Correcto. Entonces la arquitectura final de esta fase queda más clara: ## Objetivo real Queremos que **todos los bots aparezcan y funcionen en la interfaz de Bots**, con su historial de mensajes y archivos: ```text Skander Piccolo Krillin Norbidel Central Mensageiros ``` Pero no todos entran por la misma fuente todavía. ## Fuentes por tipo de bot | Bot | Fuente actual recomendada | Motivo | |---|---|---| | **Skander** | Hermes local profile bridge | Ya sigue la arquitectura de Rafael | | **Piccolo** | Hermes local profile bridge | Ya sigue la arquitectura de Rafael | | **Krillin** | Hermes local profile bridge | Hay que conectarlo igual que Rafael conectó los otros | | **Norbidel** | Google Drive sync | Y…

Detenido. No sigo expandiendo el prompt ni cambiando el scope. Estado actual: - Entendí que no quieres continuar por esa línea. - No he ejecutado cambios en repo. - No he creado archivos nuevos. - No he tocado configs. Quedo en pausa.

Entendido. Scope corregido. ## Lo que se mantiene intacto Los bots que ya funcionan **se quedan como están**. No tocamos su lógica, rutas ni fuente de datos. ```text Skander -> no tocar Piccolo -> no tocar ``` ## Lo único que se agrega ahora Solo agregar estos bots al prompt/implementación: ```text Krillin Norbidel Central Mensageiros ``` Nada más. ## Fuente por bot | Bot | Qué hay que hacer | |---|---| | **Krillin** | Conectarlo usando la misma estructura local Hermes que Rafael usó para los bots ya funcionando | | **Norbidel** | Agregarlo al Bot Hub y conectarlo al sync de Google Drive | | **Central Mensageiros** | Agregarlo al Bot Hub y conectarlo al sync de Google Drive | ## Regla principal No…

Recibido. Scope final entendido: - **No tocar Skander/Piccolo ni nada que ya funciona.** - **Solo añadir/habilitar:** - `Krillin` - `Norbidel` - `Central Mensageiros` - Krillin: misma arquitectura local Hermes que Rafael ya usó. - Norbidel/Central: Google Drive sync hacia el History existente. - Sin tocar configs de bots. - Sin cambiar pipelines live. - Sin AI/OCR/vision. - Sin UI nueva separada. Si quieres, el siguiente paso útil es que te entregue **un único prompt final limpio** con esa corrección ya integrada.

Verificado en la máquina actual de Rafael. ## Path truth Los paths correctos aquí son: ```text C:\Users\rafaa\AppData\Local\hermes\profiles\norbidel\ C:\Users\rafaa\AppData\Local\hermes\profiles\central-mensageiros\ ``` No encontré estos paths: ```text C:\Users\josue\AppData\Local\hermes\profiles\norbidel\ C:\Users\josue\AppData\Local\hermes\profiles\central-mensageiros\ ``` Resultado real: | Bot | Path en Rafa PC | Estado | |---|---|---| | `b-norbidel` | `C:\Users\rafaa\AppData\Local\hermes\profiles\norbidel\` | existe | | `b-central-mensageiros` | `C:\Users\rafaa\AppData\Local\hermes\profiles\central-mensageiros\` | existe | | `b-norbidel` | `C:\Users\josue\AppData\Local\hermes\profiles\norbidel\` | no…

Entendido. Entonces la fuente local real es: | Bot | Dónde está localmente | |---|---| | `b-krillin` | **PC de Oliver** | | `b-norbidel` | **PC de Rafa** | | `b-central-mensageiros` | **PC de Rafa** | Y para esta implementación en **Oliver PC**: ```text D:\saikan.io\saikan.io ``` no debemos intentar leer Norbidel/Central desde filesystem local de Oliver, porque no están ahí. ## Modelo correcto ```text Krillin -> local Hermes bridge en Oliver PC Norbidel -> Google Drive sync -> referencia local original está en Rafa PC Central Mensageiros -> Google Drive sync -> referencia local original está en Rafa PC ``` ## Prompt correction Usa esta versión precisa: ```text Bot source mapping clarificati…

Sí. Correcto. Para esta fase: ```text Norbidel y Central Mensageiros NO se leen localmente desde la PC de Rafa. ``` Aunque existan perfiles locales en la PC de Rafa, **no son la fuente activa para esta implementación**. ## Fuente activa correcta | Bot | Fuente activa ahora | |---|---| | `b-krillin` | Hermes local en PC de Oliver | | `b-norbidel` | Google Drive sync | | `b-central-mensageiros` | Google Drive sync | ## Cómo decirlo en el prompt Usa esta versión, más precisa: ```text Bot source mapping clarification Only add/enable these bots: - Krillin - Norbidel - Central Mensageiros Do not modify existing working bots. Krillin: - Source: local Hermes profile bridge on Oliver’s PC. - Krillin is the on…

Entendido. Evaluación corregida. ## Modelo exacto de esta fase No estamos diseñando algo nuevo desde cero. Estamos replicando el patrón de Rafael: ```text Bot profile -> History -> Conversation History -> Files History -> Input -> Output ``` Pero con fuentes distintas según bot. ## Fuente por bot | Bot | Fuente activa | Qué debe cubrir | |---|---|---| | `Krillin` | Hermes local en PC de Oliver | Conversation History + Files History + Input/Output, igual que Skander/Piccolo en la PC de Rafa | | `Norbidel` | Google Drive | Conversation History + Files History + Input/Output | | `Central Mensageiros` | Google Drive | Conversation History + Files History + Input/Output | ## Lo que debe ser…

Perfecto. Entonces el checkpoint correcto ahora es: - Oliver ya tiene el sistema actualizado desde `main` en su carpeta. - El plan anterior queda como referencia, pero no como fuente final. - El siguiente paso es rehacer el planning desde Composer sobre el estado actual del repo. - Conviene que el prompt de Composer parta de **baseline primero**, no de implementación directa. Prompt corto para Composer: ```text You are working in the current Saikan.io repo, freshly pulled from main. Goal: inspect the current baseline before implementing anything. Context: - We need to align with Rafael’s document and current Saikan OS architecture. - Do not assume previous local plans are accurate. - Do not start coding y…

Use **option C**. Do **not** replace `POST /api/bots/history`. That route already has an existing semantic owner: **bot history backfill / `recordBotHistory`**. Reusing it for brain-dump capture creates endpoint ambiguity and risks breaking the backfill flow. Recommended instruction to Composer: ```text Do not modify or replace the existing POST /api/bots/history route. That route belongs to bot history backfill / recordBotHistory and must remain backward-compatible. For Prompt A brain-dump capture, create a new dedicated endpoint, for example: POST /api/brain-dump/capture or, if the repo naming prefers bot-scoped routes: POST /api/bots/brain-dump/capture Keep the payload, handler, validation, and per…

Approved with one correction: **don’t let Composer commit automatically after each task unless the working tree is clean and the test for that slice passes**. Otherwise this is a good implementation prompt. Use this response to Composer: ```text Proceed with branch `bouts` from clean `main`. Important constraints: - Do not modify or replace `apps/web/app/api/bots/history/route.ts`. - `POST /api/bots/history` remains owned by the existing bot history backfill / `recordBotHistory` flow. - Implement Prompt A capture on the new endpoint: `POST /api/brain-dump/capture` - Do not include unrelated local docs or generated `apps/web/next-env.d.ts` changes in commits. - Commit only after the related targeted test pa…

Good baseline. What this proves: | Check | Result | Meaning | |---|---:|---| | `apps/web/lib/saikan-db.ts` | ✅ exists | Use `getSaikanDb()` for the new capture endpoint | | `getSaikanDb()` export | ✅ line 12 | Prompt A DB entry point is valid | | Existing `/api/bots/history` route | ✅ isolated | Route is only the current `recordBotHistory` backfill flow | | Existing org lookup for `saikan` | ❌ none found | Do not assume there is already a helper/pattern for this | Recommendation: For the endpoint, **do not require an `organizations.slug = 'saikan'` lookup unless the actual table schema requires `organization_id` on insert**. Use the minimum proven path: 1. Resolve `client_id` from `clients.slug = body.cli…

That output changes the instruction slightly. There **is** an existing organization model and tests confirming: - `organizations` exists. - Saikan default org slug is `saikan`. - client-scoped/internal tables commonly use `organization_id`. - Existing tests assert `organizations.slug = 'saikan'` in auth bootstrap. So the safe instruction is: ```text Use the actual schema as source of truth. If `facts` and/or `sources` require `organization_id`, resolve it from: organizations.slug = 'saikan' Then use that organization_id consistently for: - client lookup, if clients are organization-scoped - sources insert/upsert, if sources has organization_id - facts insert, if facts has organization_id If the columns…

Good. That helper exists, but **do not use it for this endpoint by default**. Reason: `resolveOrganizationContext(supabase)` likely resolves the org from an authenticated user/session context. The capture endpoint is **machine-authenticated by `Bearer SAIKAN_CAPTURE_SECRET`**, not a logged-in Supabase user. So user/session org context may be unavailable or wrong for this route. Instruction to Composer: ```text `packages/db/src/organization-context.ts` exists, but do not use `resolveOrganizationContext()` for `/api/brain-dump/capture`. Reason: - The capture endpoint uses machine auth: `Authorization: Bearer ${SAIK...T}`. - It is not a normal authenticated user request. - `resolveOrganizationContext()` is int…

Confirmed. `resolveOrganizationContext()` is **not valid** for `/api/brain-dump/capture`. Root cause: ```ts const { data: { user }, error: authError } = await supabase.auth.getUser(); if (!user) throw new OrganizationContextError("No authenticated user."); ``` The capture route authenticates with: ```http Authorization: Bearer ${SAIK...RET} ``` That is **not** a Supabase authenticated user session, so this helper will throw `No authenticated user.` Send Composer this exact correction: ```text Confirmed: do not use `resolveOrganizationContext()` in `/api/brain-dump/capture`. It calls `supabase.auth.getUser()` and throws if there is no authenticated Supabase user. The brain-dump capture endpoint is…

Correcto. Esa lectura está bien. Checkpoint técnico: | Punto | Decisión | |---|---| | DB client para `/api/brain-dump/capture` | `getSaikanDb()` | | Service-role | Sí, vía `createIdpClient()` → `getIdpSupabase()` | | RLS blocker | No para este endpoint | | `apps/web/lib/supabase/server.ts` | No usar para writes | | Query shape | `getSaikanDb().supabase.from(...)` | | Existing precedent | `POST /api/bots/history` ya escribe con `getSaikanDb()` | Prompt/nota final para Composer: ```text Use `getSaikanDb()` for `/api/brain-dump/capture`. Do not introduce `getSaikanServiceDb()`. Reason: - `getSaikanDb()` returns the IdP DB wrapper. - The wrapper is backed by `createIdpClient()`. - `createIdpClient()` uses `ge…

Plan is mostly good. One correction before pasting it into Composer: ## Correction This line is too strong: ```text Mock chain must cover resolveClientId (clients select) and organization_id lookup (organizations where slug = 'saikan'). ``` Make it conditional, because the endpoint should still follow the actual schema: ```text Mock chain must cover resolveClientId (clients select). If the implementation queries organizations because the actual schema requires organization_id, also mock organizations where slug = 'saikan'. Do not mock organization lookup if the implementation does not perform it. ``` Reason: tests should reflect the real implementation, not force an org query just because the plan says s…

This version is ready to send to Composer. One small implementation note to avoid a bad HTTP code: ```ts if (!org) return 400; ``` Use **500**, not 400, for missing platform org. Reason: `organizations.slug = "saikan"` is server/platform configuration. If it is missing, the request payload is not invalid; the backend environment/schema seed is broken. Recommended wording: ```text If the default platform organization `organizations.slug = "saikan"` is missing, return 500: { error: "default organization not found" } If `client_slug` does not resolve under that organization, return 400: { error: "client not found" } ``` Everything else is aligned. Final decisions locked: | Area | Decision | |---|---| | B…

Use: ```text feat/brain-dump-v1 ``` Reason: this branch is larger than only the capture endpoint. It includes: - migration - `/api/brain-dump/capture` - Supabase history merge behind `SAIKAN_USE_SUPABASE_HISTORY` - tests/gates So `feat/brain-dump-capture` is too narrow, and `bouts` is not descriptive. Replace everywhere: ```diff - Branch name: bouts + Branch name: feat/brain-dump-v1 ``` ```diff - # Branch bouts — Brain Dump v1 Prompt A + # Branch feat/brain-dump-v1 — Brain Dump v1 Prompt A ``` ```diff - git checkout -b bouts + git checkout -b feat/brain-dump-v1 ``` ```diff - subgraph bouts [New on bouts branch] + subgraph branch [New on feat/brain-dump-v1 branch] ``` Final instruction to Oliver: ```t…

Approved. Send this to Composer. Two minor cleanups only; they don’t change the implementation: 1. In the “Correct DB access pattern” example, this line is still too generic: ```ts await db.supabase.from("clients").select("id").eq("slug", slug).maybeSingle(); ``` Since the actual section below correctly says org-scoped, change the example to avoid contradiction: ```ts await db.supabase .from("clients") .select("id") .eq("organization_id", org.id) .eq("slug", slug) .maybeSingle(); ``` 2. These shorthand examples: ```ts if (orgErr) return 500; if (clientErr) return 500; ``` Should be actual `NextResponse.json(...)` returns in implementation. Composer will know, but safer wording: ```ts if (orgE…

Sí. El segundo prompt — Prompt B / watcher — debe actualizarse para apuntar al nuevo contrato de Prompt A. Pega esto como actualización del Prompt B. ```md # Brain Dump v1 Prompt B — Drive watcher → Saikan capture endpoint ## Context update from Prompt A Prompt A no longer writes to the existing bot history backfill route. Do **not** call: ```http POST /api/bots/history ``` That route is owned by the existing Bot History backfill / `recordBotHistory` flow and must remain untouched. Prompt A creates the dedicated capture endpoint: ```http POST /api/brain-dump/capture ``` Prompt B watcher must send brain-dump captures to that endpoint. --- ## Locked endpoint contract ### URL Use: ```text ${SAIKAN_A…

Sí, **en principio está bien**. Con la información que Oliver reporta, Prompt A quedó implementado de forma coherente con las decisiones que tomamos. Pero no lo trataría como “cerrado productivamente” hasta resolver dos puntos: **migración no aplicada** y **review del diff/PR**. ## Lo que está bien | Área | Evaluación | |---|---| | Rama | ✅ `feat/brain-dump-v1` correcta | | Commits | ✅ Separación razonable por R-A / R-B / R-C | | Endpoint nuevo | ✅ `/api/brain-dump/capture`, correcto | | `/api/bots/history` | ✅ Intacto, importante | | Auth HTTP | ✅ `Bearer SAIKAN_CAPTURE_SECRET` | | DB client | ✅ `getSaikanDb().supabase`, correcto | | Service-role/RLS | ✅ Bien entendido | | Cliente org-scoped | ✅ Correcto: `…

Sí, pídele que lo ejecute. Ese check es correcto para confirmar dos cosas: 1. dónde quedó usado el feature flag; 2. que no se activó accidentalmente en `.env*`. Comando: ```bash grep -rn "SAIKAN_USE_SUPABASE_HISTORY" apps/web/ .env* 2>/dev/null ``` Resultado esperado aceptable: ```text apps/web/lib/bots.ts:... tests/brain-dump-history-merge.test.ts:... ``` Y **no** debería aparecer en `.env`, `.env.local`, `.env.production`, etc., salvo que explícitamente queramos activar el merge. Si aparece en `.env*`, entonces hay que revisar si fue intencional. Por defecto debería quedar **off**.

Esto está bien como checkpoint. No veo un blocker para avanzar a Prompt B, pero hay un límite claro: **Prompt A está code-verified, no DB/E2E verified**. ## Estado actual | Área | Estado | Lectura | |---|---:|---| | Tests main baseline | ✅ 121 passed | Baseline limpio | | Tests branch | ✅ 129 passed | +8 tests nuevos, coherente | | Typecheck/build | ✅ green | Código compila | | `SAIKAN_USE_SUPABASE_HISTORY` | ✅ solo código/tests | Feature flag queda off por defecto | | `.env*` | ✅ sin flag | No se activó accidentalmente | | `vitest.config.ts` alias `@` | ✅ aceptable | Necesario para imports Next/tests; no rompió suite | | DB migration apply/status | ❌ blocked | Falta `SUPABASE_DB_URL` | | E2E capture real | ⏸…

For Prompt A, you need the **IdP / Hub database connection string**, not Discovery and not Planos. The migration path is: ```text supabase/migrations/idp/20260623_brain_dump_capture.sql ``` So the required env is for the **IdP project** shown in the error: ```text SUPABASE URL: https://upgczsrwpkgkpfudppug.supabase.co ``` Project ref: ```text upgczsrwpkgkpfudppug ``` ## Where to find it In Supabase Dashboard: 1. Open the Supabase project with ref: ```text upgczsrwpkgkpfudppug ``` 2. Go to: ```text Project Settings → Database → Connection string ``` 3. Copy the Postgres connection string. It will look like one of these: ```bash postgresql://postgres:***@db.upgczsrwpkgkpfudppug.supabase.co:5432/pos…

He is in the correct area: **Supabase → Database**. On the left sidebar, click: ```text Settings ``` under the **Database** section — not Project Settings. Path from the current screen: ```text Database → Settings → Connection string ``` Then copy the Postgres connection string for the **IdP project**. Important: - Use the project shown earlier: `upgczsrwpkgkpfudppug` - Put it in local `.env` as: ```bash SUPABASE_DB_URL="postgresql://..." ``` - Do **not** paste the real connection string in Telegram. - If Supabase asks for the database password and Oliver doesn’t have it, Rafa needs to provide/reset the DB password from Supabase.

No — that screen is **Connection pooling settings**. It is not the place to copy the DB URL. He should not change those pool size values. Tell Oliver: ```text You’re in Database → Settings → Connection pooling config. Don’t edit/save anything there. Go back to Database settings and look for either: - Connection string - Connection parameters - Direct connection - URI We need the Postgres URI, not the pool-size settings. ``` For `pnpm db:push:idp`, prefer the **direct connection string** if available: ```text postgresql://postgres:***@db.upgczsrwpkgkpfudppug.supabase.co:5432/postgres ``` Only use the pooler URI if Supabase recommends it or the direct connection is unavailable. Again: don’t paste the act…

He’s in **Project Settings → API Keys**. That is **not** the DB connection string page. Do **not** use API keys for `SUPABASE_DB_URL`. Tell Oliver: ```text You’re on Project Settings → API Keys. That gives anon/service-role API keys, not the Postgres DB URL. For `SUPABASE_DB_URL`, go to: Project Settings → Configuration → Database or use the top search in Supabase and search: "Connection string" We need the Postgres connection URI, usually shown as: postgresql://postgres:***@db.upgczsrwpkgkpfudppug.supabase.co:5432/postgres ``` If his sidebar does not show **Database** under Project Settings, use Supabase search: ```text Ctrl/Cmd + K → type “connection string” ``` Then choose the Database connection s…

El `.env` ya está siendo leído. El error cambió, así que avanzamos. Antes era: ```text SUPABASE_DB_URL required ``` Ahora es: ```text getaddrinfo ENOTFOUND db.upgczsrwpkgkpfudppug.supabase.co ``` Eso significa: **la variable existe, pero el hostname no resuelve por DNS**. No es error de password. No es error de permisos. Es uno de estos: 1. hostname copiado mal; 2. project ref incorrecto; 3. direct connection host no existe / Supabase está mostrando otra forma de conexión; 4. DNS/red local no puede resolverlo. ## Qué comprobar ahora Pídele a Oliver que revise el host dentro de `SUPABASE_DB_URL`. Debe tener este formato exacto si es direct connection: ```text db.<PROJECT_REF>.supabase.co ``` Para est…

This confirms the host exists, but it is resolving only to an **IPv6 address**: ```text 2a05:d014:14a4:4001:4e31:7de6:f38e:8f6d ``` Node’s connection is failing because Oliver’s network/Windows setup likely cannot use IPv6 properly for that direct Supabase DB host. So the `.env` is probably correct. The issue is **IPv6 connectivity for the direct DB connection**. ## Best fix Use the **Supabase pooler connection string**, because the pooler usually resolves to IPv4-friendly hosts. In Supabase: ```text Project Settings → Database → Connection string ``` Choose: ```text Transaction pooler ``` or: ```text Session pooler ``` Use that URI for: ```env SUPABASE_DB_URL="postgresql://..." ``` Pooler URI usu…

Good. This removes the main blocker. Current checkpoint: | Item | Status | |---|---:| | `.env` loaded | ✅ | | DB connectivity | ✅ fixed via pooler/direct working now | | IdP pending migrations detected | ✅ | | IdP migrations applied | ✅ | | Brain Dump migration applied | ✅ `20260623_brain_dump_capture.sql` | | Prompt A DB status | ✅ applied | | E2E capture smoke | ⏳ still pending | One important note: it applied **four pending IdP migrations**, not only Brain Dump: ```text 20260620_idp_clients.sql 20260620_idp_users_bots.sql 20260622_bot_history_storage.sql 20260623_brain_dump_capture.sql ``` That is probably correct because the remote IdP DB was behind the repo, but Oliver should record that. ## Next ver…

DB side is now verified. Current checkpoint: | Gate | Status | |---|---:| | `pnpm db:push:idp` | ✅ applied | | `pnpm db:status:idp` | ✅ Applied 4 / Pending 0 | | Brain Dump migration | ✅ applied | | Endpoint smoke | ❌ not run | | Reason smoke failed | local web server not running on port 3000 | This curl failure is not an endpoint failure: ```text curl: (7) Failed to connect to localhost port 3000 ``` It means **nothing is listening on `localhost:3000`**. ## Next step Start the web app, then rerun the smoke. In repo root: ```powershell pnpm dev ``` If this monorepo requires the web filter, use: ```powershell pnpm --filter @saikan/web dev ``` Wait until it says something like: ```text Local: http://…

Sí. Lo que se ve en la captura es: Visible ahora: - `Krillin` - `Nor Test Oli` - `Skander` Faltan: - `Piccolo` - `Norbidel` - `Central Mensageiros` ## Qué ocurrió probablemente Esto **no parece causado directamente por el endpoint `/api/brain-dump/capture`** ni por `SAIKAN_USE_SUPABASE_HISTORY`. La rama Prompt A tocaba: - migración `facts/sources` - endpoint capture - `botsRepo.history()` para merge de historial Eso debería afectar **historial/files**, no la **lista de bots**. Lo que sí cambió materialmente fue esto: ```text pnpm db:push:idp applied 4 pending IdP migrations ``` Incluyendo: ```text 20260620_idp_clients.sql 20260620_idp_users_bots.sql 20260622_bot_history_storage.sql 20260623_brain_d…

Recomiendo **Opción C: fix de producto en `botsRepo.list()`**, no solo housekeeping. El diagnóstico de Oliver es correcto: ```ts const localBots = listLocalHermesBots(); if (localBots.length) return localBots; return withFallback(() => listBots(), mockBots); ``` Eso es el bug real: **Hermes local gana completamente y apaga la DB**. Por eso: - `Nor Test Oli` aparece aunque no esté en `bots_agents`. - `Piccolo` no aparece aunque sí esté en DB. - DB limpia no importa porque nunca se consulta si hay perfiles locales. - `feat/brain-dump-v1` no causó esto; solo lo expuso durante QA. ## Decisión Implementar merge en `botsRepo.list()`. No borrar `nor-test-oli` como solución principal. Borrarlo es housekeeping lo…

Entonces no aceptes “Piccolo no tiene perfil local” como diagnóstico final. Si Piccolo funciona y tiene carpetas en Bot App, el problema es más específico: ```text listLocalHermesBots() no está descubriendo Piccolo ``` No que Piccolo no exista. Eso puede pasar por una de estas razones: 1. Piccolo está en otra raíz Hermes/perfil distinta a la que escanea `listLocalHermesBots()`. 2. Piccolo existe como Bot App storage, pero no como Hermes profile en `%LOCALAPPDATA%\hermes\profiles\piccolo`. 3. El nombre/case/path no coincide con el mapeo esperado. 4. La función solo mira `%LOCALAPPDATA%\hermes\profiles\` y root Hermes, pero Piccolo vive en otra ubicación del storage de Bot App. 5. `listLocalHermesBots()` tie…

Yes. This plan is correct and matches the root cause. I would approve it with **three adjustments** before implementation. ## 1. Use DB canonical list when DB is configured, but don’t silently fall back to `mockBots` if DB query fails This part is risky: ```ts const dbBots = await withFallback(() => listBots(), []); if (!dbBots.length) return mockBots; ``` If `hasDb()` is true and the DB query fails, returning `mockBots` can hide a real DB/config problem and make QA misleading. Better: ```ts const dbBots = await withFallback(() => listBots(), null); if (dbBots?.length) { return dbBots .map(...) .sort(...); } return mockBots; ``` But even better if `withFallback` allows it: log the failure. T…