Collection of scripts and resources for testing electronic components and PCBs. Includes test procedures, circuit configurations, and detailed README files for setup and usage.
When adding a test script for a specific component or PCB, please ensure the following are included:
-
Code: The script itself, well-commented for clarity.
-
Short README:
- A KiCAD schematic of the test circuit. - A picture of the assembled test circuit (if possible). - Any explanations or details necessary to understand and reproduce the test.
This helps maintain consistency and ensures tests are easy to use and understand by other team members.
You're absolutely right! Users need to have Git installed on their system first. Here's an updated guide:
If Git isn't installed, download and install it:
- Windows: Download Git for Windows and follow the setup wizard. Use Git Bash for terminal commands.
- Linux: Install Git via your package manager:
sudo apt install git # Debian/Ubuntu sudo dnf install git # Fedora sudo pacman -S git # Arch
- Mac: Install Git using Homebrew:
brew install git
- Windows: Open Git Bash or PowerShell (search for it in the Start menu).
- Linux: Open the terminal (shortcut:
Ctrl + Alt + T
). - Mac: Open Terminal via Spotlight (
Cmd + Space
, typeTerminal
).
git clone <repo-url>
cd <repo-name>
git checkout -b <branch-name>
Use a descriptive branch name, e.g., test-esc-update
.
- Add your files or edit existing ones.
- Include a short README for new tests.
git add .
git commit -m "Description of your changes"
git push origin <branch-name>
- Go to the repository on GitHub.
- Click "Compare & pull request".
- Add a description of your changes and request a review.
- Wait for a reviewer to approve your PR.
- Once approved, the reviewer will merge it into the main branch.
git checkout main
git pull origin main