},
		},
		{
			description:     "prioritise container field over pod field",
			podSc:           &v1.PodSecurityContext{SeccompProfile: &v1.SeccompProfile{Type: v1.SeccompProfileTypeUnconfined}},
			containerSc:     &v1.SecurityContext{SeccompProfile: &v1.SeccompProfile{Type: v1.SeccompProfileTypeRuntimeDefault}},
			expectedProfile: runtimeDefaultProfile,
		},
		{
			description:   "prioritise container field over pod field",

			field.DBName = namer.ColumnName(schema.Table, field.Name)
		}

		bindName := field.BindName()
		if field.DBName != "" {
			// nonexistence or shortest path or first appear prioritized if has permission
			if v, ok := schema.FieldsByDBName[field.DBName]; !ok || ((field.Creatable || field.Updatable || field.Readable) && len(field.BindNames) < len(v.BindNames)) {

// so that the critical pod can be admitted.  For evictions, the CriticalPodAdmissionHandler evicts a set of pods that
// frees up the required resource requests.  The set of pods is designed to minimize impact, and is prioritized according to the ordering:
// minimal impact for guaranteed pods > minimal impact for burstable pods > minimal impact for besteffort pods.
// minimal impact is defined as follows: fewest pods evicted > fewest total requests of pods.

	groups := sets.String{}
	order := []string{}
	for _, version := range versions {
		if len(version.Version) == 0 || version.Version == APIVersionInternal {
			return fmt.Errorf("internal versions cannot be prioritized: %v", version)
		}

		groups.Insert(version.Group)
		order = append(order, version.Version)
	}
	if len(groups) != 1 {

	// If the function returns true, indicating our key has high precedence, we will take over
	// leadership even if their is another un-expired leader.
	//
	// This can be used to implemented a prioritized leader election. For example, if multiple
	// versions of the same application run simultaneously, we can ensure the newest version
	// will become the leader.
	//

	}
	switch runtime.GOOS {
	case "darwin":
		cmds = append(cmds, "/usr/bin/open")
	case "windows":
		cmds = append(cmds, "cmd /c start")
	default:
		// Commands opening browsers are prioritized over xdg-open, so browser()
		// command can be used on linux to open the .svg file generated by the -web
		// command (the .svg file includes embedded javascript so is best viewed in
		// a browser).

func (r *Replacer) WriteString(w io.Writer, s string) (n int, err error) {
	r.once.Do(r.buildOnce)
	return r.r.WriteString(w, s)
}

// trieNode is a node in a lookup trie for prioritized key/value pairs. Keys
// and values may be empty. For example, the trie containing keys "ax", "ay",
// "bcbc", "x" and "xy" could have eight nodes:
//
//	n0  -
//	n1  a-
//	n2  .x+
//	n3  .y+
//	n4  b-

    // Add first regular route as failed.
    routeDatabase.failed(regularRoutes[0])
    // Reset selector
    routeSelector = newRouteSelector(address)

    // The first selection prioritizes the non-failed routes.
    val selection2 = routeSelector.next()
    assertThat(selection2.next()).isEqualTo(regularRoutes[1])
    assertThat(selection2.hasNext()).isFalse()

	wb := new(bytes.Buffer)
	rb.WriteString("hello, world.")
	Copy(wb, rb)
	if wb.String() != "hello, world." {
		t.Errorf("Copy did not work properly")
	} else if !rb.writeToCalled {
		t.Errorf("WriteTo was not prioritized over ReadFrom")
	}
}

type zeroErrReader struct {
	err error
}

func (r zeroErrReader) Read(p []byte) (int, error) {
	return copy(p, []byte{0}), r.err
}

type errWriter struct {

func (er *erasureObjects) listPath(ctx context.Context, o listPathOptions, results chan<- metaCacheEntry) (err error) {
	defer xioutil.SafeClose(results)
	o.debugf(color.Green("listPath:")+" with options: %#v", o)

	// get prioritized non-healing disks for listing
	disks, infos, _ := er.getOnlineDisksWithHealingAndInfo(true)
	askDisks := getListQuorum(o.AskDisks, er.setDriveCount)
	if askDisks == -1 {