return &kubelet.Dependencies{
		Auth:                nil, // default does not enforce auth[nz]
		CAdvisorInterface:   nil, // cadvisor.New launches background processes (bg http.ListenAndServe, and some bg cleaners), not set here
		Cloud:               nil, // cloud provider might start background processes
		ContainerManager:    nil,
		KubeClient:          nil,
		HeartbeatClient:     nil,
		EventClient:         nil,
		TracerProvider:      tp,

}

# Restarts the service, or starts it if it is not currently
# running. A standard `Restart-Service` may fail because
# the process is sometimes unstoppable, so this function works around it
# by killing the processes.
function Restart-LogService([string]$service, [string]$cmdline) {
  Stop-Service -NoWait -ErrorAction Ignore $service

  # Wait (if necessary) for service to stop.
  $timeout = 10

  [[ -n "${ETCD_PID-}" ]] && kube::etcd::stop
  if [[ "${PRESERVE_ETCD}" == "false" ]]; then
    [[ -n "${ETCD_DIR-}" ]] && kube::etcd::clean_etcd_dir
  fi

  exit 0
}

# Check if all processes are still running. Prints a warning once each time
# a process dies unexpectedly.
function healthcheck {
  if [[ -n "${APISERVER_PID-}" ]] && ! sudo kill -0 "${APISERVER_PID}" 2>/dev/null; then

	//
	// This is currently 64MB on 64-bit non-Windows and 4MB on
	// 32-bit and on Windows. We use smaller arenas on Windows
	// because all committed memory is charged to the process,
	// even if it's not touched. Hence, for processes with small
	// heaps, the mapped arena space needs to be commensurate.
	// This is particularly important with the race detector,
	// since it significantly amplifies the cost of committed
	// memory.

==== Using unsupported API to start external processes at configuration time is no longer allowed with the configuration cache enabled

			WeightedClusters: &route.WeightedCluster{
				Clusters: weighted,
			},
		}
	}
	action.RetryPolicy = retry.ConvertPolicy(policy, consistentHash)
	return hostnames
}

// processDestination processes a single destination in a route. It specifies to which cluster the route should
// be routed to. It also sets the headers and hash policy if specified.
// Returns the hostname of the destination.

	4:   "interrupted system call",
	5:   "I/O error",
	6:   "no such device or address",
	7:   "arg list too long",
	8:   "exec format error",
	9:   "bad file number",
	10:  "no child processes",
	11:  "resource temporarily unavailable",
	12:  "not enough space",
	13:  "permission denied",
	14:  "bad address",
	15:  "block device required",
	16:  "device busy",
	17:  "file exists",

			}
			m, b = 1, b[1:]
		}
	}

	n, err := c.writeRecordLocked(recordTypeApplicationData, b)
	return n + m, c.out.setErrorLocked(err)
}

// handleRenegotiation processes a HelloRequest handshake message.
func (c *Conn) handleRenegotiation() error {
	if c.vers == VersionTLS13 {
		return errors.New("tls: internal error: unexpected renegotiation")
	}

  // Insert ops on the host side computation to receive data from device.
  // host0_ops are the ops that will make up the first host process. In the
  // map_outside_compilation case, there are multiple host processes, which will
  // be created by cloning.
  SmallVector<Operation*, 4> host0_ops;
  Operation* recv_at_host = CreateHostOps(
      clustered_ops, external_operands, external_outputs,

		yday       int = -1
		hour       int
		min        int
		sec        int
		nsec       int
		z          *Location
		zoneOffset int = -1
		zoneName   string
	)

	// Each iteration processes one std value.
	for {
		var err error
		prefix, std, suffix := nextStdChunk(layout)
		stdstr := layout[len(prefix) : len(layout)-len(suffix)]
		value, err = skip(value, prefix)
		if err != nil {