Torvald file')
version = link.get_editable()
self.assertFalse(version is None)
self.assertEqual(link.get_viewable(), None)
self.assertEqual(version.get_title(), u'Last file')
self.assertEqual(
DateTime('2004-04-23T16:13:39Z'),
version.get_modification_datetime())
binding = self.metadata.getMetadata(version)
self.assertEqual(
binding.get('silva-extra', 'content_description'),
u'Link to the lastest file.')
self.assertEqual(version.get_relative(), True)
self.assertEqual(version.get_target(), datafile)
self.assertEqual(aq_chain(version.get_target()), aq_chain(datafile))
binding = self.metadata.getMetadata(datafile)
self.assertEqual(
binding.get('silva-extra', 'comment'),
u'This file contains Torvald lastest whereabouts.')
def list_paths(self):
''''''
self.connect()
device = self.dmd.Devices.findDevice(self.options.device)
if device is None:
DEFAULTLOG.error("Device '{}' not found.".format(self.options.device))
return
from Acquisition import aq_chain
from Products.ZenRelations.RelationshipBase import RelationshipBase
all_paths = set()
included_paths = set()
class_summary = collections.defaultdict(set)
for component in device.getDeviceComponents():
for facet in component.get_facets(recurse_all=True):
path = []
for obj in aq_chain(facet):
if obj == component:
break
if isinstance(obj, RelationshipBase):
path.insert(0, obj.id)
all_paths.add(component.meta_type + ":" + "/".join(path) + ":" + facet.meta_type)
for facet in component.get_facets():
path = []
for obj in aq_chain(facet):
if obj == component:
break
if isinstance(obj, RelationshipBase):
path.insert(0, obj.id)
all_paths.add(component.meta_type + ":" + "/".join(path) + ":" + facet.meta_type)
included_paths.add(component.meta_type + ":" + "/".join(path) + ":" + facet.meta_type)
class_summary[component.meta_type].add(facet.meta_type)
print "Paths\n-----\n"
for path in sorted(all_paths):
if path in included_paths:
if "/" not in path:
# normally all direct relationships are included
print "DIRECT " + path
else:
# sometimes extra paths are pulled in due to extra_paths
# configuration.
print "EXTRA " + path
else:
print "EXCLUDE " + path
print "\nClass Summary\n-------------\n"
for source_class in sorted(class_summary.keys()):
print "{} is reachable from {}".format(source_class, ", ".join(sorted(class_summary[source_class])))
def test_new_link_round_trip(self):
"""We create a new link which is a reference to a content in
Silva, by transforming Kupu->Silva, and verify we get back our
link in Kupu by transforming Silva->Kupu.
"""
service = component.getUtility(IReferenceService)
target_id = get_content_id(self.root.folder)
version = self.root.document.get_editable()
# At first there is no references
self.assertEqual(list(service.get_references_from(version)), [])
self.assertEqual(list(service.get_references_to(self.root.folder)), [])
html = TEST_LINK_HTML % ('new', target_id)
# We convert our HTML with a new reference to Kupu
node = self.transformer.to_source(targetobj=html, context=self.context)
link = node.query_one('link')
self.assertEqual(link.name(), 'link')
self.failUnless(link.hasattr('reference'))
reference_name = link.getattr('reference')
result = node.asBytes('utf-8')
self.assertEqual(
result,
'<link target="_blank" reference="%s" title="">My link</link>' %
(reference_name))
# We verify that the reference has been created.
reference = service.get_reference(version, reference_name)
self.assertEqual(reference.source, version)
self.assertEqual(aq_chain(reference.source), aq_chain(version))
self.assertEqual(reference.target, self.root.folder)
self.assertEqual(aq_chain(reference.target),
aq_chain(self.root.folder))
self.assertEqual(reference.tags, ["document link", reference_name])
self.assertEqual(list(service.get_references_to(self.root.folder)),
[reference])
self.assertEqual(list(service.get_references_from(version)),
[reference])
# We can get back the HTML with a reference name
roundtrip = self.transformer.to_target(
sourceobj=result, context=self.context).asBytes('utf-8')
self.assertEqual(roundtrip,
TEST_LINK_HTML % (reference_name, target_id))
# Our new reference has been kept
self.assertEqual(list(service.get_references_to(self.root.folder)),
[reference])
self.assertEqual(list(service.get_references_from(version)),
[reference])
def test_data(self):
search = self.root.search
field = criterion.PathCriterionField()
data = queryMultiAdapter((field, search), ICriterionData)
self.assertTrue(verifyObject(ICriterionData, data))
self.assertRaises(AssertionError, data.setValue, u"What ?")
data.setValue(get_content_id(self.root.folder))
self.assertEqual(data.getValue(), self.root.folder)
self.assertEqual(aq_chain(data.getValue()), aq_chain(self.root.folder))
data.setValue(None)
self.assertEqual(data.getValue(), None)
def test_ghost_reference(self):
"""Test the reference created by the ghost.
"""
factory = self.root.target.manage_addProduct['Silva']
factory.manage_addGhostFolder('ghost', None, haunted=self.root.folder)
ghost = self.root.target.ghost
folder = self.root.folder
reference = getUtility(IReferenceService).get_reference(ghost,
name="haunted")
self.assertTrue(verifyObject(IReferenceValue, reference))
self.assertEqual(aq_chain(reference.target), aq_chain(folder))
self.assertEqual(aq_chain(reference.source), aq_chain(ghost))
def test_relative_link(self):
"""Test creating and accessing a relative link to an another
content in Silva.
"""
factory = self.root.manage_addProduct['Silva']
factory.manage_addMockupVersionedContent('test', 'Test Content')
factory.manage_addFolder('folder', 'Folder')
factory.manage_addLink(
'infrae', 'Infrae', relative=True, target=self.root.test)
IPublicationWorkflow(self.root.infrae).publish()
link = self.root.infrae.get_viewable()
self.assertEqual(link.get_relative(), True)
self.assertEqual(link.get_target(), self.root.test)
self.assertEqual(
aq_chain(link.get_target()),
aq_chain(self.root.test))
reference = getUtility(IReferenceService).get_reference(
link, name=u"link")
self.assertNotEqual(reference, None)
self.assertEqual(reference.target, self.root.test)
with self.layer.get_browser() as browser:
browser.options.follow_redirect = False
self.assertEqual(browser.open('/root/infrae'), 302)
self.assertTrue('Last-Modified' in browser.headers)
self.assertTrue('Location' in browser.headers)
self.assertEqual(
browser.headers['Location'],
'http://localhost/root/test')
# If we move the document around, the link will still work
token = self.root.manage_cutObjects(['test'])
self.root.folder.manage_pasteObjects(token)
with self.layer.get_browser() as browser:
browser.options.follow_redirect = False
self.assertEqual(browser.open('/root/infrae'), 302)
self.assertTrue('Last-Modified' in browser.headers)
self.assertTrue('Location' in browser.headers)
self.assertEqual(
browser.headers['Location'],
'http://localhost/root/folder/test')
# If you set the target to 0 the reference should be gone
link.set_target(0)
reference = getUtility(IReferenceService).get_reference(
link, name=u"link")
self.assertEqual(reference, None)
def parent_container(context):
if IAppsContainer.providedBy(context):
return context
context = getattr(context, 'context', context)
for parent in aq_chain(context):
if IAppsContainer.providedBy(parent):
return parent
def get_workspace_user_ids(context):
""" Walks up the Acquisition chain and collects all userids assigned
to a role with the View permission.
"""
if not is_within_workspace(context):
return []
users = set([])
allowed_roles_to_view = roles_of_permission(context, 'View')
portal = api.portal.get()
def is_valid_userid(*args):
user, roles, role_type, name = args
return role_type == u'user' and set(roles) & set(allowed_roles_to_view)
for content in aq_chain(context):
if aq_base(content) == aq_base(portal):
break
userroles = portal.acl_users._getLocalRolesForDisplay(content)
users = users.union(
set(
map(itemgetter(0),
filter(lambda args: is_valid_userid(*args), userroles))))
if getattr(aq_base(context), '__ac_local_roles_block__', None):
break
return list(users)
def get_quota_warning_type_to_show_in(context):
private_folders = filter(IPrivateFolder.providedBy, aq_chain(context))
if not private_folders:
return None
private_folder, = private_folders
return ISizeQuota(private_folder).exceeded_limit()
def background(self):
context = aq_inner(self.context)
p_properties = getToolByName(context, 'portal_properties')
if hasattr(p_properties, 'folder_logo_properties'):
catalog = getToolByName(context, 'portal_catalog')
folder_logo_properties = getattr(p_properties, 'folder_logo_properties')
flp = IFolderLogoProperties(folder_logo_properties)
color = flp.background_color
image_id = flp.background_image_id
folders = [folder for folder in aq_chain(context) if IFolderish.providedBy(folder)]
images = []
for folder in folders:
path = '/'.join(folder.getPhysicalPath())
brains = catalog(
path=dict(query=path, depth=1),
id = image_id,
object_provides = IATImage.__identifier__,
)
if len(brains) != 0:
images.append(brains[0])
if len(images) != 0:
image_path = images[0].getPath()
style = "background: %s url(%s) no-repeat;" % (color, image_path)
else:
style = "background: %s no-repeat;" % (color)
return style
def _touchTree(parent):
"""Helper function to update the dirty flag of the first parent
:py:obj:`IDirtyTreeRoot`.
"""
for parent in aq_chain(parent):
if IDirtyTreeRoot.providedBy(parent):
parent.dirty = True
def getAqChainForUserCommands(self):
"""
Setup the aq chain as appropriate for the execution of a UserCommand
"""
chain = aq_chain(self.getClassObject().primaryAq())
chain.insert(0, self)
return chain
def list_objects(self):
"""Depth first search of the current context to calculate object sizes.
Returns a sorted list of ContentObjects.
"""
to_visit = [self.context]
visited = {}
while to_visit:
context = to_visit.pop()
children = context.getChildNodes()
if children:
to_visit.extend(children)
try:
current_size = context.get_size()
except AttributeError:
current_size = 0
visited[context.absolute_url_path()] = ContentObject(
title=context.absolute_url_path(),
url=context.absolute_url(),
size=current_size)
for parent in aq_chain(context):
try:
parent_path = parent.absolute_url_path()
except AttributeError:
# Doesn't have a path -> no proper object we want to count.
# We assume it's this view and we don't need to traverse
# the aq_chain further up.
break
if parent_path in visited and not parent == context:
visited[parent_path].size += current_size
return sorted(visited.values())
def __init__(self, context, request):
super(WebHelpers, self).__init__(context, request)
for obj in aq_chain(aq_inner(context)):
if IClientSector.providedBy(obj):
self.sector = obj
break
self.debug_mode = Globals.DevelopmentMode
def get_chains(self):
repository = []
chain = []
for obj in aq_chain(self.context):
if INavigationRoot.providedBy(obj):
break
if IHideFromBreadcrumbs.providedBy(obj):
continue
if ISQLObjectWrapper.providedBy(obj):
data = obj.get_breadcrumb()
else:
data = {
'absolute_url': obj.absolute_url(),
'title': obj.Title(),
'css_class': get_css_class(obj, type_icon_only=True)
}
if self.is_part_of_repo(obj):
repository.append(data)
else:
chain.append(data)
chain.reverse()
return repository, chain
def testSetupContext_OneStep(self):
self.createSqlData()
root = model.BaseObject()
context = self.build_tree_aq_chain(root, self.mod1.id)
self.assertEqual(len(aq_chain(context)), 2)
self.failUnless(aq_base(context) is self.mod1)
self.failUnless(aq_base(aq_parent(context)) is root)
def getTags(self):
try:
selected_tags = self.tags
except AttributeError:
selected_tags = []
available_tags = {}
for i in aq_chain(self.context):
if IBlog.providedBy(i):
for t in sorted(i.available_public_tags):
available_tags[self.normalizer.normalize(t)] = t
break
if not available_tags and self.context.portal_type == 'Topic':
for i in self.context.queryCatalog():
if i.public_tags:
for t in i.public_tags:
available_tags[self.normalizer.normalize(t)] = t
item_tags = []
for t in selected_tags:
normal_tag = self.normalizer.normalize(t)
if available_tags.get(normal_tag):
item_tags.append(available_tags.get(normal_tag))
return item_tags
def testSetupContext_OneStep(self):
self.createSqlData()
root = model.BaseObject()
context = self.build_tree_aq_chain(root, self.mod1.id)
self.assertEqual(len(aq_chain(context)), 2)
self.failUnless(aq_base(context) is self.mod1)
self.failUnless(aq_base(aq_parent(context)) is root)
def update(self):
super(LogoViewlet, self).update()
context = aq_inner(self.context)
p_properties = getToolByName(context, 'portal_properties')
if hasattr(p_properties, 'folder_logo_properties'):
portal = self.portal_state.portal()
bprops = portal.restrictedTraverse('base_properties', None)
title = None
folder_logo_properties = getattr(p_properties, 'folder_logo_properties')
logo_id = IFolderLogoProperties(folder_logo_properties).logo_id
context = aq_inner(self.context)
catalog = getToolByName(context, 'portal_catalog')
folders = [folder for folder in aq_chain(context) if IFolderish.providedBy(folder)]
logos = []
for folder in folders:
path = '/'.join(folder.getPhysicalPath())
brains = catalog(
path=dict(query=path, depth=1),
id = logo_id,
object_provides = IATImage.__identifier__,
)
if len(brains) != 0:
logos.append(brains[0])
if len(logos) != 0:
logoName = logo_id
title = logos[0].Title
portal = aq_parent(logos[0].getObject())
elif bprops is not None:
logoName = bprops.logoName
else:
logoName = 'logo.jpg'
self.logo_tag = portal.restrictedTraverse(logoName).tag()
self.portal_title = title or self.portal_state.portal_title()
def update(self):
super(LogoViewlet, self).update()
context = aq_inner(self.context)
registry = getUtility(IRegistry)
portal = self.portal_state.portal()
bprops = portal.restrictedTraverse('base_properties', None)
title = None
logo_id = registry.get('collective.folderlogo.logo_id', u'logo')
context = aq_inner(self.context)
catalog = getToolByName(context, 'portal_catalog')
folders = [folder for folder in aq_chain(context) if IFolderish.providedBy(folder)]
logos = []
for folder in folders:
path = '/'.join(folder.getPhysicalPath())
brains = catalog(
path=dict(query=path, depth=1),
id=logo_id,
object_provides=IATImage.__identifier__)
if len(brains) != 0:
logos.append(brains[0])
if len(logos) != 0:
logoName = logo_id
title = logos[0].Title
portal = aq_parent(logos[0].getObject())
elif bprops is not None:
logoName = bprops.logoName
else:
logoName = 'logo.jpg'
self.logo_tag = portal.restrictedTraverse(str(logoName)).tag()
self.portal_title = title or self.portal_state.portal_title()
def country(self):
from euphorie.client.country import IClientCountry
for obj in aq_chain(aq_inner(self.context)):
if IClientCountry.providedBy(obj):
return obj.id
else:
return None
def __call__(self):
portal_workflow = getToolByName(self.context, 'portal_workflow', None)
if portal_workflow is None:
return False
obj = aq_parent(self.event.object)
if self.element.check_types:
obtained = False
for obj in aq_chain(obj):
if getattr(obj, 'portal_type',
None) in self.element.check_types:
obtained = True
break
if not obtained:
return False
try:
portal_workflow.doActionFor(obj, self.element.transition)
except ConflictError as e:
raise e
except Exception as e:
self.error(obj, str(e))
return False
return True
def isMemberIdAllowed(self, id):
if len(id) < 1 or id == 'Anonymous User':
return 0
if not self._ALLOWED_MEMBER_ID_PATTERN.match(id):
return 0
pas = getToolByName(self, 'acl_users')
if IPluggableAuthService.providedBy(pas):
results = pas.searchPrincipals(id=id, exact_match=True)
if results:
return 0
else:
for parent in aq_chain(self):
if hasattr(aq_base(parent), "acl_users"):
parent = parent.acl_users
if IPluggableAuthService.providedBy(parent):
if parent.searchPrincipals(id=id,
exact_match=True):
return 0
# When email addresses are used as logins, we need to check
# if there are any users with the requested login.
props = getToolByName(self, 'portal_properties').site_properties
if props.use_email_as_login:
results = pas.searchUsers(name=id, exact_match=True)
if results:
return 0
else:
membership = getToolByName(self, 'portal_membership')
if membership.getMemberById(id) is not None:
return 0
groups = getToolByName(self, 'portal_groups')
if groups.getGroupById(id) is not None:
return 0
return 1
def isMemberIdAllowed(self, id):
if len(id) < 1 or id == 'Anonymous User':
return 0
if not self._ALLOWED_MEMBER_ID_PATTERN.match(id):
return 0
pas = getToolByName(self, 'acl_users')
if IPluggableAuthService.providedBy(pas):
results = pas.searchPrincipals(id=id, exact_match=True)
if results:
return 0
else:
for parent in aq_chain(self):
if hasattr(aq_base(parent), "acl_users"):
parent = parent.acl_users
if IPluggableAuthService.providedBy(parent):
if parent.searchPrincipals(id=id,
exact_match=True):
return 0
# When email addresses are used as logins, we need to check
# if there are any users with the requested login.
props = getToolByName(self, 'portal_properties').site_properties
if props.use_email_as_login:
results = pas.searchUsers(name=id, exact_match=True)
if results:
return 0
else:
membership = getToolByName(self, 'portal_membership')
if membership.getMemberById(id) is not None:
return 0
groups = getToolByName(self, 'portal_groups')
if groups.getGroupById(id) is not None:
return 0
return 1
def community_mode(self):
context = aq_inner(self.context)
for obj in aq_chain(context):
if ICommunity.providedBy(obj):
return True
return False
def find_workspace(context):
while hasattr(context, "context"):
context = context.context
for context in aq_chain(context):
workspace = IWorkspace(context, None)
if workspace is not None:
return workspace
def get_subscription(self, user_id, folder, root=False):
"""Get the id of the storage selected by the subscriber on the folder
@param user_id: str - user id
@param folder: object
@param root: return only root subscription of a recursive subscription
@return storage, recursive: object, bool - IDigestStorage utility
"""
folder_uid = self._get_uid(folder)
catalog = self._get_catalog()
for storage_id, storage in self.get_storages():
# get direct subscription
if ('member', user_id) in catalog.search(
{self._get_key(storage_id): folder_uid}):
return storage, False
# search recursive subscriptions
rec_storage_id = self._get_key(storage_id, True)
for step in aq_chain(folder):
step_uid = self._get_uid(step)
if step_uid and catalog.search({rec_storage_id: step_uid}):
return storage, True
if root: # check only folder itself
break
return None, None
def render(self):
# set up a reference to the original template
filename = pkg_resources.resource_filename(
pkg_resources.Requirement.parse('plone.app.layout'),
'plone/app/layout/viewlets/contentviews.pt')
self.template_file = ViewPageTemplateFile(filename)
# if we're looking at a mailing list, then show that immediately
if IMailingList.providedBy(self.context):
# Remove the disable border setting if it's set
# or we won't get the proper content views on archives or posts
try:
del self.request.other['disable_border']
except KeyError:
pass
# and always enable it
self.request.other['enable_border'] = True
return self.template_file()
# otherwise, check if we have a mailing list in the parents
for obj in aq_chain(aq_inner(self.context)):
if IMailingList.providedBy(obj):
# show the content views in the mailing list's context
viewlet = getMultiAdapter(
(obj, self.request, self.__parent__, self.manager),
name='plone.contentviews')
viewlet.update()
return viewlet.render()
# we didn't have a mailing list in our chain, so return the default
return self.template_file()
