1. Project Initialization

The packaging process in Prolix begins with project initialization. This involves setting up the necessary files and directories for the project. Consider the target audience and runtime environment during this phase.

2. Audience and Environment Analysis

Understand the intended audience and the environment in which the Prolix project will run. Consider factors such as user expertise, platform compatibility, and potential deployment scenarios.

3. Code Structuring

Before diving into the code, structure your Prolix project. Divide the code into modular components, making it more manageable and readable. Proper structuring is crucial for easy debugging and maintenance.

4. Integration of External Libraries

If your Prolix project requires external libraries or modules, integrate them carefully. Ensure compatibility and consider any dependencies that may impact the packaging process.

5. Packaging Decision Tree

Create a packaging decision tree specific to your Prolix project. This decision tree should guide you through the various packaging options based on the project's characteristics, such as complexity, size, and target audience.

6. Local Execution Packaging Technology

In Prolix, the primary packaging technology is designed for local execution. This involves bundling the Prolix code, interpreter, and any necessary dependencies into a package that can be executed on a local machine.

7. Consideration for Distribution

If your Prolix project is intended for distribution, consider packaging options that facilitate easy distribution to end-users. This may involve creating standalone executables, installers, or packaging for specific platforms.

8. Documentation and Readme Files

Include comprehensive documentation and readme files in your Prolix project. Clearly explain the installation process, usage instructions, and any additional information that users or developers may need.

9. Testing and Debugging

Before finalizing the packaging, extensively test the packaged Prolix project. Identify and fix any issues related to packaging, ensuring a smooth and error-free experience for end-users.

10. Versioning and Release

Implement versioning for your Prolix project. Clearly mark releases, and provide release notes highlighting any changes or improvements. This helps users understand the evolution of the project.

11. Continuous Integration (Optional)

For larger Prolix projects, consider implementing continuous integration to automate the packaging and testing process. This ensures consistent and reliable packaging across different environments.

12. User Feedback and Iteration

After releasing the packaged Prolix project, gather user feedback. Use this feedback to iterate on the packaging process, addressing any issues and improving the overall user experience.

13. Documentation Update

Keep the documentation up-to-date with any changes made to the packaging process. This helps both users and developers understand the packaging requirements for each release.

14. Future Considerations

Anticipate future changes and developments in Prolix. Stay informed about updates, new features, and best practices in packaging to adapt your process accordingly.

15. Conclusion

The packaging flow in Prolix is a dynamic and iterative process. By carefully considering the audience, environment, and project characteristics, you can create well-packaged Prolix projects that are user-friendly and reliable.

Upload to the PPM (Prolix Package Manager)

ppm upload /path/to/spec.prlx

Download and install

Now that the package is published, end users can download and install the package into their Prolix environment. Typically this is done with ppm, using a command like:

ppm install package_name