Honeybook fpx

HoneyBook via fpx + curl (no MCP)

HoneyBook has no server-side login a script can drive — a client never gets a password, only a magic-link email per vendor. The credential is whatever the signed-in *.hbportal.co portal tab already holds: a bearer token + user id in localStorage["HONEYBOOK_REACT_CURR_USER"]. (HoneyBook used to keep these in the AngularJS localStorage["jStorage"] blob as HB_AUTH_TOKEN/HB_AUTH_USER_ID; that blob is now down to HB_TRUSTED_DEVICE, SESSION_COMPANY_ID and routing state.) There's no bot wall on the API itself once you have those — honeybook-mcp's own client.ts proves plain Node fetch works fine against api.honeybook.com. So this skill is hybrid: fpx captures the session once (per vendor), then plain curl does every read from then on.

This mirrors src/auth.ts (captureSessionViaFetchproxy) and src/client.ts (HoneyBookClient.request) in honeybook-mcp — same headers, same base URL, same retry rules.

Multi-domain scope

Two apexes are declared on one profile:

• hbportal.co — the vendor's branded portal (e.g. acme.hbportal.co), where the stored session lives.
• honeybook.com — the main app, where the same session is also valid.

One-time setup

npm install -g @fetchproxy/cli   # provides `fpx`
fpx profile add honeybook --domain honeybook.com --domain hbportal.co
fpx profile declare honeybook \
  --local-storage HONEYBOOK_REACT_CURR_USER \
  --local-storage jStorage
fpx pair -p honeybook            # prints a pair code → approve in Transporter

Requirements: the Transporter browser extension installed, its Chrome Site access allowing both honeybook.com and hbportal.co, and a vendor magic-link URL already open (signed in) in that browser. Pairing persists — after the first approval every later fpx call reuses it.

Capture a vendor session (once per vendor, and again when it expires)

1. Click the vendor's HoneyBook magic-link email in the browser with Transporter installed. This signs you into <vendor>.hbportal.co.
2. While that tab is open, run:

fpx session -p honeybook --storage-domain hbportal.co > /tmp/hb-session.json

The tab only has to be open and signed in. Nothing is sniffed off a live request, so it does not matter whether the page has gone idle.

3. Extract the fields client.ts needs (each localStorage value is one raw JSON string — parse it with fromjson):

AUTH_TOKEN=$(jq -r '.localStorage.HONEYBOOK_REACT_CURR_USER | fromjson | .authentication_token' /tmp/hb-session.json)
USER_ID=$(jq -r '.localStorage.HONEYBOOK_REACT_CURR_USER | fromjson | ._id' /tmp/hb-session.json)
# Optional — the API returns 200 without it. The React blob and jStorage hold
# DIFFERENT values; either is accepted. `// empty` keeps an absent field from
# becoming the literal string "null".
TRUSTED_DEVICE=$(jq -r '.localStorage.jStorage | fromjson | .HB_TRUSTED_DEVICE // empty' /tmp/hb-session.json)
PORTAL_ORIGIN='https://<vendor>.hbportal.co'   # the magic-link URL's origin

If AUTH_TOKEN or USER_ID comes back empty/null, the capture didn't see what it needed — re-open the magic link and re-run step 2.

With more than one vendor tab open at once, disambiguate with --storage-subdomain <vendor> (e.g. --storage-subdomain acme).

4. Get the current API version (client.ts's fetchApiVersion parses this same endpoint):

API_VERSION=$(curl -s 'https://api.honeybook.com/api/gon?callback=parseGon' \
  | grep -oE '"api_version":[[:space:]]*[0-9]+' | grep -oE '[0-9]+$')

Core call pattern

Every real request carries the same headers (client.ts's HoneyBookClient.request). Only hb-api-auth-token, hb-api-user-id and a current hb-api-client-version are load-bearing — hb-trusted-device is optional and hb-api-fingerprint is no longer required at all:

curl -s "https://api.honeybook.com/api/v2/users/$USER_ID/workspace_files" \
  -H 'accept: application/json, text/plain, */*' \
  -H "hb-api-auth-token: $AUTH_TOKEN" \
  -H "hb-api-user-id: $USER_ID" \
  ${TRUSTED_DEVICE:+-H "hb-trusted-device: $TRUSTED_DEVICE"} \
  -H "hb-api-client-version: $API_VERSION" \
  -H "hb-api-duplicate-calls-prevention-uuid: $(uuidgen)" \
  -H 'hb-admin-login: false' \
  | jq '.data'

hb-api-duplicate-calls-prevention-uuid must be a fresh random UUID on every request — the MCP mints one with crypto.randomUUID() per call, not once per session. Reusing a value risks HoneyBook treating a legitimate repeat as a duplicate.

Ready-to-run commands for all four read endpoints are in references/requests.md.

The rules that matter

• 401, or 404 with an HBUnauthorizedError body → session expired. A revoked token does not reliably come back as 401, so check the body type before concluding a resource is missing. Re-run the capture (magic link tab must still be open and signed in).
• 429 → rate limited. client.ts waits 2s and retries once; do the same before giving up.
• Body contains "HBWrongAPIVersionError" → stale hb-api-client-version. The error body itself carries the correct value at .error_data.server_api_version — read that (or re-run the /api/gon fetch above) and retry the SAME request with the fresh version.
• sign_contract / pay_invoice are not real API calls. honeybook-mcp can't replay HoneyBook's browser-side signing/SCA flow, so those tools just return a deep link — $PORTAL_ORIGIN/app/workspace_file/<file_id>/agreement (sign) or /invoice (pay) — for the user to open themselves. There's no POST body to transcribe for either; don't invent one.

Output / exit-code contract

• fpx session/fpx pair/fpx health are bridge round-trips: exit 0 on a successful bridge read regardless of upstream status, 1 on a usage error (bad flag, undeclared scope), 2 if the bridge/extension is unreachable or pairing is still pending. There's no bot-wall (3)/upstream-HTTP (4) exit code on these — HoneyBook's own API isn't bridge-walled.
• The actual reads go through plain curl afterward — check the HTTP status and the HBWrongAPIVersionError body text yourself, as above.

Notes

• Session data (AUTH_TOKEN, TRUSTED_DEVICE) is opaque and long-lived server-side (no client-visible JWT expiry) — keep it in shell variables, not a world-readable file, if you must persist it at all.
• This project is developed and maintained by AI (Claude).