Method timer1complete

tests/HostTests/modules/Timers.cpp:70–150

	}

	void timer1complete()
	{
		statusTimer.initializeMs<1000>([this]() {
			bool done = false;
			++statusTimerCount;
			//			if(timer32_count == 6) {
			if(activeTimerCount == 0) {
				Serial.print("statusTimer expired: ");
				Serial.println(statusTimer);
				statusTimer.stop();
				Serial.print("statusTimer stopped: ");
				Serial.println(statusTimer);
				done = true;
			}

			auto mem = MallocCount::getCurrent();
			String s;
			s += system_get_time();
			s += " ";
			s += String(statusTimer);
			s += " fired, timercount = ";
			s += activeTimerCount;
			s += ", mem = ";
			s += mem;
			Serial.println(s);
			Serial.println(longTimer);

			if(done) {
				MallocCount::enableLogging(false);
				if(mem != memStart) {
					Serial.print("mem != memStart, memStart = ");
					Serial.println(memStart);
#ifndef ARCH_ESP32
					TEST_ASSERT(false);
#endif
				}
				complete();
			}
		});
		statusTimer.start();

		Serial.println(statusTimer);

		if(1) {
			longTimer.setCallback([this]() {
				--activeTimerCount;
				auto ticks = Timer::Clock::ticks();
				Serial.println(longTimer.toString());
				Serial.print("Elapsed ticks = ");
				Serial.println(ticks - longStartTicks);
				Serial.println(_F("Finally done!"));
			});
			Serial << _F("longTimer.maxTicks = ") << longTimer.maxTicks() << endl;
			longTimer.setIntervalMs<15000>();
			longTimer.startOnce();
			longStartTicks = Timer::Clock::ticks();
			Serial << _F("longTimer.start = ") << longStartTicks << endl;
			++activeTimerCount;