family; private String name; private String version; private String arch; public void Os(); public void Os(String); public void setFamily(String); public void setName(String); public void setArch(String); public void setVersion(String); public boolean eval() throws Exception; public static boolean isFamily(String); public static boolean isName(String); public static boolean isArch(String); public static boolean isVersion(String); public static boolean isOs(String, String, String, String); static void...

family; private String name; private String version; private String arch; public void Os(); public void Os(String); public void setFamily(String); public void setName(String); public void setArch(String); public void setVersion(String); public boolean eval() throws Exception; public static boolean isFamily(String); public static boolean isName(String); public static boolean isArch(String); public static boolean isVersion(String); public static boolean isOs(String, String, String, String); static void...

family; private String name; private String version; private String arch; public void Os(); public void Os(String); public void setFamily(String); public void setName(String); public void setArch(String); public void setVersion(String); public boolean eval() throws Exception; public static boolean isFamily(String); public static boolean isName(String); public static boolean isArch(String); public static boolean isVersion(String); public static boolean isOs(String, String, String, String); static void...

		// kubelet, so evaluate it on the host and expect that it links to a device in /dev,
		// which will be available to containerized kubelet. If still it does not exist,
		// AttachFileDevice will fail. If kubelet is not containerized, eval it anyway.
		kvh, ok := og.GetVolumePluginMgr().Host.(volume.KubeletVolumeHost)
		if !ok {

	# Start MinIO instance using the options
	START_CMD="CI=on _MINIO_AUTO_DRIVE_HEALING=off minio server ${MINIO_OPTS} &"
	echo
	echo "Starting MinIO instance: ${START_CMD}"
	echo
	eval "$START_CMD"
	MINIO_SRVR_PID="$!"
	echo "MinIO Server PID: ${MINIO_SRVR_PID}"
	echo
	echo "Waiting for MinIO instance to get ready!"
	sleep 10
}

main "$@"`, scheme)

private String arch; public void Os(); public void Os(String); private static java.util.Set setValidFamilies(); public void setFamily(String); public void setName(String); public void setArch(String); public void setVersion(String); public boolean eval() throws Exception; public static boolean isFamily(String); public static boolean isName(String); public static boolean isArch(String); public static boolean isVersion(String); public static boolean isOs(String, String, String, String); private static...

    params+=("--kubeconfig=/etc/srv/kubernetes/cluster-autoscaler/kubeconfig")

    # split the params into separate arguments passed to binary
    local params_split
    params_split=$(eval 'for param in "${params[@]}"; do echo -n \""$param"\",; done')
    params_split=${params_split%?}

    sed -i -e "s@{{params}}@${params_split}@g" "${src_file}"

			costBudget:            celconfig.RuntimeCELCostBudget,
			expectedValidationErr: "this is messageExpression",
		},
		{
			name:                    "default rule message used if messageExpression does not eval to string",
			messageExpression:       `true`,
			costBudget:              celconfig.RuntimeCELCostBudget,
			expectedValidationErr:   "failed rule",
			expectedRemainingBudget: celconfig.RuntimeCELCostBudget,
		},

RUN_CCM_CONTROLLERS: $(yaml-quote "${RUN_CCM_CONTROLLERS}")
EOF
  fi
  if [ -n "${PROVIDER_VARS:-}" ]; then
    local var_name
    local var_value

    for var_name in ${PROVIDER_VARS}; do
      eval "local var_value=\$(yaml-quote \${${var_name}})"
      cat >>"$file" <<EOF
${var_name}: ${var_value}
EOF
    done
  fi

  if [[ "${master}" == "true" ]]; then
    # Master-only env vars.

    def get_mean_square_error(x, y):
      ret = tensorflow.reduce_mean(tensorflow.square(tensorflow.subtract(x, y)))
      try:
        ret = ret.numpy()
      except AttributeError:
        ret = ret.eval()
      return ret

    min_max_mse = get_mean_square_error(original_output, min_max_output)
    average_min_max_mse = get_mean_square_error(
        original_output, average_min_max_output
    )