Summary

Move the functionality of scripts/github-trigger.py from a standalone Python script to a prompt-based template in the struct_module/contribs/github/prompts/ folder, following the existing pattern used by other prompt templates.

Current State

The scripts/github-trigger.py file contains a Python script that:

• Fetches repositories in a GitHub organization with a specific topic
• Triggers the 'run-struct.yaml' workflow for each matching repository
• Uses PyGithub library for GitHub API interactions
• Requires GITHUB_TOKEN environment variable

Proposed Changes

1. Remove scripts/github-trigger.py
2. Create a new prompt template at struct_module/contribs/github/prompts/workflow-trigger.yaml
3. The new prompt should guide users to create GitHub workflow automation scripts

Expected Structure

The new prompt template should follow the pattern of existing prompts and include:

• Instructions for creating GitHub workflow trigger scripts
• Best practices for GitHub API usage
• Template variables for organization name, topic, and workflow filename
• Security considerations (token handling, permissions)
• Example implementation guidance

Benefits

• Consistency: Aligns with the project's template-driven approach
• Flexibility: Users can customize the trigger logic for their specific needs
• Maintainability: Reduces direct code dependencies in the scripts folder
• Reusability: Makes the pattern available for other projects using STRUCT

Files to be affected

• Removed: scripts/github-trigger.py
• Added: struct_module/contribs/github/prompts/workflow-trigger.yaml

Acceptance Criteria

• scripts/github-trigger.py is removed
• New prompt template is created in the correct location
• Prompt template includes comprehensive guidance for GitHub workflow automation
• Template follows the same structure as existing prompt files
• Documentation is updated if necessary

Related

This change supports the overall goal of making STRUCT more template-driven and reduces the maintenance burden of custom scripts while providing users with flexible, reusable patterns.