BackEnd of the mobile application for museum management
Status • Objective • Installation • Technologies • Author • Licence
This project aims to build the backend of the mobile application, using the language: Python.
The codes "arduino.py" simulate the humidity and temperature records that a physical Arduino can record.
The file "backup_broker_local.py" saves the data to the local broker made in SQLite.
And the other backup files send this data to the remote broker (ThingSpeak).
This logic saves data from 03 museum rooms in the cloud and locally.
If the system is without internet, as there is a verification system, it will act so that as soon as the Internet is re-established, verify the data that should go up to the remote broker.
The system also records the average temperature on a daily basis.
- Clone the repository.
- Run the file named:
backup_broker_local.py
It records local backup data in half an hour interval.
- Now run the file called:
backup_broker_remoto.py
Every minute it will check the data locally to send it to the cloud.
- Choose the time and run the file:
backup_broker_remotoMaxMin.py
For the system to back up the daily average.
For the frontend of the application see this repository: Watch Museum - React Native .
The following tools were used in the construction of the project:
- IDE: Visual Studio Code
- Python 3.7.9 - Download
- Remote Database: ThingSpeak
- Local Database: SQLite 3
- React Native - Download
Developed by Daniel Paiva, Francisco Fontoura, Gabriel Gomes and Guilherme Pujoni .
MIT