// Check loop construction
	if f.RegAlloc == nil && f.pass != nil { // non-nil pass allows better-targeted debug printing
		ln := f.loopnest()
		if !ln.hasIrreducible {
			po := f.postorder() // use po to avoid unreachable blocks.
			for _, b := range po {
				for _, s := range b.Succs {
					bb := s.Block()
					if ln.b2l[b.ID] == nil && ln.b2l[bb.ID] != nil && bb != ln.b2l[bb.ID].header {

				loadAddr.add(v.Args[0].ID)
			case OpMove:
				loadAddr.add(v.Args[1].ID)
			}
		}
	}
	po := f.postorder()
	for {
		n := loadAddr.size()
		for _, b := range po {
			for i := len(b.Values) - 1; i >= 0; i-- {
				v := b.Values[i]
				if !loadAddr.contains(v.ID) {
					continue
				}
				for _, a := range v.Args {

func (f *Func) newPoset() *poset {
	if len(f.Cache.scrPoset) > 0 {
		po := f.Cache.scrPoset[len(f.Cache.scrPoset)-1]
		f.Cache.scrPoset = f.Cache.scrPoset[:len(f.Cache.scrPoset)-1]
		return po
	}
	return newPoset()
}

// retPoset returns a poset to the internal cache
func (f *Func) retPoset(po *poset) {
	f.Cache.scrPoset = append(f.Cache.scrPoset, po)
}

func (f *Func) localSlotAddr(slot LocalSlot) *LocalSlot {

	// Liveness information flows backward, so starting at the end
	// increases the probability that we will stabilize quickly.
	po := s.f.postorder()
	for {
		changed := false
		for _, b := range po {
			// Start with known live values at the end of the block
			live.clear()
			live.addAll(s.live[b.ID])

			// Propagate backwards to the start of the block

### Proponuj rozwiązania

* Po zrozumieniu pytania możesz podać im możliwą **odpowiedź**.

* W wielu przypadkach lepiej zrozumieć ich **podstawowy problem lub przypadek użycia**, ponieważ może istnieć lepszy sposób rozwiązania niż to, co próbują zrobić.

// We classify these operators by their type:
//
//	PO package->object	Package.Scope.Lookup
//	OT  object->type 	Object.Type
//	TT    type->type 	Type.{Elem,Key,Params,Results,Underlying} [EKPRU]
//	TO   type->object	Type.{At,Field,Method,Obj} [AFMO]
//
// All valid paths start with a package and end at an object
// and thus may be defined by the regular language:
//
//	objectpath = PO (OT TT* TO)*
//

        map.put("パ", new String[] { "pa" });
        map.put("ピ", new String[] { "pi" });
        map.put("プ", new String[] { "pu" });
        map.put("ペ", new String[] { "pe" });
        map.put("ポ", new String[] { "po" });

        map.put("ヴァ", new String[] { "va" });
        map.put("ヴィ", new String[] { "vi" });
        map.put("ヴ", new String[] { "vu" });
        map.put("ヴェ", new String[] { "ve" });

	}
	result := int32(0)
	for i := range pods {
		po := pods[i]
		if po.Status.Phase == v1.PodRunning || po.Status.Phase == v1.PodPending {
			for j := range po.Status.InitContainerStatuses {
				stat := po.Status.InitContainerStatuses[j]
				result += stat.RestartCount
			}
			for j := range po.Status.ContainerStatuses {
				stat := po.Status.ContainerStatuses[j]
				result += stat.RestartCount
			}

func parsePostPolicyForm(r io.Reader) (PostPolicyForm, error) {
	reader, err := sanitizePolicy(r)
	if err != nil {
		return PostPolicyForm{}, err
	}

	d := json.NewDecoder(reader)

	// Convert po into interfaces and
	// perform strict type conversion using reflection.
	var rawPolicy struct {
		Expiration string        `json:"expiration"`
		Conditions []interface{} `json:"conditions"`
	}

var _ rest.ShortNamesProvider = &REST{}

// ShortNames implements the ShortNamesProvider interface. Returns a list of short names for a resource.
func (r *REST) ShortNames() []string {
	return []string{"po"}
}

// Implement CategoriesProvider
var _ rest.CategoriesProvider = &REST{}

// Categories implements the CategoriesProvider interface. Returns a list of categories a resource is part of.