blinker-iot/blinker-js
Blinker Js
blinker-js est un framework de communication pour appareils IoT et une bibliothèque Node.js conçue pour gérer l'échange de données bidirectionnel entre le matériel embarqué et des serveurs distants ou des réseaux locaux. Il fonctionne comme un outil d'intégration matérielle MQTT qui relie les ordinateurs monocartes aux clouds IoT pour la gestion et le contrôle à distance.
Le projet fournit un gestionnaire de widgets pour appareils virtuels afin de synchroniser l'état du matériel avec les composants d'interface utilisateur basés sur le cloud. Ce système permet de mapper des identifiants d'interface utilisateur distants à la logique logicielle interne, permettant un contrôle IoT à distance via des boutons virtuels et des champs de saisie.
Le framework prend en charge à la fois la communication basée sur le cloud via le protocole MQTT et la communication directe entre appareils sur le réseau local via des connexions sans fil partagées. Il inclut des capacités pour écouter les événements des appareils et gérer des flux de données bidirectionnels pour déclencher des actions matérielles.
Features
- IoT Client Libraries - Provides a Node.js library that enables embedded hardware to connect to IoT cloud platforms via the MQTT protocol.
- IoT Device Communication - Provides a framework for bidirectional data exchange and control between Raspberry Pi and remote servers using MQTT.
- IoT Frameworks - Provides a comprehensive framework for connecting and managing bidirectional data exchange for IoT devices.
- MQTT Integrations - Links single-board computers to IoT clouds for state synchronization and remote management via MQTT.
- Device Communication Layers - A communication layer for exchanging data between devices and applications over a shared wireless local area network.
- Virtual Widget Synchronizers - Implements a virtual device widget manager to synchronize hardware state with cloud-based UI components like buttons and input fields.
- MQTT Traffic Routing - Routes MQTT control signals and state updates between hardware devices and a remote broker.
- MQTT Messaging Integrations - Integrates embedded computers with cloud platforms using MQTT for remote management and state synchronization.
- Remote Device Connectivity - Establishes bidirectional network connections between hardware devices and remote servers via MQTT.
- Remote Hardware Controls - Enables remote hardware control and action triggering via virtual UI widgets and cloud data streams.
- IoT Widget Mappings - Links remote UI component identifiers to internal software logic for synchronized hardware state management.
- Device Management - Provides interfaces for managing and interacting with virtual UI components to control connected hardware.
- IoT Event Listeners - Triggers hardware actions by subscribing to incoming data streams and remote user interface interactions.
- Wireless Device Control - Controls hardware device state and exchanges data over local wireless networks without requiring cloud servers.
- Local Network Connectivity - Enables data exchange between devices and applications over a shared local wireless network connection.
- Local Network Discovery - Provides protocols for identifying and communicating with devices on a shared local wireless network by bypassing cloud brokers.
- Asynchronous Command Processing - Implements mechanisms for mapping incoming MQTT message payloads to internal hardware control logic asynchronously.
- Architectural State Synchronizers - Synchronizes state changes between cloud-based UI widgets and local hardware logic using decoupled event messaging.
