This article explains the fundamentals of RDMA, compares libibverbs and rdma_cm with the user‑space rsocket API, and walks through a complete Go implementation using the smallnest/rsocket library, including both server and client code examples and practical deployment tips.
This article introduces the RSocket binary protocol, explains its four interaction models, highlights key features such as back‑pressure and lease, and provides step‑by‑step Spring Boot 2.7 examples for Request‑Response, Request‑Stream, Channel, and Fire‑and‑Forget communication.
Learn how to set up a Spring Boot project that leverages the chatgpt-spring-boot-starter to call OpenAI's ChatGPT API, configure RSocket for bidirectional communication, obtain API keys, and use the provided ChatgptService bean for advanced messaging capabilities.
This article explores modern service governance in the microservice era, comparing traditional sidecar‑based Service Mesh solutions like Istio with emerging eBPF‑driven meshes and RSocket Broker architectures, highlighting their design, performance, operational, and security trade‑offs.
RSocket is a binary, back‑pressure‑aware protocol that supports four interaction models—fire‑and‑forget, request‑response, request‑stream, and request‑channel—using multiplexed frames with odd/even stream IDs for true bidirectional communication, and provides a reactive, resumable API suitable for microservices, IoT, and broker‑based architectures.
This article explains the background of RSocket and Dubbo 3.0, introduces the spring‑retrosocket project, and provides a detailed, code‑rich tutorial on creating an RSocket server and client in Spring Boot, including dependency setup, configuration, annotations, and testing examples.
This article introduces RSocket's efficient binary protocol, its four interaction models, bidirectional communication, internal frame and payload design, architecture, practical use cases like brokers and RPC, and how it integrates with reactive programming concepts such as Reactive Streams.
This guide explains how to combine Spring Cloud's service registration and discovery with RSocket, covering naming conventions, Consul setup, RSocket service implementation, client load‑balancing, broker mode support, and developer‑experience enhancements for robust backend communication.
This tutorial introduces RSocket—a reactive, binary, multiplexed protocol—and demonstrates how to install the RSC client, create a Spring Boot RSocket server, and implement all four interaction models (request‑response, fire‑forget, stream, and channel) with complete code examples.
This article explains the concepts of streaming output and reactive programming, describes the underlying HTTP chunked transfer, SSE, WebSocket and RSocket protocols, provides code examples, and outlines practical scenarios where end‑to‑end streaming improves performance and user experience.
The article reviews Spring’s 2020 developments, highlighting its reintegration with VMware, massive SpringOne attendance, deep Kubernetes integration, new Spring Boot features, Reactive programming support, GraalVM native images, RSocket protocol, and the latest Java and Kotlin enhancements for cloud‑native applications.
This article explores how RxJS, Svelte, and the binary RSocket protocol can be integrated to build fully reactive front‑end applications, covering core concepts, practical code examples, and new features in RxJS 7 such as async‑iterable support and enhanced fromFetch.
RSocket is a binary, reactive‑streams‑based point‑to‑point protocol offering asynchronous, back‑pressure‑aware, multiplexed communication with four interaction models, making it a high‑performance alternative to HTTP for distributed systems, though it remains in candidate status and has a steep learning curve.
Spring Boot 2.2.0 has been officially released, offering faster startup, lower memory usage, optional lazy initialization via the spring.main.lazy-initialization property, full Java 13 compatibility, immutable @ConfigurationProperties through constructor binding, and extensive RSocket auto‑configuration with a new starter.
Spring Boot 2.2 follows the release of Spring Framework 5.2, bringing updated component versions, major performance gains, Java 13 support, immutable configuration properties, RSocket starter, health‑check grouping, and numerous other enhancements for Java backend developers.
The Linux Foundation's newly created Reactive Foundation, backed by Alibaba, Facebook, Lightbend, Netifi and Pivotal, aims to accelerate Reactive Streams and RSocket standards, reshaping backend architectures with non‑blocking concurrency, functional programming models, and cloud‑native distributed communication.
This article introduces RSocket, examines its production performance tests with Dubbo and Spring Flux, explains the protocol’s four interaction models and key features, and discusses the practical benefits of using RSocket for reactive business development and future back‑pressure scenarios.
