design_book, revise_book_design and apply_book_design work on a draft, the
apply keeps the old book as a revision for undo, skips pages changed since,
and broadcasts once after the commit. Book level tools set the page setup,
duplicate pages and save layouts.
A chat column in the Studio with its own privacy notice, a live page snapshot
through modern-screenshot that leaves out photos of other people and foreign
map tiles, and flushes before every turn and apply.
The Studio draws the page on request and uploads it once, each provider gets
the image where it expects it, and a refusal falls back to the text
description. No image is stored.
Threads carry a journey scope next to the trip scope, with journey rights
(outsider 404, viewers without write tools, addon off), its own routes and a
book context, and the client keys chats by trip or journey.
Every element kind and Studio tool gets an op, the auto layout and its
templates move from the client to shared with a parity fixture, and a pure
design engine turns directives into a finished book with design findings.
A suite under tests/integration/broadcast-parity boots the app once per
group, runs a write tool through a real MCP session the way the
assistant attaches the registry, runs its REST twin on a twin scene, and
records every broadcast. Per case it checks the exact events in order and
count, that no MCP broadcast skips a socket (the asking tab hears its own
change), that nothing is sent inside a transaction, that every payload
parses with its registered schema, that REST sends the same sequence to
the same room and recipients, and that MCP's keys cover REST's.
A registry test lists the write tools as an MCP client sees them and
fails on a tool without a row, a stale row, or an exemption without a
reason; exemptions run too and must send nothing, and the tools still
waiting for a case are frozen in a list that may only shrink.
The new events the next changes send are registered now (member:updated,
todo:reordered, trips:changed, settings:updated, tags:changed,
notification:read-all, journey:updated, journey:deleted, atlas:changed);
the client keeps them apart as awaiting a sender, and the journey page
already leaves a journey that journey:deleted says is gone.
The server sends accommodation:created and accommodation:updated to the
whole trip, the assistant's writes included, but the client listed both
as ignored and reloaded stays only after a delete. A stay the assistant,
a fellow traveller, a plugin or a booking import added therefore showed
in the sidebar, on the map and in the day panel only after a reload.
Both events now refresh the stays like the deletes do, in the planner
(desktop and phone, which share its hook) and in the day panel. The
refresh is bundled per burst, since one assistant step can apply many
changes, a newer answer always wins over an older one, and a stay being
edited in the day panel that was deleted or moved elsewhere closes its
editor instead of letting the form overwrite another stay.
A browser test books a stay from a second context and sees it appear in
the open planner, on the desktop and on the phone.
- list_budget_items lists a trip's expenses with their ids, payers and
splits, page by page so no page is cut down on its way to a model;
get_budget_per_person answers who paid and owes what. Both in a new
budget-items.mcp.ts, checked like their REST twins.
- get_wind_forecast reads the hourly wind, gusts and direction of a day.
- get_journey_tracks lists a journey's GPX tracks; the line for drawing
rides under a key the provider never receives.
- The Dawarich wishlist scan and the countries the recordings suggest
become tools, with their confirming writes, in DawarichAtlasMcp in the
Atlas group; the shared time window check refuses alike on REST and
MCP, and the model never sees when the user was last seen in a city.
- The journal's map, tracks and recorded days load with the journey
group instead of riding in the core of every step.
- The prompt points at list_budget_items for expense ids (the trip
summary never carried them) and names the shares and the wind tools;
each new read has its own live step.
The hiking costing moves to shared, so the planner and the server ask the
router the same way. The road trip router learns to plan a hike on foot
with that costing (Valhalla only: OSRM knows no trail difficulty), to read
heights along a line in chunks and to read the OSM ways a line follows,
all through its one paced queue. A hike router builds on it: the way, its
heights, distance, climb and DIN walking time, and the SAC grades of its
stretches from the trail grade service, each part best effort.
New MCP tools in HikePlanMcp, in the assistant's tours group:
- propose_hike plans a hike without saving it.
- create_hike saves a confirmed hike through the planner's own creation;
a router that does not answer leaves it pending for the planner, a way
that cannot be planned is refused and nothing is saved.
- update_tour changes a saved hike against its revision, keeping linked
stations and refusing what would silently drop drawn legs or stages.
- import_tour_gpx takes a GPX file's text in as tours, like the import.
Same permission checks as REST, broadcasts from the services.
In the assistant a new hike or city walk is an "Add tour" card with its
route and difficulty, undone through delete_place while the tour is
untouched, and a hike being planned shows as a live step.
Maurice