forked from bchanot/claude
feat(memory): introduce .claude/{tasks,memory,audits}/ governance layout
Move tasks/ into .claude/tasks/ and create .claude/memory/ with 5 persistent registries (decisions/learnings/blockers/journal/evals) plus .claude/audits/ for audit reports. Also seed templates/memory/ for onboarder to copy into user projects. - tasks/TODO.md, tasks/rtk-upstream-issue.md → .claude/tasks/ - tasks/LESSONS.md deleted (empty template; superseded by learnings.md) - .claude/memory/: 5 append-only registries with YAML schema + seed entries - templates/memory/: 5 empty-index templates for new projects Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Claude Opus 4.7
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# TODO
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## README.md overhaul
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- [x] Plan
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- [x] Corriger section install ctx7 (retirer MCP, clarifier CLI + API key)
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- [x] Marquer ruflo comme désactivé
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- [x] Supprimer section Troubleshooting/bugs courants
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- [x] Simplifier stacks tierces (gstack, ruflo, ctx7, GSD) — juste description + lien
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- [x] Ajouter section skills personnels (skills-perso)
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- [x] Ajouter section système d'autogestion (plugin-advisor, tokens, synergies)
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- [x] Nettoyer section Updating (retirer instructions manuelles par outil)
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- [x] Nettoyer section Maintenance (retirer doublon updating)
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- [x] Mettre à jour table Plugins reference (ctx7 row, ruflo OFF)
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- [x] Corriger lien USAGE.md dans l'intro (retirer mention cas/erreurs)
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## USAGE.md cleanup
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- [x] Supprimer tous les "Cas de figure — corrections vX.X.X validées"
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- [x] Supprimer table "Erreurs fréquentes"
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- [x] Corriger `/readme` → `/doc` dans bonnes pratiques
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- [x] Supprimer séparateurs orphelins
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## Skill /doc
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- [x] Mettre à jour doc-syncer.md pour gérer ajouts/suppressions de features
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- [x] Mettre à jour SKILL.md description pour mentionner feature delta
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## Auto-activation ui-ux-pro-max sur détection design
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- [x] Créer `lib/design-gate.md` — snippet réutilisable (detect design signals + ask to activate ui-ux-pro-max)
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- [x] Intégrer dans feater.md — STEP 0.5 entre scope check et mini-plan
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- [x] Intégrer dans hotfixer.md — STEP 1.5 (si CSS/style/animation)
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- [x] Intégrer dans bugfixer.md — STEP 1.5 (si bug UI/style)
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- [x] Mettre à jour plugin-advisor.md — PHASE 4 : cohérence avec le design gate
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- [x] Mettre à jour CLAUDE.md skill routing — documenter le comportement auto
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## Refonte agents/seo-analyzer.md
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- [x] Lire agent actuel + plugin-advisor + interviewer + feater + hotfixer + analyzer
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- [x] Réécrire l'agent complet v1 (11 étapes)
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- [x] Ajouter orchestration sub-agents (hotfixer/feater) + triage par batches
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- [x] Déplacer plugin-advisor après détection stack (STEP 3 au lieu de STEP 0)
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- [x] Ajouter 2 niveaux d'audit (LOCAL code-only / FULL live+externe)
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- [x] Adapter scoring, legal, GEO aux deux niveaux
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- [x] Renumeroter proprement (0-14) + corriger toutes les refs internes
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- [ ] Commit
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## /onboard — cso archetype-aware
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Problème : prompt cso fallback est non-adaptatif — cherche XSS/SQLi/CORS même sur firmware.
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Objectif : charger `## Typical pain points` + `Surface sécurité` de l'archétype et les injecter dans le prompt cso.
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- [x] STEP 4.5 → ajouter extraction de archetype-context.md (pain points + Surface sécurité + category) — validé sur firmware-embedded / nextjs-app-router / library
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- [x] STEP 6 dispatch cso fallback → re-écrire prompt : universal checks + sections conditionnelles par category (web / embedded / library / cli / infra / data / desktop)
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- [x] STEP 6 dispatch cso gstack ON → passer `--archetype <name> --context-file .onboard-audit/archetype-context.md` dans args
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- [ ] OUT-OF-SCOPE ce fix : étendre le pattern à analyze/code-clean/doc (déjà reçoivent `ARCHETYPE: <name>`, juste pas le context-file). À faire dans un 2e passage si besoin.
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## /validate — nouveau skill W3C + WCAG (option A)
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Scope : W3C HTML validity (validator.nu API) + W3C CSS validity (jigsaw API) + WCAG a11y (axe-core CLI / pa11y / WAVE API / fallback statique). Même pattern que /harden (audit par défaut, --fix avec confirmation A/B/C/D). Rapport = VALIDATE.md racine. Complémentaire à /onboard (qui audite a11y au setup initial — /validate est l'outil on-demand réutilisable).
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Design décisions :
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- **Agent dédié** : `agents/validator-analyzer.md` (nouveau). Pas de réutilisation de seo-analyzer — scope différent (validité syntaxique vs indexabilité).
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- **Depth** : LOCAL (fichiers HTML/CSS statiques, tools npm locaux si dispo) | FULL (URL live + APIs distantes W3C/WAVE).
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- **External validators** : validator.nu/?out=json (HTML), jigsaw.w3.org/css-validator (CSS), WAVE API optionnelle (quota gratuit ~100/mois), axe-cli local, pa11y-cli local.
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- **Tools fallback order** : npm tools locaux → APIs distantes → agent général statique (cas onboard). Aucun install forcé.
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- **--fix conservateur** : `alt=""` sur images décoratives évidentes, `lang` sur `<html>`, fermetures de tags manquantes, sauts de niveau heading renumérotés. PAS : labels forms, contraste couleurs, landmarks (demandent décision humaine).
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- **Out of scope** : meta tags/SEO → /seo ; JSON-LD → /geo ; security headers → /harden ; code linting générique (ESLint/Prettier) → hors scope web standards.
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Subtasks :
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- [x] Créer `agents/validator-analyzer.md` — spec 6 étapes (478 lignes)
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- [x] Créer `skills/validate/SKILL.md` — dispatcher (378 lignes)
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- [x] Ajouter routage `/validate` dans `~/.claude/CLAUDE.md` section "Skill routing"
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- [x] Mettre à jour `skills/harden/SKILL.md` — W3C/a11y redirigé vers /validate
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- [x] Mettre à jour `skills/seo/SKILL.md` — cross-ref /validate pour W3C/WCAG
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- [x] Grep cohérence : refs /validate correctes, skill détecté par la harness
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## Helper `--help` / `help` sur tous les skills (option C)
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Problème : aucun skill ne gère `--help` aujourd'hui. `argument-hint` affiche juste la syntaxe en autocomplétion, pas de description/exemples. L'utilisateur doit lire le SKILL.md ou deviner.
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Objectif : `/<skill> --help` (ou `/<skill> help`) affiche un bloc standardisé (description, args, exemples, cross-refs) et exit SANS dispatcher l'agent ni modifier quoi que ce soit.
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Design :
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- **Lib partagée** : créer `skills/lib/help-handler.md` — snippet réutilisable "if $ARGUMENTS contains --help|help|-h, extract frontmatter fields (description, argument-hint, cross-refs) + afficher bloc d'aide standardisé + STOP".
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- **Format d'aide** standardisé :
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```
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/<skill> — <titre court>
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DESCRIPTION
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<extrait de la frontmatter description, dépouillé des Triggers>
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USAGE
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/<skill> <argument-hint>
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ARGUMENTS
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<liste détaillée de chaque flag avec son effet — nouvelle section
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dans les SKILL.md, ou parsée depuis STEP 0 arg parsing>
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EXAMPLES
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<3-4 exemples concrets>
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SEE ALSO
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<extrait des "For X → use /Y" de la frontmatter>
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```
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- **Intégration** : ajouter STEP 0.5 ("Handle --help") dans chaque SKILL.md juste après STEP 0 parsing args. Ordre : parse args → check --help → si oui afficher + exit → sinon continuer.
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- **Skills à patcher** : `~/Documents/claude/skills/` = ~20 skills persos + skills-perso list pour référence. Ne PAS toucher skills-external/gstack (ownership externe) ni example-skills.
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Subtasks :
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- [ ] Créer `skills/lib/help-handler.md` — snippet réutilisable (détection + extraction + affichage)
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- [ ] Définir format d'aide standard + section "ARGUMENTS" vs reuse de argument-hint
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- [ ] Décider : sections ARGUMENTS/EXAMPLES doivent-elles être dans la frontmatter (nouveau champ YAML) ou dans le corps du SKILL.md (nouvelle section `## Help`) ?
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- [ ] Patcher un skill pilote (`/validate`) — valider UX
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- [ ] Patcher les skills perso restants : analyze, bugfix, code-clean, commit-change, doc, feat, geo, graphify, harden, hotfix, init-project, make-pdf, onboard, plan-tune, plugin-check, refactor, seo, ship-feature, skills-perso, status, benchmark-models, context-save, context-restore
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- [ ] Mettre à jour `~/.claude/CLAUDE.md` — mentionner convention --help disponible sur tous les skills perso
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- [ ] Note : skills-external/gstack ont leur propre convention, ne pas toucher
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# `rtk curl` breaks downstream parsers by returning compressed schema instead of raw payload when stdout is piped
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## Summary
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`rtk curl` always returns a token-compressed, schema-like representation of the response body, regardless of whether stdout is a TTY or a pipe. This silently breaks any command that pipes `rtk curl` into a parser expecting the raw payload (`python -c "json.load(sys.stdin)"`, `jq`, `node -e`, `awk`, `sed`, etc.).
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Because the Claude Code hook (`rtk-rewrite.sh`) auto-rewrites `curl` → `rtk curl`, this affects every such pipeline the LLM constructs — even though the LLM never sees the rtk-compressed output, only the downstream parser error.
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## Reproduction
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```bash
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# Expected: prints "Hello World"
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curl -s "https://api.mymemory.translated.net/get?q=Bonjour%20monde&langpair=fr%7Cen" \
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| python3 -c "import json,sys; d=json.load(sys.stdin); print(d['responseData']['translatedText'])"
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```
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Under the Claude Code hook (or when the user explicitly writes `rtk curl`), this pipeline fails:
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```
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json.decoder.JSONDecodeError: Expecting property name enclosed in double quotes: line 2 column 3 (char 4)
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```
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Because `rtk curl` returns:
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```
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{
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exception_code: null,
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matches:
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[{
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create-date: string,
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created-by: string,
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...
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```
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instead of the raw JSON body that `json.load` expects.
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## Impact
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- Any LLM-generated pipeline using `curl | <parser>` breaks silently.
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- Root cause is opaque to the LLM: the tool sees a JSONDecodeError and blames its own parsing code, not rtk.
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- The Claude Code hook compounds the issue: users running `curl ... | jq` from the assistant never typed `rtk`, yet get hit by it.
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- Other rtk subcommands that transform output (`rtk aws`, `rtk psql`, `rtk json`, `rtk cat`) likely have the same class of bug.
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## Root cause
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`rtk curl` is not a passthrough — it post-processes the response body for LLM consumption. This is correct behavior when an LLM is the consumer. It is incorrect when a parser is the consumer.
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The tool currently has no way to distinguish those two cases.
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## Suggested fix
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Detect `isatty(stdout)` at startup. If stdout is **not** a TTY (i.e., it is piped, redirected to a file, or captured), skip the compression layer and passthrough the raw response bytes from the underlying `curl`.
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This matches the long-standing Unix convention followed by `ls`, `grep`, `diff`, etc., which disable colors and column formatting when piped.
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```rust
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// pseudo-code inside rtk curl
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if !io::stdout().is_terminal() {
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return run_native_curl_passthrough(args);
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}
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// else: existing compression path
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```
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The same fix should apply to every rtk subcommand that transforms output (`cat`, `read`, `json`, `aws`, `psql`, `git`, `gh`, etc.).
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## Alternative / workaround
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- Users can prefix with `rtk proxy <cmd>` to bypass rewriting. But the Claude Code hook rewrites `curl` unconditionally, so the LLM has to *remember* to write `rtk proxy curl` every time it pipes, which does not scale.
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- Users can set `[hooks] exclude_commands = ["curl"]` in `~/.config/rtk/config.toml`, but this disables all rtk curl savings globally, even when the LLM IS the consumer.
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Neither replaces a proper TTY-aware passthrough inside rtk itself.
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## Environment
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- rtk: 0.34.3
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- OS: Linux 6.17
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- Shell: bash
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- Claude Code hook: `hooks/rtk-rewrite.sh` (rtk-hook-version: 3)
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## Checklist
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- [ ] `rtk curl` passes through raw bytes when stdout is not a TTY
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- [ ] Same behavior for `rtk cat`, `rtk read`, `rtk json`, `rtk aws`, `rtk psql`, `rtk git`, `rtk gh`
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- [ ] Add a test matrix: piped to `jq`, `python -c "json.load"`, file redirect, `/dev/null`
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- [ ] Document the TTY-aware behavior in the README
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