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This guide introduces the open‑source mica‑mqtt library built on t‑io, explains how to add the Spring Boot starter dependency, configure client options, implement connection listeners, customize settings, perform subscriptions and publishing, and also covers shared subscription modes, jfinal integration, and usage in plain Java projects.
The mica‑mqtt library, built on t‑io, offers a simple, low‑latency, high‑performance open‑source MQTT solution for IoT, supporting MQTT v3.1/v3.1.1/v5, WebSocket sub‑protocol, HTTP API, clustering via Redis, Spring Boot starter integration, Prometheus/Grafana monitoring, and provides extensive client and server interfaces with code examples.
This guide introduces mica-mqtt, a simple, low‑latency, high‑performance MQTT open‑source component built on t‑io, outlines its extensive feature set, provides Spring Boot and plain Java integration steps, showcases configuration examples, and explains monitoring and clustering capabilities for IoT back‑end development.
The article introduces mica-mqtt, an open‑source MQTT component built on t‑io that offers simple, low‑latency, high‑performance messaging, outlines its features, provides Spring Boot and plain Java integration steps, shows configuration examples, and explains monitoring and clustering capabilities for IoT applications.
The article introduces mica-mqtt, a lightweight, low‑latency, high‑performance MQTT component built on t‑io, detailing its features, configuration for Spring Boot and plain Java projects, custom interfaces, clustering, monitoring with Prometheus‑Grafana, and provides code examples for both server and client integration.
This guide walks through building the mica-mqtt MQTT component with GraalVM native-image, covering dependency setup, Caffeine configuration, Maven plugin settings, binary compression with UPX, and performance comparisons that demonstrate millisecond‑level startup versus traditional JAR execution.
This article details the process of adapting the Netty MQTT codec to the t‑io framework, covering the migration from MQTT 3.1.1 to MQTT 5, code adjustments, ByteBuf-to-ByteBuffer conversion, custom WriteBuffer handling, and the resulting client demonstrations.