Distributed Automated Testing Framework for Bluetooth Mesh Applications

Abstract

We introduce a comprehensive testing framework built on top of a Bluetooth Mesh Testbed, showcasing a blend of user-friendly design, swift implementation, and adaptability to diverse testing scenarios and technologies. The framework's modular architecture ensures syntactic validation, precise event scheduling, and efficient execution. Its well-defined syntax facilitates easy updates, catering to evolving requirements and maintaining agility. Operating independently across multiple nodes and accommodating various events, whether repetitive or one-time, the framework proves to be a versatile and robust solution for conducting tests. Tools like shared disks and synchronized clocks, provided by the Testbed, further enhance the framework's capability to schedule network flow behavior and gain insights into network performance. Overall, our testing framework presents a valuable tool for researchers and practitioners seeking a seamless and flexible approach to evaluate Bluetooth Mesh networks in a realistic environment.