def test_subscribe_single_flowable(self):
reduce_multicast = LoopFlowableMultiCast(
source=self.source_multicast,
func=lambda m: MultiCast(m).pipe(
rxbp.multicast.op.map(lambda t: t[0]), ),
initial=[10],
)
reduce_multicast.get_source(self.info).subscribe(self.rx_sink)
self.source_multicast.on_next(Flowable(self.source1))
sink = TObserver(immediate_continue=0)
subscription = self.rx_sink.received[0].unsafe_subscribe(
Subscriber(
scheduler=self.source_scheduler,
subscribe_scheduler=self.source_scheduler,
))
subscription.observable.observe(init_observer_info(sink))
self.multicast_scheduler.advance_by(1)
self.source_scheduler.advance_by(1)
# self.source1.on_next_single(0)
print(sink.received)
self.assertEqual([10], sink.received)
def op_func(source: MultiCast):
# lifted_sources = [source for source in (source, *others) if isinstance(source, LiftIndexMultiCastMixin)]
# if 1 < len(lifted_sources):
# assert all(lifted_sources[0].lift_index == other.lift_index for other in lifted_sources[1:]), \
# f'layers do not match {[source.lift_index for source in lifted_sources]}'
return source.merge(*others)
def op_func(source: MultiCast):
def lifted_func(multicast: MultiCastMixin):
return func(init_multicast(multicast))
return source.loop_flowables(
func=lifted_func,
initial=initial,
stack=stack,
)
def op_func(source: MultiCast):
return source.debug(
name=name,
on_next=on_next,
on_completed=on_completed,
on_error=on_error,
on_subscribe=on_subscribe,
on_observe=on_observe,
on_dispose=on_dispose,
verbose=verbose,
stack=stack,
)
def test_send_single_flowable(self):
reduce_multicast = LoopFlowableMultiCast(
source=self.source_multicast,
func=lambda m: MultiCast(m).pipe(
rxbp.multicast.op.map(lambda t: t[0]), ),
initial=[0],
)
reduce_multicast.get_source(self.info).subscribe(self.rx_sink)
self.source_multicast.on_next(Flowable(self.source1))
self.assertEqual(1, len(self.rx_sink.received))
def op_func(source: MultiCast):
return source.flat_map(func=lambda v: v, stack=stack)
def op_func(source: MultiCast):
return source.share_func(func=func, stack=stack)
def op_func(source: MultiCast):
return source.collect_flowables(
stack=stack,
maintain_order=maintain_order,
)
def op_func(source: MultiCast):
return source.map(func=func)
def op_func(source: MultiCast):
return source.default_if_empty(lazy_val=lazy_val)
def op_func(source: MultiCast):
return source.join_flowables(list(others), stack=stack)
def op_func(source: MultiCast):
return source.lift()
def op_func(source: MultiCast):
return source.assert_single_subscription(stack=stack)
def op_func(source: MultiCast):
return source.filter(predicate=predicate)
def op_func(source: MultiCast):
return source.flat_map(func=func, stack=stack)
def op_func(source: MultiCast):
return source.first_or_default(lazy_val=lazy_val)
def op_func(source: MultiCast):
return source.first(stack=stack)