Skill Claude CodeCodex
Prepare a new release by updating versions, changelog, and building distributions.
Skill Claude CodeCodex
Prepare a new release by updating versions, changelog, and building distributions.
Skill Claude CodeCodex
Complete release workflow from version prep through PyPI publication.
Skill Claude CodeCodex
Sync current branch with base branch. Codex (you) resolves conflicts intelligently, not automated scripts.
Plugin Claude Code
Neo — multi-agent semantic reasoning with persistent memory, for Claude Code.
Plugin Claude Code
Multi-agent semantic reasoning system with persistent memory for code suggestions, architectural guidance, and optimization recommendations.
Command Claude Code
Autonomously plan and fix bugs using Phase 0 multi-agent research, then auto-implement with /implement.
Command Claude Code
Autonomously plan and execute chores using Phase 0 multi-agent research, then auto-implement with /implement.
Command Claude Code
Classify issue as chore, bug, or feature.
Command Claude Code
Autonomously plan and implement features using Phase 0 multi-agent research, then auto-implement with /implement.
Command Claude Code
Fix CI check failures on a PR by analyzing failure logs and implementing fixes.
Command Claude Code
Automates the GitHub code review assessment workflow by fetching a PR comment or review from GitHub, using the Linus agent to evaluate which issues are legitimate vs nitpicking, and using the linus-kernel-planner agent to create pragmatic implementation plans for the valid issues. This command saves significant time…
Command Claude Code
Fast implementation with neo protocol gates. Takes a pre-written plan and implements it with strategic review, economic analysis, risk assessment, code review, and testing. Skips research/analysis phases.
Command Claude Code
Review a GitHub pull request for bugs, security issues, and code quality. Fetches complete PR context including description and all comments before performing a thorough code review. Posts review results as a PR comment tagging the author.
Command Claude Code
Prepare a new release by updating versions, changelog, and building distributions.
Command Claude Code
Command "prime" from Parslee-ai/neo, covering prime, run and read.
Command Claude Code
Complete release workflow from version prep through PyPI publication.
Command Claude Code
Sync current branch with base branch. Claude (you) resolves conflicts intelligently, not automated scripts.
Instructions file CodexOpenCode
Instructions for Parslee-ai/neo, covering project: neo - semantic reasoning helper, quick context, code style and project rules.
Instructions file
Instructions for Parslee-ai/neo, covering project: neo - semantic reasoning helper, quick context, code style and project rules.
Agent
Semantic reasoning helper using a multi-agent MapCoder approach with persistent memory. Use for architectural guidance and design decisions, performance optimization analysis, code review with semantic pattern matching, debugging complex or intermittent issues, and extracting reusable patterns from a codebase.
Command
Get Neo's architectural guidance on a design decision. Use when choosing between structural options — boundaries, layering, data flow, build-vs-buy — and the trade-offs depend on how this codebase is actually built. Skip for decisions already made, style preferences, and anything settled by reading one file.
Command
Get Neo's help on a defect whose cause is not where the symptom appears — intermittent failures, race conditions, state corruption. Use after reading the stack trace has failed to localize it. Skip for compile errors, straightforward tracebacks, and failures with an obvious single-file cause.
Command
Get Neo's optimization analysis for a measured performance problem. Use when you have a profile, a benchmark, or a known slow path and want the fix ranked against how the code is structured. Skip when nothing has been measured yet — profile first, because Neo cannot tell you where the time actually goes.
Command
Extract a reusable pattern from a solution that has proven itself, and record it in Neo's durable memory. Use deliberately, when a lesson should inform later runs. Skip for one-off code and speculative abstractions — this writes persistent memory, so a wrong lesson outlives the session.