reactor.ipc.netty.tcp

Class TcpServer

java.lang.Object

reactor.ipc.netty.tcp.TcpServer

All Implemented Interfaces:

Connector<ByteBuf,ByteBuf,NettyInbound,NettyOutbound>, NettyConnector<NettyInbound,NettyOutbound>

public class TcpServer
extends Object
implements NettyConnector<NettyInbound,NettyOutbound>

* A TCP server connector.

Author:

Stephane Maldini

Constructor Summary

Constructors

Modifier	Constructor and Description
protected	TcpServer(ServerOptions options)

Method Summary

Modifier and Type	Method and Description
static TcpServer	create() Bind a new TCP server to "localhost" on a randomly assigned port.
static TcpServer	create(java.util.function.Consumer<? super ServerOptions> options) Bind a new TCP server to the bind address and port provided through the options.
static TcpServer	create(int port) Bind a new TCP server to "localhost" on the given port.
static TcpServer	create(String bindAddress) Bind a new TCP server to the given bind address on a randomly assigned port.
static TcpServer	create(String bindAddress, int port) Bind a new TCP server to the given bind address and port.
protected ContextHandler<Channel>	doHandler(java.util.function.BiFunction<? super NettyInbound,? super NettyOutbound,? extends Publisher<Void>> handler, MonoSink<NettyContext> sink) Create a ContextHandler for ServerBootstrap.childHandler()
protected LoggingHandler	loggingHandler() Return the current logging handler for the server
Mono<? extends NettyContext>	newHandler(java.util.function.BiFunction<? super NettyInbound,? super NettyOutbound,? extends Publisher<Void>> handler)
String	toString()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

TcpServer

protected TcpServer(ServerOptions options)

Parameters:

options - server options

Method Detail

create

public static TcpServer create()

Bind a new TCP server to "localhost" on a randomly assigned port.

The assigned port can be found once a handler has been bound, using NettyContext.address() and its getPort() method.

Handlers will run on the same thread they have been receiving IO events. The type of emitted data or received data is ByteBuf

Returns:

a new TcpServer

create

public static TcpServer create(java.util.function.Consumer<? super ServerOptions> options)

Bind a new TCP server to the bind address and port provided through the options. Use 0 to let the system assign a random port, or NettyOptions.DEFAULT_PORT once to use a global default port.

Handlers will run on the same thread they have been receiving IO events. The type of emitted data or received data is ByteBuf

Parameters:

options - ServerOptions configuration input

Returns:

a new TcpServer

create

public static TcpServer create(int port)

Bind a new TCP server to "localhost" on the given port. Use 0 to let the system assign a random port, or NettyOptions.DEFAULT_PORT once to use a global default port.

Handlers will run on the same thread they have been receiving IO events. The type of emitted data or received data is ByteBuf

Parameters:

port - the port to listen on loopback

Returns:

a new TcpServer

create

public static TcpServer create(String bindAddress)

Bind a new TCP server to the given bind address on a randomly assigned port.

The assigned port can be found once a handler has been bound, using NettyContext.address() and its getPort() method.

Handlers will run on the same thread they have been receiving IO events. The type of emitted data or received data is ByteBuf

Parameters:

bindAddress - bind address (e.g. "127.0.0.1") to create the server on the default port

Returns:

a new TcpServer

create

public static TcpServer create(String bindAddress,
                               int port)

Bind a new TCP server to the given bind address and port. Use 0 to let the system assign a random port, or NettyOptions.DEFAULT_PORT once to use a global default port.

Handlers will run on the same thread they have been receiving IO events. The type of emitted data or received data is ByteBuf

Parameters:

bindAddress - bind address (e.g. "127.0.0.1") to create the server on the passed port

port - the port to listen on the passed bind address

Returns:

a new TcpServer

newHandler

public final Mono<? extends NettyContext> newHandler(java.util.function.BiFunction<? super NettyInbound,? super NettyOutbound,? extends Publisher<Void>> handler)

Specified by:

newHandler in interface Connector<ByteBuf,ByteBuf,NettyInbound,NettyOutbound>

toString

public String toString()

Overrides:

toString in class Object

loggingHandler

protected LoggingHandler loggingHandler()

Return the current logging handler for the server

Returns:

the current logging handler for the server

doHandler

protected ContextHandler<Channel> doHandler(java.util.function.BiFunction<? super NettyInbound,? super NettyOutbound,? extends Publisher<Void>> handler,
                                            MonoSink<NettyContext> sink)

Create a ContextHandler for ServerBootstrap.childHandler()

Parameters:

handler - user provided in/out handler

sink - user provided bind handler

Returns:

a new ContextHandler