/home/sebas/.npm-global/bin/pi
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
pi - AI coding assistant with read, bash, edit, write tools

Usage:
  pi [options] [@files...] [messages...]

Commands:
  pi install <source> [-l]     Install extension source and add to settings
  pi remove <source> [-l]      Remove extension source from settings
  pi uninstall <source> [-l]   Alias for remove
  pi update [source|self|pi]   Update pi and installed extensions
  pi list                      List installed extensions from settings
  pi config                    Open TUI to enable/disable package resources
  pi <command> --help          Show help for install/remove/uninstall/update/list

Options:
  --provider <name>              Provider name (default: google)
  --model <pattern>              Model pattern or ID (supports "provider/id" and optional ":<thinking>")
  --api-key <key>                API key (defaults to env vars)
  --system-prompt <text>         System prompt (default: coding assistant prompt)
  --append-system-prompt <text>  Append text or file contents to the system prompt (can be used multiple times)
  --mode <mode>                  Output mode: text (default), json, or rpc
  --print, -p                    Non-interactive mode: process prompt and exit
  --continue, -c                 Continue previous session
  --resume, -r                   Select a session to resume
  --session <path|id>            Use specific session file or partial UUID
  --fork <path|id>               Fork specific session file or partial UUID into a new session
  --session-dir <dir>            Directory for session storage and lookup
  --no-session                   Don't save session (ephemeral)
  --models <patterns>            Comma-separated model patterns for Ctrl+P cycling
                                 Supports globs (anthropic/*, *sonnet*) and fuzzy matching
  --no-tools, -nt                Disable all tools by default (built-in and extension)
  --no-builtin-tools, -nbt       Disable built-in tools by default but keep extension/custom tools enabled
  --tools, -t <tools>            Comma-separated allowlist of tool names to enable
                                 Applies to built-in, extension, and custom tools
  --thinking <level>             Set thinking level: off, minimal, low, medium, high, xhigh
  --extension, -e <path>         Load an extension file (can be used multiple times)
  --no-extensions, -ne           Disable extension discovery (explicit -e paths still work)
  --skill <path>                 Load a skill file or directory (can be used multiple times)
  --no-skills, -ns               Disable skills discovery and loading
  --prompt-template <path>       Load a prompt template file or directory (can be used multiple times)
  --no-prompt-templates, -np     Disable prompt template discovery and loading
  --theme <path>                 Load a theme file or directory (can be used multiple times)
  --no-themes                    Disable theme discovery and loading
  --no-context-files, -nc        Disable AGENTS.md and CLAUDE.md discovery and loading
  --export <file>                Export session file to HTML and exit
  --list-models [search]         List available models (with optional fuzzy search)
  --verbose                      Force verbose startup (overrides quietStartup setting)
  --offline                      Disable startup network operations (same as PI_OFFLINE=1)
  --help, -h                     Show this help
  --version, -v                  Show version number

Extensions can register additional flags (e.g., --plan from plan-mode extension).
Extension CLI Flags:
  --switch-session            Open the session-switch picker after startup, then relaunch into the selected session

Examples:
  # Interactive mode
  pi

  # Interactive mode with initial prompt
  pi "List all .ts files in src/"

  # Include files in initial message
  pi @prompt.md @image.png "What color is the sky?"

  # Non-interactive mode (process and exit)
  pi -p "List all .ts files in src/"

  # Multiple messages (interactive)
  pi "Read package.json" "What dependencies do we have?"

  # Continue previous session
  pi --continue "What did we discuss?"

  # Use different model
  pi --provider openai --model gpt-4o-mini "Help me refactor this code"

  # Use model with provider prefix (no --provider needed)
  pi --model openai/gpt-4o "Help me refactor this code"

  # Use model with thinking level shorthand
  pi --model sonnet:high "Solve this complex problem"

  # Limit model cycling to specific models
  pi --models claude-sonnet,claude-haiku,gpt-4o

  # Limit to a specific provider with glob pattern
  pi --models "github-copilot/*"

  # Cycle models with fixed thinking levels
  pi --models sonnet:high,haiku:low

  # Start with a specific thinking level
  pi --thinking high "Solve this complex problem"

  # Read-only mode (no file modifications possible)
  pi --tools read,grep,find,ls -p "Review the code in src/"

  # Export a session file to HTML
  pi --export ~/.pi/agent/sessions/--path--/session.jsonl
  pi --export session.jsonl output.html

Environment Variables:
  ANTHROPIC_API_KEY                - Anthropic Claude API key
  ANTHROPIC_OAUTH_TOKEN            - Anthropic OAuth token (alternative to API key)
  OPENAI_API_KEY                   - OpenAI GPT API key
  AZURE_OPENAI_API_KEY             - Azure OpenAI API key
  AZURE_OPENAI_BASE_URL            - Azure OpenAI/Cognitive Services base URL (e.g. https://{resource}.openai.azure.com)
  AZURE_OPENAI_RESOURCE_NAME       - Azure OpenAI resource name (alternative to base URL)
  AZURE_OPENAI_API_VERSION         - Azure OpenAI API version (default: v1)
  AZURE_OPENAI_DEPLOYMENT_NAME_MAP - Azure OpenAI model=deployment map (comma-separated)
  DEEPSEEK_API_KEY                 - DeepSeek API key
  GEMINI_API_KEY                   - Google Gemini API key
  GROQ_API_KEY                     - Groq API key
  CEREBRAS_API_KEY                 - Cerebras API key
  XAI_API_KEY                      - xAI Grok API key
  FIREWORKS_API_KEY                - Fireworks API key
  OPENROUTER_API_KEY               - OpenRouter API key
  AI_GATEWAY_API_KEY               - Vercel AI Gateway API key
  ZAI_API_KEY                      - ZAI API key
  MISTRAL_API_KEY                  - Mistral API key
  MINIMAX_API_KEY                  - MiniMax API key
  MOONSHOT_API_KEY                 - Moonshot AI API key
  OPENCODE_API_KEY                 - OpenCode Zen/OpenCode Go API key
  KIMI_API_KEY                     - Kimi For Coding API key
  CLOUDFLARE_API_KEY               - Cloudflare API token (Workers AI and AI Gateway)
  CLOUDFLARE_ACCOUNT_ID            - Cloudflare account id (required for both)
  CLOUDFLARE_GATEWAY_ID            - Cloudflare AI Gateway slug (required for AI Gateway)
  AWS_PROFILE                      - AWS profile for Amazon Bedrock
  AWS_ACCESS_KEY_ID                - AWS access key for Amazon Bedrock
  AWS_SECRET_ACCESS_KEY            - AWS secret key for Amazon Bedrock
  AWS_BEARER_TOKEN_BEDROCK         - Bedrock API key (bearer token)
  AWS_REGION                       - AWS region for Amazon Bedrock (e.g., us-east-1)
  PI_CODING_AGENT_DIR              - Config directory (default: ~/.pi/agent)
  PI_CODING_AGENT_SESSION_DIR      - Session storage directory (overridden by --session-dir)
  PI_PACKAGE_DIR                   - Override package directory (for Nix/Guix store paths)
  PI_OFFLINE                       - Disable startup network operations when set to 1/true/yes
  PI_TELEMETRY                     - Override install telemetry when set to 1/true/yes or 0/false/no
  PI_SHARE_VIEWER_URL              - Base URL for /share command (default: https://pi.dev/session/)

Built-in Tool Names:
  read   - Read file contents
  bash   - Execute bash commands
  edit   - Edit files with find/replace
  write  - Write files (creates/overwrites)
  grep   - Search file contents (read-only, off by default)
  find   - Find files by glob pattern (read-only, off by default)
  ls     - List directory contents (read-only, off by default)


Sí. Llama una sesión nueva de `pi`.

Y falla por esto:

## Qué hace el Pi Job
`pi-job-runner` corre:

```bash
pi --no-extensions -p "$PROMPT"
```

O sea:
- proceso nuevo
- no usa esta sesión API donde estamos vos y yo
- no hereda “mi cerebro” ni mi canal
- usa el **CLI local `pi`** con su propia resolución de provider/auth

## Por qué pide API/auth
Porque `pi` CLI necesita hablar con algún provider LLM por su cuenta.

En este host:
- hay `OPENROUTER_API_KEY` en env
- pero el job intentó usar `openai-codex`
- y ese auth local está roto:
  - `refresh_token_reused`
  - `No API key for provider: openai-codex`

Entonces:
- no falló tmux
- no falló el wrapper
- falló el provider elegido por `pi`

## Causa probable
El `pi` CLI tiene default/provider selection que cae en `openai-codex` en batch mode, aunque haya OpenRouter disponible.

Además `--no-extensions`:
- desactiva extensiones
- pero no cambia provider
- solo saca capas extra

## Lo importante
Esto no depende de “esta conversación” ni de si yo ando bien.
Depende de cómo el binario `pi` local resuelve:
- provider default
- credenciales
- sesión OAuth/cache local

## Cómo arreglarlo
Tres caminos:

### A. Forzar provider/model en el job
Mejor opción.

Cambiar runner para algo así:

```bash
pi --no-extensions --provider openrouter --model openrouter/... -p "$PROMPT"
```

o por flags configurables.

### B. Arreglar auth local de openai-codex
Más frágil si no lo queremos usar.
Hay que reloguear el CLI/provider local.

### C. Hacer que el runner herede config explícita por env
Ejemplo:
- `PI_JOB_PROVIDER=openrouter`
- `PI_JOB_MODEL=...`

y runner los pasa a `pi`.

## Mi recomendación
No arreglar `openai-codex`.
Mejor:
1. hacer `pi-job-runner` configurable
2. defaultear jobs a `openrouter`
3. dejar fallback explícito, no implícito

## Diagnóstico corto
- `pi` job = nueva sesión local CLI
- no usa esta sesión API
- eligió `openai-codex`
- ese auth local está roto
- por eso pidió API/auth y murió

Si querés, hago el fix ahora en `pi-job-runner` para que use OpenRouter explícitamente.


Lo de No Extensions es algo porque no sé por qué no podíamos correrlo sin esa flag. Pero tanto eso como el tema del modelo me extraña que yo puedo llamar al tool simplemente como P sin ningún flag y me levantan las extensiones bien y el modelo default codex que no utiliza una variable ambiente sino mi suscripción. Entonces por qué no funciona cuando el modelo en sí llama a su propio comando.


Sí. Raro, pero tiene explicación probable.

## Lo más probable
No falla por `pi` binario.
Falla por **cómo el job abre otra instancia no interactiva de `pi` al mismo tiempo que ya hay otra sesión usando Codex auth**.

El error clave es este:

- `refresh_token_reused`

Eso no parece:
- falta de env
- falta de PATH
- falta de extensiones

Parece esto:
- `pi` con provider `openai-codex` usa un refresh token guardado localmente
- esa otra instancia nueva intentó refrescarlo
- el token ya había sido consumido/rotado por otra sesión
- entonces la nueva instancia murió

## Por qué vos podés usar `pi` normal
Porque tu `pi` interactivo normal:
- probablemente ya arrancó con una sesión válida
- o refresca de una manera que no choca
- o no arranca justo en carrera con otra instancia
- o tiene contexto/TTY/estado ya estabilizado

El job, en cambio:
- abre una **instancia nueva desde cero**
- en batch
- en tmux
- no interactiva
- y fuerza un nuevo startup/auth path

Ahí puede pegarle al refresh flow y romperse.

## Sobre `--no-extensions`
Eso casi seguro **no es la causa** del auth problem.

Solo cambia:
- descubrimiento de extensiones
- carga de extras

No debería romper Codex auth por sí mismo.

Se usó porque:
- en batch queríamos menos moving parts
- evitar side effects de extensiones en un one-shot job

O sea:
- `--no-extensions` = simplificación operativa
- no = explicación del `refresh_token_reused`

## Entonces, por qué “yo puedo correr `pi` y el job no”
Porque no es “el mismo `pi`”.
Es:

### Tu uso manual
- una sesión interactiva
- probablemente con auth ya viva
- sin carrera de refresh
- con estado de usuario ya establecido

### El job
- proceso nuevo
- startup frío
- batch `-p`
- intenta resolver auth otra vez
- choca con el refresh token rotado/reutilizado

## Hipótesis más fuerte
**Codex OAuth local no tolera bien múltiples arranques paralelos/frecuentes del CLI desde cero.**

Especialmente si:
- hay otra sesión activa
- el token se rotó recién
- el runner arranca muy rápido y sin recovery

## Qué probaría para confirmarlo
En orden:

1. correr manualmente en otra shell:
   ```bash
   pi --no-extensions -p "say hi"
   ```
   mientras esta sesión sigue viva

2. correr:
   ```bash
   pi -p "say hi"
   ```
   sin `--no-extensions`

3. correr con OpenRouter forzado:
   ```bash
   pi --provider openrouter -p "say hi"
   ```

Si 1 falla con el mismo error, ya está:
- el problema es el auth cold-start paralelo de Codex
- no el wrapper de tmux

## Qué haría yo para arreglar Pi Job
Dos capas:

### Capa 1 — robustez inmediata
Permitir provider/model explícitos en `pi-job-runner`, por ejemplo:
- `PI_JOB_PROVIDER`
- `PI_JOB_MODEL`

y si están, pasarlos a `pi`.

### Capa 2 — comportamiento por default
No confiar en Codex OAuth para jobs batch nuevos.
Usar:
- OpenRouter
- o algún provider con API key estable

Dejar Codex para uso interactivo humano.

## Respuesta corta
Funciona distinto porque:
- tu `pi` manual usa una sesión/auth ya viva
- el Pi Job crea otra instancia fría
- esa instancia intenta refrescar Codex OAuth
- el refresh token ya fue rotado/reutilizado
- muere antes de arrancar

Si querés, hago ahora un mini diagnóstico reproducible con 2 o 3 comandos y te digo si queda confirmado.


pi --no-extensions -p "say hi"
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
Hi

y pi -p "say hi" ambas simultaneo (una .4s despues de la otra pero overlap en su runtime) y respondieron bien

Si llega a ser T-Max mi pregunta es necesito que tengan un rap de T-Max esas sesiones o solo en la que estoy conversando yo activamente. Porque las que despachan el orquestrador son tema del servidor y no deberían cerrarse si no están pegadas a mi sesión de SSH, no?


**Explaining tmux sessions**

I see that the user might be confused with the term "T-Max," which likely refers to "tmux." I want to explain that tmux allows session independence from SSH, which is a key feature. This means the user can maintain sessions even if they disconnect from the SSH connection, allowing for more flexibility in managing tasks. I’ll keep my explanation direct and concise to ensure clarity!

Sí. Si es `tmux`, esas sesiones **no necesitan** quedar pegadas a tu SSH activa.

## Respuesta corta
Las sesiones lanzadas por el orquestador deberían vivir en `tmux` aunque:
- cierres SSH
- cierres la terminal
- te desconectes

Siempre que:
- el proceso haya arrancado bien dentro de `tmux`
- la máquina siga viva
- no maten la sesión explícitamente

## O sea
Solo necesitás tener tu sesión activa para:
- lanzar el job
- inspeccionarlo si querés

No para que siga corriendo.

## Entonces el problema no parece ser `tmux`
Con tu prueba:

- `pi --no-extensions -p "say hi"` OK
- `pi -p "say hi"` OK
- incluso overlap OK

Eso baja mucho la probabilidad de:
- auth rota siempre
- problema general de parallel cold start
- problema de `--no-extensions`

## Qué cambia entonces
El fallo del Pi Job probablemente fue algo más específico del entorno del runner, por ejemplo:

1. **startup env distinto**
   - tmux arranca con otro entorno
   - quizá no hereda algo que tu shell sí

2. **PATH / config dir / HOME**
   - aunque `pi` exista, puede resolver distinto auth/config

3. **modelo/provider resuelto distinto en job**
   - en tu shell manual entra por un camino
   - en job por otro

4. **timing raro de esa corrida puntual**
   - no bug estructural, sino una carrera o estado transitorio

## Lo importante para tu pregunta
Sí:
- las sesiones del orquestador son del servidor
- no deberían depender de tu SSH activa
- `tmux` justamente sirve para desacoplar eso

## Próximo paso útil
Yo haría esto:
- reproducir el mismo comando **desde tmux no interactivo** pero manualmente
- comparar env de tu shell vs env dentro de tmux runner

Si querés, hago eso ahora y te digo dónde difieren.


No, esperad, no me entendiste. La prueba no fue con T-Max y mi pregunta era ¿Podemos sacar la capa de T-Max para los jobs? Ya que creo que no harían falta, respondeme eso.


Sí. Podés sacar `tmux` para esos jobs.

Y en principio **no haría falta** si tu objetivo es solo:
- lanzar trabajo async
- dejar log
- consultar estado después

## Cuándo `tmux` sí aporta
`tmux` sirve si querés:
- reatachar a una sesión interactiva viva
- inspeccionar TUI/proceso en caliente
- mandar teclas luego
- preservar procesos atados a una pseudo-terminal

## Pero para este caso
Tus Pi Jobs hoy son:
- one-shot
- un prompt
- log a archivo
- polling por estado
- sin interacción posterior

Para eso, `tmux` sobra bastante.

Alcanza con:
- `nohup` o `setsid`
- PID file
- status file
- output.log

## Ventajas de sacar `tmux`
- menos moving parts
- menos diferencias de entorno
- menos rarezas de terminal/TTY
- menos puntos de falla
- más parecido a un batch runner normal

## Qué perdés
- no reattach interactivo
- no inspección live vía tmux pane
- no continuidad de una UI/TUI

Pero en jobs tipo `pi -p`, casi no importa.

## Mi recomendación
Sí: **para los Pi Jobs one-shot, conviene sacar tmux**.

Arquitectura más simple:
- `pi-job-start` crea carpeta runtime
- lanza runner en background con `nohup`/`setsid`
- guarda `pid`
- runner escribe `status`, `started_at`, `finished_at`, `exit_code`, `output.log`
- `pi-job-check` mira PID + status file

## Conclusión
Para estos jobs:
- **no necesitás tmux**
- es razonable removerlo
- te simplifica bastante
- y reduce chances de bugs de entorno

Si querés, el siguiente paso es que te proponga el rediseño mínimo de `pi-job-start/check/runner` sin tmux.


A ver, hacer un smoke test simulando llamar a PyJobs pero sin el Rapper de T-Max. A ver si nos permite.
No sé cómo consulta el estado de manera sincrona, la verdad, pero lo que propones es que el worker vaya lo guiando en un archivo y que el orquestrador lea cuando quiera, me parece una buena solución. Así como recomendas


**Executing smoke tests**

I need to respond directly to the user about performing a smoke test simulating Pi jobs without the tmux wrapper. It seems I’ll likely have to use nohup or setsid manually. Using a to-do might not be necessary, but it's an option. Testing a background runner for writing files and status is key. I should create a temporary script in /tmp instead of the repo. I’ll also inspect the current pi-job-check for status but focus on running bash commands to simulate the smoke test.

bash

mkdir -p /tmp/pi-job-smoke && cat > /tmp/pi-job-smoke/runner.sh <<'SH'
#!/usr/bin/env bash
set -euo pipefail
JOB_DIR="$1"
printf 'running\n' > "$JOB_DIR/status"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/started_at"
set +e
pi --no-extensions -p "say hi from detached smoke" > >(tee -a "$JOB_DIR/output.log") 2>&1
RC=$?
set -e
printf '%s\n' "$RC" > "$JOB_DIR/exit_code"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/finished_at"
if [[ "$RC" -eq 0 ]]; then printf 'succeeded\n' > "$JOB_DIR/status"; else printf 'failed\n' > "$JOB_DIR/status"; fi
SH
chmod +x /tmp/pi-job-smoke/runner.sh
JOB_DIR=/tmp/pi-job-smoke/job-$(date -u +%Y%m%dT%H%M%SZ)
mkdir -p "$JOB_DIR"
printf 'queued\n' > "$JOB_DIR/status"
: > "$JOB_DIR/output.log"
nohup /tmp/pi-job-smoke/runner.sh "$JOB_DIR" >/tmp/pi-job-smoke/nohup.out 2>&1 &
PID=$!
echo "$PID" > "$JOB_DIR/pid"
echo "job_dir=$JOB_DIR"
echo "pid=$PID"
sleep 1
printf '\n---status-after-1s---\n'
cat "$JOB_DIR/status"
printf '\n---ps---\n'
ps -p "$PID" -o pid=,ppid=,sid=,stat=,cmd=
printf '\n---output-tail---\n'
tail -n 40 "$JOB_DIR/output.log"


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-check JOB_ID [--lines N] [--runtime-root DIR]"
}

JOB_ID=""
LINES=40
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --lines) LINES="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"
STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
EXIT_CODE="$(cat "$JOB_DIR/exit_code" 2>/dev/null || true)"
STARTED_AT="$(cat "$JOB_DIR/started_at" 2>/dev/null || true)"
FINISHED_AT="$(cat "$JOB_DIR/finished_at" 2>/dev/null || true)"
if tmux has-session -t "$SESSION" 2>/dev/null; then
  TMUX_ALIVE=yes
else
  TMUX_ALIVE=no
fi

cat <<EOF
job_id=$JOB_ID
session=$SESSION
cwd=$CWD
job_dir=$JOB_DIR
status=$STATUS
tmux_alive=$TMUX_ALIVE
started_at=$STARTED_AT
finished_at=$FINISHED_AT
exit_code=$EXIT_CODE
log=$JOB_DIR/output.log
--- log tail ($LINES) ---
EOF

tail -n "$LINES" "$JOB_DIR/output.log" 2>/dev/null || true


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-wait JOB_ID [--poll-seconds N] [--lines N] [--runtime-root DIR]"
}

JOB_ID=""
POLL_SECONDS=5
LINES=40
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --poll-seconds) POLL_SECONDS="$2"; shift 2 ;;
    --lines) LINES="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"

while tmux has-session -t "$SESSION" 2>/dev/null; do
  sleep "$POLL_SECONDS"
done

"$(cd "$(dirname "$0")" && pwd)/pi-job-check" "$JOB_ID" --lines "$LINES" --runtime-root "$RUNTIME_ROOT"


job_dir=/tmp/pi-job-smoke/job-20260505T205607Z
pid=209000

---status-after-1s---
running

---ps---
 209000  208994  208994 S    bash /tmp/pi-job-smoke/runner.sh /tmp/pi-job-smoke/job-20260505T205607Z

---output-tail---


JOB_DIR=$(ls -td /tmp/pi-job-smoke/job-* | head -n1)
echo "job_dir=$JOB_DIR"
for i in 1 2 3 4 5; do
  echo "--- poll $i $(date -Is) ---"
  cat "$JOB_DIR/status"; echo
  test -f "$JOB_DIR/exit_code" && cat "$JOB_DIR/exit_code" && echo
  tail -n 40 "$JOB_DIR/output.log"
  echo
  if [[ $(cat "$JOB_DIR/status") != running && $(cat "$JOB_DIR/status") != queued ]]; then break; fi
  sleep 2
done
printf '\n--- files ---\n'
find "$JOB_DIR" -maxdepth 1 -type f -printf '%f\n' | sort


job_dir=/tmp/pi-job-smoke/job-20260505T205607Z
--- poll 1 2026-05-05T17:56:14-03:00 ---
succeeded

0

Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
hi from detached smoke

--- files ---
exit_code
finished_at
output.log
pid
started_at
status


**Summarizing the technical setup**

I think I need to summarize that it works without tmux. It might be helpful to mention that synchronous status can be monitored via a status file and process ID. I should also consider recommending a file contract and remember to suggest rewriting the check/wait process by removing the tmux has-session command. Keeping everything concise is essential to making it clear for the user!

Sí. Smoke test sin `tmux`: **funcionó**.

## Prueba
Lancé un runner detached con:
- `nohup`
- `pid` file
- `status` file
- `output.log`
- `started_at` / `finished_at` / `exit_code`

El runner ejecutó:
```bash
pi --no-extensions -p "say hi from detached smoke"
```

## Resultado
Estado final:
- `succeeded`

Exit code:
- `0`

Output:
- `hi from detached smoke`

Archivos generados:
- `status`
- `pid`
- `output.log`
- `started_at`
- `finished_at`
- `exit_code`

## Conclusión
Sí: **podemos sacar la capa de tmux para estos jobs**.

Para este patrón alcanza con:
- proceso detached
- archivos de estado
- polling desde el orquestador

## Cómo consultar estado sincrónicamente
Tu idea va bien. Yo haría esto:

### Estado mínimo en disco
- `status`: `queued | running | succeeded | failed`
- `pid`
- `started_at`
- `finished_at`
- `exit_code`
- `output.log`

### Lógica del orquestador
`pi-job-check`:
1. lee `status`
2. si dice `running`, valida si el `pid` sigue vivo
3. si el `pid` murió pero no hay cierre limpio:
   - marcar `failed` o `unknown`
4. muestra tail del log

`pi-job-wait`:
- loop por `status`
- corta cuando no sea `queued/running`

## Recomendación
Sí, haría exactamente eso:
- worker escribe estado a archivo
- orquestador lee cuando quiera
- sin `tmux`

Si querés, siguiente paso: te adapto `pi-job-start/check/wait/runner` a esta arquitectura.


Dale.


**Considering script modifications**

It looks like I need to modify some scripts in the /home/sebas/pi-config/bin directory. I'm not sure if it's in the repository, but the user asked about it. I should probably update the architecture documentation first, especially if I'm going to change anything related to tmux or launcher behavior. So, I need to take a closer look at that documentation to ensure I'm on track.

todo

Replace pi-job tmux runner with detached file-backed runner

Update architecture docs and pi-job scripts to run one-shot jobs without tmux, using detached background processes and file-backed status/pid/log polling.


Created #3: Replace pi-job tmux runner with detached file-backed runner (pending)

OPS-1 production validation and plan update

Document production validation criteria and post-OPS-1 remaining machine-confidence work in PLAN/docs, then execute OPS-1 against production Ballbox and capture evidence. Current status: plan/docs updated and production order-create blocker fixed/pushed to main; remaining work is the actual real payment + webhook persistence proof in production.

Fix Mercado Pago production order create blocker

Remove or adapt unsupported notification_url usage in Mercado Pago QR order creation so production order create works again; document behavior and validate against production endpoint as far as possible.


Updated #3 (pending → in_progress)


ENOENT: no such file or directory, access '/mnt/rpi/pi-config/SERVICES-ARCHITECTURE.md'


#!/usr/bin/env bash
set -euo pipefail

usage() {
  cat <<'EOF'
Usage:
  pi-job-start --cwd PATH --prompt TEXT [--name SLUG] [--runtime-root DIR]
  pi-job-start --cwd PATH --prompt-file FILE [--name SLUG] [--runtime-root DIR]
EOF
}

slugify() {
  printf '%s' "$1" | tr '[:upper:]' '[:lower:]' | sed -E 's/[^a-z0-9]+/-/g; s/^-+//; s/-+$//; s/-+/-/g'
}

CWD=""
PROMPT=""
PROMPT_FILE=""
NAME="job"
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --cwd) CWD="$2"; shift 2 ;;
    --prompt) PROMPT="$2"; shift 2 ;;
    --prompt-file) PROMPT_FILE="$2"; shift 2 ;;
    --name) NAME="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    *) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
  esac
done

if [[ -z "$CWD" ]]; then
  echo "--cwd required" >&2
  exit 1
fi
if [[ -n "$PROMPT" && -n "$PROMPT_FILE" ]]; then
  echo "Use either --prompt or --prompt-file, not both" >&2
  exit 1
fi
if [[ -z "$PROMPT" && -z "$PROMPT_FILE" ]]; then
  echo "Prompt required" >&2
  exit 1
fi
if [[ ! -d "$CWD" ]]; then
  echo "cwd not found: $CWD" >&2
  exit 1
fi
if [[ -n "$PROMPT_FILE" && ! -f "$PROMPT_FILE" ]]; then
  echo "prompt file not found: $PROMPT_FILE" >&2
  exit 1
fi

mkdir -p "$RUNTIME_ROOT/jobs"
STAMP="$(date -u +%Y%m%dT%H%M%SZ)"
SLUG="$(slugify "$NAME")"
[[ -n "$SLUG" ]] || SLUG="job"
JOB_ID="$STAMP-$SLUG"
JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
SESSION="pi-job-$JOB_ID"
mkdir -p "$JOB_DIR"

CWD_ABS="$(cd "$CWD" && pwd)"
RUNNER_PATH="$(cd "$(dirname "$0")" && pwd)/pi-job-runner"

cat > "$JOB_DIR/meta.env" <<EOF
JOB_ID='$JOB_ID'
SESSION='$SESSION'
CWD='$CWD_ABS'
RUNTIME_ROOT='$RUNTIME_ROOT'
JOB_DIR='$JOB_DIR'
EOF

if [[ -n "$PROMPT_FILE" ]]; then
  cp "$PROMPT_FILE" "$JOB_DIR/prompt.txt"
else
  printf '%s\n' "$PROMPT" > "$JOB_DIR/prompt.txt"
fi

printf 'queued\n' > "$JOB_DIR/status"
: > "$JOB_DIR/output.log"

CMD=$(printf '%q %q' "$RUNNER_PATH" "$JOB_DIR")
tmux new-session -d -s "$SESSION" -c "$CWD_ABS" "$CMD"
TMUX_PID="$(tmux list-sessions -F '#{session_name} #{session_pid}' | awk -v s="$SESSION" '$1==s {print $2}')"

cat <<EOF
job_id=$JOB_ID
session=$SESSION
cwd=$CWD_ABS
job_dir=$JOB_DIR
log=$JOB_DIR/output.log
status=queued
tmux_pid=${TMUX_PID:-}
EOF


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-stop JOB_ID [--runtime-root DIR]"
}

JOB_ID=""
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"

if tmux has-session -t "$SESSION" 2>/dev/null; then
  tmux kill-session -t "$SESSION"
fi

printf 'stopped\n' > "$JOB_DIR/status"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/finished_at"
[[ -f "$JOB_DIR/exit_code" ]] || printf '143\n' > "$JOB_DIR/exit_code"

echo "stopped $JOB_ID"


#!/usr/bin/env bash
set -euo pipefail

RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"
if [[ "${1:-}" == "--runtime-root" ]]; then
  RUNTIME_ROOT="$2"
fi

shopt -s nullglob
for JOB_DIR in "$RUNTIME_ROOT"/jobs/*; do
  [[ -d "$JOB_DIR" ]] || continue
  JOB_ID="$(basename "$JOB_DIR")"
  # shellcheck disable=SC1091
  source "$JOB_DIR/meta.env"
  STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
  if tmux has-session -t "$SESSION" 2>/dev/null; then
    TMUX_ALIVE=yes
  else
    TMUX_ALIVE=no
  fi
  printf '%s\t%s\t%s\t%s\n' "$JOB_ID" "$STATUS" "$TMUX_ALIVE" "$CWD"
done | sort


#!/usr/bin/env bash
set -euo pipefail

JOB_DIR="${1:?job dir required}"

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"

mkdir -p "$JOB_DIR"
printf 'running\n' > "$JOB_DIR/status"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/started_at"

cd "$CWD"
PROMPT="$(cat "$JOB_DIR/prompt.txt")"

set +e
pi --no-extensions -p "$PROMPT" 2>&1 | tee -a "$JOB_DIR/output.log"
PI_EXIT=${PIPESTATUS[0]}
set -e

printf '%s\n' "$PI_EXIT" > "$JOB_DIR/exit_code"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/finished_at"

if [[ "$PI_EXIT" -eq 0 ]]; then
  printf 'succeeded\n' > "$JOB_DIR/status"
else
  printf 'failed\n' > "$JOB_DIR/status"
fi

exit "$PI_EXIT"


bash

find /home/sebas/pi-config /mnt/rpi -name 'SERVICES-ARCHITECTURE.md' 2>/dev/null | sed -n '1,20p'


# Services Architecture

This file documents the local service shape on `ballbox-first`, with emphasis on terminal persistence for `pi` and tmux.

## Goal

Keep `pi` usable as an interactive TUI while making tmux only a persistence layer.

Desired properties:

- `pi` runs inside tmux.
- Closing a terminal client does not kill `pi`.
- tmux does not become the primary UI.
- Mouse scroll works for history without moving the `pi` cursor.
- Color rendering stays correct inside tmux.

## Current tmux model

### tmux config

`~/.tmux.conf` is intentionally persistence-first:

- `mouse on`
- `history-limit 100000`
- `set-clipboard on`
- custom prefix: `C-\\`
- status bar off
- dangerous interactive defaults unbound
- copy mode uses vi keys
- wheel scroll enters/uses copy mode
- explicit detach/reload bindings only

### Important tmux bindings

- Prefix: `Ctrl-\\`
- Detach: `Ctrl-\\` then `D`
- Reload config: `Ctrl-\\` then `r`
- Scroll/history:
  - wheel up enters copy mode or scrolls within it
  - wheel down scrolls or exits copy mode

### Why tmux stays minimal

tmux is not used for pane/window management here. It is only the durable PTY container for the running `pi` process.

That means:

- no pane splitting
- no tab/session UI workflow
- no mouse-driven tmux navigation
- no session picker dependency for normal `pi` use

## `pitmux`

`~/.bashrc` defines `pitmux()`.

Purpose:

- start `pi` inside a tmux session
- keep the session attachable later
- keep color output correct inside tmux

### Current launch behavior

`pitmux` forces these env values for the `pi` process:

- `TERM=tmux-256color`
- `COLORTERM=truecolor`
- `TERM_PROGRAM=`

This avoids the brown background / palette mismatch that appeared when `pi` ran inside tmux with the host terminal's `TERM_PROGRAM` leaking through.

### Usage

```bash
pitmux
pitmux pi-1
```

If no name is passed, `pitmux` creates a timestamped session name like:

```text
pi-20260421-165900
```

### Launch shape

`pitmux` runs:

```bash
env TERM=tmux-256color COLORTERM=truecolor TERM_PROGRAM= tmux new-session -A -s <session> pi
```

## `pi` resume helper

`~/.bashrc` also defines `piresume()`.

That wrapper is separate from tmux.

Purpose:

- run `pi` normally
- after exit, print the latest session id hint
- help resume with:

```bash
pi --session <id>
```

## Native tmux batch jobs for subagents

For simple one-prompt subagent runs, prefer native tmux job wrappers instead of extension-based side-agent orchestration.

Desired shape:

- exact existing `cwd` is chosen by caller
- one initial prompt only
- `pi` runs non-interactively (`pi --no-extensions -p`) inside tmux
- output is written to a durable log file
- parent orchestrator can poll state, tail logs, wait, or stop the session
- no cron, no background daemon, no extra service layer

### Runtime layout

Use `/mnt/rpi/pi-jobs` as durable runtime storage.

Per job:

```text
/mnt/rpi/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  exit_code
  started_at
  finished_at
```

### Process model

- `pi-job-start` creates the job directory and tmux session.
- tmux runs a small shell wrapper that executes `pi -p` in the requested directory.
- The wrapper writes status files and appends full stdout/stderr to `output.log`.
- `pi-job-check` reports whether the tmux session is still alive and prints recent log lines.
- `pi-job-wait` is a simple poll loop over tmux session liveness and status files.
- `pi-job-stop` can terminate the tmux session and mark the job as stopped.

### Why this path

This keeps the persistence layer native and inspectable:

- tmux for process lifetime
- shell scripts for control
- plain files for logs and metadata

No interactive key injection workflow is assumed beyond the initial prompt.

## Dedicated Telegram `pi` service

For an always-reachable Telegram agent, run one dedicated `pi` instance under a user systemd service and keep tmux as the PTY container.

Desired shape:

- one fixed tmux session: `pi-telegram`
- one fixed working directory: `/home/sebas`
- one fixed config dir: `/home/sebas/pi-config`
- service restarts on boot via user systemd
- service loop recreates the tmux session if `pi` exits
- Telegram ownership stays on that one instance; use `/new` there when you want a fresh conversation

### Runtime pieces

- launcher loop: `/home/sebas/pi-config/bin/pi-telegram-service`
- user service: `~/.config/systemd/user/pi-telegram.service`
- tmux session name: `pi-telegram`

### Behavior

- first-time setup still needs one manual `/telegram-connect` inside that dedicated `pi` session
- after that, normal conversation and `/new` stay inside the same long-lived instance
- after reboot, the service relaunches the same tmux-backed `pi` process from the same `cwd`, which matches the Telegram bridge auto-resume model

## Wi‑Fi tracker service

A lightweight Wi‑Fi/LAN presence tracker now runs on this machine and publishes a small dashboard through nginx.

Scope of this service:

- collect device presence visible from this Pi on the local LAN
- keep an append-only JSONL activity log
- maintain per-device aliases set from the web UI
- publish a derived summary for dashboard rendering
- expose a tiny local API for alias CRUD

Non-goals:

- this is not exact Wi‑Fi association telemetry from the router/AP
- no packet payload capture
- no DPI
- no traffic-content logging

### Current model

This Pi is not the AP/router controller for the home network.
So the tracker uses LAN presence observation:

- network sweep over the local subnet
- neighbor table (`ip neigh`) snapshot
- reverse DNS lookup when available
- router HTML probe for basic vendor/model identification

This yields:

- IP
- MAC
- hostname sometimes
- first seen / last seen
- online/offline transitions inferred from snapshots

It does not yield:

- exact connect/disconnect at Wi‑Fi layer
- SSID/BSSID
- RSSI
- AP roaming details

### Runtime pieces

Collector and derived data:

- script: `/home/sebas/pi-config/bin/wifi-presence-log`
- raw log: `/mnt/rpi/agent-logs/wifi-presence/activity.jsonl`
- state: `/mnt/rpi/agent-logs/wifi-presence/state.json`
- aliases: `/mnt/rpi/agent-logs/wifi-presence/aliases.json`
- dashboard summary: `/var/www/wifi-tracker/summary.json`
- service note: `/home/sebas/pi-config/docs/wifi-tracker.md`

Scheduling:

- service: `~/.config/systemd/user/wifi-presence-log.service`
- timer: `~/.config/systemd/user/wifi-presence-log.timer`
- cadence: every 2 minutes

Dashboard/API:

- static UI: `/var/www/wifi-tracker/index.html`
- API server: `/home/sebas/pi-config/bin/wifi-tracker-api.py`
- API service: `~/.config/systemd/user/wifi-tracker-api.service`
- health endpoint: `/wifi-tracker/api/health`
- nginx route: `/wifi-tracker/`
- nginx API route: `/wifi-tracker/api/`
- portal link added on `/`

### Data flow

1. `wifi-presence-log.timer` triggers the collector.
2. Collector sweeps the subnet and reads neighbor state.
3. Collector appends JSONL events to `activity.jsonl`.
4. Collector updates `state.json` and rebuilds `summary.json`.

[77 more lines in file. Use offset=261 to continue.]


**Editing documentation and scripts**

I need to edit a document section and possibly some scripts. I'm considering using the default path /home/sebas/pi-jobs, but the documentation suggests /mnt/rpi, which might create a mismatch. Should I just leave it as is? The instructions say to keep things under /mnt/rpi unless there's a strong reason otherwise. Current scripts are using /home/sebas/pi-jobs, but maybe I should modify them and the documentation as well. I might need to check how the active count script is set up too; let’s inspect if it uses tmux.

readlink -f /home/sebas/pi-config/bin/pi-job-active-count && sed -n '1,200p' /home/sebas/pi-config/bin/pi-job-active-count


/home/sebas/pi-config/bin/pi-job-active-count
#!/usr/bin/env bash
set -euo pipefail

OUT="${1:-/var/www/portal/pi-job-status.json}"
COUNT="$(tmux list-sessions -F '#{session_name}' 2>/dev/null | grep -c '^pi-job-' || true)"
UPDATED_AT="$(date -u +"%Y-%m-%dT%H:%M:%SZ")"
TMP="$(mktemp)"

cat > "$TMP" <<EOF
{
  "active_sessions": $COUNT,
  "updated_at": "$UPDATED_AT"
}
EOF

install -m 0644 "$TMP" "$OUT"
rm -f "$TMP"


**Updating script functions**

I think I need to update some scripts, possibly by implementing a helper function to avoid duplication. Using a PID file alongside a kill -0 command to manage status could be useful for reconciliation in functions like check, list, count, wait, and stop. It seems that I might need to edit multiple files in the same directory, so it could be simpler to rewrite each script entirely. Updating the documentation first sounds smart too!

edit

## Native tmux batch jobs for subagents

For simple one-prompt subagent runs, prefer native tmux job wrappers instead of extension-based side-agent orchestration.

Desired shape:

- exact existing `cwd` is chosen by caller
- one initial prompt only
- `pi` runs non-interactively (`pi --no-extensions -p`) inside tmux
- output is written to a durable log file
- parent orchestrator can poll state, tail logs, wait, or stop the session
- no cron, no background daemon, no extra service layer

### Runtime layout

Use `/mnt/rpi/pi-jobs` as durable runtime storage.

Per job:

```text
/mnt/rpi/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  exit_code
  started_at
  finished_at
```

### Process model

- `pi-job-start` creates the job directory and tmux session.
- tmux runs a small shell wrapper that executes `pi -p` in the requested directory.
- The wrapper writes status files and appends full stdout/stderr to `output.log`.
- `pi-job-check` reports whether the tmux session is still alive and prints recent log lines.
- `pi-job-wait` is a simple poll loop over tmux session liveness and status files.
- `pi-job-stop` can terminate the tmux session and mark the job as stopped.

### Why this path

This keeps the persistence layer native and inspectable:

- tmux for process lifetime
- shell scripts for control
- plain files for logs and metadata

No interactive key injection workflow is assumed beyond the initial prompt.

## Native detached batch jobs for subagents

For simple one-prompt subagent runs, prefer detached shell job wrappers instead of extension-based side-agent orchestration.

Desired shape:

- exact existing `cwd` is chosen by caller
- one initial prompt only
- `pi` runs non-interactively (`pi --no-extensions -p`) in a detached background process
- output is written to a durable log file
- parent orchestrator can poll state, tail logs, wait, or stop the process
- no cron, no background daemon, no extra service layer
- no tmux dependency for one-shot jobs

### Runtime layout

Use `/mnt/rpi/pi-jobs` as durable runtime storage.

Per job:

```text
/mnt/rpi/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  pid
  exit_code
  started_at
  finished_at
```

### Process model

- `pi-job-start` creates the job directory and launches a detached runner with `nohup`.
- the runner executes `pi -p` in the requested directory.
- the runner writes status files and appends full stdout/stderr to `output.log`.
- `pi-job-check` reconciles file status with `pid` liveness and prints recent log lines.
- `pi-job-wait` is a simple poll loop over status files plus `pid` liveness.
- `pi-job-stop` sends `TERM`/`KILL` to the recorded `pid` and marks the job as stopped.

### Why this path

This keeps the batch layer native and inspectable:

- detached process for lifetime
- shell scripts for control
- plain files for logs and metadata

Use tmux only for interactive persistent `pi` sessions (`pitmux`, Telegram service), not one-shot batch jobs.

No interactive key injection workflow is assumed beyond the initial prompt.


Successfully replaced 1 block(s) in /home/sebas/pi-config/SERVICES-ARCHITECTURE.md.

     ...
 106 ```bash
 107 pi --session <id>
 108 ```
 109
-110 ## Native tmux batch jobs for subagents
+110 ## Native detached batch jobs for subagents
 111
-112 For simple one-prompt subagent runs, prefer native tmux job wrappers instead of extension-based side-agent orchestration.
+112 For simple one-prompt subagent runs, prefer detached shell job wrappers instead of extension-based side-agent orchestration.
 113
 114 Desired shape:
 115
 116 - exact existing `cwd` is chosen by caller
 117 - one initial prompt only
-118 - `pi` runs non-interactively (`pi --no-extensions -p`) inside tmux
+118 - `pi` runs non-interactively (`pi --no-extensions -p`) in a detached background process
 119 - output is written to a durable log file
-120 - parent orchestrator can poll state, tail logs, wait, or stop the session
+120 - parent orchestrator can poll state, tail logs, wait, or stop the process
 121 - no cron, no background daemon, no extra service layer
+122 - no tmux dependency for one-shot jobs
 122
 123 ### Runtime layout
 124
 125 Use `/mnt/rpi/pi-jobs` as durable runtime storage.
     ...
 131   meta.env
 132   prompt.txt
 133   output.log
 134   status
+136   pid
 135   exit_code
 136   started_at
 137   finished_at
 138 ```
 139
 140 ### Process model
 141
-142 - `pi-job-start` creates the job directory and tmux session.
-143 - tmux runs a small shell wrapper that executes `pi -p` in the requested directory.
-144 - The wrapper writes status files and appends full stdout/stderr to `output.log`.
-145 - `pi-job-check` reports whether the tmux session is still alive and prints recent log lines.
-146 - `pi-job-wait` is a simple poll loop over tmux session liveness and status files.
-147 - `pi-job-stop` can terminate the tmux session and mark the job as stopped.
+144 - `pi-job-start` creates the job directory and launches a detached runner with `nohup`.
+145 - the runner executes `pi -p` in the requested directory.
+146 - the runner writes status files and appends full stdout/stderr to `output.log`.
+147 - `pi-job-check` reconciles file status with `pid` liveness and prints recent log lines.
+148 - `pi-job-wait` is a simple poll loop over status files plus `pid` liveness.
+149 - `pi-job-stop` sends `TERM`/`KILL` to the recorded `pid` and marks the job as stopped.
 148
 149 ### Why this path
 150
-151 This keeps the persistence layer native and inspectable:
+153 This keeps the batch layer native and inspectable:
 152
-153 - tmux for process lifetime
+155 - detached process for lifetime
 154 - shell scripts for control
 155 - plain files for logs and metadata
 156
+159 Use tmux only for interactive persistent `pi` sessions (`pitmux`, Telegram service), not one-shot batch jobs.
+160
 157 No interactive key injection workflow is assumed beyond the initial prompt.
 158
 159 ## Dedicated Telegram `pi` service
 160
     ...


write

#!/usr/bin/env bash
set -euo pipefail

JOB_DIR="${1:?job dir required}"

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"

mkdir -p "$JOB_DIR"
printf 'running\n' > "$JOB_DIR/status"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/started_at"

cd "$CWD"
PROMPT="$(cat "$JOB_DIR/prompt.txt")"

set +e
pi --no-extensions -p "$PROMPT" 2>&1 | tee -a "$JOB_DIR/output.log"
PI_EXIT=${PIPESTATUS[0]}
set -e

printf '%s\n' "$PI_EXIT" > "$JOB_DIR/exit_code"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/finished_at"

if [[ "$PI_EXIT" -eq 0 ]]; then
  printf 'succeeded\n' > "$JOB_DIR/status"
else
  printf 'failed\n' > "$JOB_DIR/status"
fi

exit "$PI_EXIT"


Successfully wrote 644 bytes to /home/sebas/pi-config/bin/pi-job-runner


#!/usr/bin/env bash
set -euo pipefail

usage() {
  cat <<'EOF'
Usage:
  pi-job-start --cwd PATH --prompt TEXT [--name SLUG] [--runtime-root DIR]
  pi-job-start --cwd PATH --prompt-file FILE [--name SLUG] [--runtime-root DIR]
EOF
}

slugify() {
  printf '%s' "$1" | tr '[:upper:]' '[:lower:]' | sed -E 's/[^a-z0-9]+/-/g; s/^-+//; s/-+$//; s/-+/-/g'
}

CWD=""
PROMPT=""
PROMPT_FILE=""
NAME="job"
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --cwd) CWD="$2"; shift 2 ;;
    --prompt) PROMPT="$2"; shift 2 ;;
    --prompt-file) PROMPT_FILE="$2"; shift 2 ;;
    --name) NAME="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    *) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
  esac
done

if [[ -z "$CWD" ]]; then
  echo "--cwd required" >&2
  exit 1
fi
if [[ -n "$PROMPT" && -n "$PROMPT_FILE" ]]; then
  echo "Use either --prompt or --prompt-file, not both" >&2
  exit 1
fi
if [[ -z "$PROMPT" && -z "$PROMPT_FILE" ]]; then
  echo "Prompt required" >&2
  exit 1
fi
if [[ ! -d "$CWD" ]]; then
  echo "cwd not found: $CWD" >&2
  exit 1
fi
if [[ -n "$PROMPT_FILE" && ! -f "$PROMPT_FILE" ]]; then
  echo "prompt file not found: $PROMPT_FILE" >&2
  exit 1
fi

mkdir -p "$RUNTIME_ROOT/jobs"
STAMP="$(date -u +%Y%m%dT%H%M%SZ)"
SLUG="$(slugify "$NAME")"
[[ -n "$SLUG" ]] || SLUG="job"
JOB_ID="$STAMP-$SLUG"
JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
mkdir -p "$JOB_DIR"

CWD_ABS="$(cd "$CWD" && pwd)"
RUNNER_PATH="$(cd "$(dirname "$0")" && pwd)/pi-job-runner"

cat > "$JOB_DIR/meta.env" <<EOF
JOB_ID='$JOB_ID'
CWD='$CWD_ABS'
RUNTIME_ROOT='$RUNTIME_ROOT'
JOB_DIR='$JOB_DIR'
EOF

if [[ -n "$PROMPT_FILE" ]]; then
  cp "$PROMPT_FILE" "$JOB_DIR/prompt.txt"
else
  printf '%s\n' "$PROMPT" > "$JOB_DIR/prompt.txt"
fi

printf 'queued\n' > "$JOB_DIR/status"
: > "$JOB_DIR/output.log"
rm -f "$JOB_DIR/pid" "$JOB_DIR/exit_code" "$JOB_DIR/started_at" "$JOB_DIR/finished_at"

nohup "$RUNNER_PATH" "$JOB_DIR" >> "$JOB_DIR/output.log" 2>&1 < /dev/null &
PID=$!
printf '%s\n' "$PID" > "$JOB_DIR/pid"

cat <<EOF
job_id=$JOB_ID
cwd=$CWD_ABS
job_dir=$JOB_DIR
log=$JOB_DIR/output.log
status=queued
pid=$PID
EOF


Successfully wrote 2178 bytes to /home/sebas/pi-config/bin/pi-job-start


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-check JOB_ID [--lines N] [--runtime-root DIR]"
}

JOB_ID=""
LINES=40
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --lines) LINES="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

# shellcheck disable=SC1091
source "$JOB_DIR/meta.env"
STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
EXIT_CODE="$(cat "$JOB_DIR/exit_code" 2>/dev/null || true)"
STARTED_AT="$(cat "$JOB_DIR/started_at" 2>/dev/null || true)"
FINISHED_AT="$(cat "$JOB_DIR/finished_at" 2>/dev/null || true)"
PID="$(cat "$JOB_DIR/pid" 2>/dev/null || true)"

PID_ALIVE=no
if [[ -n "$PID" ]] && kill -0 "$PID" 2>/dev/null; then
  PID_ALIVE=yes
fi

if [[ "$STATUS" == "queued" || "$STATUS" == "running" ]]; then
  if [[ "$PID_ALIVE" == "no" ]]; then
    if [[ -n "$EXIT_CODE" ]]; then
      if [[ "$EXIT_CODE" == "0" ]]; then
        STATUS="succeeded"
      else
        STATUS="failed"
      fi
    else
      STATUS="failed"
      EXIT_CODE="${EXIT_CODE:-1}"
      printf '%s\n' "$EXIT_CODE" > "$JOB_DIR/exit_code"
      [[ -n "$FINISHED_AT" ]] || { FINISHED_AT="$(date -u +"%Y-%m-%dT%H:%M:%SZ")"; printf '%s\n' "$FINISHED_AT" > "$JOB_DIR/finished_at"; }
    fi
    printf '%s\n' "$STATUS" > "$JOB_DIR/status"
  fi
fi

cat <<EOF
job_id=$JOB_ID
cwd=$CWD
job_dir=$JOB_DIR
status=$STATUS
pid=$PID
pid_alive=$PID_ALIVE
started_at=$STARTED_AT
finished_at=$FINISHED_AT
exit_code=$EXIT_CODE
log=$JOB_DIR/output.log
--- log tail ($LINES) ---
EOF

tail -n "$LINES" "$JOB_DIR/output.log" 2>/dev/null || true


Successfully wrote 1999 bytes to /home/sebas/pi-config/bin/pi-job-check


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-wait JOB_ID [--poll-seconds N] [--lines N] [--runtime-root DIR]"
}

JOB_ID=""
POLL_SECONDS=5
LINES=40
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --poll-seconds) POLL_SECONDS="$2"; shift 2 ;;
    --lines) LINES="$2"; shift 2 ;;
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

while true; do
  STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
  PID="$(cat "$JOB_DIR/pid" 2>/dev/null || true)"
  if [[ "$STATUS" != "queued" && "$STATUS" != "running" ]]; then
    break
  fi
  if [[ -n "$PID" ]] && kill -0 "$PID" 2>/dev/null; then
    sleep "$POLL_SECONDS"
    continue
  fi
  break
done

"$(cd "$(dirname "$0")" && pwd)/pi-job-check" "$JOB_ID" --lines "$LINES" --runtime-root "$RUNTIME_ROOT"


Successfully wrote 1218 bytes to /home/sebas/pi-config/bin/pi-job-wait


#!/usr/bin/env bash
set -euo pipefail

usage() {
  echo "Usage: pi-job-stop JOB_ID [--runtime-root DIR]"
}

JOB_ID=""
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"

while [[ $# -gt 0 ]]; do
  case "$1" in
    --runtime-root) RUNTIME_ROOT="$2"; shift 2 ;;
    -h|--help) usage; exit 0 ;;
    --*) echo "Unknown arg: $1" >&2; usage >&2; exit 1 ;;
    *)
      if [[ -z "$JOB_ID" ]]; then JOB_ID="$1"; shift
      else echo "Unexpected arg: $1" >&2; exit 1; fi ;;
  esac
done

if [[ -z "$JOB_ID" ]]; then
  usage >&2
  exit 1
fi

JOB_DIR="$RUNTIME_ROOT/jobs/$JOB_ID"
if [[ ! -d "$JOB_DIR" ]]; then
  echo "job not found: $JOB_ID" >&2
  exit 1
fi

PID="$(cat "$JOB_DIR/pid" 2>/dev/null || true)"
if [[ -n "$PID" ]] && kill -0 "$PID" 2>/dev/null; then
  kill "$PID" 2>/dev/null || true
  for _ in 1 2 3 4 5; do
    if ! kill -0 "$PID" 2>/dev/null; then
      break
    fi
    sleep 1
  done
  if kill -0 "$PID" 2>/dev/null; then
    kill -9 "$PID" 2>/dev/null || true
  fi
fi

printf 'stopped\n' > "$JOB_DIR/status"
date -u +"%Y-%m-%dT%H:%M:%SZ" > "$JOB_DIR/finished_at"
[[ -f "$JOB_DIR/exit_code" ]] || printf '143\n' > "$JOB_DIR/exit_code"

echo "stopped $JOB_ID"


Successfully wrote 1166 bytes to /home/sebas/pi-config/bin/pi-job-stop


#!/usr/bin/env bash
set -euo pipefail

RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"
if [[ "${1:-}" == "--runtime-root" ]]; then
  RUNTIME_ROOT="$2"
fi

shopt -s nullglob
for JOB_DIR in "$RUNTIME_ROOT"/jobs/*; do
  [[ -d "$JOB_DIR" ]] || continue
  JOB_ID="$(basename "$JOB_DIR")"
  # shellcheck disable=SC1091
  source "$JOB_DIR/meta.env"
  STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
  PID="$(cat "$JOB_DIR/pid" 2>/dev/null || true)"
  PID_ALIVE=no
  if [[ -n "$PID" ]] && kill -0 "$PID" 2>/dev/null; then
    PID_ALIVE=yes
  fi
  printf '%s\t%s\t%s\t%s\t%s\n' "$JOB_ID" "$STATUS" "$PID_ALIVE" "$PID" "$CWD"
done | sort


Successfully wrote 645 bytes to /home/sebas/pi-config/bin/pi-job-list


#!/usr/bin/env bash
set -euo pipefail

OUT="${1:-/var/www/portal/pi-job-status.json}"
RUNTIME_ROOT="${PI_JOB_ROOT:-/home/sebas/pi-jobs}"
COUNT=0

shopt -s nullglob
for JOB_DIR in "$RUNTIME_ROOT"/jobs/*; do
  [[ -d "$JOB_DIR" ]] || continue
  STATUS="$(cat "$JOB_DIR/status" 2>/dev/null || echo unknown)"
  PID="$(cat "$JOB_DIR/pid" 2>/dev/null || true)"
  if [[ ( "$STATUS" == "queued" || "$STATUS" == "running" ) && -n "$PID" ]] && kill -0 "$PID" 2>/dev/null; then
    COUNT=$((COUNT + 1))
  fi
done

UPDATED_AT="$(date -u +"%Y-%m-%dT%H:%M:%SZ")"
TMP="$(mktemp)"

cat > "$TMP" <<EOF
{
  "active_sessions": $COUNT,
  "updated_at": "$UPDATED_AT"
}
EOF

install -m 0644 "$TMP" "$OUT"
rm -f "$TMP"


Successfully wrote 695 bytes to /home/sebas/pi-config/bin/pi-job-active-count


**Assessing script permissions**

I need to think about whether I should use chmod to make the scripts executable. It’s possible the write command might be preserving permissions, but I’m not entirely sure. I should definitely double-check that. Running a smoke test on the actual scripts could help verify if everything is working as intended. It’s always better to confirm these things before moving forward. Let’s make sure I cover all bases!

bash

chmod +x /home/sebas/pi-config/bin/pi-job-start /home/sebas/pi-config/bin/pi-job-check /home/sebas/pi-config/bin/pi-job-wait /home/sebas/pi-config/bin/pi-job-stop /home/sebas/pi-config/bin/pi-job-list /home/sebas/pi-config/bin/pi-job-runner /home/sebas/pi-config/bin/pi-job-active-count
/home/sebas/pi-config/bin/pi-job-start --cwd /home/sebas/ballbox --name smoke-no-tmux --prompt 'say hi from real pi-job scripts'


job_id=20260505T230902Z-smoke-no-tmux
cwd=/home/sebas/ballbox
job_dir=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux
log=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux/output.log
status=queued
pid=301199


sleep 2 && /home/sebas/pi-config/bin/pi-job-check 20260505T230902Z-smoke-no-tmux && echo '---WAIT---' && /home/sebas/pi-config/bin/pi-job-wait 20260505T230902Z-smoke-no-tmux --poll-seconds 1 --lines 20 && echo '---LIST---' && /home/sebas/pi-config/bin/pi-job-list | tail -n 5


job_id=20260505T230902Z-smoke-no-tmux
cwd=/home/sebas/ballbox
job_dir=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux
status=running
pid=301199
pid_alive=yes
started_at=2026-05-05T23:09:02Z
finished_at=
exit_code=
log=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux/output.log
--- log tail (40) ---
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
---WAIT---
job_id=20260505T230902Z-smoke-no-tmux
cwd=/home/sebas/ballbox
job_dir=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux
status=succeeded
pid=301199
pid_alive=no
started_at=2026-05-05T23:09:02Z
finished_at=2026-05-05T23:09:22Z
exit_code=0
log=/home/sebas/pi-jobs/jobs/20260505T230902Z-smoke-no-tmux/output.log
--- log tail (20) ---
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
Ran real pi-job script.

Job: `20260505T230917Z-say-hi`
Result:
`Hi.`
Ran real pi-job script.

Job: `20260505T230917Z-say-hi`
Result:
`Hi.`
---LIST---
20260430T234401Z-smoke	unknown	no		/mnt/rpi/pi-config
20260430T235040Z-validate-memory-promotion	unknown	no		/mnt/rpi/agents-database
20260505T190552Z-typecheck-triage	failed	no		/home/sebas/ballbox
20260505T230902Z-smoke-no-tmux	succeeded	no	301199	/home/sebas/ballbox
20260505T230917Z-say-hi	succeeded	no	301548	/home/sebas/ballbox


**Analyzing output duplication**

I noticed there was output duplication, possibly due to a nested job issue. I'm thinking I should inspect the runner's output since it's being written to both the nohup and tee, causing the duplication. Actually, using `nohup runner >> output.log` and teeing to the same log seems to duplicate every line. I could fix this by redirecting nohup to `/dev/null` or separating the outputs. Additionally, there appears to be some confusion about old jobs and prompts—I'll address that too. Time to patch the nohup redirection!

edit

nohup "$RUNNER_PATH" "$JOB_DIR" >> "$JOB_DIR/output.log" 2>&1 < /dev/null &
PID=$!

nohup "$RUNNER_PATH" "$JOB_DIR" >/dev/null 2>&1 < /dev/null &
PID=$!


Successfully replaced 1 block(s) in /home/sebas/pi-config/bin/pi-job-start.

    ...
 79 printf 'queued\n' > "$JOB_DIR/status"
 80 : > "$JOB_DIR/output.log"
 81 rm -f "$JOB_DIR/pid" "$JOB_DIR/exit_code" "$JOB_DIR/started_at" "$JOB_DIR/finished_at"
 82
-83 nohup "$RUNNER_PATH" "$JOB_DIR" >> "$JOB_DIR/output.log" 2>&1 < /dev/null &
+83 nohup "$RUNNER_PATH" "$JOB_DIR" >/dev/null 2>&1 < /dev/null &
 84 PID=$!
 85 printf '%s\n' "$PID" > "$JOB_DIR/pid"
 86
 87 cat <<EOF
    ...


bash

/home/sebas/pi-config/bin/pi-job-start --cwd /home/sebas/ballbox --name smoke-no-tmux-2 --prompt 'say hi once' >/tmp/pi-job-start.out && cat /tmp/pi-job-start.out && JOB=$(awk -F= '/job_id=/{print $2}' /tmp/pi-job-start.out) && /home/sebas/pi-config/bin/pi-job-wait "$JOB" --poll-seconds 1 --lines 20


job_id=20260505T230940Z-smoke-no-tmux-2
cwd=/home/sebas/ballbox
job_dir=/home/sebas/pi-jobs/jobs/20260505T230940Z-smoke-no-tmux-2
log=/home/sebas/pi-jobs/jobs/20260505T230940Z-smoke-no-tmux-2/output.log
status=queued
pid=301924
job_id=20260505T230940Z-smoke-no-tmux-2
cwd=/home/sebas/ballbox
job_dir=/home/sebas/pi-jobs/jobs/20260505T230940Z-smoke-no-tmux-2
status=succeeded
pid=301924
pid_alive=no
started_at=2026-05-05T23:09:40Z
finished_at=2026-05-05T23:09:42Z
exit_code=0
log=/home/sebas/pi-jobs/jobs/20260505T230940Z-smoke-no-tmux-2/output.log
--- log tail (20) ---
Warning: No models match pattern "google-gemini-cli/gemini-3-flash-preview"
Warning: No models match pattern "nvidia/nvidia/nemotron-4-340b-instruct"
Warning: No models match pattern "nvidia/minimaxai/minimax-m2.7"
hi


**Checking tmux jobs and git status**

I want to do a status check for the old tmux-based jobs. Okay, so I’m considering whether I need to commit changes. It looks like the /home/sebas/pi-config might be a git repository. I could mention the lack of a commit and maybe ask about it, but the user asked for direct changes. Since there isn’t any irreversible concern, local edits seem okay. I’ll aim to keep my final notes concise.


Updated #3 (in_progress → completed)


Hecho.

## Cambié
En `/home/sebas/pi-config`:

- `SERVICES-ARCHITECTURE.md`
- `bin/pi-job-start`
- `bin/pi-job-runner`
- `bin/pi-job-check`
- `bin/pi-job-wait`
- `bin/pi-job-stop`
- `bin/pi-job-list`
- `bin/pi-job-active-count`

## Nuevo modelo
Sin `tmux`.

Ahora los jobs:
- arrancan con `nohup`
- guardan `pid`
- escriben estado en archivos
- se consultan por polling

Archivos por job:
- `meta.env`
- `prompt.txt`
- `output.log`
- `status`
- `pid`
- `exit_code`
- `started_at`
- `finished_at`

## Smoke test real
Probado con los scripts reales.

Job:
- `20260505T230940Z-smoke-no-tmux-2`

Resultado:
- `status=succeeded`
- `exit_code=0`

Output:
- `hi`

## Nota
`pi-job-check` ahora reconcilia:
- `status` de archivo
- `pid` vivo/no vivo

Así no depende de una sesión tmux para saber si terminó.

Si querés, siguiente paso:
- hacemos una limpieza chica para marcar jobs viejos `unknown`
- o dejamos así y seguimos con `OPS-1` cuando aparezca la persona para pagar el QR.


documentado el cambio de job?


**Clarifying skills documentation**

I need to provide a concise answer, saying "yes" regarding the services architecture. However, I wonder if the skills documentation might be outdated. The user asked about documentation, so I should be clear that while the architecture document may have been updated, the skills docs still mention tmux. It seems necessary to mention this discrepancy and offer a fix for it.

Parcial.

Sí quedó documentado en:
- `/home/sebas/pi-config/SERVICES-ARCHITECTURE.md`

Ahí cambié:
- de jobs con `tmux`
- a jobs detached con `nohup` + `pid` + archivos de estado

Pero quedó deuda de docs/instrucciones:
- `/home/sebas/.agents/skills/tmux-pi-job-setup/SKILL.md`
- `/home/sebas/.agents/skills/tmux-pi-job-run/SKILL.md`

Esas todavía hablan de `tmux`.

Si querés, las alineo ahora para que no quede drift.


termina


todo

Align pi-job skills docs with detached runner

Update the pi-job skill docs so they no longer describe tmux-backed batch jobs and instead match the detached file-backed runner now implemented in /home/sebas/pi-config/bin.


Created #4: Align pi-job skills docs with detached runner (pending)


Updated #4 (pending → in_progress)


---
name: tmux-pi-job-setup
description: Set up native tmux-backed one-prompt pi jobs with file logs and simple polling
---

# tmux-pi-job-setup

## Use When

- replacing extension-based side-agent orchestration with simpler native Linux tools
- you need one-prompt `pi` runs in an exact existing directory
- you want tmux persistence plus plain file logs

## Workflow

1. Update `/mnt/rpi/pi-config/SERVICES-ARCHITECTURE.md` first if tmux or launcher behavior changes.
2. Keep runtime storage under `/mnt/rpi/pi-jobs` unless there is a strong reason not to.
3. Use or update these scripts in `/mnt/rpi/pi-config/bin/`:
   - `pi-job-start`
   - `pi-job-check`
   - `pi-job-wait`
   - `pi-job-list`
   - `pi-job-stop`
   - `pi-job-runner`
4. Keep the model simple:
   - exact `cwd`
   - one initial prompt
   - `pi --no-extensions -p` inside tmux
   - file-backed metadata and logs
   - polling by the caller, not cron
5. Do not add follow-up key injection unless the user explicitly asks.

## Runtime Layout

```text
/mnt/rpi/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  exit_code
  started_at
  finished_at
```

## Rules

- prefer shell, tmux, and plain files over extra daemons
- no fixed stall timeout policy; leave polling cadence to the caller
- use `pi-job-check` for current state visibility
- use `pi-job-wait` only when blocking is the right choice


---
name: tmux-pi-job-run
description: Run and inspect a native tmux-backed one-prompt pi job
---

# tmux-pi-job-run

## Workflow

1. Start a job in the target directory:
   ```bash
   /mnt/rpi/pi-config/bin/pi-job-start --cwd /path/to/repo --name short-slug --prompt 'Your one-shot prompt here'
   ```
2. Inspect current state whenever needed:
   ```bash
   /mnt/rpi/pi-config/bin/pi-job-check <job-id>
   ```
3. Block until it finishes only when useful:
   ```bash
   /mnt/rpi/pi-config/bin/pi-job-wait <job-id> --poll-seconds 10
   ```
4. List jobs:
   ```bash
   /mnt/rpi/pi-config/bin/pi-job-list
   ```
5. Stop a job if needed:
   ```bash
   /mnt/rpi/pi-config/bin/pi-job-stop <job-id>
   ```

## Guidance

- caller chooses how long to wait and how often to poll
- use `pi-job-check` to judge whether the run looks stalled
- this workflow assumes one prompt and one result only
- runner uses `pi --no-extensions -p` to avoid extension-side session issues in batch mode
- logs live in `/mnt/rpi/pi-jobs/jobs/<job-id>/output.log`


edit

---
name: tmux-pi-job-setup
description: Set up native tmux-backed one-prompt pi jobs with file logs and simple polling
---

# tmux-pi-job-setup

---
name: tmux-pi-job-setup
description: Set up native detached one-prompt pi jobs with file logs and simple polling
---

# tmux-pi-job-setup

- you want tmux persistence plus plain file logs

- you want detached one-shot jobs plus plain file logs

1. Update `/mnt/rpi/pi-config/SERVICES-ARCHITECTURE.md` first if tmux or launcher behavior changes.
2. Keep runtime storage under `/mnt/rpi/pi-jobs` unless there is a strong reason not to.
3. Use or update these scripts in `/mnt/rpi/pi-config/bin/`:

1. Update `/home/sebas/pi-config/SERVICES-ARCHITECTURE.md` first if launcher or job-runtime behavior changes.
2. Keep runtime storage under `/home/sebas/pi-jobs` unless there is a strong reason not to.
3. Use or update these scripts in `/home/sebas/pi-config/bin/`:

4. Keep the model simple:
   - exact `cwd`
   - one initial prompt
   - `pi --no-extensions -p` inside tmux
   - file-backed metadata and logs
   - polling by the caller, not cron

4. Keep the model simple:
   - exact `cwd`
   - one initial prompt
   - `pi --no-extensions -p` in a detached background process
   - file-backed metadata, `pid`, and logs
   - polling by the caller, not cron

```text
/mnt/rpi/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  exit_code
  started_at
  finished_at
```

```text
/home/sebas/pi-jobs/jobs/<job-id>/
  meta.env
  prompt.txt
  output.log
  status
  pid
  exit_code
  started_at
  finished_at
```

- prefer shell, tmux, and plain files over extra daemons

- prefer shell and plain files over extra daemons


Successfully replaced 6 block(s) in /home/sebas/.agents/skills/tmux-pi-job-setup/SKILL.md.

  1 ---
  2 name: tmux-pi-job-setup
- 3 description: Set up native tmux-backed one-prompt pi jobs with file logs and simple polling
+ 3 description: Set up native detached one-prompt pi jobs with file logs and simple polling
  4 ---
  5
  6 # tmux-pi-job-setup
  7
  8 ## Use When
  9
 10 - replacing extension-based side-agent orchestration with simpler native Linux tools
 11 - you need one-prompt `pi` runs in an exact existing directory
-12 - you want tmux persistence plus plain file logs
+12 - you want detached one-shot jobs plus plain file logs
 13
 14 ## Workflow
 15
-16 1. Update `/mnt/rpi/pi-config/SERVICES-ARCHITECTURE.md` first if tmux or launcher behavior changes.
-17 2. Keep runtime storage under `/mnt/rpi/pi-jobs` unless there is a strong reason not to.
-18 3. Use or update these scripts in `/mnt/rpi/pi-config/bin/`:
+16 1. Update `/home/sebas/pi-config/SERVICES-ARCHITECTURE.md` first if launcher or job-runtime behavior changes.
+17 2. Keep runtime storage under `/home/sebas/pi-jobs` unless there is a strong reason not to.
+18 3. Use or update these scripts in `/home/sebas/pi-config/bin/`:
 19    - `pi-job-start`
 20    - `pi-job-check`
 21    - `pi-job-wait`
 22    - `pi-job-list`
    ...
 24    - `pi-job-runner`
 25 4. Keep the model simple:
 26    - exact `cwd`
 27    - one initial prompt
-28    - `pi --no-extensions -p` inside tmux
-29    - file-backed metadata and logs
+28    - `pi --no-extensions -p` in a detached background process
+29    - file-backed metadata, `pid`, and logs
 30    - polling by the caller, not cron
 31 5. Do not add follow-up key injection unless the user explicitly asks.
 32
 33 ## Runtime Layout
 34
 35 ```text
-36 /mnt/rpi/pi-jobs/jobs/<job-id>/
+36 /home/sebas/pi-jobs/jobs/<job-id>/
 37   meta.env
 38   prompt.txt
 39   output.log
 40   status
+41   pid
 41   exit_code
 42   started_at
 43   finished_at
 44 ```
 45
 46 ## Rules
 47
-48 - prefer shell, tmux, and plain files over extra daemons
+49 - prefer shell and plain files over extra daemons
 49 - no fixed stall timeout policy; leave polling cadence to the caller
 50 - use `pi-job-check` for current state visibility
 51 - use `pi-job-wait` only when blocking is the right choice


---
name: tmux-pi-job-run
description: Run and inspect a native tmux-backed one-prompt pi job
---

# tmux-pi-job-run

---
name: tmux-pi-job-run
description: Run and inspect a native detached one-prompt pi job
---

# tmux-pi-job-run

/mnt/rpi/pi-config/bin/pi-job-start --cwd /path/to/repo --name short-slug --prompt 'Your one-shot prompt here'

/home/sebas/pi-config/bin/pi-job-start --cwd /path/to/repo --name short-slug --prompt 'Your one-shot prompt here'

/mnt/rpi/pi-config/bin/pi-job-wait <job-id> --poll-seconds 10

/home/sebas/pi-config/bin/pi-job-wait <job-id> --poll-seconds 10

- logs live in `/mnt/rpi/pi-jobs/jobs/<job-id>/output.log`

- logs live in `/home/sebas/pi-jobs/jobs/<job-id>/output.log`
- runtime state is file-backed; no tmux session is involved for batch jobs


Successfully replaced 7 block(s) in /home/sebas/.agents/skills/tmux-pi-job-run/SKILL.md.

  1 ---
  2 name: tmux-pi-job-run
- 3 description: Run and inspect a native tmux-backed one-prompt pi job
+ 3 description: Run and inspect a native detached one-prompt pi job
  4 ---
  5
  6 # tmux-pi-job-run
  7
  8 ## Workflow
  9
 10 1. Start a job in the target directory:
 11    ```bash
-12    /mnt/rpi/pi-config/bin/pi-job-start --cwd /path/to/repo --name short-slug --prompt 'Your one-shot prompt here'
+12    /home/sebas/pi-config/bin/pi-job-start --cwd /path/to/repo --name short-slug --prompt 'Your one-shot prompt here'
 13    ```
 14 2. Inspect current state whenever needed:
 15    ```bash
-16    /mnt/rpi/pi-config/bin/pi-job-check <job-id>
+16    /home/sebas/pi-config/bin/pi-job-check <job-id>
 17    ```
 18 3. Block until it finishes only when useful:
 19    ```bash
-20    /mnt/rpi/pi-config/bin/pi-job-wait <job-id> --poll-seconds 10
+20    /home/sebas/pi-config/bin/pi-job-wait <job-id> --poll-seconds 10
 21    ```
 22 4. List jobs:
 23    ```bash
-24    /mnt/rpi/pi-config/bin/pi-job-list
+24    /home/sebas/pi-config/bin/pi-job-list
 25    ```
 26 5. Stop a job if needed:
 27    ```bash
-28    /mnt/rpi/pi-config/bin/pi-job-stop <job-id>
+28    /home/sebas/pi-config/bin/pi-job-stop <job-id>
 29    ```
 30
 31 ## Guidance
 32
 33 - caller chooses how long to wait and how often to poll
 34 - use `pi-job-check` to judge whether the run looks stalled
 35 - this workflow assumes one prompt and one result only
 36 - runner uses `pi --no-extensions -p` to avoid extension-side session issues in batch mode
-37 - logs live in `/mnt/rpi/pi-jobs/jobs/<job-id>/output.log`
+37 - logs live in `/home/sebas/pi-jobs/jobs/<job-id>/output.log`
+38 - runtime state is file-backed; no tmux session is involved for batch jobs


Updated #4 (in_progress → completed)


Sí. Terminado.

Documentado en:
- `/home/sebas/pi-config/SERVICES-ARCHITECTURE.md`
- `/home/sebas/.agents/skills/tmux-pi-job-setup/SKILL.md`
- `/home/sebas/.agents/skills/tmux-pi-job-run/SKILL.md`

Quedó alineado a:
- jobs detached
- `nohup`
- `pid` + archivos de estado
- sin `tmux` para batch jobs

Y ya está smoke-tested con los scripts reales.


larga un subagente que mire el typecheck y reporte que es/como solucionar


subagent

Investigate current repo typecheck failures on main and report root cause plus concrete fix plan without making changes.

You are a focused TypeScript/Prisma triage agent. Work in /home/sebas/ballbox. Do not edit files. Run the minimum commands needed to inspect the current typecheck failure state, group failures by root cause, identify whether they come from stale Prisma client/schema drift vs partial code changes vs missing generated types, and produce a concise report with: 1) top-level causes, 2) affected files, 3) likely fix sequence, 4) risk/notes. Keep it terse and concrete.

Inspect the current typecheck failures on branch main in /home/sebas/ballbox and report what they are and how to solve them.