Model.Builder builder = Model.newBuilder(model);

        builder.dependencies(injectList(model.getDependencies(), this::injectDependency));
        Build build = model.getBuild();
        if (build != null) {
            Build newBuild = Build.newBuilder(build)
                    .plugins(injectList(build.getPlugins(), this::injectPlugin))
                    .build();

    void injectListTest() {
        Injector injector = Injector.create().bindImplicit(InjectList.class);
        List<InjectList.MyService> services = injector.getInstance(new Key<List<InjectList.MyService>>() {});
        assertNotNull(services);
        assertEquals(2, services.size());

        assertNotNull(services.get(0));
        assertInstanceOf(InjectList.MyService.class, services.get(0));
        assertNotNull(services.get(1));

        Model.Builder builder = Model.newBuilder(model);

        builder.dependencies(injectList(model.getDependencies(), this::injectDependency));
        Build build = model.getBuild();
        if (build != null) {
            Build newBuild = Build.newBuilder(build)
                    .plugins(injectList(build.getPlugins(), this::injectPlugin))
                    .build();

				// (pretending that one more is running) before injectglist.
				// Otherwise it can lead to the following situation:
				// injectglist grabs all P's but before it starts M's to run the P's,
				// another M returns from syscall, finishes running its G,
				// observes that there is no work to do and no other running M's
				// and reports deadlock.
				incidlelocked(-1)
				injectglist(&list)
				incidlelocked(1)

		// Ready the goroutine by injecting it. We use injectglist instead
		// of ready or goready in order to allow us to run this function
		// without a P. injectglist also avoids placing the goroutine in
		// the current P's runnext slot, which is desirable to prevent
		// the scavenger from interfering with user goroutine scheduling
		// too much.
		var list gList
		list.push(s.g)
		injectglist(&list)
	}
	unlock(&s.lock)
}

// at the end of a GC cycle. gcBlackenEnabled must be false to prevent
// new assists from going to sleep after this point.
func gcWakeAllAssists() {
	lock(&work.assistQueue.lock)
	list := work.assistQueue.q.popList()
	injectglist(&list)
	unlock(&work.assistQueue.lock)
}

// gcParkAssist puts the current goroutine on the assist queue and parks.
//
// gcParkAssist reports whether the assist is now satisfied. If it

	sched.idleTime.Store(0)

	if work.userForced {
		memstats.numforcedgc++
	}

	// Bump GC cycle count and wake goroutines waiting on sweep.
	lock(&work.sweepWaiters.lock)
	memstats.numgc++
	injectglist(&work.sweepWaiters.list)
	unlock(&work.sweepWaiters.lock)

	// Increment the scavenge generation now.
	//
	// This moment represents peak heap in use because we're
	// about to start sweeping.

	data="runtime.traceLocker.stack"
String id=76
	data="/usr/local/google/home/mknyszek/work/go-1/src/runtime/trace2event.go"
String id=77
	data="runtime.traceLocker.GoUnpark"
String id=78
	data="runtime.injectglist"
String id=79