The Purpose of This Guide: Providing Detailed Understanding of Unit Testing for Embedded Systems
This guide introduces unit testing and explores relevant testing frameworks.
It aims to provide a comprehensive understanding of the principles and practices involved in unit testing embedded software.
Refactoring: Safe Refactoring Practices
Tests as Documentation: Maintaining clear documentation through well-written tests is crucial for understanding code.
Confidence: Ensuring the correctness of your code relies on having robust and reliable tests.
Arrange: Preparing the Test Environment
Executing the Function Under Test: This involves running the function or module you are testing to observe its behavior.
Asserting Results: Verifying that the output of the function matches your expectations and requirements.
Frequently asked questions
What considerations should be taken into account when testing across different platforms?
Considerations should be taken into account when testing across different platforms.
How do I effectively test the software on its target platform?
Testing on the target platform involves replicating the environment and conditions where the software will actually run to ensure accurate results.
What is the process for testing the software against real hardware?
Testing against real hardware requires utilizing actual physical devices to simulate the intended operational environment and identify any hardware-specific issues.
How can I proactively identify platform-specific problems during testing?
Proactive identification of platform-specific problems involves thorough investigation, detailed logging, and careful analysis of test results to uncover discrepancies.
▶ Try it live
Everything above runs in your browser — open Earthquake Wave Propagation Simulation and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.