Analyze code changes and dependencies to assess impact and risk.
npx skills add https://github.com/gtheys/pi-my-rifle-ext --skill sem-gtheys
Please help me install this Agent Skill. Skill: sem Source: https://github.com/gtheys/pi-my-rifle-ext/tree/main/skills/sem Command: npx skills add https://github.com/gtheys/pi-my-rifle-ext --skill sem-gtheys
Entity-aware code change analysis using the pi-sem tools helps you understand exactly what changed, why it changed, and how it might affect the rest of the codebase.
Provide a function or class name and ask for focused context with sem_context, then request blast radius with sem_impact to understand broader effects.
High-intent search queries and answers about installing and using this skill.
Semantic code change analysis identifies exactly what changed and why by extracting focused context for specific functions or classes, helping you grasp modifications without reading the entire file.
Estimating the blast radius of a git diff involves using semantic impact analysis to identify affected tests, dependent modules, and potential risks across the codebase.
You can review a pull request by requesting focused context for a single entity like a function or class, allowing you to quickly grasp changes and entity-level insights without reading the whole file.
Yes, semantic diff interpretation supports structured review guidance for branches and working trees, complementing raw diffs with historical context and entity-level insights to improve review speed.
No, semantic code change analysis operates independently without requiring external dependencies, using internal tools to extract entity context and estimate impact for code reviews.
Soyio-idCreate logically scoped git commits with Conventional Commit messages from working-tree changes.
anukkrit149Detect code changes in pull requests and map them to affected execution flows and symbols.
dzineerGenerate a Git diff, create a pull request, and merge into the main branch.
qiubohongAnalyze code change impact by identifying dependencies and affected execution flows.
