The schedule/postgres/http/kafka/websocket/email/sqs/nats/gcp/azure/
mqtt editors silently overlaid the local UserDraft autosave on top of
the backend config in `openEdit`, with no signal that the form wasn't
showing deployed state. Each now snapshots the just-loaded backend
config, then fires `notifyRestoredFromLocal` with a "Reset to
deployed" action that drops the LS entry and re-applies the snapshot.
Resource/variable editors only showed the restored-from-local toast;
they never surfaced the staleness modal when the backend item moved on
since the local autosave was written. Wire LocalDraftStaleModal +
checkStaleness using the backend `edited_at` as `remoteRev` (these
items have no DB-draft concept). Meta is backfilled on reload for
legacy autosaves and seeded on the first real edit via a guarded
effect, so an external edit is detectable as drift. Per-workspace
detection; the modal is a singleton driven by `pendingStale`.
The route initialised files/runnables/data/summary to hardcoded
defaults, and the $effect mirror then wrote those defaults over the
persisted empty-path autosave. Seed the $state from
`draftHandle.draft` instead; import/template/hub branches
`UserDraft.remove('raw_app', '')` for explicit "start fresh"
semantics. Also consume useLocalStorageValue's saveInitialValue=false
skip slot (wipe-then-restore) so the user's first edit isn't dropped.
RawAppEditorHeader's catch blocks called `sendUserToast(msg, e)`,
passing an Error as the `_type` arg. `classes[<Error>]` is undefined so
`color.descriptionClass` threw — and because the toast renders in the
root layout, it crashed the whole page on raw app deploy/create. Fixed
both call sites to the proper `(msg, true)` error form.
Also hardened Toast.svelte: coerce any non-AlertType `type` to 'error'
so a future miscall degrades to a plain error toast instead of taking
down the page.
`states[ws].draft` is now a Svelte $state proxy (it flows through
UserDraft's useLocalStorageValue cell). `structuredClone` can't clone a
proxy and threw "Failed to execute 'structuredClone' on 'Window'",
blocking resource saves. Snapshot to a plain object via
`$state.snapshot` before assigning the dirty baseline.
`loadFlow()` initialised the local `flow` variable to `emptyFlow()`,
then passed it to `initFlow` which writes it to `flowStore.val` (=
`flowHandle.draft = flow`). On a bare /flows/add reload (no
template/hub/import/fork/urlHash) the assignment overwrote the
persisted autosave with the empty baseline. Seed `flow` from
`flowHandle.draft` instead, and keep `emptyFlow()` as the explicit
"start fresh" baseline for template/hub branches.
The apps editor route doesn't hold the UserDraft handle — AppEditor
(the child remounted by {#key redraw}) does. When a reset action ran
`UserDraft.remove` + `redraw++`, Svelte could mount the new AppEditor
before the old one's onDestroy released its handle, leaving the
entry's in-memory state.val populated with the stale autosave. The
new AppEditor would then re-acquire that entry and shadow the
just-emptied localStorage.
Switch every reset path (stale modal Load latest, restored-from-local
toast, DiffDrawer restoreDraft/restoreDeployed) to `UserDraft.discard`
so the in-memory cell is cleared synchronously alongside LS. Also
plumb `currentRevs` updates so the next mount's initialRevs reflects
the acked state.
The "Reset to deployed" toast action in resource/variable editors
called UserDraft.save with the backend value to repaint the form. That
left a duplicate-of-backend autosave in localStorage which would
silently restore on every subsequent reload, defeating the reset.
New UserDraft.discard(itemKind, path, fallback) clears LS AND resets
any live handle's in-memory state to the fallback, skipping the next
persist so the fallback doesn't round-trip back into storage. Backed
by a new `skipNextWriteOnce()` method on useLocalStorageValue's return.
Resource and variable editors silently loaded LS autosaves over the
backend value, leaving users with no signal that the form wasn't
reflecting deployed state. Both now fire the standard
`notifyRestoredFromLocal` toast (with a "Reset to deployed" action
that re-seeds the handle from the just-fetched backend) the first
time a lazy-fetch finds the local draft diverging from the remote.
Two related issues in the app editor's UserDraft wiring:
1. Drift wasn't detected on first deploy/draft after starting an
autosave. The route only backfilled meta on a reload that found a
local diff — so the first external change after editing slipped
through with empty `previousMeta`. AppEditor now receives the
load-time revs as `initialRevs` and seeds them into the handle's
meta on the first mirror, capturing the rev at autosave-creation
time.
2. /apps/add didn't restore from LS on plain reload. The route
always initialised `value` to `emptyApp()` and the AppEditor's
`stateApp` captured the prop unconditionally, so the LS autosave
was shadowed. `stateApp` now falls back to `appDraftHandle.draft`
when present; the template/hub/import branches explicitly
`UserDraft.remove('app', '')` to keep "start fresh from this
content" semantics.
Also work around `useLocalStorageValue`'s `saveInitialValue: false`
skip slot — in the mirror pattern the slot survived past mount and
swallowed the user's first edit. Consume it up-front with a
wipe-then-restore pair so subsequent edits persist normally.
`set draft`, `setMeta`, `UserDraft.save`, and `UserDraft.saveMeta` all
read `state.val` before writing it (to preserve existing rev metadata).
When called from inside a `$effect` — as AppEditor does to mirror its
reactive `$state` into the handle — the read subscribes the effect to
the entry's `$state` cell that the write then mutates, producing an
`effect_update_depth_exceeded` loop. Wrap the reads in `untrack` so
mirrors don't self-trigger.
Legacy AppEditor wrote `encodeState($appStore)` — the inner App value
(grid/fullscreen/theme/unusedInlineScripts/hiddenInlineScripts), not the
wrapping AppWithLastVersion. The plausibility check was matching the
wrapping fields, so real legacy app entries were filtered out and never
migrated to the new userdraft/w/{ws}/app/{path} keys.
Same UserDraft.remove-without-clearing-in-memory bug as the previous
two commits, this time in the DiffDrawer's "Restore to draft" /
"Restore to deployed" buttons on all four /edit routes. The handler
deletes the DB draft (in the deployed case), wipes the localStorage
entry, navigates, and reloads — but the route's UserDraft handle
still holds the old draft + meta in memory, so the reload's
staleness check compares the stale meta against the freshly fetched
backend and surfaces a spurious "newer version was deployed" modal.
- scripts/edit, flows/edit, apps_raw/edit: route-level handle —
`handle.setDraftAndMeta(undefined, {})` before the reload.
- apps/edit: the handle lives in the AppEditor child, so force a
remount by setting `app = undefined; redraw++` before goto/loadApp
(matches the existing pattern from the toast's onResetToDeployed).
When the "Script/flow loaded from latest saved draft" toast's
"Reset to deployed" action ran, it:
1. Deleted the DB draft via DraftService.deleteDraft.
2. Called UserDraft.remove (clears localStorage only).
3. Called goto + loadScript / loadFlow.
But the handle's in-memory state still held the now-deleted DB draft
and its meta (remoteDraftRev pointing at the gone draft's created_at).
On the reload, the editor's loadScript/loadFlow saw `localDraft !=
undefined` and ran the staleness check, which compared
`meta.remoteDraftRev = <old timestamp>` against
`currentDraftRev = undefined`. Verdict: "version" stale → spurious
"A newer version was deployed on the server" modal, even though
nothing on the server actually moved. The editor visibly froze
behind the modal because the in-memory state wasn't refreshed.
Drop the in-memory state with `handle.setDraftAndMeta(undefined, {})`
before the reload — same fix already applied to the
"Restored from local storage > Reset to deployed" toast action.
apps/edit and apps_raw/edit's "discard draft" actions don't call
DraftService.deleteDraft (they just swap the in-memory view to the
deployed branch), so they don't hit this codepath.
The previous fix wrapped only the comparison reads in `untrack`, but
`handles.splice(0, handles.length, ...next)` still reads `.length`
under the effect's tracking scope — same feedback loop, same
`effect_update_depth_exceeded`.
Move the whole "compare + splice" block inside `untrack`. The
downstream notification on splice still fires (untrack suppresses
dependency subscriptions on the producer side, not write
notifications), so consumers of `handles` still re-render.
The reconcile effect read `handles.length` / `handles[i]` for the
"unchanged?" early-exit optimisation and then `handles.splice(...)`
to publish the new array. Reading `handles` inside the effect
registered it as a dependency; the subsequent splice re-fired the
effect; ad infinitum (Svelte threw
`effect_update_depth_exceeded`).
Wrap the comparison reads in `untrack` so the effect's only
tracked dependency stays `getSpecs()`. The splice still fires the
downstream readers of `handles` (the whole point of `useMany`'s
reactivity); it just doesn't re-enter its own producer.
Without a sweep, a heavy user accumulates one localStorage entry per
(workspace, kind, path) they ever touched. The pre-PR single-key
autosave self-capped at one entry per editor; this one needs an
explicit GC pass.
Mechanism:
- Stamp every persist with `lastWrittenAt: Date.now()`. Added at four
sites: `useLocalStorageValue`'s new `transformBeforePersist`
option (covers both setter and deep-mutation persists),
`UserDraft.save`'s no-handle fallback, `persistDirect` (force-meta
writes), and the legacy migration. Done at persist time, not in
`wrap()`, so deep mutations bump the clock too — `wrap()` runs only
on `.draft =` assignments, which would leave the timestamp stale for
bind-mutated editor sessions.
- `gcUserDrafts(maxAgeMs = 30d)` walks every `userdraft/w/...` key,
removes the ones older than the cutoff. Entries written before this
field existed (pre-PR or pre-this-commit) get backfilled with the
current time on first sweep so a 30-day clock starts fresh; the
alternative — sweeping on sight — would wipe work that the legacy
migration just rescued.
- Wired into the logged-in layout: runs once on mount and every 30 min
via `setInterval` (cleaned up in the effect's return).
Tests use `vi.setSystemTime` to drive the clock; assertions on the
stored payload now go through a `storedShape` helper that strips
`lastWrittenAt` before string-comparing, so the existing
`expect(...).toBe(wrapped(...))` style still reads cleanly. New tests
cover the sweep, the backfill behaviour, the default 30d window, and
a custom `maxAgeMs`.
The flows/apps/apps_raw `/edit` routes had a `?nodraft=true` handler
that just stripped the param from the URL via `afterNavigate` —
nothing behind it. The original pre-PR semantics (and what every
caller assumes) was "skip the localStorage autosave on this load."
Mirror the synchronous wipe pattern already in /add: when nodraft is
present, call `UserDraft.remove(kind, path)` and strip the flag from
the URL via `window.history.replaceState`, before the UserDraft handle
is created. The handle then reads an empty entry and the editor opens
on the backend version. A plain reload (no nodraft) restores the
autosave normally.
Removed the redundant `afterNavigate` blocks. Dropped the now-unused
`afterNavigate` import in all three; apps/edit still imports
`replaceState` (used downstream), so only that name stayed.
The previous commit landed `useMany` calling `useLocalStorageValue`
directly. That works for the `use()` 1-spec wrapper (whose getter is
untracked, so the reconcile `$effect` never re-runs), but for dynamic
specs (ResourceEditor / VariableEditor) it leaks the persist `$effect`
into the reconcile `$effect`'s scope — meaning the second spec change
would destroy the first entry's deep-mutation persist loop.
Wrap the `useLocalStorageValue` creation in `$effect.root` so the
entry's reactivity lives in its own scope. Stash the returned
disposer on the entry and invoke it when the refcount hits 0.
The vitest runtime's `$effect.root` returns its disposer but never
runs the callback (a test-env quirk, not a production behaviour).
Kept a documented fallback that calls `useLocalStorageValue` directly
when the callback doesn't populate `stateRef`. In tests that path
parents the persist `$effect` to the test scope and lives long
enough; in production `$effect.root` runs the callback synchronously
per the Svelte 5 spec and the fallback is unreachable.
Public surface change:
- New `UserDraft.useMany(getSpecs: () => UserDraftSpec<V>[])` returns a
reactive array of handles. The reconcile loop acquires entries for
added specs, releases entries for removed specs, and re-uses cached
handles for unchanged keys so caller-captured references stay stable.
- `UserDraft.use(kind, path, opts?)` becomes a 1-len wrapper around
`useMany`. The spec getter is `untrack`ed so reactive opts
(`$workspaceStore` etc.) are still captured-once — current `use()`
semantics unchanged.
- `UserDraftHandle.release()` and the `manualRelease` option are gone.
Component teardown is handled by a single internal `onDestroy` that
releases every entry `useMany` acquired.
ResourceEditor + VariableEditor migrated:
- Replaced `Record<ws, Handle>` + manual `ensureHandle`/`release` with
a `workspaceSpecs: $state<Array<{ws, defaultValue}>>` plus a
derived `Record<ws, Handle>` that pairs each ws with its parallel
handle from `useMany`. `ensureHandle(ws)` is now just a push to
the specs array; `VariableEditor.reset()` clears it. The reconcile
loop handles acquisition/release end-to-end.
Tests:
- Dropped the `manualRelease`/`release` test; the option no longer
exists.
- Added a `useMany` test asserting per-spec entries, isolated
workspace-scoped localStorage keys, and a single onDestroy
registration covering every acquired entry.
Implementation note: I tried wrapping `useLocalStorageValue` in
`$effect.root` to give the entry's `$state`/`$effect` an independent
scope (in case `useMany`'s reconcile effect tore down nested effects
across cycles). But `$effect.root`'s callback wasn't running
synchronously in the test runtime (vitest + svelte-vite plugin), and
the original `use()` implementation called `useLocalStorageValue`
directly without issue. Reverted to the direct call; the
nested-scope concern stays theoretical.
Three low-priority callouts:
- Document the variable.edited_at backfill in the migration. All
existing rows get a single `now()` timestamp from the column
DEFAULT; the staleness check only consumes the field as an opaque
rev string and never displays/sorts on it, so the collision is
harmless — but worth saying out loud.
- Add module headers to userDraftToast.ts and LocalDraftStaleModal.svelte
explaining how this layer sits above the per-browser UserDraft
autosave and is distinct from the backend DraftService (the
server-side "Save as draft" feature surfaced as `*.draft`).
None of the eight `new Triggers(...)` call sites pass an update
callback any more — the bridge was a leftover from the pre-UserDraft
era when ScriptBuilder ran its own localStorage autosave and had to
be notified on every triggers mutation. The unified UserDraft handle
now deep-tracks `script.draft_triggers` via the $effect in
ScriptBuilder, so the callback channel is dead weight.
Removes the third constructor parameter, the private field, and the
six `this.#updateDraftCallback?.()` invocations across setters and
mutators.
The four route-level editors (scripts/flows/apps/apps_raw) keep the
user's local draft visible behind the modal so they can glance at it
before choosing. The old body text described the situation (server
has moved on, local autosave is behind) but didn't say what's
actually on screen or how each action maps to it.
New body leads with "The editor is showing your local autosave" and
spells out each action: "Load latest replaces what's on screen; Keep
current leaves it alone." Same copy for both `cause = 'draft'` and
`cause = 'version'`, branching only on what the user is "behind"
relative to.
The original migration forced `USING created_at AT TIME ZONE 'UTC'`,
which tags every existing wall-clock value as UTC. That matches the
common case (Postgres on a UTC server, which the Docker image and most
managed offerings default to), but on a non-UTC operator's deployment
it shifts all pre-migration timestamps by the server's tz offset.
Drop the USING clause. Postgres's default `TIMESTAMP -> TIMESTAMPTZ`
cast reinterprets each existing value in the session's current
timezone — which is the same timezone under which the original
`INSERT ... DEFAULT now()` values were truncated to TIMESTAMP, so
the conversion correctly recovers the original instant regardless of
the operator's timezone. Same semantics on UTC servers, correct
semantics on non-UTC servers.
Down migration updated symmetrically.
The legacy migration was consuming any localStorage key starting with
`app-`, `flow-`, or `rawapp-`, with no constraint on what followed and
no shape check on the decoded payload. Two failure modes called out
in review:
1. A future feature (or third-party extension) picking a name like
`app-recent` would silently lose data on first migration run.
2. A stray key that happened to base64-decode to valid JSON but
wasn't a real legacy draft would still get promoted to the new
format, surfacing later as a phantom "Restored from local storage"
toast on the next edit.
Two guards:
- `LEGACY_PATH_SHAPE = /^[uf]\/[^/]+\/.+$/`: after a `<prefix>-` match,
the remainder must look like a Windmill item path (`u/owner/name`
or `f/folder/name`, possibly with deeper segments). Bare-prefix
empty-path entries (`app` / `flow` / `rawapp` for `/add` autosaves)
still match the exact branch and don't go through the shape gate.
- `isPlausibleLegacyValue`: after decode, require the payload to
carry the field the legacy writers actually produced
(`flow.flow` for flows, any of `summary|value|policy|path` for
apps, any of `files|runnables|data` for raw apps).
Both are belt-and-suspenders: nothing else currently uses these key
prefixes, but enforcing the shape locally keeps the migration safe
against future namespace collisions.
Adds `debounce: number` to `useLocalStorageValue`'s options. When set,
repeated mutations within the window collapse into a single
localStorage write fired by a plain `setTimeout`. The in-memory
`$state` is updated on every change so readers of `.val` always see
the latest value; only the persistence side-effect is deferred.
No `onDestroy` flush — the timer is independent of the Svelte
lifecycle, so SPA route teardown doesn't drop the pending write
(the callback still fires later as long as the JS context is alive).
A hard browser tab close within the window does drop it; that's an
acceptable trade-off vs the complexity of `beforeunload` listeners
and the leak/refcount issues they create alongside `useLocalStorageValue`'s
keyed instances.
`UserDraft.use` opts in with `debounce: 500` so a typing storm in the
script/flow/app editor produces one localStorage write per 500 ms
instead of one per keystroke.
Tests switch to `vi.useFakeTimers()` and a `flushPersist()` helper to
keep the synchronous `expect(localStorage…)` assertions working. New
test verifies the coalescing behaviour end-to-end.
The triggers in ScriptBuilder live in a dedicated `triggersState`
$state, separate from the `script` object that the UserDraft handle
deep-tracks. Pre-PR the per-builder localStorage autosave bridged the
two by snapshotting `triggersState.getDraftTriggersSnapshot()` into
the payload on every write — that bridge was dropped when we removed
the per-builder autosave in favour of UserDraft.
Add an $effect that deep-reads triggersState and mirrors the snapshot
back into `script.draft_triggers`. The UserDraft handle (already
deep-tracking `script`) then persists the trigger drafts as part of
the script autosave, restoring the prior behaviour.
The draft upsert was `ON CONFLICT (...) DO UPDATE SET value = EXCLUDED.value`,
so subsequent draft writes left `created_at` frozen at the first INSERT.
The frontend's UserDraft staleness check reads that timestamp as
`remoteDraftRev`; with it frozen, an updated remote draft looked
identical to the originally-baselined one and the "newer draft was
saved on the server" modal never fired.
Touch `created_at` on conflict too. The column's semantic widens from
"first write time" to "last write time", which is what every reader of
the field actually wants — the staleness signal is the only consumer.
SQLx offline cache regenerated to match the new query text.
ScriptBuilder's metadataOpen flag fires when `initialPath == ''` (the
heuristic for "new script, expected on /scripts/add"). The route's
`let initialPath = $state('')` left it empty until applyBaseline ran
later inside loadScript.
Pre-PR, the editor was gated on a route-level `script` $state that
started undefined, so ScriptBuilder didn't mount until loadScript's
synchronous block set both `script` and `initialPath` in the same
tick. With UserDraft.use reading localStorage synchronously, the gate
(`scriptHandle.draft`) is satisfied at mount time and ScriptBuilder
mounts with the still-empty initialPath, popping the drawer open.
Seed initialPath from page.params.path synchronously so ScriptBuilder
sees the path on its first render. Falls back to '' for the historical
`?hash=` view to preserve the existing behaviour there.
The new `*WithDraft` endpoints surface `draft.created_at` as
`Option<chrono::DateTime<Utc>>` for the frontend's staleness check,
which requires `TIMESTAMPTZ`. The column was originally created as
plain `TIMESTAMP`, so SQLx fails to deserialize any row that has a
non-null draft and the handler returns HTTP 400 instead of 200 —
caught by `test_draft_endpoints` in the integration tests.
Migrate the column to `TIMESTAMPTZ`, interpreting existing values as
UTC (matching `now()`'s behaviour on a UTC server). No compile-time
sqlx queries reference the column, so the offline cache stays valid.
* [ee] fix(nativets): pass tracing-enabled OtelConfig to deno_telemetry::init
* chore: update ee-repo-ref to 19a76a09ffb43649ee19e62d07e8b8a42d78757b
This commit updates the EE repository reference after PR #573 was merged in windmill-ee-private.
Previous ee-repo-ref: daf7ce31f192d64ca6b5602af626ab6453d2aff4
New ee-repo-ref: 19a76a09ffb43649ee19e62d07e8b8a42d78757b
Automated by sync-ee-ref workflow.
---------
Co-authored-by: windmill-internal-app[bot] <1429786+windmill-internal-app[bot]@users.noreply.github.com>
Co-authored-by: windmill-internal-app[bot] <windmill-internal-app[bot]@users.noreply.github.com>
* feat: include service accounts in instance settings users list
Service accounts (workspace-scoped, no password row) now appear in the
superadmin users list with a Bot icon, workspace badge, and a link to
manage them in the workspace settings. Role is locked to Operator.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* chore: update sqlx offline cache
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix: use composite key for users each block
Service accounts can share emails across workspaces, so key by email + workspace_id to avoid Svelte each_key_duplicate.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
UserDraft.remove only clears localStorage — the entry's reactive cell
stays alive as long as some component holds a handle. The toast
callback was relying on remove+loadXxx to reset state, but loadXxx
then read the *in-memory* autosave through the still-alive entry,
matched it against the now-deployed reference, and re-fired the same
toast. Forever.
Drop the in-memory state explicitly before the load:
- scripts/flows/apps_raw (route-level handle): `handle.setDraftAndMeta(undefined, {})`
- apps (handle lives in the AppEditor child): set `app = undefined`
to unmount AppEditor — its onDestroy releases the handle and the
entry's refcount drops to 0, destroying the entry.
ScriptBuilder / FlowBuilder / RawAppEditor briefly unmount while the
reload fetches; the flash is the user-visible "loading" cue.
Mirror the URL-hash seed mechanism from /scripts/add to /scripts/edit
for parity: decode the base64-JSON-encoded NewScript payload from the
URL hash, apply it over the bakedBaseline as the editor's initial
state, send "Loaded from URL", and strip the hash immediately via
window.history.replaceState so a reload restores the user's autosave
rather than re-injecting the seed.
The seed wins over local autosave + backend draft + deployed —
UserDraft.remove(script, draftPath) drops the stale autosave on disk
before setDraftAndMeta writes the seeded value, so the user's
subsequent edits will overwrite cleanly.
Skipped when ?hash= is in the URL (historical-version view, which is
read-only relative to drafts) and when the hash fragment isn't a
parseable encoded payload.
No callers build /scripts/edit#<encoded> URLs today — this lands the
mechanism for future symmetry with /scripts/add.
The URL-encoded script is a one-shot seed (Fork preview, workspace
handler templates, hub publish) — keeping the hash in the bar after
loading meant a reload would re-apply the original payload and wipe
whatever the user edited since landing.
After applying `urlScript` and firing the "Loaded from URL" toast,
clear `location.hash` via `window.history.replaceState`. The user's
edits then flow into the normal autosave path (UserDraft empty-path
entry), and a reload restores those edits instead of the seed.
The "Fork" action on run/[...run] and several workspace-settings
helper-script templates base64-JSON-encode a NewScript into the URL
hash on `/scripts/add#...`. Until now /scripts/add silently dropped
that payload — both call sites landed on a blank editor.
Decode `page.url.hash` at module top, and if it parses to an object,
apply it as `scriptHandle.draft` and surface "Loaded from URL". The
URL value wins over local autosave, ?template, ?hub, and YAML imports
because the hash represents an explicit "open this script" intent.
Parsing is inlined rather than reusing `decodeState` so an unrelated
hash (e.g. a future route anchor) doesn't fire its default "Impossible
to parse state" error toast.
When a route loads its local autosave (differs from backend, no
staleness alarm), surface "Restored from local storage" with up to
two reset actions:
- "Reset to saved draft": drop the autosave, reapply the backend DB
draft. Only shown when the backend has a DB draft.
- "Reset to deployed": drop the autosave, delete the DB draft on the
backend (if any), reload from the deployed version. Only shown when
the item has a deployed version.
The toast title + label wording + per-state inclusion live in a
single helper (`$lib/userDraftToast`). Each editor passes its own
reset callbacks since the side effects differ per route (handle vs
UserDraft.get/save, redraw counters, loadXxx helpers).
Wired to scripts/edit, flows/edit, apps/edit, apps_raw/edit. Resource
and variable editors don't have DB drafts and use per-workspace
handles — a follow-up will tailor a single-action version.
Diego ImbertandClaude Opus 4.7
Ruben Fiszel
