
Developed a Python API for the robotique-udes/rover repository, enabling programmatic configuration of IP camera parameters such as brightness, contrast, and resolution using ONVIF and HTTP protocols. The work focused on expanding API capabilities and improving maintainability by introducing manual exposure controls, including exposure mode, shutter speed, and analog gain, with mapping dictionaries to streamline parameter handling. Refactored the CameraController module to leverage Python Enums for camera settings and implemented strict input validation, replacing fragile string mappings. This approach enhanced code readability, reliability, and long-term support for embedded systems, drawing on skills in API development, device control, and network programming.
December 2024 monthly summary for robotique-udes/rover. Focused on delivering a robust, programmatic approach to IP camera configuration, expanding API capabilities, and improving code quality to support long-term maintainability and automation. Key outcomes include a new Python API to configure IP camera parameters (ONVIF and HTTP), added manual exposure controls with mapping dictionaries, and a refactor of CameraController that introduces Python Enums and strict input validation to replace brittle string mappings.
December 2024 monthly summary for robotique-udes/rover. Focused on delivering a robust, programmatic approach to IP camera configuration, expanding API capabilities, and improving code quality to support long-term maintainability and automation. Key outcomes include a new Python API to configure IP camera parameters (ONVIF and HTTP), added manual exposure controls with mapping dictionaries, and a refactor of CameraController that introduces Python Enums and strict input validation to replace brittle string mappings.

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