// instantiate all of the components we need
signals::storage<void (), signals::fused> banger;
signals::storage<void (float), signals::fused> floater(2.5f);
signals::storage<void (float), signals::fused> collector(0.0f);

// create the network (banger to floater.send, floater to collector)
banger >>= floater.send_slot() >>= collector;

// signal from banger causes floater to output 2.5
banger();
BOOST_CHECK_EQUAL(collector.at<0>(), 2.5f);

// change the value in floater
floater(1.5f);
floater.send(); // we can also signal floater directly
BOOST_CHECK_EQUAL(collector.at<0>(), 1.5f);

// instantiate all of the components we need
signals::storage<void (), signals::unfused> banger;
signals::storage<void (float), signals::unfused> floater(2.5f);
signals::storage<void (float), signals::unfused> collector(0.0f);

// create the network (banger to floater.send, floater to collector)
banger >>= floater.send_slot() >>= collector;

// signal from banger causes floater to output 2.5
banger();
BOOST_CHECK_EQUAL(floater.at<0>(), 2.5f);
BOOST_CHECK_EQUAL(collector.at<0>(), 2.5f);

floater(1.5f); // change the value in floater
floater.send(); // we can also signal floater directly
BOOST_CHECK_EQUAL(collector.at<0>(), 1.5f);