pkg:      "crypto/x509",
			})
	}

	// GOEXPERIMENT=rangefunc tests
	if !t.compileOnly {
		for _, pkg := range []string{"iter", "slices", "maps"} {
			t.registerTest("GOEXPERIMENT=rangefunc",
				&goTest{
					variant: pkg,
					short:   t.short,
					env:     []string{"GOEXPERIMENT=rangefunc"},
					pkg:     pkg,
				})
		}
	}

// entry block prolog.
func locatePrologEnd(f *Func, needCloCtx bool) (ID, *Value) {

	// returns true if this instruction looks like it moves an ABI
	// register (or context register for rangefunc bodies) to the
	// stack, along with the value being stored.
	isRegMoveLike := func(v *Value) (bool, ID) {
		n, ok := v.Aux.(*ir.Name)
		var r ID
		if (!ok || n.Class != ir.PPARAM) && !needCloCtx {

func rankPIDPressure(pods []*v1.Pod, stats statsFunc) {
	orderedBy(priority, process(stats)).Sort(pods)
}

// rankDiskPressureFunc returns a rankFunc that measures the specified fs stats.
func rankDiskPressureFunc(fsStatsToMeasure []fsStatsType, diskResource v1.ResourceName) rankFunc {
	return func(pods []*v1.Pod, stats statsFunc) {

				case "runtime.racefuncenter", "runtime.racefuncexit",
					"runtime.panicdivide", "runtime.panicwrap",
					"runtime.panicshift":
					continue
				}
				// If we encountered any call, we need to keep racefunc*,
				// for accurate stacktraces.
				return false
			case OpPanicBounds, OpPanicExtend:
				// Note: these are panic generators that are ok (like the static calls above).