def registerPersistentConfig(site, type_):
""" Try to get persistent pipeline configuration of given type (export or import)
and register it for use with transmogrifier.
"""
global CONFIGFILE
anno = IAnnotations(site)
key = '%s.%s' % (ANNOKEY, type_)
config = anno.has_key(key) and anno[key] or None
# unregister old config
name = 'persitent-%s' % type_
if name in configuration_registry._config_ids:
configuration_registry._config_ids.remove(name)
del configuration_registry._config_info[name]
# register new
if config is not None:
title = description = u'Persistent %s pipeline'
tf = tempfile.NamedTemporaryFile('w+t', suffix='.cfg')
tf.write(config)
tf.seek(0)
CONFIGFILE = tf
configuration_registry.registerConfiguration(name, title, description, tf.name)
return name
else:
return None
def migrate(self):
if self.is_updated():
return 'already migrated'
# set the appropriate list type based on the previous settings
# this may need to mark the appropriate interface on the mailing
# list as well
if self.context.moderated:
self.context.list_type = PostModeratedListTypeDefinition
elif self.context.closed:
self.context.list_type = MembershipModeratedListTypeDefinition
else:
self.context.list_type = PublicListTypeDefinition
# copy over the membership stuff
annot = IAnnotations(self.context)
listen_annot = annot.get('listen', {})
old_subscribers = listen_annot.get('subscribers', [])
# create the new annotations by using current adapters
mem_list = IWriteMembershipList(self.context)
for subscriber in old_subscribers:
mem_list.subscribe(subscriber)
# unsubscribe (but leave as allowed senders) those who don't
# receive mail
nomail = listen_annot.get('norecvmail', [])
for allowed_sender in nomail:
mem_list.unsubscribe(allowed_sender)
# copy over the moderation messages
self.mod_post_pending_list = getAdapter(self.context, IPostPendingList, 'pending_pmod_post')
for i in self.context.mqueue.objectIds():
(header, body) = splitMail(self.context.mqueue[i])
post = {'header':header, 'body':body}
(user_name, user_email) = parseaddr(header.get('from', ''))
self.mod_post_pending_list.add(user_email, user_name=user_name, post=post)
# creates list managers from moderators and list owner
managers = []
managers.append(self.context.list_owner)
for moderator in self.context.moderators:
managers.append(moderator)
self.context.managers = tuple(managers)
convert_manager_emails_to_memberids(self.context)
# translate archived vocabulary
if self.context.archived == 'not archived':
self.context.archived = 2
elif self.context.archived == 'plain text':
self.context.archived = 1
elif self.context.archived == 'with attachments':
self.context.archived = 0
else:
return 'error translating archive option'
# annotate the list to say the migration completed
self.migration_annot.append('policy_migration')
return 'successfully migrated'
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
req_annot = annot.get(annot_key, None)
if req_annot is None:
req_annot = set()
annot[annot_key] = req_annot
self._req_store = req_annot
def afterSetUp(self):
self.obj = Dummy()
self.dan = IClickdates(self.obj)
self.dan.clickDate()
self.thisMonth = datetime.date.today().month
self.thisYear = datetime.date.today().year
self.annotations = IAnnotations(self.obj)
self.date = "%s-%s" % (self.thisYear, self.thisMonth)
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
wiki_annot = annot.get(annot_key, None)
if wiki_annot is None:
wiki_annot = IOBTree()
annot[annot_key] = wiki_annot
self.annot = wiki_annot
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
homepage_annot = annot.get(self.KEY, None)
if homepage_annot is None:
homepage_annot = OOBTree()
annot['opencore.project.browser.home_page'] = homepage_annot
self.annot = homepage_annot
def __init__(self, context):
self.context = context
key = str(context)
annotations = IAnnotations(context)
storage = annotations.setdefault(ANNOT_KEY,
PersistentMapping())
storage.setdefault('hmac_key', key)
self.storage = storage
def __init__(self, context):
annotations = IAnnotations(context)
dcdata = annotations.get(DCkey)
if dcdata is None:
self.annotations = annotations
dcdata = ZDCAnnotationData()
super(ZDCAnnotatableAdapter, self).__init__(dcdata)
def clearMemoCache(self):
# from the request
req = self.portal.REQUEST
annotations = IAnnotations(req)
cache = annotations.get(ViewMemo.key, None)
if cache is not None:
annotations[ViewMemo.key] = dict()
# from the timestamp cache
opencore.utils.timestamp_cache.clear()
def __init__(self, context):
self.context = context
if self.bcrypt is None:
return
annotations = IAnnotations(context)
storage = annotations.setdefault(ANNOT_KEY,
PersistentMapping())
storage.setdefault('bcrypt_salt', self.bcrypt.gensalt())
self.storage = storage
def __init__(self, context):
_ATCTFileAudio.__init__(self, context)
annotations = IAnnotations(context)
self.encoding_data = annotations.get(self.ENCODING_KEY, None)
if self.encoding_data == None:
self.encoding_data = PersistentDict()
annotations[self.ENCODING_KEY] = self.encoding_data
self.encoding_data['encoding'] = ""
self.encoding_data['original_encoding'] = ""
def __init__(self, requester, folder):
self.requester = requester
self.folder = folder
annot = IAnnotations(requester)
req_annot = annot.get(annot_key, None)
if req_annot is None:
req_annot = PersistentDict()
annot[annot_key] = req_annot
self._req_store = req_annot
def addPath(self, path):
path = self._make_relative(path)
annotations = IAnnotations(self.context)
old = annotations.get(self.key, ())
fixed = map(self._make_relative, old)
if path not in fixed:
fixed.append(path)
new = tuple(fixed)
if new != old:
annotations[self.key] = new
def __init__(self, context, request):
self.context = context
self.request = request
annotations = IAnnotations(context.getCanonical())
mapping = annotations.get(KEY)
if mapping is None:
mapping = annotations[KEY] = PersistentDict({
'page_background': None,
})
self.mapping = mapping
class LoggerSection(object):
classProvides(ISectionBlueprint)
implements(ISection)
def __init__(self, transmogrifier, name, options, previous):
self.transmogrifier = transmogrifier
keys = options.get('keys') or ''
self.pathkey = options.get('path-key', '_path').strip()
self.keys = Matcher(*keys.splitlines())
self.previous = previous
self.logger = name
self.storage = IAnnotations(transmogrifier).setdefault(VALIDATIONKEY, [])
def __iter__(self):
start_time = time()
count = 0
problematic = 0
for item in self.previous:
# source sections add store path of current generated item in annotation
# it gives posibility to monitor what items go through all pipeline
# sections between source section and this section and what don't
if self.pathkey in item and item[self.pathkey] in self.storage:
self.storage.remove(item[self.pathkey])
count += 1
# print item data stored on keys given as option
items = []
for key in item.keys():
if self.keys(key)[0] is not None:
items.append("%s=%s" % (key, item[key]))
if items:
msg = ", ".join(items)
logging.getLogger(self.logger).info(msg)
yield item
working_time = int(round(time() - start_time))
# log items that maybe have some problems
if self.storage:
problematic = len(self.storage)
logging.getLogger(self.logger).warning('\nNext objects didn\'t go through full pipeline:\n%s' % \
'\n'.join(['\t'+i for i in self.storage]))
# delete validation data from annotations
anno = IAnnotations(self.transmogrifier)
if VALIDATIONKEY in anno:
del anno[VALIDATIONKEY]
seconds = working_time % 60
minutes = working_time / 60 % 60
hours = working_time / 3600
stats = "\nPipeline processing time: %02d:%02d:%02d\n" % (hours, minutes, seconds)
stats += "\t%4d items were generated in source sections\n" % (count + problematic)
stats += "\t%4d went through full pipeline\n" % count
stats += "\t%4d were discarded in some section" % problematic
logging.getLogger(self.logger).info(stats)
def testExportNodeWithAnnotation(self):
"""
when membrane tool is annotated, hash-type node should get exported
attribute 'name' on the node should contain the hash-type
"""
# initially add the annotation on to the membrane_tool
annot = IAnnotations(self.portal.membrane_tool)
annot.setdefault(ANNOT_KEY, {})['hash_type'] = 'bcrypt'
node = self.adapter._exportNode()
self.failUnless('<hash-type name="bcrypt"/>' in node.toxml())
# clear the bogus annotation
del annot[ANNOT_KEY]
def capture(self, order, amount):
annotations = IAnnotations(order)
trans_id = annotations[interfaces.keys.processor_txn_id]
if annotations.has_key(APPROVAL_KEY):
annotation = IAnnotations( order )
if annotation.get( interfaces.keys.capture_amount ) is None:
annotation[ interfaces.keys.capture_amount ] = amount
else:
annotation[ interfaces.keys.capture_amount ] += amount
return interfaces.keys.results_success
return result.response_reason
def save_import_history(self):
annot = IAnnotations(self.context)
listen_annot = annot.get(PROJECTNAME)
if listen_annot is None:
annot[PROJECTNAME] = listen_annot = OOBTree()
import_annot = listen_annot.get('import')
if import_annot is None:
listen_annot['import'] = import_annot = OOBTree()
now = str(time.time())
data = dict(msgids=self.msgids, filename=self.filename)
import_annot[now] = OOBTree(data)
def removePath(self, path):
path = self._make_relative(path)
annotations = IAnnotations(self.context)
old = annotations.get(self.key, ())
if old:
fixed = map(self._make_relative, old)
fixed = [loc for loc in fixed if loc != path]
new = tuple(fixed)
if new != old:
if new:
annotations[self.key] = new
else:
del annotations[self.key]
def save_import_history(self):
annot = IAnnotations(self.context)
listen_annot = annot.get(PROJECTNAME)
if listen_annot is None:
annot[PROJECTNAME] = listen_annot = OOBTree()
import_annot = listen_annot.get('import')
if import_annot is None:
listen_annot['import'] = import_annot = OOBTree()
now = str(time.time())
data = dict(msgids=self.msgids,
filename=self.filename)
import_annot[now] = OOBTree(data)
def authenticated_memberid(context):
""" the last modified author is set on an annotation """
from opencore.project.browser.metadata import ANNOT_KEY
from Missing import Value as MissingValue
annot = IAnnotations(context)
annot = annot.get(ANNOT_KEY, {})
val = annot.get('lastModifiedAuthor')
if val:
return val
# @@ adapters must return something or code must expect component
# errors
return MissingValue
def isPending(self):
annot = IAnnotations(self.context)
sub_mod_pending_list = getAdapter(self.context,
IMembershipPendingList,
'pending_sub_mod_email')
return sub_mod_pending_list.is_pending(self.user_email)
def capture(self, order, amount):
#AC - Authorization and Mark for Capture
annotation = IAnnotations(order)
trans_ref_num = annotation[interfaces.keys.processor_txn_id]
data = createCaptureXMLFile(self.options, order, trans_ref_num, amount)
result = self.process(data, timeout=None)
if result.proc_status == "0":
if annotation.get(interfaces.keys.capture_amount) is None:
annotation[interfaces.keys.capture_amount] = amount
else:
annotation[interfaces.keys.capture_amount] += amount
return interfaces.keys.results_success
else:
return result.status_msg
class ClickdateAnnotationTest(PloneTest):
"""
test for adapter
"""
def afterSetUp(self):
self.obj = Dummy()
self.dan = IClickdates(self.obj)
self.dan.clickDate()
self.thisMonth = datetime.date.today().month
self.thisYear = datetime.date.today().year
self.annotations = IAnnotations(self.obj)
self.date = "%s-%s" % (self.thisYear, self.thisMonth)
def test_annotation(self):
self.assertTrue(self.annotations.has_key(ANNOTATION))
def test_month_key(self):
key = self.annotations[ANNOTATION]
self.assertTrue(key.has_key(self.date))
def test_date(self):
key = self.annotations[ANNOTATION][self.date]
clickdate = key[0]
self.assertEqual(clickdate.year, self.thisYear)
self.assertEqual(clickdate.month, self.thisMonth)
def _extractQueryIndexMap(self):
fragment = self._doc.createDocumentFragment()
annots = IAnnotations(self.context)
query_index_map = annots.get(QIM_ANNOT_KEY)
if query_index_map is not None:
child = self._doc.createElement('query_index_map')
for key, value in query_index_map.items():
sub = self._doc.createElement('index')
sub.setAttribute('name', key)
inner = self._doc.createTextNode(value)
sub.appendChild(inner)
child.appendChild(sub)
fragment.appendChild(child)
return fragment
class GEOMap(object):
""" geomap
"""
implements(IGEOMap)
def __init__(self, context):
""" init """
self.annotations = IAnnotations(context)
self.geomap = self.annotations.get(GEOMAP_KEY, None)
if self.geomap == None:
self.annotations[GEOMAP_KEY] = PersistentMapping()
self.geomap = self.annotations[GEOMAP_KEY]
self.geomap['mapcenter'] = None
self.geomap['mapzoom'] = None
self.geomap['maptype'] = None
def getMapCenter(self):
""" return map center """
return self.geomap['mapcenter']
def getMapZoom(self):
""" return map zoom """
return self.geomap['mapzoom']
def getMapType(self):
""" return map type """
return self.geomap['maptype']
def setMap(self, mapcenter, mapzoom, maptype):
""" set map options """
self.geomap['mapcenter'] = mapcenter
self.geomap['mapzoom'] = mapzoom
self.geomap['maptype'] = maptype
class GEOLocated(object):
""" geolocation
"""
implements(IGEOLocated)
def __init__(self, context):
""" init """
self.annotations = IAnnotations(context)
self.geolocation = self.annotations.get(GEOLOCATION_KEY, None)
if self.geolocation == None:
self.annotations[GEOLOCATION_KEY] = PersistentMapping()
self.geolocation = self.annotations[GEOLOCATION_KEY]
self.geolocation['latitude'] = None
self.geolocation['longitude'] = None
def getLongitude(self):
""" return longtitude """
return self.geolocation['longitude']
def getLatitude(self):
""" return latitude """
return self.geolocation['latitude']
def setLongitude(self, value):
""" set longtitude """
self.geolocation['longitude'] = float(value)
def setLatitude(self, value):
""" set latitutde """
self.geolocation['latitude'] = float(value)
def setLocation(self, latitude, longitude):
""" set location """
self.geolocation['longitude'] = float(longitude)
self.geolocation['latitude'] = float(latitude)
def post_validate(self, REQUEST, errors):
form = REQUEST.form
if form.has_key("password") or form.has_key("confirmPassword"):
password = form.get("password", None)
confirm = form.get("confirmPassword", None)
annotations = IAnnotations(self)
passwordDigest = annotations.get(PASSWORD_KEY, None)
if not passwordDigest:
if not password and not confirm:
errors["password"] = u"An initial password must be set"
return
if password or confirm:
if password != confirm:
errors["password"] = errors["confirmPassword"] = u"Passwords do not match"
def __init__(self, transmogrifier, name, options, previous):
self.previous = previous
self.context = transmogrifier.context
# next is for communication with 'logger' section
self.anno = IAnnotations(transmogrifier)
self.storage = self.anno.setdefault(VALIDATIONKEY, [])
self.pathkey = options.pop('path-key', '_path')
self.entrieskey = options.pop('entries-key', '_entries')
# handle exclude-contained parameter
if "exclude-contained" in options.keys():
self.exclude_contained = options.pop('exclude-contained')
self.exclude_contained = self.exclude_contained == "true"
else:
self.exclude_contained = False
# remove 'blueprint' option - it cannot be a query
options.pop('blueprint')
self.query = {}
for k, v in options.items():
for p in v.split(';'):
params = p.split('=', 1)
if len(params) == 1:
self.query[k] = p.strip()
else :
q = self.query.setdefault(k, {})
q[params[0].strip()] = params[1].strip()
self.catalog = utils.getToolByName(self.context, 'portal_catalog')
def post_validate(self, REQUEST, errors):
form = REQUEST.form
if form.has_key('password') or form.has_key('confirmPassword'):
password = form.get('password', None)
confirm = form.get('confirmPassword', None)
annotations = IAnnotations(self)
passwordDigest = annotations.get(PASSWORD_KEY, None)
if not passwordDigest:
if not password and not confirm:
errors['password'] = u'An initial password must be set'
return
if password or confirm:
if password != confirm:
errors['password'] = errors[
'confirmPassword'] = u'Passwords do not match'
def __init__(self, transmogrifier, name, options, previous):
self.transmogrifier = transmogrifier
keys = options.get('keys') or ''
self.pathkey = options.get('path-key', '_path').strip()
self.keys = Matcher(*keys.splitlines())
self.previous = previous
self.logger = name
self.storage = IAnnotations(transmogrifier).setdefault(VALIDATIONKEY, [])
def test_hashers(self):
for htype in HASHERS:
login_id = 'hashtest_%s' % htype
member = self.portal_member
if not getAdapter(member, IHashPW, htype).isAvailable(): continue
mbtool = getToolByName(member, 'membrane_tool')
annot = IAnnotations(mbtool)
annot.setdefault(ANNOT_KEY, {})['hash_type'] = htype
member.setRoles('Member')
member.processForm(values=MEM_DATA)
password = member.getPassword()
hash_type, hashed = password.split(':', 1)
self.assertEqual(htype, hash_type)
self.failUnless(member.verifyCredentials(dict(login='******',
**MEM_DATA)))
def __init__(self, context):
""" init """
self.annotations = IAnnotations(context)
self.geolocation = self.annotations.get(GEOLOCATION_KEY, None)
if self.geolocation == None:
self.annotations[GEOLOCATION_KEY] = PersistentMapping()
self.geolocation = self.annotations[GEOLOCATION_KEY]
self.geolocation['latitude'] = None
self.geolocation['longitude'] = None
def __init__(self, context):
""" init """
self.annotations = IAnnotations(context)
self.geomap = self.annotations.get(GEOMAP_KEY, None)
if self.geomap == None:
self.annotations[GEOMAP_KEY] = PersistentMapping()
self.geomap = self.annotations[GEOMAP_KEY]
self.geomap['mapcenter'] = None
self.geomap['mapzoom'] = None
self.geomap['maptype'] = None
def verifyCredentials(self, credentials):
"""Authenticate against the password stored via attribute on this person,
or pass authentication on to the next PAS plugin
"""
login = credentials.get('login', None)
password = credentials.get('password', None)
logger.info("Adapting an igcPerson... %s %s" % (login,password))
if login is None or password is None:
return False
#TODO: with a line of code, we can have here login as anyone, for testing
# gcommons_tool = getToolByName(self.context,FSD_TOOL)
# if (password == gcommons_tool.getUseInternalPassword()( return true
digest = sha(password).digest()
annotations = IAnnotations(self.context)
passwordDigest = annotations.get(PASSWORD_KEY, None)
return (login == self.getUserName() and digest == passwordDigest)
def verifyCredentials(self, credentials):
"""Authenticate against the password stored via attribute on this person,
or pass authentication on to the next PAS plugin
"""
login = credentials.get('login', None)
password = credentials.get('password', None)
logger.info("Adapting an igcPerson... %s %s" % (login, password))
if login is None or password is None:
return False
#TODO: with a line of code, we can have here login as anyone, for testing
# gcommons_tool = getToolByName(self.context,FSD_TOOL)
# if (password == gcommons_tool.getUseInternalPassword()( return true
digest = sha(password).digest()
annotations = IAnnotations(self.context)
passwordDigest = annotations.get(PASSWORD_KEY, None)
return (login == self.getUserName() and digest == passwordDigest)
def getAnnotation(context):
annotations = IAnnotations(context)
try:
result = annotations[key]
except KeyError:
result = factory()
annotations[key] = result
# Containment has to be set up late to allow containment proxies
# to be applied, if needed. This does not trigger an event and is idempotent
# if containment is set up already.
contained_result = zope.app.container.contained.contained(
result, context, key)
return contained_result
def migrate(self):
if self.is_updated():
return _(u'already migrated')
# set the appropriate list type based on the previous settings
# this may need to mark the appropriate interface on the mailing
# list as well
if self.context.moderated:
self.context.list_type = PostModeratedListTypeDefinition
elif self.context.closed:
self.context.list_type = MembershipModeratedListTypeDefinition
else:
self.context.list_type = PublicListTypeDefinition
# copy over the membership stuff
annot = IAnnotations(self.context)
listen_annot = annot.get('listen', {})
old_subscribers = listen_annot.get('subscribers', [])
# create the new annotations by using current adapters
mem_list = IWriteMembershipList(self.context)
for subscriber in old_subscribers:
mem_list.subscribe(subscriber)
# unsubscribe (but leave as allowed senders) those who don't
# receive mail
nomail = listen_annot.get('norecvmail', [])
for allowed_sender in nomail:
mem_list.unsubscribe(allowed_sender)
# copy over the moderation messages
self.mod_post_pending_list = getAdapter(self.context, IPostPendingList,
'pending_pmod_post')
for i in self.context.mqueue.objectIds():
(header, body) = splitMail(self.context.mqueue[i])
post = {'header': header, 'body': body}
(user_name, user_email) = parseaddr(header.get('from', ''))
self.mod_post_pending_list.add(user_email,
user_name=user_name,
post=post)
# creates list managers from moderators and list owner
managers = []
managers.append(self.context.list_owner)
for moderator in self.context.moderators:
managers.append(moderator)
self.context.managers = tuple(managers)
convert_manager_emails_to_memberids(self.context)
# translate archived vocabulary
if self.context.archived == 'not archived':
self.context.archived = 2
elif self.context.archived == 'plain text':
self.context.archived = 1
elif self.context.archived == 'with attachments':
self.context.archived = 0
else:
return _(u'error translating archive option')
# annotate the list to say the migration completed
self.migration_annot.append('policy_migration')
return _(u'successfully migrated')
def get_import_annot(self):
annot = IAnnotations(self.context)
listen_annot = annot.get(PROJECTNAME)
if listen_annot:
return listen_annot.get('import')
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
listen_annot = annot.setdefault(PROJECTNAME, OOBTree())
self.digest = listen_annot.setdefault('digest', PersistentList())
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
self.listen_annot = annot.setdefault(PROJECTNAME, OOBTree())
self.mail_sender = ISendMail(context)
self.mem_list = IWriteMembershipList(self.context)
def setPasswordDigested(self, value):
"""
This is used when migrating, password already sha
"""
annotations = IAnnotations(self)
annotations[PASSWORD_KEY] = value
def setPassword(self, value):
""""""
if value:
annotations = IAnnotations(self)
annotations[PASSWORD_KEY] = sha(value).digest()
def __init__(self, context):
self.context = context
annot = IAnnotations(context)
self.listen_annot = annot.setdefault(PROJECTNAME, OOBTree())
self.migration_annot = self.listen_annot.setdefault(
'migration', PersistentList())