lease      *coordinationv1.Lease
}

// Get returns the election record from a Lease spec
func (ll *LeaseLock) Get(ctx context.Context) (*LeaderElectionRecord, []byte, error) {
	var err error
	ll.lease, err = ll.Client.Leases(ll.LeaseMeta.Namespace).Get(ctx, ll.LeaseMeta.Name, metav1.GetOptions{})
	if err != nil {
		return nil, nil, err
	}
	record := LeaseSpecToLeaderElectionRecord(&ll.lease.Spec)

}

func (s *handleState) appendNonBuiltIns(r Record) {
	// preformatted Attrs
	if pfa := s.h.preformattedAttrs; len(pfa) > 0 {
		s.buf.WriteString(s.sep)
		s.buf.Write(pfa)
		s.sep = s.h.attrSep()
		if s.h.json && pfa[len(pfa)-1] == '{' {
			s.sep = ""
		}
	}
	// Attrs in Record -- unlike the built-in ones, they are in groups started
	// from WithGroup.
	// If the record has no Attrs, don't output any groups.

TF_CAPI_EXPORT extern void TF_DeleteStatus(TF_Status*);

// Record <code, msg> in *s.  Any previous information is lost.
// A common use is to clear a status: TF_SetStatus(s, TF_OK, "");
TF_CAPI_EXPORT extern void TF_SetStatus(TF_Status* s, TF_Code code,
                                        const char* msg);

// Record <key, value> as a payload in *s. The previous payload having the

	cachedVolumeStats atomic.Value
	startOnce         sync.Once
	eventRecorder     record.EventRecorder
}

var _ fsResourceAnalyzerInterface = &fsResourceAnalyzer{}

// newFsResourceAnalyzer returns a new fsResourceAnalyzer implementation
func newFsResourceAnalyzer(statsProvider Provider, calcVolumePeriod time.Duration, eventRecorder record.EventRecorder) *fsResourceAnalyzer {
	r := &fsResourceAnalyzer{
		statsProvider: statsProvider,

	// the body of f must appear on a single line whose first
	// non-whitespace characters are "l.".
	f func(*slog.Logger)
	// If mod is not nil, it is called to modify the Record
	// generated by the Logger before it is passed to the Handler.
	mod func(*slog.Record)
	// checks is a list of checks to run on the result.
	checks []check
}

var cases = []testCase{
	{
		name:        "built-ins",

			}
		}
	}

	ic := &Controller{
		cloud:                cloud,
		kubeClient:           kubeClient,
		eventBroadcaster:     record.NewBroadcaster(record.WithContext(ctx)),
		clusterCIDRs:         clusterCIDRs,
		serviceCIDR:          serviceCIDR,
		secondaryServiceCIDR: secondaryServiceCIDR,
		allocatorType:        allocatorType,
	}

  private val testLogHandler =
    object : Handler() {
      override fun publish(record: LogRecord) {
        val recorded =
          when (record.loggerName) {
            TaskRunner::class.java.name -> recordTaskRunner
            Http2::class.java.name -> recordFrames
            "javax.net.ssl" -> recordSslDebug && !sslExcludeFilter.matches(record.message)
            else -> false
          }

        if (recorded) {

    # entries that are up to 100KB in size.
    <filter kubernetes.**>
      @type record_transformer
      enable_ruby true
      <record>
        log ${record['log'].length > 100000 ? "[Trimmed]#{record['log'][0..100000]}..." : record['log']}
      </record>
    </filter>

    # Do not collect fluentd's own logs to avoid infinite loops.
    <match fluent.**>
      @type null
    </match>

// Increment implements Metric
func (dm *disabledMetric) Increment() {}

// Name implements Metric
func (dm *disabledMetric) Name() string {
	return dm.name
}

// Record implements Metric
func (dm *disabledMetric) Record(value float64) {}

// RecordInt implements Metric
func (dm *disabledMetric) RecordInt(value int64) {}

// Register implements Metric
func (dm *disabledMetric) Register() error {
	return nil

func (e ErrBucketConflict) Error() string {
	return e.Bucket + " bucket conflict error: " + e.Err.Error()
}

// Store dns record store
type Store interface {
	Put(bucket string) error
	Get(bucket string) ([]SrvRecord, error)
	Delete(bucket string) error
	List() (map[string][]SrvRecord, error)
	DeleteRecord(record SrvRecord) error
	Close() error
	String() string