def register_task(rule: TaskRule) -> None:
native_engine.tasks_task_begin(
tasks,
rule.func,
rule.output_type,
side_effecting=any(
issubclass(t, SideEffecting) for t in rule.input_selectors),
engine_aware_return_type=issubclass(rule.output_type,
EngineAwareReturnType),
cacheable=rule.cacheable,
name=rule.canonical_name,
desc=rule.desc or "",
level=rule.level.level,
)
for selector in rule.input_selectors:
native_engine.tasks_add_select(tasks, selector)
for the_get in rule.input_gets:
if is_union(the_get.input_type):
# Register a union. TODO: See #12934: this should involve an explicit interface
# soon, rather than one being implicitly created with only the provided Param.
for union_member in union_membership.get(the_get.input_type):
native_engine.tasks_add_union(tasks, the_get.output_type,
(union_member, ))
else:
# Otherwise, the Get subject is a "concrete" type, so add a single Get edge.
native_engine.tasks_add_get(tasks, the_get.output_type,
the_get.input_type)
native_engine.tasks_task_end(tasks)
def register_task(rule: TaskRule) -> None:
native_engine.tasks_task_begin(
tasks,
rule.func,
rule.output_type,
issubclass(rule.output_type, EngineAwareReturnType),
rule.cacheable,
rule.canonical_name,
rule.desc or "",
rule.level.level,
)
for selector in rule.input_selectors:
native_engine.tasks_add_select(tasks, selector)
def add_get_edge(product: type, subject: type) -> None:
native_engine.tasks_add_get(tasks, product, subject)
for the_get in rule.input_gets:
if union.is_instance(the_get.input_type):
# If the registered subject type is a union, add Get edges to all registered
# union members.
for union_member in union_membership.get(the_get.input_type):
add_get_edge(the_get.output_type, union_member)
else:
# Otherwise, the Get subject is a "concrete" type, so add a single Get edge.
add_get_edge(the_get.output_type, the_get.input_type)
native_engine.tasks_task_end(tasks)