This course is an open-source educational program under the MIT license, specifically designed for learning on the ESP32 platform. Our aim is to introduce and enforce good software practices essential for real-time operating systems, which are crucial in critical systems.
Software Detailed Document Template
The FreeRTOS Course covers a comprehensive range of topics designed to equip you with the skills necessary for proficient and reliable coding in real-time systems:
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RTOS Fundamentals: Learn the basics of Real-Time Operating Systems and their importance in critical systems. API
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Coding Standards: Adhere to best practices based on the Google Coding Standards.
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Version Control: Utilize Git to manage and document software changes effectively.Can learning Git basics here
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Code Linting: Implement Clang-Tidy to ensure your code is clean, optimized, and free of common errors.
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Software Planning: Use PlantUML for effective planning and visualization of software designs.
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Requirements Management: Manage your project requirements efficiently with Doorstop.
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Unit Testing: Install Python Libraries. Pytest Embedded
First, ensure Python is installed on your system. Then, install pytest
and pytest-embedded
:
pip install pytest pytest-embedded
pytest test.py
- Build High-Quality Code: By the end of this course, you should be able to write high-quality code that is maintainable and scalable.
- Understand Good Practices: Gain knowledge about coding standards, version control, and other practices that minimize bugs in production.
- Operate Within Critical Systems: Learn why RTOS is vital for critical systems and how good practices can significantly reduce errors in real-world applications.
FreeRTOS is widely used in critical systems where reliability and performance are paramount. By mastering FreeRTOS, you will be well-prepared to develop applications where failure can result in significant consequences. This course ensures you are equipped with both theoretical knowledge and practical skills to build robust and reliable software.
We are excited to guide you through this learning journey, where you will gain both the skills and best practices necessary for professional growth and excellence in the field of embedded systems.
- Victor (Team lead)
- David
- Ivan
Drone safety Prevent Drone to crash.
- Christian
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Tire degradation detection. Prevent baloon to explote
- Jorge (Team Lead)
- Diego
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- Bryan
Breaking system.
Prevent car to crash with another car include a fake pedestrian.