// In all of these cases we only want to wipe a field if we a) know it no
	// longer applies; b) might have initialized it automatically; c) know the
	// user did not ALSO try to change it (in which case it should fail in
	// validation).

	// If the user is switching to a type that does not need a value in
	// clusterIP/clusterIPs (even "None" counts as a value), we might be able
	// to wipe some fields.

		healthy, err := w.prober.Probe(w.config.ProbeTimeout)
		if healthy.IsHealthy() {
			healthCheckLog.Debug("probe completed with healthy status")
			// we were healthy, increment success counter
			numSuccess++
			// wipe numFail (need consecutive success)
			numFail = 0
			// if we reached the threshold, mark the target as healthy
			if numSuccess == w.config.SuccessThresh && lastState != lastStateHealthy {

	rootCmd.SetErr(&err)
	// istioctl will overwrite logs which we don't want.
	// It happens to do this via PersistentPreRunE, which we can disable.
	// We add an additional check in case someone refactors this away, to ensure we don't wipe out non-logging code.
	if fmt.Sprintf("%p", rootCmd.PersistentPreRunE) != fmt.Sprintf("%p", cmd.ConfigureLogging) {
		log.Fatalf("istioctl PersistentPreRunE is not configuring logging")
	}
	rootCmd.PersistentPreRunE = nil

			if !gotProperties.Equal(wantedProperties) {
				t.Fatalf("unexpected properties, got: %s, expected: %s", gotProperties.List(), wantedProperties.List())
			}

			// wipe out TypeMeta/ObjectMeta content, with those many lines of descriptions. We trust that they match here.
			for _, metaField := range []string{"kind", "apiVersion", "metadata"} {
				if _, found := got.schema.Properties["kind"]; found {

			// we might need a mechanism that is the inverse of resetFields where
			// you specify only the fields to be kept rather than the fields to be wiped
			// that way you could wipe everything but the status in this case.
			fieldpath.MakePathOrDie("spec"),
		),
	}

	return fields
}

func (a statusStrategy) PrepareForUpdate(ctx context.Context, obj, old runtime.Object) {

		}

		// create the associated service
		// no need for assertions, just trying to ensure no errors
		createSimpleService(t, client, "exportable-ns", "manual-export")

		// assert that we didn't wipe out the pre-existing serviceexport status
		assertServiceExportHasCondition(t, client, "exportable-ns", "manual-export",
			mcsapi.ServiceExportValid)
	})
}

	s.touchMem()

	if s.wait > 0 {
		time.Sleep(s.wait)
	}

	select {
	default:
	case <-ctx.Done():
		return nil, ctx.Err()
	}

	db := s.c.db
	switch s.cmd {
	case "WIPE":
		db.wipe()
		return driver.ResultNoRows, nil
	case "USE_RAWBYTES":
		s.c.db.useRawBytes.Store(true)
		return driver.ResultNoRows, nil
	case "CREATE":

	}

	expectPanic("Exec Exec", func() { db.Exec("PANIC|Exec|WIPE") })
	exec(t, db, "WIPE") // check not deadlocked
	expectPanic("Exec NumInput", func() { db.Exec("PANIC|NumInput|WIPE") })
	exec(t, db, "WIPE") // check not deadlocked
	expectPanic("Exec Close", func() { db.Exec("PANIC|Close|WIPE") })
	exec(t, db, "WIPE")             // check not deadlocked
	exec(t, db, "PANIC|Query|WIPE") // should run successfully: Exec does not call Query

		}
	}

	// For now, we leave cleanup of the *entire* directory up to the Handler
	// (even though we should in theory be able to just wipe the whole directory)
	// because the Handler stores its checkpoint file (amongst others) in here.
	if err := s.rhandler.CleanupPluginDirectory(s.socketDir); err != nil {

---

"_Ti ẹnikẹni ba n wa láti kọ iṣelọpọ API pẹ̀lú Python, èmi yóò ṣe'dúró fún **FastAPI**. Ó jẹ́ ohun tí **àgbékalẹ̀ rẹ̀ lẹ́wà**, **ó rọrùn láti lò** àti wipe ó ni **ìwọ̀n gíga**, o tí dí **bọtini paati** nínú alakọkọ API ìdàgbàsókè kikọ fún wa, àti pe o ni ipa lori adaṣiṣẹ àti àwọn iṣẹ gẹ́gẹ́ bíi Onímọ̀-ẹ̀rọ TAC tí órí Íńtánẹ́ẹ̀tì_"