def copy_operation(element: Operation):
yield element.id, copy_named_element(element)
for feature in itertools.chain(
element.formalParameter,
element.returnResult,
):
yield from copy(feature)
def copy_class(element):
yield element.id, copy_named_element(element)
for feature in itertools.chain(
element.ownedAttribute,
element.ownedOperation,
):
yield from copy(feature)
def copy_state(element: State):
yield element.id, copy_named_element(element)
if element.entry:
yield from copy(element.entry)
if element.exit:
yield from copy(element.exit)
if element.doActivity:
yield from copy(element.doActivity)
def copy_class(element):
return ClassCopy(
element_copy=copy_named_element(element),
owned_attributes=[
copy_element(attr)
for attr in element.ownedAttribute
if not attr.association
],
owned_parameters=[
copy_element(oper)
for oper in itertools.chain(
element.ownedOperation[:].formalParameter,
element.ownedOperation[:].returnResult,
)
],
owned_operations=[copy_element(oper) for oper in element.ownedOperation],
)
def copy_association(element: Association):
yield element.id, copy_named_element(element)
for end in element.memberEnd:
yield from copy(end)
def copy_operation(element: Operation):
yield element.id, copy_named_element(element)
for feature in element.ownedParameter:
yield from copy(feature)
def copy_transition(element: Transition):
yield element.id, copy_named_element(element)
if element.guard:
yield from copy(element.guard)
def copy_connector(element: Connector):
yield element.id, copy_named_element(element)
for end in element.end:
yield from copy(end)
def copy_message(element: Message):
yield element.id, copy_named_element(element)
if element.sendEvent:
yield from copy(element.sendEvent)
if element.receiveEvent:
yield from copy(element.receiveEvent)
def copy_execution_specification(element: ExecutionSpecification):
yield element.id, copy_named_element(element)
for occurrence in element.executionOccurrenceSpecification:
yield from copy(occurrence)
def copy_association(element: Association):
return AssociationCopy(
element_copy=copy_named_element(element),
member_ends=[copy_element(end) for end in element.memberEnd],
)
