def serialize(self):
# Fix Tag Name
eventElement = Linkable.serialize(self)
eventElement.tag = bpmn + ('boundary' if self.attachedTo != None else
camel_case(self.type.name)) + 'Event'
# Add Cancel Attribute
if self.attachedTo != None:
eventElement.attrib['cancelActivity'] = str(self.cancelActivity)
eventElement.attrib['attachedToRef'] = str(self.attachedTo.id)
# Add Definition Element
if self.definition != EventDefinition.Default:
eventDefElement = et.Element(
camel_case(self.definition.name) + 'EventDefinition')
eventDefElement.attrib[
'id'] = f'{self.id}_{self.definition.name}Definition'
eventElement.append(eventDefElement)
return eventElement
def serialize(self):
e = Linkable.serialize(self)
if self.flag in [
ActivityFlag.ParallelMultiple, ActivityFlag.SequentialMultiple,
ActivityFlag.Loop
]:
# instantiate characteristics element
element = et.Element(bpmn +
('standard' if self.flag ==
ActivityFlag.Loop else 'multiInstance') +
'LoopCharacteristics')
# mark as sequential
if self.flag == ActivityFlag.SequentialMultiple:
element.attrib['isSequential'] = 'true'
# add characteristics element
e.append(element)
return e
def serialize(self):
element = Linkable.serialize(self)
element.tag = bpmn + camel_case(self.type.name) + 'Gateway'
return element
def run_test():
l = Linkable(id='whatever')
print(et.tostring(l.serialize()))