def __call__(self):
self.errors = {}
if self.request.get('form.actions.add', False) == 'Add':
self.authorize()
am = ActionManager()
rule = am.get_rule(self.selected_transition)
if rule is None:
id = generateRuleName(self.selected_transition)
r = Rule()
r.title = u"%s transition content rule" % (
self.selected_transition.id)
r.description = """This content rule was automatically created
by the workflow manager to support actions on workflow transitions. If you want
the behavior to work as expected, do not modify this outside of the workflow
manager."""
am.storage[id] = r
rule = RuleAdapter(r, self.selected_transition)
rule.activate()
editurl = '%s/%s/+action' % (self.portal.absolute_url(), rule.id)
data = urlencode({
':action':
self.request.get('action-type', 'plone.actions.Mail'),
'form.button.AddAction':
'Add'
})
return self.handle_response(load=editurl + '?' + data)
else:
return self.handle_response(tmpl=self.template)
def __call__(self):
self.errors = {}
if self.request.get('form.actions.add', False):
self.authorize()
am = ActionManager()
rule = am.get_rule(self.selected_transition)
if rule is None:
rule_id = generateRuleName(self.selected_transition)
r = Rule()
r.title = u"%s transition content rule" % (
self.selected_transition.id)
r.description = """This content rule was automatically created
by the workflow manager to support actions on workflow transitions. If you want
the behavior to work as expected, do not modify this outside of the workflow
manager."""
am.storage[rule_id] = r
rule = RuleAdapter(r, self.selected_transition)
rule.activate()
editurl = '%s/%s/+action' % (self.portal.absolute_url(), rule.id)
data = urlencode({
':action': self.request.get('action-type',
'plone.actions.Mail'),
'form.button.AddAction': 'Add'})
return self.handle_response(load=editurl + '?' + data)
else:
return self.handle_response(tmpl=self.template)
def createRule(self, context, rule_context, rule_id, rule_title, rule_description,
rule_event, message, subject, for_types=None, area_id=None):
"""
Enabled types are taken from the Plone registry, or you can manually set them using for_types
Id of the area (used for getting the notification group) is taken from current area, or by area_id param
"""
registry = queryUtility(IRegistry)
settings = registry.forInterface(IGroupwareNotifySettings, check=False)
#create the rule
rule = Rule()
rule.__name__ = rule_id
rule.event = rule_event
rule.title = rule_title
rule.description = rule_description
#add the rule to rule's storage
storage = getUtility(IRuleStorage)
# chooser = INameChooser(storage)
if rule_id not in storage.keys():
storage[rule_id] = rule
#set the action and add it to the rule
action = MailForGroupwareNotificationAction(area_id)
if settings and settings.default_email_sender:
action.source = settings.default_email_sender
action.sender = None
action.subject = subject
action.message = message
rule.actions.append(action)
if not for_types:
#set the condition and add it to the rule
if settings:
behavior = ISelectableConstrainTypes(rule_context)
allowed_types = behavior.getLocallyAllowedTypes()
types_list = set(allowed_types).difference(settings.black_list)
condition = PortalTypeCondition()
condition.check_types=tuple(types_list)
rule.conditions.append(condition)
else:
# explicit types
condition=PortalTypeCondition()
condition.check_types=tuple(for_types)
rule.conditions.append(condition)
logger.info('Created rule %s' % rule_id)
#assignment
rule_id=rule.id.replace('++rule++','')
assignable = IRuleAssignmentManager(rule_context)
assignable[rule_id] = RuleAssignment(rule_id)
assignable[rule_id].bubbles=True
get_assignments(storage[rule_id]).insert('/'.join(rule_context.getPhysicalPath()))
logger.info('Enabled rule %s on %s' % (rule_id, rule_context.Title().decode('utf-8')))
def create(self, transition):
rule = self.get_rule(transition)
if rule is None:
id = generateRuleName(transition)
r = Rule()
r.title = u"%s transition content rule" % transition.id
r.description = _(u"This content rule was automatically created "
u"the workflow manager to create actions on "
u"workflow events. If you want the behavior to "
u"work as expected, do not modify this out of "
u"the workflow manager.")
self.storage[id] = r
rule = RuleAdapter(r, transition)
rule.activate()
return rule
def create(self, transition):
rule = self.get_rule(transition)
if rule is None:
rule_id = generateRuleName(transition)
r = Rule()
r.title = _(u"%s transition content rule") % transition.id
r.description = _(u"This content rule was automatically created "
u"the workflow manager to create actions on "
u"workflow events. If you want the behavior to "
u"work as expected, do not modify this out of "
u"the workflow manager.")
self.storage[rule_id] = r
rule = RuleAdapter(r, transition)
rule.activate()
return rule
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 _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'))
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 _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)
