SourceCoder

SourceCoder is a web-based integrated development environment (IDE) and compiler specifically designed for TI-Graphing Calculators, though developers also utilize its logical structures and integrated Git version control systems to manage development tasks. Automating workflows around SourceCoder focuses on streamlining code compilation, running quality gates, managing builds, and coordinating deployment testing.

Here is how you can effectively automate workflows involving SourceCoder. 📊 Automation Framework at a Glance Action Type Primary Automation Tool Key Benefit Code Hygiene Linters & Formatters Pre-commit hooks / GitHub Actions Enforces strict style guidelines Build & Compile Multi-file assembly Webpack / Bash / Python scripts Eliminates manual file combining Validation Emulator testing CEmu command line execution Catches errors before calculator transfer Distribution Release uploads GitHub Releases API Delivers production-ready binaries immediately 1. Setup Build Automation Scripts

Because building calculator programs often involves multiple source assets (such as sprites, maps, and separate code matrices), manual compilation introduces friction.

Write build scripts: Create a basic Bash or Python script in your project directory to fetch updated dependencies and assets.

Asset processing: Have your script automatically convert raw PNG files into TI-image formats (like .8xv) before passing them to the main compiler engine. 2. Implement Continuous Integration (CI) Quality Gates

You can construct a automated pipeline that runs every time you save or commit a new software change.

Configure a webhook: Connect your version repository to an automated runner using GitHub Actions YAML files.

Enforce code standards: Set up an initial validation step that runs static source code analyzers to flag syntax mistakes before compiling. 3. Automate Testing via Emulator Orchestration

Testing TI-Basic or TI-C code manually on hardware is incredibly slow. Instead, automate your feedback loops.

Headless emulation: Use an emulator like CEmu via its command-line interface (CLI).

Automated state comparison: Configure your CI pipeline to auto-load your compiled executable (.8xp) into the emulator, send automated keypress strings, and check the emulator memory state against a reference file to confirm stability. 4. Continuous Deployment & Tracking

Once your code successfully passes all emulator tests, automate the distribution of your binaries.

Trigger release generation: Setup your pipeline to bundle the verified binaries and auto-tag a new stable version release.

Notification triggers: Integrate communication hooks so your development channel or team receives an immediate notification whenever a production-ready file is built and ready for calculator transfer.

Before moving forward, what specific aspects of your workflow are you prioritizing?

Are you primarily building TI-Basic applications or writing TI-C/Assembly matrix programs?

Do you prefer managing your automation locally via command-line scripts, or through cloud-based CI/CD web services? Source Code Management: An Introduction – Splunk