// Enable register-based reflect.Call and ensure we don't
	// use potentially incorrect cached versions by clearing
	// the cache before we start and after we're done.
	defer reflect.SetArgRegs(reflect.SetArgRegs(abi.IntArgRegs, abi.FloatArgRegs, abi.EffectiveFloatRegSize))

	// This test is simple. Calling a method value involves
	// pretty much just plumbing whatever arguments in whichever

func ResolveReflectName(s string) {
	resolveReflectName(newName(s, "", false, false))
}

type Buffer struct {
	buf []byte
}

func clearLayoutCache() {
	layoutCache = sync.Map{}
}

func SetArgRegs(ints, floats int, floatSize uintptr) (oldInts, oldFloats int, oldFloatSize uintptr) {
	oldInts = intArgRegs
	oldFloats = floatArgRegs
	oldFloatSize = floatRegSize
	intArgRegs = ints
	floatArgRegs = floats

	}
	for _, lt := range tests {
		name := lt.typ.String()
		if lt.rcvr != nil {
			name = lt.rcvr.String() + "." + name
		}
		t.Run(name, func(t *testing.T) {
			defer SetArgRegs(SetArgRegs(lt.intRegs, lt.floatRegs, lt.floatRegSize))

			typ, argsize, retOffset, stack, gc, inRegs, outRegs, ptrs := FuncLayout(lt.typ, lt.rcvr)
			if typ.Size() != lt.size {