Files

T

retoorandClaude Sonnet 5 9dbd1fe667 Add plexer subsystem, container test infra, and last-resort opencode box backend

- Plexer: always-active terminal multiplexing. NativePlexerController/
  TmuxPlexerController share one interface, chosen by which env var is
  already set (TAI_PLEXER_SOCKET vs TMUX_PANE); NativePlexerBackend is
  the pty.fork()-based wrapper (raw mode, SIGWINCH resize forwarding,
  a Unix-socket control protocol, continuous session logging, a
  Ctrl+A prefix key distinct from tmux's own Ctrl+B). Auto-wraps new
  interactive shells via a .bashrc hook mirroring the existing
  command-not-found install pattern, gated on $TMUX/$TAI_PLEXER_ACTIVE/
  a $HOME/.tai-no-plexer bypass. New plexer_send/read/type/status
  tools, env-gated on a detected controller.
- tests/container.py + docker-compose.yml + tests/docker/Dockerfile:
  a disposable podman/docker image for the tests that must never touch
  a real machine (installing the plexer hook into a real ~/.bashrc, a
  live tmux session). Required suite (test_seal.py, test_tai.py,
  tests/plexer.py, tests/bashrc.py) gates the result; tests/rag.py
  runs as best-effort since its real-LLM dependency can't be satisfied
  inside a disposable container with no nested engine.
- tests/bashrc.py: real end-to-end hook install + bash -i auto-wrap,
  anti-recursion, tmux-active skip, non-interactive skip, a live
  TmuxPlexerController test, and an install/uninstall round-trip.
- tests/plexer.py: NativePlexerBackend under a real pty, plus a
  dedicated robustness pass (file permissions, >64KB payload framing,
  a malformed control request, a genuine self-deadlock fix in the
  write-to-child path).
- tai_test.py: the shared async process-driving framework (pipe/pty
  transport, group-wide kill-and-reap, a StdinBridge for --interactive)
  both test files build on.
- ChatClient last-resort backend: when there's no local opencode CLI
  but the sandbox box is already running, install opencode into it
  (official Node tarball, not apt -- apt's nodejs/npm pull in
  webpack/babel/jest as transitive deps) and route through it instead
  of giving up. Only reachable after the first retry round already
  failed everything else; never creates the box itself. TmuxPlexerController.status()
  fixed to use `list-panes` instead of `display-message -p`, which
  silently fell back to the default pane instead of erroring against
  a dead target.
- Fix 4 pre-existing test_tai.py bugs surfaced by running it in a
  clean environment for the first time: two stale mock signatures
  (subprocess.run's stdout= kwarg, Chat.complete's deadline= kwarg),
  one $TMUX-dependent catalog assertion, one tty-dependent color
  assertion.
- research/: a sourced research archive (Source Dossier/Citation
  Card/Conclusion tiers) backing the above design decisions, with its
  own audit.py consistency checker.
- .gitignore: fix a blanket *.md rule that was about to silently drop
  the entire research/ archive from version control; add __pycache__/
  and the one-off debug transcript this session started from.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>

2026-10-10 04:36:05 +02:00

2.3 KiB

Raw Permalink Blame History

Paper Review: Generative Agents: Interactive Simulacra of Human Behavior

Metadata

Field	Value
Institute	Molodetz Institute — Research & Retrieval Division
Subject	agent-memory-recency-tracking
Document type	Source Dossier
Tier	1
Source title	Paper Review: Generative Agents: Interactive Simulacra of Human Behavior
Source URL	https://artgor.medium.com/paper-review-generative-agents-interactive-simulacra-of-human-behavior-cc5f8294b4ac
Source publisher / author	artgor (Medium)
Source type	blog post (secondary review)
Source date (published)	Unknown — not stated; the search tool flagged this piece as roughly 1,150 days old relative to the search date, i.e. a multi-year-old secondary source
Date researched	2026-10-09
Researched by	tai (agent), model: Claude Sonnet 5, on behalf of retoor
Research method	web search synthesis
Confidence	Medium
Status	Active

Summary

A secondary review/summary of the Generative Agents paper (see arxiv-2304-03442-generative-agents.md), useful mainly as corroboration of the recency/importance/relevance retrieval-score structure from an independent reader rather than as a primary source in its own right.

Key findings

Corroborates the three-part retrieval score (recency, importance, relevance) and the normalize-then-combine framing.
Does not appear to add technical detail beyond the original paper; its value here is as a second, independent restatement that agrees with the primary source.

Pros / strengths

Independent confirmation reduces the risk that the primary dossier's synthesis of the original paper was a search-tool misreading.

Cons / limitations / caveats

Multi-year-old secondary commentary; the field has moved substantially since (see the Mem0 and MemGPT/Letta dossiers in this same subject), so anything in this review not corroborated by the primary paper or by current vendor documentation should be treated as dated.
Adds no new findings beyond the primary source.

Relevance to tai

Low standalone relevance — included for completeness and cross-checking, not as an independent input to the conclusion in this subject.

Changelog

Date	Change
2026-10-09	Initial dossier created.

2.3 KiB Raw Permalink Blame History