菜单
Execute 9-phase spec-first development workflow (Issue → Spec → TDD → Code → Gen → Seal → Verify → Land → Learn)
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
Execute tri commands (gen, test, verify, seal, verdict) for spec-first development
This skill should be used when user asks to "tri skill begin", "PHI LOOP", "edit .t27 spec", "seal hash", "tri gen", "tri test", "tri verdict", "tri experience save", "tri notebook query", "tri notebook wrapup", or any task requiring spec-first development in the t27 Trinity S³AI project. Implements the canonical PHI LOOP workflow following constitutional laws with NotebookLM-backed semantic memory.
Format and upload session wrap-up to NotebookLM for persistent semantic memory
This skill should be used when user asks to "tri skill begin", "PHI LOOP", "edit .t27 spec", "seal hash", "tri gen", "tri test", "tri verdict", "tri experience save", "tri notebook query", "tri notebook wrapup", or any task requiring spec-first development in the t27 Trinity S³AI project. Implements the canonical PHI LOOP workflow following constitutional laws with NotebookLM-backed semantic memory.
基于 SOC 职业分类
| id | phi-loop |
| name | PHI LOOP |
| description | Execute 9-phase spec-first development workflow (Issue → Spec → TDD → Code → Gen → Seal → Verify → Land → Learn) |
Execute the canonical t27 development workflow following all 7 invariant laws.
| Phase | Name | Description | Artifacts |
|---|---|---|---|
| 1 | Issue | Define problem or requirement | #N ticket in repo |
| 2 | Spec | Write .t27 specification | specs/ring-NNN-name.t27 |
| 3 | TDD | Write tests before code | test cases in .t27 |
| 4 | Code | Implement according to spec | src/ files (manual) |
| 5 | Gen | Run tri gen to generate | gen/ files |
| 6 | Seal | Verify generated code, seal hash | seal hash |
| 7 | Verify | Run tri test for conformance | test results |
| 8 | Land | Merge changes to main | git merge |
| 9 | Learn | Capture learnings | episodes.jsonl entry |
# Start PHI LOOP for ring N
tri phi-loop N
# Advance to next phase
tri next-phase
# Show current phase status
tri status
# Reset current ring
tri reset
Execute with these constraints:
PHI LOOP is complete when:
On completion:
Phase complete: Learn
→ Next ring: N+1
This triggers creation of next ring branch.