# Codex Session Cross-References Date: 2026-05-20 Purpose: keep a durable, redacted index of Codex sessions that jointly explain recent AgInTiFlow design and implementation decisions. This file is for future supervisors who need to understand why the current SCS evidence gate exists and which session produced which part of the work. ## Sessions ### Agent Meta-AAPS Session - Session: `019da8c5-6cd9-7602-bc14-aafa6206fe5d` - Tmux session: `codex-meta-aaps` - Status context shown by Codex: `~/ProjectsLFS/Agent`, then later `~/ProjectsLFS/AAPS` - Rollout file: `/home/lachlan/.codex/sessions/2026/04/20/rollout-2026-04-20T10-43-24-019da8c5-6cd9-7602-bc14-aafa6206fe5d.jsonl` - Primary repos involved: `/home/lachlan/ProjectsLFS/Agent`, `/home/lachlan/ProjectsLFS/AAPS` - Related AgInTiFlow repo: `/home/lachlan/ProjectsLFS/Agent/AgInTiFlow` - Role: cross-repo session that used AgInTiFlow-style CLI/webapp ideas to harden AAPS as an installable Studio and backend-adapter workflow tool. Verified AAPS commits from this session: - `b8e50b7` - Add AAPS webapp autostart and chat CLI - `d63868c` - Upgrade AAPS interactive CLI - `843ba3c` - Improve AAPS CLI composer and update restart - `e44e807` - Improve AAPS backend discovery and multiline input - `1abd8a3` - Add AAPS Studio webapp stop and restart controls - `69170be` - Add persistent AAPS Studio webapp preference controls - `51ec880` - Harden AAPS webapp startup and program chat planning - `63df3cd` - Deepen Studio chat planning for blocks and writing programs AgInTiFlow relevance: - AAPS adopted an AgInTiFlow-like interactive CLI and webapp lifecycle model, but AAPS semantics still belong to AAPS. - AgInTiFlow should act as a backend adapter that receives AAPS context and returns structured evidence, edits, scripts, or blockers. - AgInTiFlow must not own or silently mutate AAPS-selected project, workflow, program, block, or working file. ### Browser Automation And AgInTi Supervision Source Session - Session: `019dc795-e538-75b2-8a03-bc103b32985d` - Status context shown by Codex: a project-local media/browser workflow repo - Primary repo involved: project-local, outside AgInTiFlow core - Related AgInTiFlow repo: `/home/lachlan/ProjectsLFS/Agent/AgInTiFlow` - Role: failure-source and product-requirement session. This session started from a project-local browser video workflow and exposed a general AgInTiFlow weakness: the executor could claim progress or completion without enough evidence that the requested browser state, upload state, selected mode, selected model, prompt, reference media, or generated artifact actually existed. Important lesson from this session: - Do not hard-code project-specific browser workflow rules into AgInTiFlow core. - Keep domain details in project-local skills such as `.aginti/skills//SKILL.md`. - Improve the core agent harness instead: task contract, monitor, evidence ledger, validator gate, replan loop, and real blocker reporting. Project-local skill produced from this direction: - `.aginti/skills//SKILL.md` in the task repository ### Multilingual Book Pipeline And AgInTiFlow Implementation Session - Session: `019e1f99-289e-7711-986a-d41047f5ed21` - Status context shown by Codex: a project-local multilingual book repository - Primary task repo involved: project-local, outside AgInTiFlow core - AgInTiFlow implementation repo: `/home/lachlan/ProjectsLFS/Agent/AgInTiFlow` - Role: implementation and validation session. This session used a long bilingual book pipeline to stress AgInTiFlow's ability to run durable, evidence-based work: source conversion, chunking, DeepSeek JSON writing, validation, monitoring, PDF compilation, artifact handling, and recovery. The same core principle from the browser workflow session was then implemented in AgInTiFlow. Relevant AgInTiFlow commits: - `e37ce98` - Make SCS validation default - `0a88653` - Keep browser skill generic - `c0611c2` - Document SCS evidence validator design - `777b57c` - Add SCS evidence contract gate Current verified implementation point: - `777b57c` is `HEAD` and `origin/main` as of 2026-05-20. - Package version in repo: `0.20.160`. - NPM publish status from the supervising session: not published in that pass. ### AAPS Studio Recent Commits Session - Session: `019dd6ee-7f77-7361-ae9a-8f25a4036525` - Status context shown by Codex: `~/ProjectsLFS/AAPS` - Primary repo involved: `/home/lachlan/ProjectsLFS/AAPS` - Related AgInTiFlow repo: `/home/lachlan/ProjectsLFS/Agent/AgInTiFlow` - Role: AAPS Studio continuity and backend-adapter context session. This session anchors the AAPS-side state that AgInTiFlow needs to remember when acting as an AAPS backend adapter. It captured recent AAPS Studio and CLI work: webapp autostart/stop/restart controls, persistent webapp preferences, backend discovery, multiline CLI input, and deeper program/block chat planning. Current AAPS repository anchor recorded from that session: - AAPS branch: `main` - AAPS head after the cross-reference note: `f8dee03` - Document AAPS Codex session reference - Prior AAPS functional anchor: `63df3cd` - Deepen Studio chat planning for blocks and writing programs - AAPS cross-reference note: `/home/lachlan/ProjectsLFS/AAPS/references/codex-session-cross-references.md` Important AgInTiFlow relevance: - AgInTiFlow is a backend agent option for AAPS, not the owner of AAPS semantics. - Backend switching must not change selected AAPS project, workflow, program, block, or working file. - The SCS evidence gate should validate AAPS backend claims against AAPS-visible outputs, artifacts, parse/compile/run evidence, and selected-scope continuity. ## Cross-Session Design Thread These sessions should be read together: - Agent Meta-AAPS supplies the cross-repo bridge: AAPS borrows useful AgInTiFlow interaction patterns while keeping AAPS as the state and semantics owner. - The browser workflow session supplies the concrete failure mode: browser automation and media tasks can look successful while the visible external state is wrong or unverified. - The multilingual book pipeline supplies the long-running pipeline pressure: the agent must keep moving through scripts, monitors, validators, and artifacts without accepting unsupported finish claims. - AAPS supplies the project/workflow/block/program front-end contract where AgInTiFlow may act as a backend adapter but must not mutate AAPS scope or semantics unexpectedly. - AgInTiFlow core response is the SCS evidence gate: derive a task contract, collect structured evidence, compare evidence against required categories, allow proven blockers, and reject unsupported completion. ## Implementation Anchors - `src/scs-evidence.js`: task contracts, evidence categories, evidence ledger, blocker detection, deterministic finish blocker. - `src/scs-controller.js`: SCS final gate integration, deterministic override, real blocker allowance, evidence-pack construction. - `src/skill-library.js`: project-local skill loading. - `skills/skill-creator/SKILL.md`: built-in workflow for creating reusable local skills instead of overfitting core runtime. - `docs/student-committee-supervisor.md`: user-facing SCS behavior. - `references/scs-evidence-validator-core-design.md`: deeper design note. ## Verification Commands Use these after any related patch: ```bash cd /home/lachlan/ProjectsLFS/Agent/AgInTiFlow npm run check npm run smoke:model-roles npm run smoke:web-api npm run smoke:coding-tools npm run smoke:cli-chat npm test ``` ## Residual Risks To Test - Run a live AgInTiFlow browser task where a helper reports `ok=true` but the visible page is not updated; confirm SCS rejects finish. - Run a live long writing or book pipeline with partial artifacts; confirm SCS distinguishes real progress, missing evidence, and real external blockers. - Verify project-local skill loading from a real project root and confirm the generic browser skill does not absorb site-specific behavior.