def setUp(self):
self.portal = self.layer['portal']
self.request = self.layer['request']
login(self.portal, TEST_USER_NAME)
setRoles(self.portal, TEST_USER_ID, ['Manager'])
self.portal.invokeFactory('Folder', 'f1')
self.folder = self.portal['f1']
self.folder.invokeFactory('Document', 'd1')
self.portal.invokeFactory('Folder', 'target')
self.folder.invokeFactory('Folder', 'f1')
self.folder.f1.invokeFactory('Folder', 'f11')
self.folder.f1.invokeFactory('Folder', 'f12')
self.storage = getUtility(IRuleStorage)
self.storage['r1'] = Rule()
self.storage['r2'] = Rule()
self.storage['r3'] = Rule()
self.f11a = IRuleAssignmentManager(self.folder.f1.f11)
self.f11a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f11.getPhysicalPath()))
self.f12a = IRuleAssignmentManager(self.folder.f1.f12)
self.f12a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
self.f12a['r2'] = RuleAssignment('r2', bubbles=True)
insert_assignment(self.storage['r2'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
def __call__(self, event, bubbled=False, rule_filter=None):
assignments = IRuleAssignmentManager(self.context)
for rule in assignments.getRules(event, bubbled=bubbled):
# for each rule assigned in this context - bubbled means rule apply on subfolders
if rule_filter is None or rule_filter(self.context, rule,
event) == True:
# execute the rule if it is not filtered, for exemple,
# it has not been executed on the same content but from an other context
# in the same request
# we store cascading option in the filter. if true, this will allow
# rules to be executed because of the actions ran by this rule.
if rule_filter is not None:
cascade_before = getattr(rule_filter, 'cascade', False)
rule_filter.cascade = rule.cascading
executable = getMultiAdapter((self.context, rule, event),
IExecutable)
executable()
if rule_filter is not None:
rule_filter.cascade = cascade_before
if rule.stop:
# stop rule execution if 'Stop rules after' option has been selected
raise StopRule(rule)
def container_moved(container, event):
if event.oldParent is None or event.newParent is None or \
event.oldName is None:
return
assignable = IRuleAssignmentManager(container, None)
storage = queryUtility(IRuleStorage)
if assignable is None or storage is None:
return
old_path = '{0}/{1}'.format(
'/'.join(event.oldParent.getPhysicalPath()),
event.oldName,
)
new_path = '/'.join(container.getPhysicalPath())
if aq_base(event.object) is not aq_base(container):
new_path_of_moved = '/'.join(event.object.getPhysicalPath())
old_path = old_path + new_path[len(new_path_of_moved):]
for rule_name in assignable.keys():
rule = storage.get(rule_name, None)
if rule is not None:
assignments = get_assignments(rule)
if old_path in assignments:
assignments.remove(old_path)
assignments.insert(new_path)
def container_moved(container, event):
if event.oldParent is None or event.newParent is None or \
event.oldName is None:
return
assignable = IRuleAssignmentManager(container, None)
storage = queryUtility(IRuleStorage)
if assignable is None or storage is None:
return
old_path = "%s/%s" % (
'/'.join(event.oldParent.getPhysicalPath()),
event.oldName,
)
new_path = '/'.join(container.getPhysicalPath())
if aq_base(event.object) is not aq_base(container):
new_path_of_moved = '/'.join(event.object.getPhysicalPath())
old_path = old_path + new_path[len(new_path_of_moved):]
for rule_name in assignable.keys():
rule = storage.get(rule_name, None)
if rule is not None:
assignments = get_assignments(rule)
if old_path in assignments:
assignments.remove(old_path)
assignments.insert(new_path)
def acquired_rules(self):
# Short circuit if this is the root of the portal
if ISiteRoot.providedBy(self.context):
return []
in_use = set([r['id'] for r in self.assigned_rules()])
storage = getUtility(IRuleStorage)
events = self._events()
assignments = []
context = aq_parent(aq_inner(self.context))
while context is not None:
assignable = IRuleAssignmentManager(context, None)
if assignable is not None:
for key, assignment in assignable.items():
if key not in in_use and assignment.bubbles:
rule = storage.get(key, None)
if rule is not None:
assignments.append(dict(id=key,
title=rule.title,
description=rule.description,
trigger=events.get(rule.event, "Unknown"),
url=context.absolute_url() + '/@@manage-content-rules',
enabled=(assignment.enabled and rule.enabled), ))
if ISiteRoot.providedBy(context):
context = None
else:
context = aq_parent(context)
return assignments
def __call__(self):
context = aq_inner(self.context)
request = aq_inner(self.request)
form = request.form
status = IStatusMessage(self.request)
operation = request.get('operation', None)
if operation == 'move_up':
assignable = IRuleAssignmentManager(context)
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx - 1, rule_id)
assignable.updateOrder(keys)
elif operation == 'move_down':
assignable = IRuleAssignmentManager(context)
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx + 1, rule_id)
assignable.updateOrder(keys)
elif 'form.button.AddAssignment' in form:
rule_id = form.get('rule_id')
api.assign_rule(self.context, rule_id)
elif 'form.button.Delete' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
api.unassign_rule(self.context, r)
status.addStatusMessage(_(u'Assignments deleted.'), type='info')
elif 'form.button.Enable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
api.edit_rule_assignment(context, r, enabled=True)
status.addStatusMessage(_(u'Assignments enabled.'), type='info')
elif 'form.button.Disable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
api.edit_rule_assignment(context, r, enabled=False)
status.addStatusMessage(_(u'Assignments disabled.'), type='info')
elif 'form.button.Bubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
api.edit_rule_assignment(
context, r, bubbles=True, enabled=True)
status.addStatusMessage(_(u'Changes saved.'), type='info')
elif 'form.button.NoBubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
api.edit_rule_assignment(context, r, bubbles=False)
status.addStatusMessage(_(u'Changes saved.'), type='info')
return self.template()
def _activate_rule(rule_id, context=None):
assignable = IRuleAssignmentManager(context)
assignment = assignable.get(rule_id, None)
if not assignment:
assignment = assignable[rule_id] = RuleAssignment(rule_id)
assignment.enabled = True
assignment.bubbles = True
apirules.assign_rule(context, assignment.__name__)
def __call__(self, event, bubbled=False, rule_filter=None):
assignments = IRuleAssignmentManager(self.context)
for rule in assignments.getRules(event, bubbled=bubbled):
if rule_filter is None or rule_filter(self.context, rule, event) == True:
executable = getMultiAdapter((self.context, rule, event), IExecutable)
executable()
if rule.stop:
raise StopRule(rule)
def _activate_rule(rule_id, context=None):
storage = component.getUtility(IRuleStorage)
rule = storage.get(rule_id)
assignable = IRuleAssignmentManager(context)
assignment = assignable.get(rule_id, None)
if not assignment:
assignment = assignable[rule_id] = RuleAssignment(rule_id)
assignment.enabled = True
assignment.bubbles = True
get_assignments(rule).insert('/'.join(context.getPhysicalPath()))
def copy_contentrules(source_object, target_object):
"""Copy contentrules.
"""
source_assignable = IRuleAssignmentManager(source_object, None)
if source_assignable is not None:
try:
IRuleAssignmentManager(target_object)
except TypeError:
logger.info("Cound not assign contentrules to {0}".format(
target_object.absolute_url()))
return
for rule_id in source_assignable:
assign_rule(target_object, rule_id)
def edit_rule_assignment(container, rule_id, bubbles=None, enabled=None):
"""Change a property of an assigned rule
@param object container
@param string rule_id
@param bool enabled
@param bool bubbles (apply in subfolders)
"""
assignable = IRuleAssignmentManager(container)
assignment = assignable.get(rule_id, None)
if bubbles is not None:
assignment.bubbles = bool(bubbles)
if enabled is not None:
assignment.enabled = bool(enabled)
def edit_rule_assignment(container, rule_id, bubbles=None, enabled=None):
"""Change a property of an assigned rule
@param object container
@param string rule_id
@param bool enabled
@param bool bubbles (apply in subfolders)
"""
assignable = IRuleAssignmentManager(container)
assignment = assignable.get(rule_id, None)
if bubbles is not None:
assignment.bubbles = bool(bubbles)
if enabled is not None:
assignment.enabled = bool(enabled)
def container_removed(container, event):
assignable = IRuleAssignmentManager(container, None)
storage = queryUtility(IRuleStorage)
if assignable is None or storage is None:
return
path = '/'.join(container.getPhysicalPath())
for rule_name in assignable.keys():
rule = storage.get(rule_name, None)
if rule is not None:
assignments = get_assignments(rule)
if path in assignments:
assignments.remove(path)
def container_removed(container, event):
assignable = IRuleAssignmentManager(container, None)
storage = queryUtility(IRuleStorage)
if assignable is None or storage is None:
return
path = '/'.join(container.getPhysicalPath())
for rule_name in assignable.keys():
rule = storage.get(rule_name, None)
if rule is not None:
assignments = get_assignments(rule)
if path in assignments:
assignments.remove(path)
def assignContentRulesToContainer(container, storage, bubbles):
'''Assign the standard EDRN content events to the given container.'''
assignmentManager = IRuleAssignmentManager(container, None)
if assignmentManager is None:
# This container doesn't support content rules, so skip it.
return
for eventName in _edrnContentEvents:
assignment = assignmentManager.get(eventName, None)
if assignment is None:
# Brand new assignment
assignment = assignmentManager[eventName] = RuleAssignment(eventName)
if not assignment.enabled:
assignment.enabled = True
if assignment.bubbles != bubbles:
assignment.bubbles = bubbles
path = '/'.join(container.getPhysicalPath())
get_assignments(storage[eventName]).insert(path)
def testRootContentRules(self):
'''Ensure content rules are installed at the top (root) of the portal'''
# At the root, all four of our rules should be instantiated and enabled, however none should bubble down.
rules = IRuleAssignmentManager(self.portal)
for i in _rulesToCheck:
rule = rules[i]
self.failUnless(rule.enabled)
self.failIf(rule.bubbles)
def assigned_rules(self):
assignable = IRuleAssignmentManager(self.context)
storage = getUtility(IRuleStorage)
events = self._events()
assignments = []
for key, assignment in assignable.items():
rule = storage.get(key, None)
if rule is not None:
assignments.append(dict(id=key,
title=rule.title,
description=rule.description,
trigger=events.get(rule.event, "Unknown"),
url=self._rule_url(key),
bubbles=assignment.bubbles,
enabled=assignment.enabled,
global_enabled=rule.enabled, ))
return assignments
def assignContentRulesToContainer(container, storage, bubbles):
'''Assign the standard EDRN content events to the given container.'''
assignmentManager = IRuleAssignmentManager(container, None)
if assignmentManager is None:
# This container doesn't support content rules, so skip it.
return
for eventName in _edrnContentEvents:
assignment = assignmentManager.get(eventName, None)
if assignment is None:
# Brand new assignment
assignment = assignmentManager[eventName] = RuleAssignment(
eventName)
if not assignment.enabled:
assignment.enabled = True
if assignment.bubbles != bubbles:
assignment.bubbles = bubbles
path = '/'.join(container.getPhysicalPath())
get_assignments(storage[eventName]).insert(path)
def apply_rule(folder, event):
""" Apply content rule to execute a transition from new to pending
"""
name = "rule-transition-registration"
storage = getUtility(IRuleStorage)
# Assignment
assignable = IRuleAssignmentManager(folder, None)
if assignable is None:
return
assignment = assignable.get(name, None)
if assignment is None:
assignment = assignable[name] = RuleAssignment(name)
assignment.enabled = True
assignment.bubbles = False
path = "/".join(folder.getPhysicalPath())
get_assignments(storage[name]).insert(path)
def test_assigning(self):
self.rules.add_rule(self.get_testData(), self.test_trigger_type)
self.rules.configure_rule(self.get_testData())
self.rules.apply_rule()
rule = IRuleAssignmentManager(self.context)
self.assertTrue('rule-1' in rule)
self.assertTrue(rule['rule-1'].enabled)
self.assertTrue(rule['rule-1'].bubbles)
def setup_contentrules_registration(registrations):
assignable = IRuleAssignmentManager(registrations, None)
if assignable is None:
return None
storage = getUtility(IRuleStorage)
path = '/'.join(registrations.getPhysicalPath())
names = [
'registration-rule-transition',
'registration-new',
'registration-confirmed',
]
for name in names:
assignment = assignable.get(name, None)
if assignment is None:
assignment = assignable[name] = RuleAssignment(name)
assignment.enabled = True
assignment.bubbles = True
get_assignments(storage[name]).insert(path)
def afterSetUp(self):
self.folder.invokeFactory('Folder', 'f1')
self.folder.f1.invokeFactory('Folder', 'f11')
self.folder.f1.invokeFactory('Folder', 'f12')
self.storage = getUtility(IRuleStorage)
self.storage['r1'] = Rule()
self.storage['r2'] = Rule()
self.f11a = IRuleAssignmentManager(self.folder.f1.f11)
self.f11a['r1'] = RuleAssignment('r1')
get_assignments(self.storage['r1']).insert('/'.join(self.folder.f1.f11.getPhysicalPath()))
self.f12a = IRuleAssignmentManager(self.folder.f1.f12)
self.f12a['r1'] = RuleAssignment('r1')
get_assignments(self.storage['r1']).insert('/'.join(self.folder.f1.f12.getPhysicalPath()))
self.f12a['r2'] = RuleAssignment('r2')
get_assignments(self.storage['r2']).insert('/'.join(self.folder.f1.f12.getPhysicalPath()))
def copy_contentrules(source_object, target_object):
"""Copy contentrules.
"""
source_assignable = IRuleAssignmentManager(source_object, None)
if source_assignable is not None:
try:
IRuleAssignmentManager(target_object)
except TypeError:
logger.info('Cound not assign contentrules to {0}'.format(
target_object.absolute_url()))
return
rules_storage = getUtility(IRuleStorage)
available_rules = [r for r in rules_storage]
for rule_id in source_assignable:
if rule_id not in available_rules:
logger.info(
'Contentrule {0} does not exist, skip assignment!'.format(
rule_id))
continue
assign_rule(target_object, rule_id)
def setup_contentrules_program(program):
assignable = IRuleAssignmentManager(program, None)
if assignable is None:
return None
storage = getUtility(IRuleStorage)
path = '/'.join(program.getPhysicalPath())
names = [
'talk-submited',
'talk-accepted',
'training-submited',
'training-accepted',
]
for name in names:
assignment = assignable.get(name, None)
if assignment is None:
assignment = assignable[name] = RuleAssignment(name)
assignment.enabled = True
assignment.bubbles = True
get_assignments(storage[name]).insert(path)
def unassign_rule(container, rule_id):
"""Remove
@param string rule_id
rule from
@param object container
"""
assignable = IRuleAssignmentManager(container)
storage = queryUtility(IRuleStorage)
path = '/'.join(container.getPhysicalPath())
del assignable[rule_id]
get_assignments(storage[rule_id]).remove(path)
def assigned_rules(self):
assignable = IRuleAssignmentManager(self.context)
storage = getUtility(IRuleStorage)
events = self._events()
assignments = []
for key, assignment in assignable.items():
rule = storage.get(key, None)
if rule is not None:
assignments.append(
dict(
id=key,
title=rule.title,
description=rule.description,
trigger=events.get(rule.event, "Unknown"),
url=self._rule_url(key),
bubbles=assignment.bubbles,
enabled=assignment.enabled,
global_enabled=rule.enabled,
))
return assignments
def testFolderContentRules(self):
'''Make certain content rules are installed in select folders'''
# For all non-knowledge folders (that is, content NOT ingested from RDF), we want all four events
# instantiated, enabled, *and* for their effects to bubble down into their subfolders.
for f in _foldersToCheck:
folder = self.portal[f]
rules = IRuleAssignmentManager(folder)
for i in _rulesToCheck:
self.failUnless(i in rules, 'Content rule "%s" missing from folder "%s"' % (i, f))
rule = rules[i]
self.failUnless(rule.enabled)
self.failUnless(rule.bubbles)
def testRuleAssigned(self):
assignable = IRuleAssignmentManager(self.portal.news)
self.assertEqual(3, len(assignable))
self.assertEqual(True, assignable['test1'].enabled)
self.assertEqual(False, assignable['test1'].bubbles)
self.assertEqual(False, assignable['test2'].enabled)
self.assertEqual(True, assignable['test2'].bubbles)
self.assertEqual(False, assignable['test3'].enabled)
self.assertEqual(False, assignable['test3'].bubbles)
def assign_rule(container, rule_id, enabled=True, bubbles=True,
insert_before=None):
"""Assign
@param string rule_id
rule to
@param object container
with options
@param bool enabled
@param bool bubbles (apply in subfolders)
@param string insert-before
"""
storage = queryUtility(IRuleStorage)
if storage is None:
return
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
return
assignment = assignable.get(rule_id, None)
if assignment is None:
assignable[rule_id] = RuleAssignment(rule_id)
assignable[rule_id].enabled = bool(enabled)
assignable[rule_id].bubbles = bool(bubbles)
path = '/'.join(container.getPhysicalPath())
insert_assignment(storage[rule_id], path)
if insert_before:
position = None
keys = list(assignable.keys())
if insert_before == "*":
position = 0
elif insert_before in keys:
position = keys.index(insert_before)
if position is not None:
keys.remove(rule_id)
keys.insert(position, rule_id)
assignable.updateOrder(keys)
def availableTriggers(context):
# get rules assigned to context
assignable = IRuleAssignmentManager(context)
# get storage
storage = getUtility(IRuleStorage)
terms = []
if storage and assignable is not None:
# iterate over context rules
for key, assignment in assignable.items():
rule = storage.get(key, None)
# check if given rule is an IFTTT rule
if IFTTTMarker.providedBy(rule):
terms.append(
SimpleVocabulary.createTerm(
rule, key.encode('utf-8'),
_(u'${title}', mapping=dict(title=rule.title))))
return SimpleVocabulary(terms)
def acquired_rules(self):
# Short circuit if this is the root of the portal
if ISiteRoot.providedBy(self.context):
return []
in_use = set([r['id'] for r in self.assigned_rules()])
storage = getUtility(IRuleStorage)
events = self._events()
assignments = []
context = aq_parent(aq_inner(self.context))
while context is not None:
assignable = IRuleAssignmentManager(context, None)
if assignable is not None:
for key, assignment in assignable.items():
if key not in in_use and assignment.bubbles:
rule = storage.get(key, None)
if rule is not None:
assignments.append(
dict(
id=key,
title=rule.title,
description=rule.description,
trigger=events.get(rule.event, "Unknown"),
url=context.absolute_url() +
'/@@manage-content-rules',
enabled=(assignment.enabled
and rule.enabled),
))
if ISiteRoot.providedBy(context):
context = None
else:
context = aq_parent(context)
return assignments
def __call__(self, event, bubbled=False, rule_filter=None):
assignments = IRuleAssignmentManager(self.context)
for rule in assignments.getRules(event, bubbled=bubbled):
# for each rule assigned in this context - bubbled means rule apply on subfolders
if rule_filter is None or rule_filter(self.context, rule, event) == True:
# execute the rule if it is not filtered, for exemple,
# it has not been executed on the same content but from an other context
# in the same request
# we store cascading option in the filter. if true, this will allow
# rules to be executed because of the actions ran by this rule.
if rule_filter is not None:
cascade_before = getattr(rule_filter, 'cascade', False)
rule_filter.cascade = rule.cascading
executable = getMultiAdapter((self.context, rule, event), IExecutable)
executable()
if rule_filter is not None:
rule_filter.cascade = cascade_before
if rule.stop:
# stop rule execution if 'Stop rules after' option has been selected
raise StopRule(rule)
def rule_removed(rule, event):
storage = queryUtility(IRuleStorage)
rule_name = rule.__name__
if storage is None:
return
portal = getUtility(ISiteRoot)
for path in get_assignments(rule):
container = portal.unrestrictedTraverse(path)
if container is not None:
assignable = IRuleAssignmentManager(container, None)
if assignable is not None and rule_name in assignable:
del assignable[rule_name]
def on_create(obj, event):
"""
temporary disabled
"""
storage = getUtility(IRuleStorage)
assignable = IRuleAssignmentManager(obj)
for rule_id in [
"booking-accepted",
"booking-moved",
"booking-created-user",
"booking-refuse",
]:
assignable[rule_id] = RuleAssignment(rule_id)
assignable[rule_id].bubbles = True
get_assignments(storage[rule_id]).insert("/".join(
obj.getPhysicalPath()))
def activate(self):
"""
1) make sure condition is enabled for transition
2) enable at root and bubble to item below
"""
c = WorkflowTransitionCondition()
c.wf_transitions = [self.transition.id]
self.rule.conditions = [c]
self.rule.event = IActionSucceededEvent
assignable = IRuleAssignmentManager(self.portal)
path = '/'.join(self.portal.getPhysicalPath())
assignable[self.rule.__name__] = RuleAssignment(self.rule.id,
enabled=True,
bubbles=True)
assignments = get_assignments(self.rule)
if not path in assignments:
assignments.insert(path)
def afterSetUp(self):
self.folder.invokeFactory('Folder', 'f1')
self.folder.f1.invokeFactory('Folder', 'f11')
self.folder.f1.invokeFactory('Folder', 'f12')
self.storage = getUtility(IRuleStorage)
self.storage['r1'] = Rule()
self.storage['r2'] = Rule()
self.storage['r3'] = Rule()
self.f11a = IRuleAssignmentManager(self.folder.f1.f11)
self.f11a['r1'] = RuleAssignment('r1', bubbles=True)
get_assignments(self.storage['r1']).insert('/'.join(self.folder.f1.f11.getPhysicalPath()))
self.f12a = IRuleAssignmentManager(self.folder.f1.f12)
self.f12a['r1'] = RuleAssignment('r1', bubbles=True)
get_assignments(self.storage['r1']).insert('/'.join(self.folder.f1.f12.getPhysicalPath()))
self.f12a['r2'] = RuleAssignment('r2', bubbles=True)
get_assignments(self.storage['r2']).insert('/'.join(self.folder.f1.f12.getPhysicalPath()))
def _assignContentRules(self, rule_id, f, langs):
log.info("_assignContentRules")
for lang, dummy in langs:
parents = [
'%s/campaigns/ew2006/' % lang,
'%s/campaigns/ew2007/' % lang,
'%s/campaigns/hw2008/' % lang,
'%s/campaigns/hwi/' % lang,
'%s/good_practice/' % lang,
'%s/oshnetwork/member-states/' % lang,
'%s/topics/business/' % lang,
'%s/riskobservatory/' % lang,
]
storage = component.queryUtility(IRuleStorage)
rule = storage.get(rule_id)
portal_obj = self.portal_url.getPortalObject()
for p in parents:
try:
parent = portal_obj.unrestrictedTraverse(p)
except:
log.info(
"Couldn't find folder %s for adding content rule %s \n" %
(parent.absolute_url(), rule_id))
f.write(
"Couldn't find folder %s for adding content rule %s \n" %
(parent.absolute_url(), rule_id))
continue
# XXX DOUBLE CHECK!!!!
assignments = IRuleAssignmentManager(parent, None)
get_assignments(storage[rule_id]).insert('/'.join(
parent.getPhysicalPath()))
rule_ass = RuleAssignment(ruleid=rule_id,
enabled=True,
bubbles=True)
assignments[rule_id] = rule_ass
f.write("Content Rule '%s' assigned to %s \n" %
(rule_id, parent.absolute_url()))
log.info("Content Rule '%s' assigned to %s \n" %
(rule_id, parent.absolute_url()))
def assign_rule(container,
rule_id,
enabled=True,
bubbles=True,
insert_before=None):
"""Assign
@param string rule_id
rule to
@param object container
with options
@param bool enabled
@param bool bubbles (apply in subfolders)
@param string insert-before
"""
storage = queryUtility(IRuleStorage)
if storage is None:
return
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
return
assignment = assignable.get(rule_id, None)
if assignment is None:
assignable[rule_id] = RuleAssignment(rule_id)
assignable[rule_id].enabled = bool(enabled)
assignable[rule_id].bubbles = bool(bubbles)
path = '/'.join(container.getPhysicalPath())
insert_assignment(storage[rule_id], path)
if insert_before:
position = None
keys = list(assignable.keys())
if insert_before == '*':
position = 0
elif insert_before in keys:
position = keys.index(insert_before)
if position is not None:
keys.remove(rule_id)
keys.insert(position, rule_id)
assignable.updateOrder(keys)
def testAssignmentOrdering(self):
assignable = IRuleAssignmentManager(self.portal.news)
self.assertEquals([u'test1'], assignable.keys())
def _extractRules(self):
"""Extract rules to a document fragment
"""
site = self.environ.getSite()
storage = queryUtility(IRuleStorage)
if storage is None:
return
fragment = self._doc.createDocumentFragment()
assignment_paths = set()
for name, rule in storage.items():
rule_node = self._doc.createElement('rule')
rule_node.setAttribute('name', name)
rule_node.setAttribute('title', rule.title)
rule_node.setAttribute('description', rule.description)
rule_node.setAttribute('event', _getDottedName(rule.event))
rule_node.setAttribute('enabled', str(rule.enabled))
rule_node.setAttribute('stop-after', str(rule.stop))
rule_node.setAttribute('cascading', str(rule.cascading))
# Aq-wrap so that exporting fields with clever getters or
# vocabularies will work. We also aq-wrap conditions and
# actions below.
rule = rule.__of__(site)
# Add conditions
conditions_node = self._doc.createElement('conditions')
for condition in rule.conditions:
condition_data = IRuleElementData(condition)
condition = condition.__of__(rule)
condition_node = self._doc.createElement('condition')
condition_node.setAttribute('type', condition_data.element)
handler = IRuleElementExportImportHandler(condition)
handler.export_element(self._doc, condition_node)
conditions_node.appendChild(condition_node)
rule_node.appendChild(conditions_node)
# Add actions
actions_node = self._doc.createElement('actions')
for action in rule.actions:
action_data = IRuleElementData(action)
action = action.__of__(rule)
action_node = self._doc.createElement('action')
action_node.setAttribute('type', action_data.element)
handler = IRuleElementExportImportHandler(action)
handler.export_element(self._doc, action_node)
actions_node.appendChild(action_node)
rule_node.appendChild(actions_node)
fragment.appendChild(rule_node)
assignment_paths.update(get_assignments(rule))
# Export assignments last - this is necessary to ensure they
# are orderd properly
site_path_length = len('/'.join(site.getPhysicalPath()))
for path in assignment_paths:
try:
container = site.unrestrictedTraverse(path)
except KeyError:
continue
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
continue
location = path[site_path_length:]
for name, assignment in assignable.items():
assignment_node = self._doc.createElement('assignment')
assignment_node.setAttribute('location', location)
assignment_node.setAttribute('name', name)
assignment_node.setAttribute('enabled',
str(assignment.enabled))
assignment_node.setAttribute('bubbles',
str(assignment.bubbles))
fragment.appendChild(assignment_node)
return fragment
def __call__(self):
context = aq_inner(self.context)
request = aq_inner(self.request)
form = request.form
path = '/'.join(context.getPhysicalPath())
status = IStatusMessage(self.request)
assignable = IRuleAssignmentManager(context)
storage = getUtility(IRuleStorage)
operation = request.get('operation', None)
if operation == 'move_up':
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx - 1, rule_id)
assignable.updateOrder(keys)
elif operation == 'move_down':
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx + 1, rule_id)
assignable.updateOrder(keys)
elif 'form.button.AddAssignment' in form:
rule_id = form.get('rule_id')
assignable[rule_id] = RuleAssignment(rule_id)
get_assignments(storage[rule_id]).insert(path)
elif 'form.button.Delete' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
del assignable[r]
get_assignments(storage[r]).remove(path)
status.addStatusMessage(_(u"Assignments deleted."), type='info')
elif 'form.button.Enable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.enabled = True
status.addStatusMessage(_(u"Assignments enabled."), type='info')
elif 'form.button.Disable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.enabled = False
status.addStatusMessage(_(u"Assignments disabled."), type='info')
elif 'form.button.Bubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.bubbles = True
status.addStatusMessage(_(u"Changes saved."), type='info')
elif 'form.button.NoBubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.bubbles = False
status.addStatusMessage(_(u"Changes saved."), type='info')
return self.template()
class TestRuleAssignmentMapping(ContentRulesTestCase):
def afterSetUp(self):
self.folder.invokeFactory('Folder', 'f1')
self.folder.f1.invokeFactory('Folder', 'f11')
self.folder.f1.invokeFactory('Folder', 'f12')
self.storage = getUtility(IRuleStorage)
self.storage['r1'] = Rule()
self.storage['r2'] = Rule()
self.storage['r3'] = Rule()
self.f11a = IRuleAssignmentManager(self.folder.f1.f11)
self.f11a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f11.getPhysicalPath()))
self.f12a = IRuleAssignmentManager(self.folder.f1.f12)
self.f12a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
self.f12a['r2'] = RuleAssignment('r2', bubbles=True)
insert_assignment(self.storage['r2'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
def testRuleRemoved(self):
self.assertTrue('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
del self.storage['r1']
self.assertFalse('r1' in self.f11a)
self.assertFalse('r1' in self.f12a)
def testContainerMoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder.f1.manage_renameObject('f12', 'f12a')
f12apath = '/'.join(self.folder.f1.f12a.getPhysicalPath())
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
def testParentOfContainerMoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder.manage_renameObject('f1', 'f1a')
f12apath = '/'.join(self.folder.f1a.f12.getPhysicalPath())
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
def testContainerRemoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder._delObject('f1')
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
def testRuleAssignmentRemovedAPI(self):
self.assertTrue('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
api.unassign_rule(self.folder.f1.f11, 'r1')
self.assertFalse('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
def testRuleAssignmentEditedAPI(self):
self.assertTrue(self.f11a['r1'].bubbles)
self.assertTrue(self.f11a['r1'].enabled)
api.edit_rule_assignment(self.folder.f1.f11, 'r1',
bubbles=False, enabled=False)
self.assertFalse(self.f11a['r1'].bubbles)
self.assertFalse(self.f11a['r1'].enabled)
api.edit_rule_assignment(self.folder.f1.f11, 'r1',
bubbles=True, enabled=True)
self.assertTrue(self.f11a['r1'].bubbles)
self.assertTrue(self.f11a['r1'].enabled)
def testRuleAssignmentAddedAPI(self):
api.assign_rule(self.folder.f1.f11, 'r2', enabled=True, bubbles=True)
self.assertTrue('r2' in self.f11a)
self.assertTrue(self.f11a['r2'].enabled)
self.assertTrue(self.f11a['r2'].bubbles)
api.assign_rule(self.folder.f1.f11, 'r3', enabled=True, bubbles=False,
insert_before='r2')
self.assertTrue('r3' in self.f11a)
self.assertTrue(self.f11a['r3'].enabled)
self.assertFalse(self.f11a['r3'].bubbles)
self.assertEqual(self.f11a.keys(), ['r1', 'r3', 'r2'])
class TestRuleAssignmentMapping(unittest.TestCase):
layer = PLONE_APP_CONTENTRULES_FUNCTIONAL_TESTING
def setUp(self):
self.portal = self.layer['portal']
self.request = self.layer['request']
login(self.portal, TEST_USER_NAME)
setRoles(self.portal, TEST_USER_ID, ['Manager'])
self.portal.invokeFactory('Folder', 'f1')
self.folder = self.portal['f1']
self.folder.invokeFactory('Document', 'd1')
self.portal.invokeFactory('Folder', 'target')
self.folder.invokeFactory('Folder', 'f1')
self.folder.f1.invokeFactory('Folder', 'f11')
self.folder.f1.invokeFactory('Folder', 'f12')
self.storage = getUtility(IRuleStorage)
self.storage['r1'] = Rule()
self.storage['r2'] = Rule()
self.storage['r3'] = Rule()
self.f11a = IRuleAssignmentManager(self.folder.f1.f11)
self.f11a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f11.getPhysicalPath()))
self.f12a = IRuleAssignmentManager(self.folder.f1.f12)
self.f12a['r1'] = RuleAssignment('r1', bubbles=True)
insert_assignment(self.storage['r1'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
self.f12a['r2'] = RuleAssignment('r2', bubbles=True)
insert_assignment(self.storage['r2'],
'/'.join(self.folder.f1.f12.getPhysicalPath()))
def testRuleRemoved(self):
self.assertTrue('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
del self.storage['r1']
self.assertFalse('r1' in self.f11a)
self.assertFalse('r1' in self.f12a)
def testContainerMoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder.f1.manage_renameObject('f12', 'f12a')
f12apath = '/'.join(self.folder.f1.f12a.getPhysicalPath())
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
def testParentOfContainerMoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder.manage_renameObject('f1', 'f1a')
f12apath = '/'.join(self.folder.f1a.f12.getPhysicalPath())
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
self.assertTrue(f12apath in get_assignments(self.storage['r1']))
def testContainerRemoved(self):
f12path = '/'.join(self.folder.f1.f12.getPhysicalPath())
self.assertTrue(f12path in get_assignments(self.storage['r1']))
self.assertTrue(f12path in get_assignments(self.storage['r2']))
transaction.savepoint(1)
self.folder._delObject('f1')
self.assertFalse(f12path in get_assignments(self.storage['r1']))
self.assertFalse(f12path in get_assignments(self.storage['r2']))
def testRuleAssignmentRemovedAPI(self):
self.assertTrue('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
api.unassign_rule(self.folder.f1.f11, 'r1')
self.assertFalse('r1' in self.f11a)
self.assertTrue('r1' in self.f12a)
def testRuleAssignmentEditedAPI(self):
self.assertTrue(self.f11a['r1'].bubbles)
self.assertTrue(self.f11a['r1'].enabled)
api.edit_rule_assignment(self.folder.f1.f11, 'r1',
bubbles=False, enabled=False)
self.assertFalse(self.f11a['r1'].bubbles)
self.assertFalse(self.f11a['r1'].enabled)
api.edit_rule_assignment(self.folder.f1.f11, 'r1',
bubbles=True, enabled=True)
self.assertTrue(self.f11a['r1'].bubbles)
self.assertTrue(self.f11a['r1'].enabled)
def testRuleAssignmentAddedAPI(self):
api.assign_rule(self.folder.f1.f11, 'r2', enabled=True, bubbles=True)
self.assertTrue('r2' in self.f11a)
self.assertTrue(self.f11a['r2'].enabled)
self.assertTrue(self.f11a['r2'].bubbles)
api.assign_rule(self.folder.f1.f11, 'r3', enabled=True, bubbles=False,
insert_before='r2')
self.assertTrue('r3' in self.f11a)
self.assertTrue(self.f11a['r3'].enabled)
self.assertFalse(self.f11a['r3'].bubbles)
self.assertEqual(self.f11a.keys(), ['r1', 'r3', 'r2'])
def __call__(self):
context = aq_inner(self.context)
request = aq_inner(self.request)
form = request.form
path = '/'.join(context.getPhysicalPath())
status = IStatusMessage(self.request)
assignable = IRuleAssignmentManager(context)
storage = getUtility(IRuleStorage)
operation = request.get('operation', None)
if operation == 'move_up':
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx-1, rule_id)
assignable.updateOrder(keys)
elif operation == 'move_down':
rule_id = request.get('rule_id')
keys = list(assignable.keys())
idx = keys.index(rule_id)
del keys[idx]
keys.insert(idx+1, rule_id)
assignable.updateOrder(keys)
elif 'form.button.AddAssignment' in form:
rule_id = form.get('rule_id')
assignable[rule_id] = RuleAssignment(rule_id)
get_assignments(storage[rule_id]).insert(path)
elif 'form.button.Delete' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
del assignable[r]
get_assignments(storage[r]).remove(path)
status.addStatusMessage(_(u"Assignments deleted."), type='info')
elif 'form.button.Enable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.enabled = True
status.addStatusMessage(_(u"Assignments enabled."), type='info')
elif 'form.button.Disable' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.enabled = False
status.addStatusMessage(_(u"Assignments disabled."), type='info')
elif 'form.button.Bubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.bubbles = True
status.addStatusMessage(_(u"Changes saved."), type='info')
elif 'form.button.NoBubble' in form:
rule_ids = form.get('rule_ids', ())
for r in rule_ids:
assignment = assignable.get(r, None)
if assignment is not None:
assignment.bubbles = False
status.addStatusMessage(_(u"Changes saved."), type='info')
return self.template()
def testAssignmentOrdering(self):
assignable = IRuleAssignmentManager(self.portal.news)
self.assertEqual(set([u'test3', u'test2', u'test1']), set(assignable.keys()))
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 %s" % event_name)
rule.enabled = as_bool(child.getAttribute('enabled'), True)
rule.stop = as_bool(child.getAttribute('stop-after'))
# 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
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
continue
name = child.getAttribute('name')
assignment = assignable.get(name, None)
if assignment is None:
assignment = assignable[name] = RuleAssignment(name)
assignment.enabled = as_bool(child.getAttribute('enabled'))
assignment.bubbles = as_bool(child.getAttribute('bubbles'))
insert_before = child.getAttribute('insert-before')
if insert_before:
position = None
keys = list(assignable.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)
assignable.updateOrder(keys)
path = '/'.join(container.getPhysicalPath())
get_assignments(storage[name]).insert(path)
def testAssignmentOrdering(self):
assignable = IRuleAssignmentManager(self.portal.news)
self.assertEqual([u'test3', u'test2', u'test1'], assignable.keys())
def _extractRules(self):
"""Extract rules to a document fragment
"""
site = self.environ.getSite()
storage = queryUtility(IRuleStorage)
if storage is None:
return
fragment = self._doc.createDocumentFragment()
assignment_paths = set()
for name, rule in storage.items():
rule_node = self._doc.createElement('rule')
rule_node.setAttribute('name', name)
rule_node.setAttribute('title', rule.title)
rule_node.setAttribute('description', rule.description)
rule_node.setAttribute('event', _getDottedName(rule.event))
rule_node.setAttribute('enabled', str(rule.enabled))
rule_node.setAttribute('stop-after', str(rule.stop))
rule_node.setAttribute('cascading', str(rule.cascading))
# Aq-wrap so that exporting fields with clever getters or
# vocabularies will work. We also aq-wrap conditions and
# actions below.
rule = rule.__of__(site)
# Add conditions
conditions_node = self._doc.createElement('conditions')
for condition in rule.conditions:
condition_data = IRuleElementData(condition)
condition = condition.__of__(rule)
condition_node = self._doc.createElement('condition')
condition_node.setAttribute('type', condition_data.element)
handler = IRuleElementExportImportHandler(condition)
handler.export_element(self._doc, condition_node)
conditions_node.appendChild(condition_node)
rule_node.appendChild(conditions_node)
# Add actions
actions_node = self._doc.createElement('actions')
for action in rule.actions:
action_data = IRuleElementData(action)
action = action.__of__(rule)
action_node = self._doc.createElement('action')
action_node.setAttribute('type', action_data.element)
handler = IRuleElementExportImportHandler(action)
handler.export_element(self._doc, action_node)
actions_node.appendChild(action_node)
rule_node.appendChild(actions_node)
fragment.appendChild(rule_node)
assignment_paths.update(get_assignments(rule))
# Export assignments last - this is necessary to ensure they
# are orderd properly
site_path_length = len('/'.join(site.getPhysicalPath()))
for path in assignment_paths:
try:
container = site.unrestrictedTraverse(path)
except KeyError:
continue
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
continue
location = path[site_path_length:]
for name, assignment in assignable.items():
assignment_node = self._doc.createElement('assignment')
assignment_node.setAttribute('location', location)
assignment_node.setAttribute('name', name)
assignment_node.setAttribute('enabled', str(assignment.enabled))
assignment_node.setAttribute('bubbles', str(assignment.bubbles))
fragment.appendChild(assignment_node)
return fragment
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 %s" % event_name)
rule.enabled = as_bool(child.getAttribute('enabled'), True)
rule.stop = as_bool(child.getAttribute('stop-after'))
# 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
assignable = IRuleAssignmentManager(container, None)
if assignable is None:
continue
name = child.getAttribute('name')
assignment = assignable.get(name, None)
if assignment is None:
assignment = assignable[name] = RuleAssignment(name)
assignment.enabled = as_bool(child.getAttribute('enabled'))
assignment.bubbles = as_bool(child.getAttribute('bubbles'))
insert_before = child.getAttribute('insert-before')
if insert_before:
position = None
keys = list(assignable.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)
assignable.updateOrder(keys)
path = '/'.join(container.getPhysicalPath())
get_assignments(storage[name]).insert(path)