Our proposed solution is an in-vehicle communication protocol with a broker-client architecture designed for effective data transfer. It offers centralized message routing, device authentication, support for custom data types, error handling, and topic management. This customized protocol is advantageous for telematics, fleet management, data logging, and monitoring in vehicles. It provides a flexible, secure and cost-effective alternative to standardized protocols like MQTT, tailored to the unique needs of in-vehicle communication.
List any dependencies that are required for this project. This could include libraries, frameworks, and any other software your project depends on.
- Python 3.x
- pip
- virtualenv
Provide step by step series of examples that tell you how to get a development environment running.
pip install -r requirements.txt- Build the docker images
docker build -t broker:latest .
docker build -t client:latest -f Dockerfile.client .- Run the docker containers
docker run broker
docker run client- Run the broker
sudo venv/bin/python3 broker/main.py- Run the client
sudo venv/bin/python3 client/main.py- In case packects are not being sent, need to adjust the ip address in the the
__name__ == __main__section of themain.pyfile in both the broker and client directories. - Follow the data type mapping and method mapping mentioned in the protocol folder.