ok = true

	m := newMatcher(matchString, *match, "-test.run", *skip)

	var eg InternalExample
	for _, eg = range examples {
		_, matched, _ := m.fullName(nil, eg.Name)
		if !matched {
			continue
		}
		ran = true
		if !runExample(eg) {
			ok = false
		}
	}

	return ran, ok
}

func sortLines(output string) string {

		`"patchtype" can be one of "strategic", "merge" or "json" and they match the patch formats ` +
		`supported by kubectl. The default "patchtype" is "strategic". "extension" must be either ` +
		`"json" or "yaml". "suffix" is an optional string that can be used to determine ` +
		`which patches are applied first alpha-numerically.`
	fs.StringVar(patchesDir, Patches, *patchesDir, usage)

# hack/logcheck.conf contains regular expressions that are matched against <pkg>/<file>,
# for example k8s.io/cmd/kube-scheduler/app/config/config.go.
#
# By default, structured logging call parameters are checked, but usage of
# those calls is not required. That is changed on a per-file basis.
#
# Remember to clean the golangci-lint cache when changing the configuration and
# running the verify-golangci-lint.sh script multiple times, otherwise

    }

    @Issue("20611")
    def "defaults for Java 9+ contain the --add-opens args in the form that can be matched by a user's GRADLE_OPTS"() {
        when:
        parameters.applyDefaultsFor(JavaLanguageVersion.of(9))

        then: "The --add-opens arguments should be in the form that can be matched by user-provided GRADLE_OPTS: --add-opens=x.y/z.a=..."

		r.cpuSamples = r.gen.cpuSamples

		// Reset frontier.
		for m, batches := range r.gen.batches {
			bc := &batchCursor{m: m}
			ok, err := bc.nextEvent(batches, r.gen.freq)
			if err != nil {
				return Event{}, err
			}
			if !ok {
				// Turns out there aren't actually any events in these batches.
				continue
			}
			r.frontier = heapInsert(r.frontier, bc)
		}

		return id
	}
	id := uint64(len(g.stacks) + 1)
	g.stacks[stkc] = id
	return id
}

// writeEventsTo emits event batches in the generation to tw.
func (g *Generation) writeEventsTo(tw *raw.TextWriter) {
	// Write event batches for the generation.
	for _, b := range g.batches {
		b.writeEventsTo(tw)
	}

	// Write frequency.
	b := g.newStructuralBatch()
	b.RawEvent(go122.EvFrequency, nil, 15625000)

            LOGGER.info("Task name matched '{}'", taskName);
            return new TaskSelection(targetProject.getProjectPath().getPath(), taskName, tasks);
        }

        Map<String, TaskSelectionResult> tasksByName = taskNameResolver.selectAll(targetProject.getMutableModel(), includeSubprojects);
        NameMatcher matcher = new NameMatcher();
        String actualName = matcher.find(taskName, tasksByName.keySet());

// A new slice is created and returned. Use FilterInPlace to perform in-place
func Filter[E any](s []E, f func(E) bool) []E {
	matched := []E{}
	for _, v := range s {
		if f(v) {
			matched = append(matched, v)
		}
	}
	return matched
}

// Map runs f() over all elements in s and returns the result
func Map[E any, O any](s []E, f func(E) O) []O {
	n := make([]O, 0, len(s))

			TTL:    &metav1.Duration{Duration: 1234},
		},
	}
	obj.SkipPhases = nil
	obj.NodeRegistration.ImagePullPolicy = corev1.PullIfNotPresent
	obj.NodeRegistration.ImagePullSerial = ptr.To(true)
	obj.Patches = nil
	obj.DryRun = false
	kubeadm.SetDefaultTimeouts(&obj.Timeouts)
}

func fuzzNodeRegistration(obj *kubeadm.NodeRegistrationOptions, c fuzz.Continue) {
	c.FuzzNoCustom(obj)

		// Both SotW and Delta did not respond, nothing to compare
		return
	}
	newByName := slices.GroupUnique(sotwRes, (*discovery.Resource).GetName)
	curByName := slices.GroupUnique(current, (*discovery.Resource).GetName)

	watched := sets.New(w.ResourceNames...)

	details := fmt.Sprintf("last:%v sotw:%v delta:%v-%v", len(current), len(sotwRes), len(deltaRes), len(deleted))
	wantDeleted := sets.New[string]()
	wantChanged := sets.New[string]()