javax.websocket

Interface Decoder

All Known Subinterfaces:

Decoder.Binary<T>, Decoder.BinaryStream<T>, Decoder.Text<T>, Decoder.TextStream<T>

public interface Decoder

The Decoder interface holds member interfaces that define how a developer can provide the web socket container a way web socket messages into developer defined custom objects. The websocket implementation creates a new instance of the decoder per endpoint instance per connection. The lifecycle of the Decoder instance is governed by the container calls to the init(javax.websocket.EndpointConfig) and destroy() methods.

Author:

dannycoward

Nested Class Summary

Nested Classes

Modifier and Type	Interface and Description
static interface	Decoder.Binary<T> This interface defines how a custom object (of type T) is decoded from a web socket message in the form of a byte buffer.
static interface	Decoder.BinaryStream<T> This interface defines how a custom object is decoded from a web socket message in the form of a binary stream.
static interface	Decoder.Text<T> This interface defines how a custom object is decoded from a web socket message in the form of a string.
static interface	Decoder.TextStream<T> This interface defines how a custom object of type T is decoded from a web socket message in the form of a character stream.

Method Summary

Modifier and Type	Method and Description
void	destroy() This method is called when the decoder is about to be removed from service in order that any resources the encoder used may be closed gracefully.
void	init(EndpointConfig config) This method is called with the endpoint configuration object of the endpoint this decoder is intended for when it is about to be brought into service.

Method Detail

init

void init(EndpointConfig config)

This method is called with the endpoint configuration object of the endpoint this decoder is intended for when it is about to be brought into service.

Parameters:

config - the endpoint configuration object when being brought into service

destroy

void destroy()

This method is called when the decoder is about to be removed from service in order that any resources the encoder used may be closed gracefully.