Jasonchenlijian/FastBle
FastBle
FastBle is a development framework for Android designed to simplify scanning, connecting, and exchanging data with Bluetooth Low Energy devices. It provides a structured transport layer for managing communication and a dedicated system for discovering nearby peripherals.
The framework features a multi-connection manager that maintains simultaneous links to several peripherals and employs automated reconnection logic to ensure stability. It includes a data transport layer that handles automatic packet splitting for payloads that exceed standard transmission limits.
The library covers device discovery through name and address filters, signal strength monitoring, and the configuration of transmission parameters to optimize data throughput.
Features
- BLE Development Frameworks - Provides a structured framework for scanning, connecting, and exchanging data with BLE devices on Android.
- BLE Data Exchange - Facilitates data transfer via BLE reads and writes with automatic packet splitting.
- Device Discovery - Identifies and filters nearby BLE devices using names, MAC addresses, or unique identifiers.
- Device Connection Management - Establishes and manages the active communication links between the host and BLE peripherals.
- BLE Integration - Simplifies the process of scanning, connecting, and communicating with BLE devices on Android.
- BLE Communication Stacks - Implements a communication stack that handles automatic packet splitting for payloads exceeding BLE limits.
- Automatic Reconnection Logic - Automatically restores lost Bluetooth links using configurable retry logic.
- Multi-Device Connection Managers - Manages simultaneous Bluetooth connections to multiple peripherals using a central registry.
- BLE Data Transmission - Implements sending and receiving of data over BLE with automatic packet splitting.
- Packet Splitting - Provides automatic packet splitting for data payloads that exceed the Bluetooth maximum transmission unit.
- BLE Parameter Tuning - Provides configuration of BLE parameters, including MTU size and connection priorities, to optimize throughput.
- Bluetooth Device Scanners - Provides tools for discovering nearby BLE peripherals using name and address filters.
- Connection and Latency Optimizers - Optimizes communication stability by modifying the maximum transmission unit and monitoring link quality.
- MTU Tuning - Allows dynamic adjustment of the maximum transmission unit to optimize data throughput.
- Scan Result Filtering - Implements mechanisms to filter discovered Bluetooth peripherals using names and MAC addresses.
- Network Connectivity Monitoring - Tracks the real-time connection status of Bluetooth peripherals to trigger reconnection and updates.
- Radio Signal Monitoring - Tracks RSSI signal strength to assess link quality and optimize transmission parameters.
Star history
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