},
        {
            "year": 2018,
            "publisher": "Harper Voyager",
            "type": "Paperback",
            "pages": 432
        }
    ]
}
{
    "title": "Pigs Have Wings",
    "authorInfo": {
        "name": "P. G. Wodehouse",
        "yearRange": [1881, 1975]
    },
    "genre": "Comic novel",
    "publicationHistory": [
        {
            "year": 1952,

		participle.CaseInsensitive("Keyword"),
	)
	cases := []struct {
		str string
		res []interface{}
	}{
		{"s.title", []interface{}{"Murder on the Orient Express", "The Robots of Dawn", "Pigs Have Wings"}},
		{"s.authorInfo.yearRange", []interface{}{[]interface{}{1890.0, 1976.0}, []interface{}{1920.0, 1992.0}, []interface{}{1881.0, 1975.0}}},
		{"s.authorInfo.name", []interface{}{"Agatha Christie", "Isaac Asimov", "P. G. Wodehouse"}},

and therefore the Theory of deriving these Rings from the thickness of the Plate of Glass of which the Speculum was made, and from the Obliquity of the emerging Rays agrees with the Observation. In this Computation I have equalled the Diameters of the bright Rings made by Light of all Colours, to the Diameters of the Rings made by the bright yellow. For this yellow makes the brightest Part of the Rings of all Colours. If you desire the Diameters of the Rings made by the Light of any other unmix'd Colour,...

_Obs._ 23. Comparing the quantity of Light reflected from the several
Rings, I found that it was most copious from the first or inmost, and in
the exterior Rings became gradually less and less. Also the whiteness of
the first Ring was stronger than that reflected from those parts of the
thin Medium or Plate which were without the Rings; as I could manifestly
perceive by viewing at a distance the Rings made by the two

			srvErr <- fmt.Errorf("server: timeout waiting for connection to close")
			return
		case <-srvSPDYConn.CloseChan():
		}

		// Count pings sent by the server.
		gotPings := atomic.LoadInt64(&pingsSent)
		if gotPings < 1 {
			t.Errorf("server: failed to send any pings (check logs)")
		}
	}()

	// Set up client connection.
	clConn, err := net.Dial("tcp4", listener.Addr().String())
	if err != nil {

// Package ring implements operations on circular lists.
package ring

// A Ring is an element of a circular list, or ring.
// Rings do not have a beginning or end; a pointer to any ring element
// serves as reference to the entire ring. Empty rings are represented
// as nil Ring pointers. The zero value for a Ring is a one-element
// ring with a nil Value.
type Ring struct {
	next, prev *Ring

// whereas MaxServerConnectionAge* options are applicable on the server side only
// (as implied by the options' name...)
type Options struct {
	// After a duration of this time if the server/client doesn't see any activity it pings the peer to see if the transport is still alive.
	Time time.Duration
	// After having pinged for keepalive check, the server waits for a duration of Timeout and if no activity is seen even after that
	// the connection is closed.

@ServiceScope(Scope.Global.class)
public interface FileLockContentionHandler {
    void start(long lockId, Consumer<FileLockReleasedSignal> whenContended);

    void stop(long lockId);

    int reservePort();

    /**
     * Pings the lock owner with the give port to start the lock releasing
     * process in the owner. May not ping the owner if:
     * - The owner was already pinged about the given lock before and the lock release is in progress

  /** True if this web socket failed and the listener has been notified. */
  private var failed = false

  /** Total number of pings sent by this web socket. */
  private var sentPingCount = 0

  /** Total number of pings received by this web socket. */
  private var receivedPingCount = 0

  /** Total number of pongs received by this web socket. */
  private var receivedPongCount = 0

	r.Do(func(p any) {
		fmt.Println(p.(int))
	})

	// Output:
	// 3
	// 4
	// 0
	// 1
	// 2
}

func ExampleRing_Link() {
	// Create two rings, r and s, of size 2
	r := ring.New(2)
	s := ring.New(2)

	// Get the length of the ring
	lr := r.Len()
	ls := s.Len()

	// Initialize r with 0s
	for i := 0; i < lr; i++ {
		r.Value = 0