netty raknet
1.1
High performance RakNet implementation targeting unreliable and rate-limited client connections. It provides strict netty style server and client channels.
This implementation uses Netty channels to provide a fast and effective RakNet server, offering the full feature set of the transport protocol, while providing room for extension with any plugins or custom behavior.
Recylable objects:
Heavily used objects are recycled.
Reduces GC pressure.
Instrumented with Netty leak detection.
Strict Netty patterns:
Uses Bootstrap and ServerBootstrap pattern.
Signals backpressure using Channel writability.
Uses Netty ChannelOptions for channel config.
Follows the normal bind and connect patterns.
Accurate promise responses for write, connect and others.
0-copy buffer interactions:
Retained buffer references throughout.
Composite buffers used for encapsulation and defragmentation.
Easy-to-use data streaming interface:
Configurable packet ID used for raw ByteBuf writing and reading.
Extensible to allow for multiple packet ID and channel configurations.
True to Netty form, the pipeline can be modified and augmented as needed.
Advanced flow control
Back pressure signals useful for buffer limiting when client is overloaded.
Pending frame-set limits reduce unnecessary resends during high transfer rates.
Resend priority based on frame sequence so you get older packets faster.
Automated flush driver
Recommended to write to pipeline with no flush.
Flush cycles condense outbound data for best use of MTU.
<dependencies> <dependency> <groupId>network.ycc</groupId> <artifactId>raknet-server</artifactId> <version>1.1</version> </dependency> <dependency> <groupId>network.ycc</groupId> <artifactId>raknet-client</artifactId> <version>1.1</version> </dependency> </dependencies> <repository> <id>waterdogpe-repo-releases</id> <name>WaterdogPE Repository</name> <url>https://repo.waterdog.dev/releases</url> </repository>
A good example can be seen in the simple Hello World test case.
