Esp32 Topics Gitlab

This project comprises a combination of software and hardware components designed to extract Controller Area Network (CAN) messages and generate practical gadgets. The primary objective is to receive CAN messages from a bus, extract the CAN-ID and Data from them, and subsequently transmit this information over ESPNow. The gadgets serve as ESPNow receivers, responsible for filtering and processing the received CAN-IDs and data to perform specific useful tasks. Arduino library that abstracts different types of connections (Serial, Classic Bluetooth, BLE) under a common Connection interface. High-Performance OSC over ESP-NOW System A zero-latency, router-less wireless network bridge for live performance. Connects ESP32 nodes directly to Pure Data...MaxMSP...

via USB SLIP and high-speed radio. Develop an ESP32-based automotive ECU simulator (ESP-IDF) implementing basic diagnostic logic (DTC management, UDS-like services, CAN simulation) with cloud LLM integration for intelligent error interpretation and repair recommendations. Creación de librería que abstrae funciones para facilitar, con fines educativos, el aprendizaje de la programación de microcontroladores esp32. Timeless beautiful designer watch powered by ESP32 fxk8y's LED animation solution [ HW, FW, rendering ] Better control PCB for our looping louis game :D

RCWL-0516 based 3.8 GHz radar motion detector ESP32 ULP Co-Processor toolchain implemented in MicroPython By the end of this chapter, you will be able to: In modern software development, speed and reliability are paramount. As projects grow in complexity and team size, the manual process of building, testing, and verifying every change becomes impractical, slow, and dangerously error-prone. This is where the practice of Continuous Integration (CI) becomes an indispensable part of the development lifecycle.

CI is a development practice where developers frequently merge their code changes into a central repository, after which automated builds and tests are run. For ESP32 projects, implementing a CI pipeline provides enormous benefits. It acts as an impartial, automated gatekeeper, ensuring that your project compiles successfully and that all unit tests pass before a change is merged into the main codebase. This discipline catches integration bugs early, maintains a high standard of code quality, and gives your team the confidence that the firmware is always in a buildable, stable state. This chapter will guide you through not just setting up your first CI pipeline, but building a professional-grade workflow for an ESP32 project using GitHub Actions. We will go beyond a simple build to incorporate multi-target builds, caching, artifact management, and static analysis, giving you a complete foundation for automating your embedded development process.

Continuous Integration is an automation-focused practice that monitors your source code repository. The core idea is to create an automated workflow, or pipeline, that triggers whenever new code is pushed to the repository. This creates a tight feedback loop for developers.

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