Method checkCallbackTimer

tests/HostTests/modules/Timers.cpp:152–206

	}

	template <typename TimerType> static void checkCallbackTimer()
	{
		TimerType timer;

		Serial << timer << _F(", maxTicks = ") << TimerType::maxTicks() << _F(", maxTime = ")
			   << TimerType::Micros::MaxClockTime::value() << endl;

		//	CpuCycleTimer timer;
		//	Serial.print(timer);
		//	Serial.print(", maxClockTime = ");
		//	Serial.print(NanoTime::TimeValue(timer.unit(), timer.maxClockTime()));
		//	Serial.print(", ticksPerUnit = ");
		//	Serial.print(timer.ticksPerUnit());
		//	Serial.print(", maxInterval = ");
		//	Serial.print(timer.maxInterval());
		//	Serial.print(", margin = ");
		//	Serial.print(timer.margin().ticks());
		//	Serial.print(" ticks");
		//	Serial.println();

		//
		const auto time = NanoTime::time(NanoTime::Microseconds, 5000); //500020107;
		auto ticks = timer.usToTicks(time);
		Serial << _F("time = ") << time.toString() << _F(", ticks = ") << ticks << ", "
			   << TimerType::Micros::ticksToTime(ticks).toString() << endl;

		//
		auto t1 = timer.micros().template timeConst<5000>();
		t1.check();
		Serial << _F("t1 = ") << t1.toString() << ", " << t1.clock().toString()
			   << ", ticksPerUnit = " << t1.ticksPerUnit() << ", ticks = " << t1.ticks() << ", " << t1.clockTime()
			   << ", " << t1.clockValue() << endl;

		//	ElapseTimer et;
		//	timer.reset<500000000>();
		//	while(!timer.expired()) {
		//	}
		//	auto elapsed = et.elapsedTime();
		//	Serial.print("Elapsed = ");
		//	Serial.println(NanoTime::time(et.unit(), elapsed));

		//	Ratio<uint32_t> ratio(NanoTime::Seconds);
		//	Serial.println(ratio);

		//	auto nanos = typename TimerType::template TicksConst<TimerType::maxTicks() + 1>::as<NanoTime::Nanoseconds>();
		//		using Nanos = NanoTime::TimeSource<typename TimerType::Clock, NanoTime::Nanoseconds, uint64_t>;

		typename TimerType::Clock::template TicksConst<timer.maxTicks() + 1> nanos;

		//		auto nanos = NanoTime::TicksConst<typename TimerType::Clock, timer.maxTicks() + 1>::as<NanoTime::NanoSeconds>();
		//		auto nanos = Nanos::template ticksConst<timer.maxTicks() + 1>();
		Serial << _F("nanos = ") << nanos.template as<NanoTime::Nanoseconds>().toString() << endl;

		Serial << _F("interval = ") << timer.getIntervalUs() << _F("us, ticks = ") << timer.getInterval() << endl;
	}

private:
	Timer statusTimer;