Package Dependency Tree Optimization

[mikejmorgan-ai]

Description

Optimize dependency trees to minimize installation size and conflicts.

Requirements

• Dependency analysis
• Tree optimization algorithms
• Conflict minimization
• Size reduction
• Performance improvement
• Visualization

Acceptance Criteria

• Analyze dependency trees
• Optimize tree structure
• Minimize conflicts
• Reduce total size
• Improve performance
• Visualize optimizations
• Unit tests included (>80% coverage)
• Documentation with optimization guide

Example Usage

$ cortex deps optimize
Analyzing dependency tree...

Current tree:
   Packages: 47
   Total size: 2.8 GB
   Conflicts: 3
   Depth: 8 levels
   
Optimizations found:
   1. Merge duplicate dependencies (-5 packages)
   2. Use newer compatible versions (-3 conflicts)
   3. Remove unused sub-dependencies (-8 packages)
   
Optimized tree:
   Packages: 34 (-28%)
   Total size: 2.1 GB (-25%)
   Conflicts: 0
   Depth: 6 levels
   
Apply optimizations? [Y/n]:

Skills: Python, graph algorithms, optimization, dependency resolution
Bounty: $25 upon merge
Priority: Medium

[mikejmorgan-ai]

🎯 Closing for MVP Focus

This issue is being closed to help the team focus on MVP-critical features (#1-45).

This is NOT abandoned - it's an important feature we'll revisit after MVP completion.

Timeline:

• Now (Nov-Dec 2024): Focus on MVP (Issues Build LLM integration layer for command interpretation cortex#1-45)
• January 2025: Reopen post-MVP features
• February 2025: Seed funding round

Want to work on this anyway?
Comment below and we can discuss! We're always open to great contributions.

Tracking: Labeled as post-mvp for easy filtering when we reopen.

Thanks for understanding! 🚀

— Mike (@mikejmorgan-ai)