This guide explains how to embed the Netty framework within a Spring Boot application to handle custom protocols, covering Netty basics, Maven dependencies, server bootstrap configuration, custom decoder implementation, and event handler setup for robust, high‑performance asynchronous communication.
This tutorial walks through creating a Go‑based internal file transfer service from scratch, covering custom frame protocol design, Protobuf command handling, zero‑copy sendfile, chunked read/write with resume support, CRC32 integrity checks, and performance‑tuning techniques.
This guide explains how to implement a custom TCP protocol in PHP using Workerman for Unity3D multiplayer games, covering the sticky‑packet problem, protocol interface methods, two concrete protocol examples, and step‑by‑step testing of packet framing and splitting.
This article explains the fundamentals and key characteristics of Remote Procedure Call (RPC), outlines common use cases and popular frameworks, and then walks through the design and implementation of a simple custom RPC system—including a bespoke binary protocol, client‑side proxy generation, serialization, Netty‑based encoding/decoding, server‑side request handling, and result delivery—using Java and Netty.
This article introduces the fundamentals and key features of Remote Procedure Call (RPC), explores common use cases and popular frameworks, then walks through the design and implementation of a custom RPC system using Netty, covering protocol design, client‑server communication, serialization, encoding, decoding, and result handling.
This tutorial explains how to create a custom seven‑layer protocol for a service mesh by leveraging Aeraki Mesh and MetaProtocol Proxy, covering codec implementation, workspace configuration, compilation steps, and Kubernetes/Istio resources to enable traffic management for protocols like Dubbo and Thrift.
This article presents a comprehensive overview of designing and implementing a custom RPC framework using Spring Boot and Netty, covering concepts, architecture, service registration with Zookeeper, load balancing, custom message protocol, serialization, handling TCP fragmentation, and various client invocation modes.
This article explains why a custom TCP protocol can be more efficient than HTTP, defines the protocol header and body format, and demonstrates a complete Netty implementation—including message classes, encoders/decoders, resolver factories, server‑client bootstraps, and a Ping/Pong heartbeat mechanism—complete with runnable Java code and sample output.
This article explains why a custom protocol can be more efficient than HTTP for service-to-service communication, defines a simple binary protocol with header and body, and demonstrates a complete Netty implementation—including message classes, encoders/decoders, resolvers, heartbeat handling, and client/server examples.
