whatsapp-delivery

WhatsApp channel specialist workflow: debug Meta webhook verification/signatures, link-state projection, /whatsapp-webhook fast path, boot messages, and…

npx skills add https://github.com/vercel-labs/vercel-openclaw --skill whatsapp-delivery

WhatsApp Delivery

Use after channel-debug-core for WhatsApp issues.

Files

  • src/app/api/channels/whatsapp/webhook/route.ts
  • src/server/channels/whatsapp/**
  • src/server/workflows/channels/drain-channel-workflow.ts
  • src/server/admin/why-not-ready.ts
  • src/app/api/channels/summary/route.ts

Runtime Path

Meta webhook verification GET OR message POST -> app route -> x-hub-signature-256 validation -> dedup -> fast path to port 3000 /whatsapp-webhook OR workflow -> WhatsApp adapter/API reply

Parallel Lane Inputs To Consume

Before proposing a WhatsApp fix, consume:

  • Vercel/app logs lane: GET verification vs POST delivery, signature result, requestId/deliveryId/Meta message ID, and project targeting proof.
  • Sandbox runtime lane: port 3000 listener and /whatsapp-webhook behavior, sanitized config has channels.whatsapp.
  • Workflow lane: workflow start/run/forward state when fast path skipped or failed, with verified project targeting when .vercel/project.json differs from the incident target.
  • Prior-fix comparison: linkState projection mistaken as delivery, status-only skip, boot message send/delete, handler non-OK classification.

Special Checks

  • GET verification and POST delivery are different paths.
  • linkState is not the same as user-visible reply.
  • Meta signature validation depends on raw body.
  • Handler non-OK may still prove handler receipt; classify precisely.
  • Boot message send/delete behavior affects user-visible state.
  • lastForward must reflect fast-path failure as well as success.

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