def add(self, fd):
"""Add field description to the container."""
chooser = INameChooser(self.context)
name = chooser.chooseName(fd.name, fd)
self.context[name] = fd
return fd
def ical_import(container,
ics_resource,
event_type,
sync_strategy=base.SYNC_KEEP_NEWER):
cal = icalendar.Calendar.from_ical(ics_resource)
events = cal.walk('VEVENT')
cat = getToolByName(container, 'portal_catalog')
container_path = '/'.join(container.getPhysicalPath())
def _get_by_sync_uid(uid):
return cat(sync_uid=uid, path={'query': container_path, 'depth': 1})
def _get_prop(prop, item, default=None):
ret = default
if prop in item:
ret = safe_unicode(item.decoded(prop))
return ret
def _from_list(ical, prop):
"""For EXDATE and RDATE recurrence component properties, the dates can
be defined within one EXDATE/RDATE line or for each date an individual
line.
In the latter case, icalendar creates a list.
This method handles this case.
TODO: component property parameters like TZID are not used here.
"""
val = ical[prop] if prop in ical else []
if not isinstance(val, list):
val = [val]
# Zip multiple lines into one, since jquery.recurrenceinput.js does
# not support multiple lines here
# https://github.com/collective/jquery.recurrenceinput.js/issues/15
ret = ''
for item in val:
ret = '%s,' % ret if ret else ret # insert linebreak
ret = '%s%s' % (ret, item.to_ical())
return '%s:%s' % (prop, ret) if ret else None
count = 0
for item in events:
start = _get_prop('DTSTART', item)
end = _get_prop('DTEND', item)
if not end:
duration = _get_prop('DURATION', item)
if duration:
end = start + duration
# else: whole day or open end
whole_day = False
open_end = False
if is_date(start) and (is_date(end) or end is None):
# All day / whole day events
# End must be same type as start (RFC5545, 3.8.2.2)
whole_day = True
if end is None:
end = start
if start < end:
# RFC5545 doesn't define clearly, if all day events should have
# a end date one day after the start day at 0:00.
# Internally, we handle all day events with start=0:00,
# end=:23:59:59, so we substract one day here.
end = end - datetime.timedelta(days=1)
start = base.dt_start_of_day(date_to_datetime(start))
end = base.dt_end_of_day(date_to_datetime(end))
elif is_datetime(start) and end is None:
# Open end event, see RFC 5545, 3.6.1
open_end = True
end = base.dt_end_of_day(date_to_datetime(start))
assert (is_datetime(start))
assert (is_datetime(end))
# Set timezone, if not already set
tz = base.default_timezone(container, as_tzinfo=True)
if not getattr(start, 'tzinfo', False):
start = tz.localize(start)
if not getattr(end, 'tzinfo', False):
end = tz.localize(end)
title = _get_prop('SUMMARY', item)
description = _get_prop('DESCRIPTION', item)
location = _get_prop('LOCATION', item)
url = _get_prop('URL', item)
rrule = _get_prop('RRULE', item)
rrule = 'RRULE:%s' % rrule.to_ical() if rrule else ''
rdates = _from_list(item, 'RDATE')
exdates = _from_list(item, 'EXDATE')
rrule = '\n'.join([it for it in [rrule, rdates, exdates] if it])
# TODO: attendee-lists are not decoded properly and contain only
# vCalAddress values
attendees = item.get('ATTENDEE', ())
contact = _get_prop('CONTACT', item)
categories = item.get('CATEGORIES', ())
if getattr(categories, '__iter__', False):
categories = tuple([safe_unicode(it) for it in categories])
ext_modified = utc(_get_prop('LAST-MODIFIED', item))
content = None
new_content_id = None
existing_event = None
sync_uid = _get_prop('UID', item)
if sync_uid and sync_strategy is not base.SYNC_NONE:
existing_event = _get_by_sync_uid(sync_uid)
if existing_event:
if sync_strategy == base.SYNC_KEEP_MINE:
# On conflict, keep mine
continue
exist_event = existing_event[0].getObject()
acc = IEventAccessor(exist_event)
if sync_strategy == base.SYNC_KEEP_NEWER and\
(not ext_modified or acc.last_modified > ext_modified):
# Update only if modified date was passed in and it is not
# older than the current modified date. The client is not
# expected to update the "last-modified" property, it is the
# job of the server (calendar store) to keep it up to date.
# This makes sure the client did the change on an up-to-date
# version of the object. See
# http://tools.ietf.org/search/rfc5545#section-3.8.7.3
continue
# Else: update
content = exist_event
else:
new_content_id = str(random.randint(0, 99999999))
container.invokeFactory(event_type,
id=new_content_id,
title=title,
description=description)
content = container[new_content_id]
assert (content) # At this point, a content must be available.
event = IEventAccessor(content)
event.title = title
event.description = description
event.start = start
event.end = end
event.whole_day = whole_day
event.open_end = open_end
event.location = location
event.event_url = url
event.recurrence = rrule
event.attendees = attendees
event.contact_name = contact
event.subjects = categories
if sync_uid and sync_strategy is not base.SYNC_NONE:
# Set the external sync_uid for sync strategies other than
# SYNC_NONE.
event.sync_uid = sync_uid
notify(ObjectModifiedEvent(content))
# Use commits instead of savepoints to avoid "FileStorageError:
# description too long" on large imports.
transaction.get().commit() # Commit before rename
if new_content_id and new_content_id in container:
# Rename with new id from title, if processForm didn't do it.
chooser = INameChooser(container)
new_id = chooser.chooseName(title, content)
content.aq_parent.manage_renameObject(new_content_id, new_id)
# Do this at the end, otherwise it's overwritten
if ext_modified:
event.last_modified = ext_modified
count += 1
return {'count': count}
def add(self, term):
"""Add `term` to the container."""
chooser = INameChooser(self.context)
name = chooser.chooseName("", term)
self.context[name] = term
return term
def upload(self, files, title='', description=''):
if not self.doc.isDocument():
return
#import pdb;pdb.set_trace()
overwrite = True
current_files = self.doc.getItem(self.fieldName, {})
if not current_files:
current_files = dict()
#Utile ma pericoloso: se cambio da multi a single elimino tutti i file.. da vedere
# if not self.multi:
# for fileId in current_files.keys():
# self.doc.deletefile(fileId)
if not isinstance(files, list):
files = [files]
namechooser = INameChooser(self.doc)
info = {
'name': 'File-Name.jpg',
'title': '',
'description': '',
'size': 999999,
'url': '@@getattachment?',
'thumbnail_url': '//nohost.org',
'delete_url': '//nohost.org',
'delete_type': 'DELETE',
'field_name': self.fieldName
}
results = []
for item in files:
if item.filename:
# if overwrite and filename in self.objectIds():
# self.doc.deletefile(filename)
contenttype = item.headers.get('Content-Type')
filename = safe_unicode(item.filename)
data = item.read()
id_name = ''
title = title and title[0] or filename
#non usata
description = description and description[0] or ''
# Get a unique id here
id_name = namechooser.chooseName(title, self.doc)
info["name"] = id_name
info["title"] = title
info["description"] = description
info["thumbnail_url"] = self.getIcon(contenttype)
info["content_type"] = contenttype
try:
blob = BlobWrapper(contenttype)
except: # XXX Except what?
# BEFORE PLONE 4.0.1
blob = BlobWrapper()
file_obj = blob.getBlob().open('w')
file_obj.write(data)
file_obj.close()
blob.setFilename(id_name)
blob.setContentType(contenttype)
info['size'] = blob.get_size()
self.doc._setObject(id_name, blob)
results.append(info)
if self.settings.widget == 'MULTI':
current_files[id_name] = contenttype
self.doc.setItem(self.fieldName, current_files)
else:
self.doc.setItem(self.fieldName, {id_name: contenttype})
if results:
return results
return False
def add(self, content):
"""Add the rule to the context
"""
storage = getUtility(IRuleStorage)
chooser = INameChooser(storage)
storage[chooser.chooseName(None, content)] = content
def add(self, **data):
officelocation = OfficeLocation(**data)
name = INameChooser(self.context).chooseName(u'', officelocation)
self.context[name] = officelocation
self.redirect(self.url(self.context))
def add(self, level):
container = self.getContent()
name = INameChooser(container).chooseName('', level)
container[name] = level
def _initAssignmentNode(self, node):
"""Create an assignment from a node
"""
site = self.environ.getSite()
# 1. Determine the assignment mapping and the name
manager = node.getAttribute('manager')
category = node.getAttribute('category')
key = node.getAttribute('key')
# convert unicode to str as unicode paths are not allowed in
# restrictedTraverse called in assignment_mapping_from_key
key = key.encode()
purge = False
if node.hasAttribute('purge'):
purge = self._convertToBoolean(node.getAttribute('purge'))
mapping = assignment_mapping_from_key(site,
manager,
category,
key,
create=True)
# 2. Either find or create the assignment
assignment = None
name = node.getAttribute('name')
if name:
name = str(name)
assignment = mapping.get(name, None)
__traceback_info__ = "Assignment name: " + name
if node.hasAttribute('remove'):
if assignment is not None:
del mapping[name]
return
if purge:
for portlet in mapping.keys():
del mapping[portlet]
return
type_ = str(node.getAttribute('type'))
if assignment is None:
portlet_factory = getUtility(IFactory, name=type_)
assignment = portlet_factory()
if not name:
chooser = INameChooser(mapping)
name = chooser.chooseName(None, assignment)
mapping[name] = assignment
# aq-wrap it so that complex fields will work
assignment = assignment.__of__(site)
# set visibility setting
visible = node.getAttribute('visible')
if visible:
settings = IPortletAssignmentSettings(assignment)
settings['visible'] = self._convertToBoolean(visible)
# 3. Use an adapter to update the portlet settings
portlet_interface = getUtility(IPortletTypeInterface, name=type_)
assignment_handler = IPortletAssignmentExportImportHandler(assignment)
assignment_handler.import_assignment(portlet_interface, node)
# 4. Handle ordering
insert_before = node.getAttribute('insert-before')
if insert_before:
position = None
keys = list(mapping.keys())
if insert_before == "*":
position = 0
elif insert_before in keys:
position = keys.index(insert_before)
if position is not None:
keys.remove(name)
keys.insert(position, name)
mapping.updateOrder(keys)
def __getattribute__(self, name):
if name.startswith('_') or name.startswith(
'portal_') or name.startswith(
'@@') or name == 'sql_id' or name in SpecificAttrs:
return super(SQLDexterityItem, self).__getattribute__(name)
connection = queryUtility(ISQLConnectionsUtility,
name=self.portal_type,
default=None)
if connection == None and self.portal_type:
fti = queryUtility(IDexterityFTI,
name=self.portal_type,
default=None)
if not fti:
return None
updateConnectionsForFti(fti)
connection = queryUtility(ISQLConnectionsUtility,
name=self.portal_type,
default=None)
if name == 'view':
#be sure session and sqlitem are up to date
self._v_sql_item = None
connection.session.close()
if not connection:
return super(SQLDexterityItem, self).__getattribute__(name)
if name == 'UID' and self.sql_virtual:
return self.portal_type + '-' + connection.sql_table + '-' + str(
self.sql_id)
if name == 'id' and 'id' not in connection.fieldnames.keys():
if not self.sql_virtual:
return super(SQLDexterityItem, self).__getattribute__(name)
fti = ISQLTypeSettings(
getUtility(IDexterityFTI, name=self.portal_type))
nameFromTitle = INameFromTitle(self, None)
if nameFromTitle is not None and nameFromTitle.title:
sql_folder_id = getattr(fti, 'sql_folder_id',
'data-' + self.portal_type)
title = nameFromTitle.title
folder = None
if IRelationValue.providedBy(sql_folder_id):
folder = sql_folder_id.to_object
elif sql_folder_id and sql_folder_id.startswith('/'):
portal = getToolByName(getSite(),
'portal_url').getPortalObject()
folder = portal.restrictedTraverse(sql_folder_id)
if folder:
name = INameChooser(folder).chooseName(title, self)
return name
# return INameChooser(getSite()).chooseName(title, self)
# return getUtility(IURLNormalizer).normalize(title)
return self.sql_id
if name in connection.fieldnames.keys():
sql_column = connection.fieldnames[name]
sql_item = self.getSQLItem()
try:
sql_id = getattr(sql_item, connection.sql_id_column, None)
except orm_exc.DetachedInstanceError:
self._v_sql_item = None
sql_item = self.getSQLItem()
sql_id = getattr(sql_item, connection.sql_id_column, None)
fieldname = 'name'
if sql_item and sql_column:
while '.' in sql_column:
sql_key = sql_column.split('.')[0]
sql_item = getattr(sql_item, sql_key, None)
if isinstance(sql_item, list):
value = sql_item
fieldname = sql_column.split('.')[-1]
break
sql_column = '.'.join(sql_column.split('.')[1:])
else:
if not isinstance(sql_item, list):
value = getattr(sql_item, sql_column, None)
if not value and (isinstance(value, list)
or hasattr(value, '_sa_instance_state')):
value = ''
elif (isinstance(value, list)
or hasattr(value, '_sa_instance_state')):
sqlftis = [
a for a in getAllUtilitiesRegisteredFor(IDexterityFTI)
if
'collective.behavior.sql.behavior.behaviors.ISQLContent'
in a.behaviors and getattr(a, 'sql_table', None)
]
if name == 'subject':
return tuple(
[getattr(a, fieldname, '') for a in value])
tableftis = []
for iface in iterSchemataForType(self.portal_type):
if name in iface.names():
field = iface[name]
if IRelationChoice.providedBy(
field) or IRelationList.providedBy(field):
if IRelationChoice.providedBy(field):
allowed_types = field.source.query.get(
'portal_type', [])
else:
allowed_types = field.value_type.source.query.get(
'portal_type', [])
tableftis = []
for sqlfti in sqlftis:
adapted = ISQLTypeSettings(sqlfti, None)
if isinstance(value, list):
classname = value[0].__class__.__name__
else:
classname = value.__class__.__name__
if adapted and getattr(
adapted, 'sql_table',
None) == classname:
if not allowed_types or sqlfti.id in allowed_types:
tableftis.append(adapted)
catalog = getToolByName(
getSite(), 'portal_catalog')
relations = []
for tablefti in tableftis:
sql_id_column = getattr(
tablefti, 'sql_id_column', 'id')
valueids = []
if isinstance(value, list):
valueids = [
getattr(a, sql_id_column, None)
for a in value
if getattr(a, sql_id_column, None)
]
else:
valueids = getattr(
value, sql_id_column, None)
valueids = [str(a) for a in valueids]
brains = catalog.unrestrictedSearchResults(
portal_type=tablefti.id,
sql_id=valueids)
for brain in brains:
relations.append(
SQLRelationValue(
brain.portal_type, brain.UID,
self))
if IRelationChoice.providedBy(
field) and relations:
return relations[0]
elif IRelationList.providedBy(
field) and relations:
return relations
elif ITuple.providedBy(field):
return tuple(
[getattr(a, fieldname, '') for a in value])
elif IList.providedBy(field):
return [
getattr(a, fieldname, '') for a in value
]
elif value and isinstance(value, list):
value = getattr(value[0], fieldname, '')
for iface in iterSchemataForType(self.portal_type):
if name == 'subject':
try:
return tuple([
a.decode('utf-8') for a in literal_eval(value)
])
except:
return tuple([a.strip() for a in value.split(',')])
if name in iface.names():
field = iface[name]
if IRichText.providedBy(field):
if not value:
value = ''
if not '<p' in value or not '<br' in value:
value = '<p>' + '</p><p>'.join([
a for a in value.split('\n') if a.strip()
]) + '</p>'
# try:
# value = str(value)
# except:
# try:
# value = value.decode('utf-8')
# except:
# try:
# value = value.encode('utf-8')
# except:
# pass
return RichTextValue(unidecode(value))
elif INamedBlobImage.providedBy(field):
return NamedBlobImage(
base64.b64decode(value),
filename=unicode(self.portal_type + self.id +
".jpg"))
elif ITuple.providedBy(field):
if not value:
return tuple([])
try:
return tuple([
a.decode('utf-8')
for a in literal_eval(value)
])
except:
return tuple(
[a.strip() for a in value.split(',')])
elif IList.providedBy(field):
if not value:
return []
try:
return [
a.decode('utf-8')
for a in literal_eval(value)
]
except:
return [a.strip() for a in value.split(',')]
elif IDatetime.providedBy(field) and hasattr(
value, 'day') and not hasattr(value, 'hour'):
value = datetime.datetime.combine(
value, datetime.datetime.min.time())
if name in [
'expiration_date', 'effective_date', 'effective',
'expires'
] and hasattr(value, 'day') and not hasattr(value, 'hour'):
value = datetime.datetime.combine(
value, datetime.datetime.min.time())
if isinstance(value, unicode) or name == 'id':
try:
value = str(value)
except:
pass
return value
return super(SQLDexterityItem, self).__getattribute__(name)
def __getattribute__(self, name):
if name.startswith('_') or name.startswith(
'portal_') or name.startswith('@@'):
return super(SQLDexterityItem, self).__getattribute__(name)
if name == 'id' and not self.sql_virtual:
return super(SQLDexterityItem, self).__getattribute__(name)
connection = queryUtility(ISQLConnectionsUtility,
name=self.portal_type,
default=None)
if connection == None and self.portal_type:
fti = queryUtility(IDexterityFTI,
name=self.portal_type,
default=None)
if not fti:
return None
updateConnectionsForFti(fti)
connection = queryUtility(ISQLConnectionsUtility,
name=self.portal_type,
default=None)
if not connection:
return super(SQLDexterityItem, self).__getattribute__(name)
if name == 'UID':
return self.portal_type + '-' + connection.sql_table + '-' + str(
self.sql_id)
if name == 'id' and 'id' not in connection.fieldnames.keys():
fti = ISQLTypeSettings(
getUtility(IDexterityFTI, name=self.portal_type))
nameFromTitle = INameFromTitle(self, None)
if nameFromTitle is not None and nameFromTitle.title:
sql_folder_id = getattr(fti, 'sql_folder_id',
'data-' + self.portal_type)
title = nameFromTitle.title
if IRelationValue.providedBy(name):
folder = sql_folder_id.to_object
if folder:
return INameChooser(folder).chooseName(title, self)
return INameChooser(getSite()).chooseName(title, self)
if name in connection.fieldnames.keys():
sql_column = connection.fieldnames[name]
sql_item = self.getSQLItem()
fieldname = 'name'
if sql_item and sql_column:
while '.' in sql_column:
sql_item = getattr(sql_item,
sql_column.split('.')[0], None)
if sql_item and (
(isinstance(sql_item, list) and len(sql_item) > 1)
or hasattr(sql_item, '_sa_instance_state')):
value = sql_item
fieldname = sql_column.split('.')[-1]
break
sql_column = '.'.join(sql_column.split('.')[1:])
else:
value = getattr(sql_item, sql_column, None)
#this is a relation
if value and (isinstance(value, list)
or hasattr(value, '_sa_instance_state')):
sqlftis = [
a for a in getAllUtilitiesRegisteredFor(IDexterityFTI)
if
'collective.behavior.sql.behavior.behaviors.ISQLContent'
in a.behaviors and getattr(a, 'sql_table', None)
]
if name == 'subject':
return tuple(
[getattr(a, fieldname, '') for a in value])
tableftis = []
for iface in iterSchemataForType(self.portal_type):
if name in iface.names():
field = iface[name]
if IList.providedBy(field):
return [
getattr(a, fieldname, '') for a in value
] # hope it has name!
elif ITuple.providedBy(field):
return tuple(
[getattr(a, fieldname, '') for a in value])
if IRelationChoice.providedBy(
field) or IRelationList.providedBy(field):
if IRelationChoice.providedBy(field):
allowed_types = field.source.query.get(
'portal_type', [])
else:
allowed_types = field.value_type.source.query.get(
'portal_type', [])
tableftis = []
for sqlfti in sqlftis:
adapted = ISQLTypeSettings(sqlfti, None)
if isinstance(value, list):
classname = value[0].__class__.__name__
else:
classname = value.__class__.__name__
if adapted and getattr(
adapted, 'sql_table',
None) == classname:
if not allowed_types or sqlfti.id in allowed_types:
tableftis.append(adapted)
catalog = getToolByName(
getSite(), 'portal_catalog')
relations = []
for tablefti in tableftis:
sql_id_column = getattr(
tablefti, 'sql_id_column', 'id')
valueids = []
if isinstance(value, list):
valueids = [
getattr(a, sql_id_column, None)
for a in value
if getattr(a, sql_id_column, None)
]
else:
valueids = getattr(
value, sql_id_column, None)
brains = catalog.searchResults(
portal_type=tablefti.id,
sql_id=valueids)
for brain in brains:
relations.append(
SQLRelationValue(
brain.portal_type,
brain.sql_id))
if IRelationChoice.providedBy(
field) and relations:
return relations[0]
elif IRelationList.providedBy(
field) and relations:
return relations
for iface in iterSchemataForType(self.portal_type):
if name == 'subject':
try:
return tuple([
a.decode('utf-8') for a in literal_eval(value)
])
except:
return tuple([a.strip() for a in value.split(',')])
if name in iface.names():
field = iface[name]
if IRichText.providedBy(field):
return RichTextValue(value)
if INamedBlobImage.providedBy(field):
return NamedBlobImage(
base64.b64decode(value),
filename=unicode(self.portal_type + self.id +
".jpg"))
if IList.providedBy(field):
try:
return [
a.decode('utf-8')
for a in literal_eval(value)
]
except:
return [a.strip() for a in value.split(',')]
if ITuple.providedBy(field):
try:
return tuple([
a.decode('utf-8')
for a in literal_eval(value)
])
except:
return tuple(
[a.strip() for a in value.split(',')])
if isinstance(value, unicode) or name == 'id':
try:
return str(value)
except:
pass
return value
return super(SQLDexterityItem, self).__getattribute__(name)
def test_downtimeTimezones(self, _getUtcnow):
# Execute a browser test for downtime to ensure correct time formats and
# timezone handling.
# Hack to be able to mock utcnow as it can not be patched immediatelly as it is
# member of the builtin type datetime. Additionally datetime is required by Plone
# within the patching scope.
_getUtcnow.return_value = datetime.datetime(2017, 4, 13, 15, 37, 0, 0,
pytz.utc)
# Allow user create content.
setRoles(self.portal, TEST_USER_ID, [
'Manager',
])
# Create the provider folder and two providers.
self.portal.invokeFactory('Folder', 'Providers')
self.portal.Providers.invokeFactory('Provider', 'provider')
self.portal.Providers.invokeFactory('Provider',
self.TEST_OTHER_PROVIDER)
# Create primary providers downtime to be filled out via browser.
self.portal.Providers.provider.invokeFactory('Downtime', 'downtime')
# Setup default workflow.
getToolByName(self.portal,
'portal_workflow').setDefaultChain('intranet_workflow')
# Setup downtime portlet.
column = getUtility(IPortletManager, 'plone.leftcolumn')
manager = getMultiAdapter((self.portal, column),
IPortletAssignmentMapping)
assignment = Assignment()
chooser = INameChooser(manager)
setRoles(self.portal, TEST_USER_ID, [
'Manager',
])
manager[chooser.chooseName(None, assignment)] = assignment
# Setup secondary provider and it's downtimes:
# * otherDowntime: not to be shown by portlet in primary provider's content subtree
# * pastDowntime: not to be shown by portlet at all
otherProvider = self.portal.Providers[self.TEST_OTHER_PROVIDER]
otherProvider.update(title=self.TEST_OTHER_PROVIDER)
otherProvider.invokeFactory('Downtime', self.TEST_OTHER_DOWNTIME)
otherDowntime = otherProvider[self.TEST_OTHER_DOWNTIME]
otherDowntime.update(title=self.TEST_OTHER_DOWNTIME,
startDateTime=self.TEST_OTHER_DOWNTIME_START,
endDateTime=self.TEST_OTHER_DOWNTIME_END)
otherProvider.invokeFactory('Downtime', self.TEST_PAST_DOWNTIME)
pastDowntime = otherProvider[self.TEST_PAST_DOWNTIME]
pastDowntime.update(title=self.TEST_PAST_DOWNTIME,
startDateTime=self.TEST_PAST_DOWNTIME_START,
endDateTime=self.TEST_PAST_DOWNTIME_END)
plone.api.content.transition(obj=otherDowntime, transition='publish')
plone.api.content.transition(obj=pastDowntime, transition='publish')
transaction.commit()
# Start actual interaction via browser
from plone.testing.z2 import Browser
browser = Browser(self.app)
browser.handleErrors = False
portal_url = self.portal.absolute_url()
self.portal.error_log._ignored_exceptions = ()
browser.open(portal_url + '/login_form')
browser.getControl(name='__ac_name').value = TEST_USER_NAME
browser.getControl(name='__ac_password').value = TEST_USER_PASSWORD
browser.getControl(name='submit').click()
self.assertIn('You are now logged in', browser.contents)
browser.open(portal_url)
# Create provider
browser.follow('Providers')
browser.follow('Add new')
self.assertTrue('Add new item' in browser.contents)
self.assertTrue('Compute or data service provider' in browser.contents)
browser.getControl("Provider").click()
browser.getControl(name='form.button.Add').click()
browser.getControl(name="title").value = self.TEST_PROVIDER_NAME
browser.getControl(
name='provider_userid').value = self.TEST_PROVIDER_ID
browser.getControl(name='address.city:record:ignore_empty'
).value = self.TEST_PROVIDER_CITY
browser.getControl(
name='address.country:record:ignore_empty').displayValue = [
self.TEST_PROVIDER_COUNTRY
]
browser.getControl(name="form.button.save").click()
# Create downtime
browser.follow('Add new')
self.assertTrue('Add new item' in browser.contents)
browser.getControl(label='Downtime').click()
browser.getControl(name='form.button.Add').click()
self.assertTrue('Add Downtime' in browser.contents)
browser.getControl(name='title').value = self.TEST_DOWNTIME_TITLE
browser.getControl(
name='description').value = self.TEST_DOWNTIME_DESCRIPTION
self.fillInDateWidget(browser, 'startDateTime',
self.TEST_DOWNTIME_START)
self.fillInDateWidget(browser, 'endDateTime', self.TEST_DOWNTIME_END)
browser.getControl(name='form.button.save').click()
# Publish
browser.follow('Publish')
browser.getControl(name='form.button.confirm').click()
# Check detail view
self.assertContainsDowntimeFull(browser)
# Check overview
browser.open(portal_url + '/downtime_overview')
self.assertContainsDowntimeShort(browser)
# Back to detail view and edit
browser.follow('Das ganze Schei')
browser.follow('Edit')
# Check edit view for correct dates
self.assertDateWidget(browser, 'startDateTime',
self.TEST_DOWNTIME_START)
self.assertDateWidget(browser, 'endDateTime', self.TEST_DOWNTIME_END)
# Check portlet on portal site
browser.open(portal_url)
self.assertTrue('All Downtimes...' in browser.contents)
self.assertContainsDowntimeShort(browser)
self.assertFalse(
re.search('Upcoming Downtimes\\s+?\\(' + self.TEST_PROVIDER_NAME,
browser.contents))
self.assertTrue(self.TEST_OTHER_DOWNTIME in browser.contents)
self.assertFalse(self.TEST_PAST_DOWNTIME in browser.contents)
# Check portlet on provider overview site
browser.follow('Providers')
self.assertContainsDowntimeShort(browser)
self.assertFalse(
re.search('Upcoming Downtimes\\s+?\\(' + self.TEST_PROVIDER_NAME,
browser.contents))
self.assertTrue(self.TEST_OTHER_DOWNTIME in browser.contents)
self.assertFalse(self.TEST_PAST_DOWNTIME in browser.contents)
# Check portlet on provider detail site
browser.follow(self.TEST_PROVIDER_NAME)
self.assertContainsDowntimeShort(browser)
self.assertTrue(
re.search('Upcoming Downtimes\\s+?\\(' + self.TEST_PROVIDER_NAME,
browser.contents))
self.assertFalse(self.TEST_OTHER_DOWNTIME in browser.contents)
self.assertFalse(self.TEST_PAST_DOWNTIME in browser.contents)
def ical_import(container, ics_resource, event_type):
cal = icalendar.Calendar.from_ical(ics_resource)
events = cal.walk('VEVENT')
def _get_prop(prop, item):
ret = None
if prop in item:
ret = safe_unicode(item.decoded(prop))
return ret
def _from_list(ical, prop):
"""For EXDATE and RDATE recurrence component properties, the dates can
be defined within one EXDATE/RDATE line or for each date an individual
line.
In the latter case, icalendar creates a list.
This method handles this case.
TODO: component property parameters like TZID are not used here.
"""
val = prop in ical and ical[prop] or []
if not isinstance(val, list):
val = [val]
#ret = ''
#for item in val:
# ret = ret and '%s\n' % ret or ret # insert linebreak
# ret = '%s%s:%s' % (ret, prop, item.to_ical())
#return ret
# Zip multiple lines into one, since jquery.recurrenceinput.js does
# not support multiple lines here
# https://github.com/collective/jquery.recurrenceinput.js/issues/15
ret = ''
for item in val:
ret = ret and '%s,' % ret or ret # insert linebreak
ret = '%s%s' % (ret, item.to_ical())
return ret and '%s:%s' % (prop, ret) or None
count = 0
for item in events:
start = _get_prop('DTSTART', item)
end = _get_prop('DTEND', item)
if not end:
duration = _get_prop('DURATION', item)
if duration:
end = start + duration
# else: whole day or open end
timezone = getattr(getattr(start, 'tzinfo', None), 'zone', None) or\
base.default_timezone(container)
whole_day = False
open_end = False
if is_date(start) and (is_date(end) or end is None):
# All day / whole day events
# End must be same type as start (RFC5545, 3.8.2.2)
whole_day = True
if end is None: end = start
if start < end:
# RFC5545 doesn't define clearly, if all day events should have
# a end date one day after the start day at 0:00.
# Internally, we handle all day events with start=0:00,
# end=:23:59:59, so we substract one day here.
end = end - datetime.timedelta(days=1)
start = base.dt_start_of_day(date_to_datetime(start))
end = base.dt_end_of_day(date_to_datetime(end))
elif is_datetime(start) and end is None:
# Open end event, see RFC 5545, 3.6.1
open_end = True
end = base.dt_end_of_day(date_to_datetime(start))
assert(is_datetime(start))
assert(is_datetime(end))
title = _get_prop('SUMMARY', item)
description = _get_prop('DESCRIPTION', item)
location = _get_prop('LOCATION', item)
url = _get_prop('URL', item)
rrule = _get_prop('RRULE', item)
rrule = rrule and 'RRULE:%s' % rrule.to_ical() or ''
rdates = _from_list(item, 'RDATE')
exdates = _from_list(item, 'EXDATE')
rrule = '\n'.join([it for it in [rrule, rdates, exdates] if it])
# TODO: attendee-lists are not decoded properly and contain only
# vCalAddress values
attendees = _get_prop('ATTENDEE', item)
contact = _get_prop('CONTACT', item)
categories = _get_prop('CATEGORIES', item)
if hasattr(categories, '__iter__'):
categories = [safe_unicode(it) for it in categories]
# for sync
created = _get_prop('CREATED', item)
modified = _get_prop('LAST-MODIFIED', item)
# TODO: better use plone.api, from which some of the code here is
# copied
content_id = str(random.randint(0, 99999999))
# TODO: if AT had the same attrs like IDXEventBase, we could set
# everything within this invokeFactory call.
container.invokeFactory(event_type,
id=content_id,
title=title,
description=description)
content = container[content_id]
event = IEventAccessor(content)
event.start = start
event.end = end
event.timezone = timezone
event.whole_day = whole_day
event.open_end = open_end
event.location = location
event.event_url = url
event.recurrence = rrule
event.attendees = attendees
event.contact_name = contact
event.subjects = categories
notify(ObjectModifiedEvent(content))
# Archetypes specific code
if getattr(content, 'processForm', False):
# Will finish Archetypes content item creation process,
# rename-after-creation and such
content.processForm()
if content_id in container:
# Rename with new id from title, if processForm didn't do it.
chooser = INameChooser(container)
new_id = chooser.chooseName(title, content)
transaction.savepoint(optimistic=True) # Commit before renaming
content.aq_parent.manage_renameObject(content_id, new_id)
else:
transaction.savepoint(optimistic=True)
count += 1
return {'count': count}
def get_new_id(self, obj):
return INameChooser(self.context).chooseName(None, obj)
def create_object(self, folder, type_, info):
filename = info['name']
name = filename.decode("utf8")
chooser = INameChooser(folder)
chooser_name = name.lower().replace('aq_', '')
newid = chooser.chooseName(chooser_name, folder.aq_parent)
# strip metadata from file
if (type_ in ('Image', 'File', 'Video') and
exiftool is not None and 'tmp_file' in info):
is_pdf = ('application/pdf' in guess_type(info['tmp_file']))
if is_pdf and qpdf is not None:
try:
# Will recursively remove the tags of the file using exiftool, linearize it.
# And do it again.
exiftool(info['tmp_file'])
qpdf(info['tmp_file'])
exiftool(info['tmp_file'])
qpdf(info['tmp_file'])
except Exception:
logger.warn('Could not strip additional metadata with qpdf %s' % info['tmp_file'])
else:
try:
exiftool(info['tmp_file'])
except Exception:
logger.warn('Could not strip metadata from file: %s' % info['tmp_file'])
fi = open(info['tmp_file'], 'r')
try:
# Try to determine which kind of NamedBlob we need
# This will suffice for standard p.a.contenttypes File/Image
# and any other custom type that would have 'File' or 'Image' in
# its type name
filename = ploneutils.safe_unicode(filename)
create_opts = dict(
type=type_,
id=newid,
container=folder)
if 'Image' in type_:
image = NamedBlobImage(data=fi, filename=filename)
try:
image.focal_point = [
float(self.request.form.get('focalX')),
float(self.request.form.get('focalY'))
]
except Exception:
pass
create_opts['image'] = image
else:
create_opts['file'] = NamedBlobFile(data=fi, filename=filename)
for field in get_upload_fields():
if not field.get('name'):
continue
name = field['name']
if not self.request.form.get(name):
continue
if name in ('tags', 'subject'):
# tags needs to be converted
create_opts['subject'] = self.request.form.get(name).split(';')
else:
create_opts[name] = self.request.form.get(name, '')
return api.content.create(**create_opts)
finally:
fi.close()
def convert_legacy_portlets(context):
"""Convert legacy portlets (left_slots, right_slots) in the given
context to new-style portlets.
"""
portletsMapping = {
'portlet_login': login.Assignment(),
'portlet_news': news.Assignment(count=5),
'portlet_navigation': navigation.Assignment(),
'portlet_review': review.Assignment(),
'portlet_recent': recent.Assignment(count=5),
'portlet_related': DONT_MIGRATE,
'portlet_languages': DONT_MIGRATE,
}
if HAS_EVENTS:
portletsMapping.update({
'portlet_calendar':
portlet_calendar.Assignment(),
'portlet_events':
portlet_events.Assignment(count=5),
})
# Convert left_slots and right_slots to portlets
left = getUtility(IPortletManager, name='plone.leftcolumn')
right = getUtility(IPortletManager, name='plone.rightcolumn')
leftAssignable = getMultiAdapter((context, left),
IPortletAssignmentMapping).__of__(context)
rightAssignable = getMultiAdapter(
(context, right), IPortletAssignmentMapping).__of__(context)
IPortletPermissionChecker(leftAssignable)()
IPortletPermissionChecker(rightAssignable)()
leftChooser = INameChooser(leftAssignable)
rightChooser = INameChooser(rightAssignable)
left_slots = getattr(aq_base(context), 'left_slots', [])
right_slots = getattr(aq_base(context), 'right_slots', [])
for item in left_slots:
path = item.split('/')
if len(path) == 4:
newPortlet = portletsMapping.get(path[1], None)
if newPortlet is None and path[0] in (
'context', 'here') and path[2] == 'macros':
newPortlet = classic.Assignment(path[1], path[3])
if newPortlet is not None and newPortlet is not DONT_MIGRATE:
leftAssignable[leftChooser.chooseName(None,
newPortlet)] = newPortlet
for item in right_slots:
path = item.split('/')
if len(path) == 4:
newPortlet = portletsMapping.get(path[1], None)
if newPortlet is None and path[0] in (
'context', 'here') and path[2] == 'macros':
newPortlet = classic.Assignment(path[1], path[3])
if newPortlet is not None and newPortlet is not DONT_MIGRATE:
rightAssignable[rightChooser.chooseName(
None, newPortlet)] = newPortlet
context.left_slots = []
context.right_slots = []
def addScoreSystem(self, target):
chooser = INameChooser(self.context)
name = chooser.chooseName('', target)
self.context[name] = target
def add(self, schedule):
chooser = INameChooser(self.context)
name = chooser.chooseName('', schedule)
self.context[name] = schedule
self._object_added = schedule
def add(self, content):
# I think this should be more deterministic
name = INameChooser(self).chooseName(content.__name__ or '', content)
self[name] = content
def register_portlets(obj, item):
"""Register portlets fror one object
Code adapted from plone.app.portlets.exportimport.portlets.PortletsXMLAdapter
Work in progress...
"""
site = api.portal.get()
request = getRequest()
results = 0
for manager_name, portlets in item.get("portlets", {}).items():
manager = getUtility(IPortletManager, manager_name)
mapping = queryMultiAdapter((obj, manager), IPortletAssignmentMapping)
namechooser = INameChooser(mapping)
for portlet_data in portlets:
# 1. Create the assignment
assignment_data = portlet_data["assignment"]
portlet_type = portlet_data["type"]
portlet_factory = getUtility(IFactory, name=portlet_type)
assignment = portlet_factory()
name = namechooser.chooseName(None, assignment)
mapping[name] = assignment
logger.info("Added portlet {} to {}".format(
name, obj.absolute_url()))
# aq-wrap it so that complex fields will work
assignment = assignment.__of__(site)
# set visibility setting
visible = portlet_data.get("visible")
if visible:
settings = IPortletAssignmentSettings(assignment)
settings["visible"] = visible
# 2. Apply portlet settings
portlet_interface = getUtility(IPortletTypeInterface,
name=portlet_type)
for property_name, value in assignment_data.items():
field = portlet_interface.get(property_name, None)
if field is None:
continue
field = field.bind(assignment)
# deserialize data (e.g. for RichText)
deserializer = queryMultiAdapter((field, obj, request),
IFieldDeserializer)
if deserializer is not None:
try:
value = deserializer(value)
except Exception as e:
logger.info(
u"Could not import portlet data {} for field {} on {}: {}"
.format(value, field, obj.absolute_url(), str(e)))
continue
field.set(assignment, value)
results += 1
for blacklist_status in item.get("blacklist_status", []):
status = blacklist_status["status"]
manager_name = blacklist_status["manager"]
category = blacklist_status["category"]
manager = getUtility(IPortletManager, manager_name)
assignable = queryMultiAdapter((obj, manager),
ILocalPortletAssignmentManager)
if status.lower() == "block":
assignable.setBlacklistStatus(category, True)
elif status.lower() == "show":
assignable.setBlacklistStatus(category, False)
return results
def add(self, timetable):
"""Add the timetable to self.context."""
nameChooser = INameChooser(self.context)
key = nameChooser.chooseName('', timetable)
self.context[key] = timetable
def __call__(self):
self.errors = []
self.protect()
context = aq_inner(self.context)
catalog = getToolByName(context, 'portal_catalog')
mtool = getToolByName(context, 'portal_membership')
missing = []
for key in self.request.form.keys():
if not key.startswith('UID_'):
continue
index = key.split('_')[-1]
uid = self.request.form[key]
brains = catalog(UID=uid, show_inactive=True)
if len(brains) == 0:
missing.append(uid)
continue
obj = brains[0].getObject()
title = self.objectTitle(obj)
if not mtool.checkPermission('Copy or Move', obj):
self.errors.append(
_(u'Permission denied to rename ${title}.',
mapping={u'title': title}))
continue
sp = transaction.savepoint(optimistic=True)
newid = self.request.form['newid_' + index]
if six.PY2:
newid = newid.encode('utf8')
newtitle = self.request.form['newtitle_' + index]
try:
obid = obj.getId()
title = obj.Title()
change_title = newtitle and title != newtitle
if change_title:
getSecurityManager().validate(obj, obj, 'setTitle',
obj.setTitle)
obj.setTitle(newtitle)
notify(ObjectModifiedEvent(obj))
if newid and obid != newid:
parent = aq_parent(aq_inner(obj))
# Make sure newid is safe
newid = INameChooser(parent).chooseName(newid, obj)
# Update the default_page on the parent.
context_state = getMultiAdapter((obj, self.request),
name='plone_context_state')
if context_state.is_default_page():
parent.setDefaultPage(newid)
parent.manage_renameObjects((obid, ), (newid, ))
elif change_title:
# the rename will have already triggered a reindex
obj.reindexObject()
except ConflictError:
raise
except Exception as e:
sp.rollback()
if six.PY2:
title = title.decode('utf8')
logger.error(u'Error renaming "{title}": "{exception}"'.format(
title=title, exception=e))
self.errors.append(
_(u'Error renaming ${title}', mapping={'title': title}))
return self.message(missing)
def __call__(self, name, content_type, data, title, request):
# contextual import to prevent ImportError
from plone.dexterity.utils import createContentInContainer
ctr = getToolByName(self.context, 'content_type_registry')
type_ = ctr.findTypeName(name.lower(), '', '') or 'File'
name = name.decode('utf8')
title = title.decode('utf8')
chooser = INameChooser(self.context)
# otherwise I get ZPublisher.Conflict ConflictErrors
# when uploading multiple files
upload_lock.acquire()
def trim_title(title):
pview = getMultiAdapter((self.context, request), name='plone')
return pview.cropText(title, 40)
if title:
newid = chooser.chooseName(title, self.context.aq_parent)
else:
newid = chooser.chooseName(name, self.context.aq_parent)
try:
transaction.begin()
# Try to determine which kind of NamedBlob we need
# This will suffice for standard p.a.contenttypes File/Image
# and any other custom type that would have 'File' or 'Image' in
# its type name
if 'File' in type_:
file = NamedBlobFile(data=data.read(),
filename=unicode(data.filename),
contentType=content_type)
obj = createContentInContainer(self.context,
'AppFile',
id=newid,
title=trim_title(title),
description=title,
file=file,
checkConstraints=False)
elif 'Image' in type_:
image = NamedBlobImage(data=data.read(),
filename=unicode(data.filename),
contentType=content_type)
obj = createContentInContainer(self.context,
'AppImage',
id=newid,
title=trim_title(title),
description=title,
image=image,
checkConstraints=False)
# obj.title = name
obj.reindexObject()
transaction.commit()
finally:
upload_lock.release()
return obj
def folderupload(self, files, title='', description=''):
if not self.doc.isDocument():
return
self.doc.setfile(self.doc, files[0])
docfolderId = self.doc.getId()
dbfolderId = self.doc.getParentDatabase().id
#TODO come configurare diverse cartelle per applicazione o plomino db (da fare sulle singole app)?
target = self.context.portal_url.getPortalObject()[ATTACHMENT_FOLDER]
with adopt_roles('Manager'):
if not dbfolderId in target.keys():
target.invokeFactory("Folder", id=dbfolderId, title=dbfolderId)
target = target[dbfolderId]
if not docfolderId in target.keys():
target.invokeFactory("Folder",
id=docfolderId,
title=docfolderId)
docFolder = target[docfolderId]
for username, roles in self.doc.get_local_roles():
docFolder.manage_setLocalRoles(username, roles)
if not isinstance(files, list):
files = [files]
#se non campo multiplo vuoto la cartella
#TODO tenere allineati i files nella cartella con i nomi sul campo di plomino
current_files = self.doc.getItem(self.element)
cleaned_files = {}
if self.multiple:
for fName in current_files:
if fName in docFolder.keys():
cleaned_files[fName] = current_files[fName]
self.doc.setItem(self.element, cleaned_files)
#se upload singolo cancello tutti i file presenti collegati al campo
else:
try:
docFolder.manage_delObjects(current_files.keys())
except Exception as error:
pass
self.doc.removeItem(self.element)
namechooser = INameChooser(docFolder)
loaded = []
for item in files:
if item.filename:
content_type = item.headers.get('Content-Type')
filename = safe_unicode(item.filename)
data = item.read()
id_name = ''
title = title and title[0] or filename
# Get a unique id here
id_name = namechooser.chooseName(title, docFolder)
# Portal types allowed : File and Image
# Since Plone 4.x both types use Blob
if content_type in IMAGE_MIMETYPES:
portal_type = 'Image'
wrapped_data = NamedBlobImage(data=data, filename=filename)
else:
portal_type = 'File'
wrapped_data = NamedBlobFile(data=data, filename=filename)
# Create content
docFolder.invokeFactory(portal_type,
id=id_name,
title=title,
description=description[0])
newfile = docFolder[id_name]
# Set data
if portal_type == 'File':
if IATFile.providedBy(newfile):
newfile.setFile(data, filename=filename)
else:
newfile.file = wrapped_data
elif portal_type == 'Image':
if IATImage.providedBy(newfile):
newfile.setImage(data, filename=filename)
else:
newfile.image = wrapped_data
# Finalize content creation, reindex it
newfile.reindexObject()
notify(ObjectModifiedEvent(newfile))
loaded.append(newfile)
if loaded:
return loaded
return False
def addItem(self, item):
chooser = INameChooser(self)
item_id = getattr(item, 'ldap_name', None) or chooser.chooseName(
None, item)
self[item_id] = item
def add(self, content):
name = INameChooser(self).chooseName(content.__name__ or '', content)
self[name] = content
def ical_import(container,
ics_resource,
event_type,
sync_strategy=base.SYNC_KEEP_NEWER):
cal = icalendar.Calendar.from_ical(ics_resource)
events = cal.walk('VEVENT')
cat = getToolByName(container, 'portal_catalog')
container_path = '/'.join(container.getPhysicalPath())
def _get_by_sync_uid(uid):
return cat(sync_uid=uid, path={'query': container_path, 'depth': 1})
def _get_prop(prop, item, default=None):
ret = default
if prop in item:
ret = safe_unicode(item.decoded(prop))
return ret
def _from_list(ical, prop):
"""For EXDATE and RDATE recurrence component properties, the dates can
be defined within one EXDATE/RDATE line or for each date an individual
line.
In the latter case, icalendar creates a list.
This method handles this case.
TODO: component property parameters like TZID are not used here.
"""
val = prop in ical and ical[prop] or []
if not isinstance(val, list):
val = [val]
#ret = ''
#for item in val:
# ret = ret and '%s\n' % ret or ret # insert linebreak
# ret = '%s%s:%s' % (ret, prop, item.to_ical())
#return ret
# Zip multiple lines into one, since jquery.recurrenceinput.js does
# not support multiple lines here
# https://github.com/collective/jquery.recurrenceinput.js/issues/15
ret = ''
for item in val:
ret = ret and '%s,' % ret or ret # insert linebreak
ret = '%s%s' % (ret, item.to_ical())
return ret and '%s:%s' % (prop, ret) or None
count = 0
for item in events:
start = _get_prop('DTSTART', item)
end = _get_prop('DTEND', item)
if not end:
duration = _get_prop('DURATION', item)
if duration:
end = start + duration
# else: whole day or open end
timezone = getattr(getattr(start, 'tzinfo', None), 'zone', None) or\
base.default_timezone(container)
whole_day = False
open_end = False
if is_date(start) and (is_date(end) or end is None):
# All day / whole day events
# End must be same type as start (RFC5545, 3.8.2.2)
whole_day = True
if end is None:
end = start
if start < end:
# RFC5545 doesn't define clearly, if all day events should have
# a end date one day after the start day at 0:00.
# Internally, we handle all day events with start=0:00,
# end=:23:59:59, so we substract one day here.
end = end - datetime.timedelta(days=1)
start = base.dt_start_of_day(date_to_datetime(start))
end = base.dt_end_of_day(date_to_datetime(end))
elif is_datetime(start) and end is None:
# Open end event, see RFC 5545, 3.6.1
open_end = True
end = base.dt_end_of_day(date_to_datetime(start))
assert (is_datetime(start))
assert (is_datetime(end))
title = _get_prop('SUMMARY', item)
description = _get_prop('DESCRIPTION', item)
location = _get_prop('LOCATION', item)
url = _get_prop('URL', item)
rrule = _get_prop('RRULE', item)
rrule = rrule and 'RRULE:%s' % rrule.to_ical() or ''
rdates = _from_list(item, 'RDATE')
exdates = _from_list(item, 'EXDATE')
rrule = '\n'.join([it for it in [rrule, rdates, exdates] if it])
# TODO: attendee-lists are not decoded properly and contain only
# vCalAddress values
attendees = item.get('ATTENDEE', ())
contact = _get_prop('CONTACT', item)
categories = item.get('CATEGORIES', ())
if hasattr(categories, '__iter__'):
categories = [safe_unicode(it) for it in categories]
ext_modified = utc(_get_prop('LAST-MODIFIED', item))
# TODO: better use plone.api for content creation, from which some of
# the code here is copied
content = None
new_content_id = None
existing_event = None
sync_uid = _get_prop('UID', item)
if sync_strategy != base.SYNC_NONE and sync_uid:
existing_event = _get_by_sync_uid(sync_uid)
if existing_event:
if sync_strategy == base.SYNC_KEEP_MINE:
# On conflict, keep mine
continue
exist_event = existing_event[0].getObject()
acc = IEventAccessor(exist_event)
if sync_strategy == base.SYNC_KEEP_NEWER and\
(not ext_modified or acc.last_modified >= ext_modified):
# Update only, if newer, if ext_modified exists
continue
# Else: update
content = exist_event
else:
# TODO: if AT had the same attrs like IDXEventBase, we could set
# everything within this invokeFactory call.
new_content_id = str(random.randint(0, 99999999))
container.invokeFactory(event_type,
id=new_content_id,
title=title,
description=description)
content = container[new_content_id]
assert (content) # At this point, a content must be available.
event = IEventAccessor(content)
event.title = title
event.description = description
event.start = start
event.end = end
event.timezone = timezone
event.whole_day = whole_day
event.open_end = open_end
event.location = location
event.event_url = url
event.recurrence = rrule
event.attendees = attendees
event.contact_name = contact
event.subjects = categories
if sync_strategy != base.SYNC_NONE:
# Don't import the sync_uid, if no sync strategy is chosen. Let the
# sync_uid be autogenerated then.
event.sync_uid = sync_uid
notify(ObjectModifiedEvent(content))
# Archetypes specific code
if getattr(content, 'processForm', False):
# Will finish Archetypes content item creation process,
# rename-after-creation and such
content.processForm()
# Use commits instead of savepoints to avoid "FileStorageError:
# description too long" on large imports.
transaction.get().commit() # Commit before rename
if new_content_id and new_content_id in container:
# Rename with new id from title, if processForm didn't do it.
chooser = INameChooser(container)
new_id = chooser.chooseName(title, content)
content.aq_parent.manage_renameObject(new_content_id, new_id)
# Do this at the end, otherwise it's overwritten
if ext_modified:
event.last_modified = ext_modified
count += 1
return {'count': count}
def add(self, ob):
self.context[INameChooser(self.context).chooseName()] = ob
def _initRules(self, node):
"""Import rules from the given node
"""
site = self.environ.getSite()
storage = queryUtility(IRuleStorage)
if storage is None:
return
for child in node.childNodes:
if child.nodeName == 'rule':
rule = None
name = child.getAttribute('name')
if name:
rule = storage.get(name, None)
if rule is None:
rule = Rule()
if not name:
chooser = INameChooser(storage)
name = chooser.chooseName(None, rule)
storage[name] = rule
else:
# Clear out conditions and actions since we're expecting
# new ones
del rule.conditions[:]
del rule.actions[:]
rule.title = child.getAttribute('title')
rule.description = child.getAttribute('description')
event_name = child.getAttribute('event')
rule.event = _resolveDottedName(event_name)
if not rule.event:
raise ImportError('Can not import {0}'.format(event_name))
rule.enabled = as_bool(child.getAttribute('enabled'), True)
rule.stop = as_bool(child.getAttribute('stop-after'))
rule.cascading = as_bool(child.getAttribute('cascading'))
# Aq-wrap to enable complex setters for elements below
# to work
rule = rule.__of__(site)
for rule_config_node in child.childNodes:
if rule_config_node.nodeName == 'conditions':
for condition_node in rule_config_node.childNodes:
if not condition_node.nodeName == 'condition':
continue
type_ = condition_node.getAttribute('type')
element_type = getUtility(IRuleCondition,
name=type_)
if element_type.factory is None:
continue
condition = element_type.factory()
# Aq-wrap in case of complex setters
condition = condition.__of__(rule)
handler = IRuleElementExportImportHandler(
condition)
handler.import_element(condition_node)
rule.conditions.append(aq_base(condition))
elif rule_config_node.nodeName == 'actions':
for action_node in rule_config_node.childNodes:
if not action_node.nodeName == 'action':
continue
type_ = action_node.getAttribute('type')
element_type = getUtility(IRuleAction, name=type_)
if element_type.factory is None:
continue
action = element_type.factory()
# Aq-wrap in case of complex setters
action = action.__of__(rule)
handler = IRuleElementExportImportHandler(action)
handler.import_element(action_node)
rule.actions.append(aq_base(action))
elif child.nodeName == 'assignment':
location = child.getAttribute('location')
if location.startswith('/'):
location = location[1:]
try:
container = site.unrestrictedTraverse(str(location))
except KeyError:
continue
name = child.getAttribute('name')
api.assign_rule(
container,
name,
enabled=as_bool(child.getAttribute('enabled')),
bubbles=as_bool(child.getAttribute('bubbles')),
insert_before=child.getAttribute('insert-before'),
)
def create(
container=None,
type=None,
id=None,
title=None,
safe_id=False,
**kwargs # NOQA: C816
):
"""Create a new content item.
:param container: [required] Container object in which to create the new
object.
:type container: Folderish content object
:param type: [required] Type of the object.
:type type: string
:param id: Id of the object. If the id conflicts with another object in
the container, a suffix will be added to the new object's id. If no id
is provided, automatically generate one from the title. If there is no
id or title provided, raise a ValueError.
:type id: string
:param title: Title of the object. If no title is provided, use id as
the title.
:type title: string
:param safe_id: When False, the given id will be enforced. If the id is
conflicting with another object in the target container, raise an
InvalidParameterError. When True, choose a new, non-conflicting id.
:type safe_id: boolean
:returns: Content object
:raises:
KeyError,
:class:`~plone.api.exc.MissingParameterError`,
:class:`~plone.api.exc.InvalidParameterError`
:Example: :ref:`content_create_example`
"""
# Create a temporary id if the id is not given
content_id = not safe_id and id or str(random.randint(0, 99999999))
if title:
kwargs['title'] = title
try:
container.invokeFactory(type, content_id, **kwargs)
except UnicodeDecodeError:
# UnicodeDecodeError is a subclass of ValueError,
# so will be swallowed below unless we re-raise it here
raise
except ValueError as e:
types = [fti.getId() for fti in container.allowedContentTypes()]
raise InvalidParameterError(
"Cannot add a '{obj_type}' object to the container.\n"
'Allowed types are:\n'
'{allowed_types}\n'
'{message}'.format(
obj_type=type,
allowed_types='\n'.join(sorted(types)),
message=e.message,
), )
content = container[content_id]
# Archetypes specific code
if IBaseObject.providedBy(content):
# Will finish Archetypes content item creation process,
# rename-after-creation and such
content.processForm(values=kwargs)
if not id or (safe_id and id):
# Create a new id from title
chooser = INameChooser(container)
derived_id = id or title
new_id = chooser.chooseName(derived_id, content)
# kacee: we must do a partial commit, else the renaming fails because
# the object isn't in the zodb.
# Thus if it is not in zodb, there's nothing to move. We should
# choose a correct id when
# the object is created.
# maurits: tests run fine without this though.
transaction.savepoint(optimistic=True)
content.aq_parent.manage_renameObject(content_id, new_id)
return content
def add_test_data(self, *items):
from collective.notices.interfaces import INoticeFactory
for item in items:
self.storage[INameChooser(self.storage).chooseName()] = \
INoticeFactory(self.storage)(**item)