* feat(oauth): support per-provider sandbox URLs in registry + instance settings
* fix(oauth): polish sandbox review nits (cc lookup, header label, ee ref)
* refactor(oauth): drop dead build_oauth_clients duplicate in windmill-oauth
* refactor(oauth): derive sandbox-capable provider list from registry
* chore(docker): copy oauth_connect.json into frontend build stage
* test(oauth): cover sandbox helpers (as_sandbox, canonical_name, resolve)
* chore: update ee-repo-ref to 9297d8f790346e6a6ad540c7bca1a67f91ec11a2
This commit updates the EE repository reference after PR #595 was merged in windmill-ee-private.
Previous ee-repo-ref: 3ab3eca9ac15ebab6db991e7964bc5e48ce21f42
New ee-repo-ref: 9297d8f790346e6a6ad540c7bca1a67f91ec11a2
Automated by sync-ee-ref workflow.
---------
Co-authored-by: windmill-internal-app[bot] <windmill-internal-app[bot]@users.noreply.github.com>
* [ee] fix(git-sync): publish fork branch on only_create_branch from the CLI
Fixes WIN-1997. Forking a git-sync-configured workspace must push a
`wm-fork/<branch>/<id>` branch to the repo, but the integration test
`test_workspace_fork_creates_branch` failed: the fork callback job
succeeded yet no branch appeared.
Root cause: the fork-branch callback runs the sync script with
`only_create_branch: true` and no items. The hub sync script delegates
branch checkout to `wmill sync git-deploy --only-create-branch` and runs
its own in-process commit+push ONLY for the `!only_create_branch` path
(`if (!only_create_branch) git_push(...)`). #9284 had moved commit+push
out of the CLI to the caller for the GPG-cache-warmth invariant
(WIN-1974) — but it also dropped the CLI's push for the branch-only
case. A branch-only publish has no commit, so no signing is involved and
the GPG concern does not apply; with neither the CLI nor the hub script
pushing, the empty fork branch was never published.
Restore the CLI push for the `only_create_branch` path (a bare
`git push --porcelain` of the checked-out branch ref). Adds a
deterministic CLI regression test that runs `git-deploy
--only-create-branch` for a fork workspace and asserts the branch
reaches the remote with no caller-side push.
EE companion: format the fork-branch commit message with Display instead
of Debug (no more `Some("...")` leak).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* chore: update ee-repo-ref to a30079e75dc5b7d7413aa8ee20e40e80bfea9cbd
This commit updates the EE repository reference after PR #597 was merged in windmill-ee-private.
Previous ee-repo-ref: 8b02336fcebdfae4b9d2795cbb74fa7046530bcb
New ee-repo-ref: a30079e75dc5b7d7413aa8ee20e40e80bfea9cbd
Automated by sync-ee-ref workflow.
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Co-authored-by: windmill-internal-app[bot] <windmill-internal-app[bot]@users.noreply.github.com>
* [ee] feat(queue): duration-weighted fairness admission atomic
Add the `WORKSPACE_FAIRNESS_ADMISSION_PPM` atomic that the EE
`workspace_fairness_ee::refresh_overloaded` writes on each refresh
(see companion EE PR). The atomic is read on every pull by
`should_admit_capped` to decide whether the dispatch goes down the
standard or fairness path. Defaults to 10_000 (= admit all) so the
pre-fairness behaviour is preserved until the first refresh fires.
OSS stub in `workspace_fairness.rs` continues to return `true`
unconditionally, so non-EE builds are bit-identical.
* docs(queue): consolidate full fairness algorithm into workspace_fairness.rs
Move the algorithm doc — what "overloaded" means in worker-seconds, the
duration-weighted admission derivation, coordinated refresh structure,
audit emission, the SQL perf constraints (no params CTE, drive running
side from v2_job_runtime), and EE gating — into the OSS surface module
where it is readable without EE access. The EE file becomes implementation
only.
Also bump ee-repo-ref to the EE commit that strips the duplicate doc.
* docs(queue): clarify ADMISSION_PPM default is "admit all", not count-based
Addresses CI review (claude[bot]): the `10_000` initial value is the
"admit all" no-op default that applies before the first refresh
classifies an overloaded set — not the count-based value (which would
be `target * 10_000`). The count-based form is the empty-bucket fallback
inside `compute_admission_ppm`, a different thing.
* chore(queue): point ee-repo-ref at EE main (fairness admission merged via #593)
* fix(queue): duration-weighted admission uses unclamped service-time window
Bumps ee-repo-ref to the EE fix (windmill-ee-private#596) that sources
D_c/D_u for the admission probability from a separate 60s service-time
window of true `duration_ms`, instead of the occupancy aggregation whose
per-job contributions are clamped to the 10s occupancy window. The clamp
truncated D_c for capped jobs longer than the window, under-admitting the
duration skew (true 34s jobs → ~86% effective share instead of the target
65%). Occupancy worker-seconds still drive overload classification.
Updates the algorithm doc in workspace_fairness.rs accordingly.
Note: ee-repo-ref points at the EE feature branch; re-point to EE main
once #596 merges.
MultiSelect read `value.length` directly while `value` is a bindable
prop with no default, so a parent passing `undefined` (e.g. an
enum-array approval form field with no initial value via ArgInput)
threw a TypeError that blanked the entire approval page. Guard all
reads behind a `value ?? []` derived.
Fixes WIN-1996
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
referencesIncludeLine required the include token to be the entire
trimmed line. The wmill-default CLAUDE.md template is
`Instructions are in @AGENTS.md` — include mid-sentence — so the
migration prompt fired every run on files wmill itself wrote.
Accept the include as a whitespace-separated token on any non-comment
line.
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The Help menu lived in a separate Menubar from the Settings/Workers/
Folders/Logs group, so melt-ui's hover-to-switch logic (which only
spans menus within the same Menubar) did not close the Help popup
when the cursor moved to a sibling group, causing menus to stack.
Merge both bottom Menubars into a single Menubar, wrapping each
group in its own flex container to preserve the visual spacing.
Fixes WIN-1993
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(cli): redact encryption_key diff in stdout by default
Sync diff output previously printed the full encryption_key contents on
stdout whenever the workspace key changed locally or on the remote, which
made it easy to leak the key via shell history, CI logs, etc. Now the
diff is replaced with a redacted notice for any encryption_key change in
both prettyChanges and showConflict. Pass --show-encryption-key-diff
(also configurable via wmill.yaml's showEncryptionKeyDiff) to opt back
into the full diff.
Fixes WIN-1992
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(cli): redact encryption_key diff with fixed-length mask
Drop the --show-encryption-key-diff opt-in and always redact: the diff
now keeps the first 5 chars of the key so rotations are still visible
(different prefixes), then replaces every remaining char with `*` so the
length of the key is preserved without leaking it.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
`announce_server_started` writes a `server_heartbeat:{INSTANCE_NAME}` row
on each startup. INSTANCE_NAME is a fresh random string per process, so
the row is never updated again and a new row is inserted on every
restart, growing background_task_state unboundedly.
Add an hourly monitor task that deletes server_heartbeat:* rows older
than 7 days. Older rows cannot influence check_any_server_started (which
only considers heartbeats refreshed after the restart was initiated), so
they are safe to prune.
Fixes WIN-1990.
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(queue): bump EE ref to include worker_ping fairness signal
The current ee-repo-ref.txt pointed to 31cda7c (an unrelated merge
commit on the asset-graph-view-ee branch) instead of ddc9e80, which
contains the workspace-fairness fix that switches the active-share
signal from v2_job_queue.running=true to worker_ping. As a result
cloud was still computing overload off the legacy signal, so a
workspace with many in-flight/suspended flows (lancom01-prod, with
799 suspended flows × 3 v2_job_queue bookkeeping rows each = 2397
running-true rows) was flagged as 95% of cluster activity despite
consuming zero worker slots.
Bumping to ddc9e80 picks up the worker_ping-based signal, which
naturally excludes (a) suspended jobs (no worker pinging them),
(b) zombie running-rows from dead workers, and (c) flow/flownode
orchestration rows that never run on a worker in the first place.
* test(queue): seed v2_job rows + realistic durations for fairness helpers
The new duration-weighted fairness algorithm joins v2_job_queue and
v2_job_completed to v2_job for the `kind` filter (excluding flow
bookkeeping) and reads `duration_ms` for the completed contribution.
Update the test helpers to mirror that schema:
* `insert_completed` now inserts a matching v2_job row (kind=script)
and writes `duration_ms = 1000` with a 1-second [started_at,
completed_at] interval, so each completed row contributes ~1
worker-second when fully inside the refresh window.
* `insert_queued` likewise pre-inserts v2_job, sets `started_at`
to NOW() - 1s when running=true (so running rows contribute ~1
worker-second by the time the refresh runs), and seeds
v2_job_runtime.ping so the running side accrues real-time worker
seconds (the algorithm bounds end-of-interval by ping).
The zombie/suspended insert helpers are intentionally left without
v2_job rows — the new algorithm's INNER JOIN excludes them, so they
still correctly contribute zero worker-seconds.
* chore(queue): bump EE ref to duration-weighted fairness algorithm
Companion to windmill-ee-private#<TBD>: switch the EE workspace
fairness aggregation from a count-based UNION (worker_ping snapshot
+ v2_job_completed count) to a worker-seconds aggregation sourced
directly from v2_job_queue and v2_job_completed, with kind/suspend
filters mirroring handle_zombie_jobs and per-row defenses against
zombie inflation on both halves.
* chore(queue): bump EE ref for fairness perf fix (inline window_start)
* chore(queue): bump EE ref for fairness perf rewrite (driver-side flip)
* update ee ref
`fairness_ignores_zombie_running_rows` and
`fairness_ignores_concurrency_suspended_rows` panic intermittently in CI
(both Linux and Windows runs). Mark them `#[ignore]` until the
underlying flakiness is resolved.
* feat(websocket-trigger): honor HTTPS_PROXY/HTTP_PROXY/NO_PROXY (WIN-1988)
`tokio_tungstenite::connect_async` opens a raw TCP socket and ignores
the standard outbound-proxy env vars, so deployments behind a forward
HTTP proxy can't reach the WebSocket endpoint and Test Connection
times out after 30s.
Add a small `proxy` module that resolves the right proxy URL for the
target host (HTTPS_PROXY for wss://, HTTP_PROXY for ws://, NO_PROXY
exclusions, ALL_PROXY fallback, lowercase variants), opens an HTTP
CONNECT tunnel when one applies, and hands the resulting TcpStream to
`client_async_tls_with_config` for the TLS + WS handshake. Direct
connect remains the default when no proxy env is set.
Unit tests cover NO_PROXY matching, proxy URL parsing (including IPv6
literals and basic-auth userinfo), and the CONNECT handshake itself
against an in-process fake proxy (success, basic-auth header, 407
rejection).
Fixes WIN-1988
* refactor(websocket-trigger): reduce blast radius and reuse existing logic
Follow-up to the proxy support change. Three things:
1. Skip the new code path entirely when no proxy is configured.
`connect_async_with_proxy` now checks the env-var snapshots up front
and delegates straight to `tokio_tungstenite::connect_async` if
neither `HTTP_PROXY` nor `HTTPS_PROXY` is set. Same fall-through
applies when proxy env is set but `NO_PROXY` excludes the host or
the proxy URL doesn't parse. Non-proxied deployments now exercise
exactly the previous code path.
2. Move the `NO_PROXY` / `HTTP_PROXY` / `HTTPS_PROXY` env-var snapshots
from `windmill-worker::worker` into `windmill-common`. The worker's
`PROXY_ENVS` static now reads from there, and the websocket trigger
reads from the same source — one place reads the env, one source
of truth for both call sites.
3. Replace the hand-rolled proxy-URL parser with `url::Url::parse`
(already a workspace dep, used across the codebase). Half the LoC
and handles edge cases (userinfo percent-encoding, IPv6 literals,
path/query stripping) via the well-tested crate instead of by hand.
All 13 proxy unit tests still pass. `cargo check` is clean.
* fix(websocket-trigger): unbreak EE build + trim proxy tests
- Re-export `NO_PROXY` / `HTTP_PROXY` / `HTTPS_PROXY` from
`windmill-worker::worker` (via `pub use windmill_common::...`) so the
EE `otel_tracing_proxy_ee` module's `use crate::{HTTPS_PROXY, ...}`
resolves like it did before. Fixes the `check_ee_full` / `cargo_test`
CI failures from the previous commit.
- Trim the proxy tests to one un-ignored canary
(`http_connect_tunnel_sends_well_formed_request_and_unwraps_stream`)
that exercises the actual on-wire CONNECT handshake plus byte-perfect
tunnel passthrough. The NO_PROXY-matching, URL-parsing, and edge-case
tunnel tests are kept under `#[ignore]` for manual debugging
(`cargo test -- --ignored`) since they're either delegated to
`url::Url::parse` or trivial string matching — low ROI on every CI run.
* feat(raw_apps): surface UI Builder build errors over the preview pane
Companion to the matching change in the UI Builder repo (see linked PR),
which stops rendering the build-error overlay over the VS Code editor
iframe and instead emits a `buildError` postMessage on every build
(message: undefined on success to clear).
Listen for that message on the existing window message handler (already
source-gated by the UI Builder iframe), store it in a `buildError`
$state, and surface it in two places:
* A red banner over the preview iframe, sibling to the existing logs
overlay (`top-12 left-2 right-2 z-20` so it clears the tab bar) —
failures appear right where the user looks for the rendered output.
* The Preview tab's icon and label tint red
(`text-red-600 dark:text-red-400`, matching the existing error
convention in raw_apps) — important in single-tab mode where the
preview pane is collapsed to 0px and the banner would be hidden.
Done by mapping `leftPaneTabs` / `rightPaneTabs` through a small
`tintPreviewOnError` helper so the source-of-truth `tabs` array is
untouched (DnD, ordering, fallback selection keep using the original
previewTab object).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): use Alert component for the build-error banner
Replace the hand-rolled red div with the shared `Alert` component
(`type="error"`, `title="Build failed"`). The error text stays in a
`<pre>` child so multi-line bundler output keeps its formatting, with
`max-h-60` so a long error never takes over the whole preview pane.
The absolute-positioned wrapper (`top-12 left-2 right-2 z-20`) and the
`role="alert"` move to that wrapper so the Alert component itself stays
unstyled at the call site.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(raw_apps): solid bg-surface backing behind build-error Alert
The Alert's error background is semi-transparent in dark mode
(`bg-red-900/40` in `common/alert/model.ts`), so the preview iframe
shows through when the banner is laid over it. Add a `::before`
pseudo on the Alert root with `bg-surface` (matched `rounded-md`,
`-z-10` so it sits behind the red bg) to give it a solid plate.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): isolate banner stacking context, DRY tab tint chain
Two small follow-ups from review:
* Add `isolate` to the build-error banner wrapper so the `before:-z-10`
pseudo's stacking context is pinned locally — it works today because
`position: absolute` + `z-20` creates one, but `isolate` makes the
dependency self-documenting and survives a future refactor that
removes the explicit `z-20`.
* Extract `tintTabs = (ts) => ts.map(tintPreviewOnError)` so the two
`$derived` blocks for leftPaneTabs / rightPaneTabs read identically.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* chore(raw_apps): trim build-error overlay comments
Per review feedback. Keep only the load-bearing facts (bg-surface backs
the Alert's translucent red, isolate pins the pseudo stacking, the
`message: undefined` clear convention) and drop the prose context that
duplicated what the code already shows.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* chore(raw_apps): bump bundled ui_builder to 00c9834
Brings in the postMessage emission from
windmill-labs/windmill-code-ui-builder#9 (merged) so this PR's host
listener actually receives `buildError` events. SHA verified against
the R2 artifact.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(jobs): enforce anonymous-only guard on `only_result` job updates
The `jobs_u/getupdate/{id}` and `jobs_u/getupdate_sse/{id}` endpoints
accept `only_result=true`. In that branch, `get_job_update_data` queried
the result solely by (workspace_id, job_id) and skipped the
`created_by == "anonymous"` check that the non-only_result path and
adjacent unauthenticated endpoints apply. An unauthenticated requester
who learned a private job UUID could therefore retrieve that job's
output.
Hoist the guard to the top of `get_job_update_data` so both branches are
covered.
Fixes WIN-1980
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor: fold `created_by` check into existing only_result queries
Avoids the extra `SELECT created_by` round-trip per call by joining
`v2_job` once in the two queries that handled the unauth path and
checking inline. Behavior is identical to the prior commit; the SSE
polling loop now does one query per poll instead of two for
unauthenticated callers.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor: cache anonymous_verified across SSE polls
Replace the LEFT JOIN approach with an upfront `SELECT created_by`
guarded by a new `&mut bool anonymous_verified` parameter that mirrors
`early_return_suppressed`. The SSE polling loop now performs the auth
check exactly once per stream rather than per poll, and the data SQL
reverts to its original form so authenticated callers pay no extra
cost. `created_by` cannot change after job creation, so caching the
verification across polls is safe.
Cost matrix:
- Authed (any path): 0 extra queries
- Unauthed one-shot: 1 extra query (unavoidable)
- Unauthed SSE: 1 extra query at stream start, 0 per poll
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor: scope anonymous check to only_result branch
The non-only_result branch already enforces the `created_by` check via
its main query, so a top-level hoisted check duplicated work for
unauthenticated default-path callers. Move the check inside the
`if only_result.unwrap_or(false)` block — exactly where the bypass
lives — and leave the non-only_result path untouched.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* [ee] feat(service-accounts): allow choosing role at creation time
Previously, service accounts were hardcoded to operator and could not be
used as the CLI sync user since they had no write access. They also only
counted as 0.5 seat each.
This change:
- Extends `NewServiceAccount` to accept optional `is_admin` / `operator`
(defaults to `operator=true` for backward compatibility).
- Exposes a role picker in `AddUser.svelte` when creating a service
account (Operator / Developer / Admin).
- Lets admins update a service account's role from the user list (it
used to be locked to "Operator" with a tooltip).
- Updates the OpenAPI spec + regenerates the frontend client.
A developer/admin service account counts as 1 seat under the existing
seat-cap logic (operators stay at 0.5).
Companion PR on windmill-ee-private updates the `INSERT INTO usr` to
honour the chosen role.
Fixes WIN-1985
* [ee] feat(service-accounts): wm_deployers opt-in for Dev role
When creating a service account with role=Developer, surface a toggle
"Add to wm_deployers" (recommended). Members of wm_deployers can deploy
on behalf of other users — the typical setup when the service account is
used as the CLI sync / CI deploy identity.
- `NewServiceAccount` gains an optional `add_to_deployers` flag.
- Frontend defaults the toggle to on but only shows it under Developer
(admins have it implicitly; operators can't deploy).
- Tooltip links to docs.windmill.dev "Run on behalf of".
Companion EE PR updates the handler to INSERT into usr_to_group for
wm_deployers when the flag is set.
Refs WIN-1985
* chore: update ee-repo-ref to 974ed42067d9f63acb42332b671b8c01ffd4b625
This commit updates the EE repository reference after PR #589 was merged in windmill-ee-private.
Previous ee-repo-ref: f7dbc3cc2ba21c396f4828881e3b9d9ab6f50c69
New ee-repo-ref: 974ed42067d9f63acb42332b671b8c01ffd4b625
Automated by sync-ee-ref workflow.
* [ee] fix(service-accounts): unhardcode role in superadmin user list
Two review issues from the merged #9307 / #589:
1. P1 — The global Users tab in #superadmin-settings still pinned every
service account to "Operator". Now it shows the actual role
(Admin / Operator / Developer), derived from the SA's usr row.
- `list_users_as_super_admin`: replaced `true as operator_only` with
the real `operator` value, and added `is_workspace_admin` from the
row (NULL for password users since their admin status is
per-workspace).
- `global_whoami`: when the email belongs to a service account, look
up its real `operator` / `is_admin` instead of pinning to operator.
- `SuperadminSettingsInner.svelte`: drop the hardcoded "Operator"
badge; render Admin / Operator / Developer using the new fields,
matching the workspace-level view.
2. P2 — Regenerate the bundled `openapi-deref.{yaml,json}` so the
`createServiceAccount` body (now exposing `is_admin`, `operator`,
`add_to_deployers`) and the new `GlobalUserInfo.is_workspace_admin`
field show up at runtime in `/api/openapi.{yaml,json}`.
Bumps `ee-repo-ref.txt` to the EE follow-up that adds the offline
seat-cap check on `create_service_account`.
Refs WIN-1985
* chore: update ee-repo-ref to b7a6068c1f3dc845e012959268b2426f0de4d697
This commit updates the EE repository reference after PR #590 was merged in windmill-ee-private.
Previous ee-repo-ref: 0b1307c21d1bfd6fb43a03c2ba39d2a8bf8e6470
New ee-repo-ref: b7a6068c1f3dc845e012959268b2426f0de4d697
Automated by sync-ee-ref workflow.
---------
Co-authored-by: windmill-internal-app[bot] <windmill-internal-app[bot]@users.noreply.github.com>
* fix(settings): skip workspaced-route duplicate checks on cloud
The pre-write validation hooks for `app_workspaced_route` and
`http_route_workspaced_route` query the DB for cross-workspace duplicates
and fail the save when any are found. On cloud both `custom_path_exists`
(apps) and `route_path_key_exists` (HTTP triggers) already scope lookups
by `workspace_id` regardless of these settings, so duplicates across
workspaces are expected and the validation has no runtime meaning. The
result was that any cloud super-admin attempting to save instance
settings with these toggles set to false received
`Duplicate HTTP route paths detected` even though the setting has no
effect on cloud routing.
Fixes WIN-1983
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(error): render JsonErr as readable text and return 400
`Error::JsonErr` previously rendered through `#[error("Error: {0:#?}")]`,
leaking Rust's `Debug` output (`Object { "error": String(...), "details":
Array [...] }`) into the HTTP response body, and was bucketed into the
catch-all 500 branch in `IntoResponse`. The result was a 500 status with
a wall of Rust debug syntax in the toast — confusing and user-hostile.
- Bucket `JsonErr` into 400 (Bad Request): every current call site
(workspaced-route duplicate checks, OAuth client errors, etc.) is a
client/validation issue, not an internal server fault.
- Add `format_json_err_message` which surfaces the `error` field as the
headline, summarises `details` (with a `- key=value` per entry), and
pretty-prints the rest as JSON for unknown shapes. The frontend toast
now reads e.g.
Duplicate HTTP route paths detected
- route_path=a, workspace_id=admins, http_method=post
- route_path=a, workspace_id=starter, http_method=post
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(toast): preserve newlines and escape HTML in multi-line errors
The toast renders via `{@html processMessage(message)}`, so server-side
error bodies that span multiple lines (e.g. the duplicate-route response
from the settings endpoint) collapsed into a single line because HTML
treats consecutive whitespace (including `\n`) as a single space.
When the message contains a newline, escape HTML first (defends against
injected markup in server error bodies) and convert `\n` to `<br />` so
multi-line errors stay readable in the toast.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fixup: address CI review feedback
- toast.ts: escape HTML unconditionally. The previous gate on `\n` left
single-line server error bodies unsafe under {@html}, which cubic
flagged as P0. The path regex below only inserts a `<span>` around a
`u/...` or `f/...` capture that can't contain HTML metacharacters, so
escaping the whole input is the simpler and correct fix.
- error.rs: add unit tests pinning the rendered shape of
`format_json_err_message` (error+details, error-only, truncation cap,
non-object fallback to pretty JSON).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(raw_apps): custom tab system for source / runnable / preview
Replaces the fixed split-pane layout with a tab bar inside the editor
area. Each frontend file is a tab, each selected runnable is a tab,
and the Preview is pinned to the right (non-closable). Tabs are an
alternative discoverability surface to the sidebar — both stay
functional, but tabs make navigation viable on small screens with
the sidebar collapsed.
A "Split with Preview" toggle in the tab bar's trailing slot pairs
the active tab with the preview side-by-side for wide-screen
multitasking. The toggle hides when Preview is already the active
tab.
The UI Builder, runnable editor, and preview iframe all stay mounted
across tab switches (toggled via `display`) — no bundler restarts, no
preview state loss, no editor remounts.
- New common/tabs/DraggableTabs.svelte: reusable tab strip with
drag-reorder (@windmill-labs/svelte-dnd-action), pinned-left/right
slots excluded from the drag zone, hover-revealed X close, middle-
click close, keyboard navigation (arrows / Enter / Backspace),
and a `trailing` snippet for inline toolbar add-ons.
- raw_apps/RawAppEditor.svelte:
- Tab state (`tabs`, `activeTabId`, `splitWithPreview`) lives in
Windmill. Persisted in localStorage keyed by workspace + app path.
- Sidebar file clicks (`handleSelectFile`) and runnable selection
(`selectedRunnable` via `bind:`) are mirrored into tabs via an
effect — the sidebar interaction is otherwise untouched.
- Listener augmented: `setActiveDocument` backfills tabs for files
VS Code opens by itself; `setFiles` / `runnables` updates drop
stale tabs.
- Bundler / inspector / rebuild toolbar moves into the tab bar's
trailing slot — always visible regardless of active tab.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(raw_apps): modern tab styling + resizable split-with-preview
Two polish passes on the new tab system:
DraggableTabs styling:
- Remove the bottom border on the tab strip + the accent-coloured
border-b-2 on the active tab. The active tab now shares the
surface background with the content area below it, so the
boundary visually "disappears" — modern IDE-style tabs.
- Inactive tabs sit on the darker surface-secondary tab strip and
get a subtle right separator so they don't blur into each other.
Split-with-Preview is now a real resizable Splitpanes:
- The content area is rendered as a Splitpanes (always), with the
source/runnable slot on the left and the preview iframe on the
right. The user can drag the divider to adjust the ratio when
the "Split with Preview" toggle is on.
- Iframes never remount across single↔split toggles — pane sizes
are driven reactively from (activeTabKind, splitWithPreview),
not by adding/removing the Splitpanes itself.
- The user's preferred split ratio is remembered while they're
dragging and reapplied next time split is enabled.
- The inner splitter is CSS-hidden in single mode so the toggle
button stays the single canonical way to flip layouts.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): split mode moves preview tab into the right pane
Cleaner mental model for split-with-preview. Instead of "split the
active tab + always keep the Preview tab around", the Split toggle
now physically moves the Preview tab out of the bar and into a
permanent right pane. When the user toggles split off, the Preview
tab reappears in the bar like any other tab.
- New `displayedTabs` derived: filters out the Preview tab when
splitWithPreview is on, so the user sees only file/runnable tabs
in the bar and a dedicated preview pane on the right.
- `toggleSplit` redirects the active tab to the most recent
file/runnable when the user toggles split on with Preview active,
so they don't end up staring at an empty left pane.
- Split toggle is now always visible — the user can flip both ways.
The button label flips between "Pin preview to the right" and
"Move preview back into a tab" to reflect what's about to happen.
- reorderTabs preserves the Preview tab in the underlying `tabs`
array even though it's filtered out of the drag set in split mode.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(raw_apps): VS Code-style "Preview" header on the right pane
In split mode, the right pane now shows a small "Preview" tab-styled
header anchored at its top-left — making the layout read like a real
VS Code editor split, where each group has its own tab bar.
- Header appears only when `splitWithPreview && activeTabKind !== 'preview'`
(i.e. when the right pane is meaningfully separate from the left's
content). In single mode with preview active, the right pane is the
only thing visible and the main tab bar already labels it.
- The header uses the same styling as an active tab: `bg-surface`
on a `bg-surface-secondary` strip, h-8, text-xs, no border.
- An X button next to the label toggles split off — equivalent to
closing the editor in VS Code's split view (preview goes back to
living as a tab in the main bar).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): VS Code-style symmetric tab bars per pane
Restructure the editor area so each pane is a self-contained "editor
group" with its own tab bar at the top. The Splitpanes is now the
topmost element — the divider runs floor-to-ceiling, splitting both
the tab bars and the content.
Layout (left pane = source / runnable, right pane = preview):
- Left pane top: DraggableTabs (file/runnable tabs, Preview tab when
split is off) + Split-toggle in the trailing slot.
- Right pane top: a custom preview header — "Preview" label styled
like an active tab on the left + the preview-affecting toolbar
(bundler, inspector, rebuild) on the right.
- Each pane independently sized via Splitpanes; iframes + the
runnable panel stay mounted and toggled via `display` so state
survives every transition.
Trade-off: in single-mode with Preview active (paneA=0), the left
tab bar is hidden along with the left pane. To switch back to a
file tab the user uses the sidebar — which is exactly the
discoverability surface tabs were meant to complement, not replace.
Button placement by semantic ownership:
- Layout control (Split toggle) — left side, with the editor.
- Preview-affecting controls (bundler, inspector, rebuild) — right
side, with the preview. No close-X on the right; the Split toggle
on the left is the canonical way to flip layouts.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(raw_apps): keep tab bar visible when Preview is active in single mode
The "VS Code-style" restructure put the tab bar inside the left
Pane. When activeTabKind became 'preview' in single mode, the left
pane collapsed to width 0 and the entire tab bar disappeared with
it — leaving the user with no way to switch back to a file tab
except via the sidebar.
Move the main tab bar back above the inner Splitpanes (full width,
always visible). The preview pseudo-header stays inside the right
pane, carrying the bundler / inspector / rebuild toolbar. The
splitter only goes through the content area below the tab bar,
which is acceptable given how much friction the disappearing-tabs
edge case caused.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): per-pane tab bars with mirrored single-mode lists
Replace the single tab bar above the inner Splitpanes with one
DraggableTabs per pane. Splitter now goes floor-to-ceiling through
tabs AND content in split mode.
In single mode both bars mirror the full tab list, so the visible
pane always carries every tab — fixes the bug where activating
Preview hid the tab strip. Clicking Preview while in split mode is
a no-op (Preview is permanently visible in the right pane).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(raw_apps): polish tab strip and sync editor font to text-xs
* feat(raw_apps): move logs overlay onto the preview pane
* refactor(splitpanes): extract pixel-aware minSize helper
* fix(raw_apps): tab hydration loads correct file; closeTab in split mode
* fix(raw_apps): lazy-mount UI Builder iframe + add dev:ui-builder script
* feat(raw_apps): default split view, blue preview tab, fix dnd ghosting
* fix(raw_apps): remove 1px splitter sliver beside preview in single view
* fix(raw_apps): tab scrollbar on hover, fix thumb height + resize staleness
* refactor(raw_apps): don't persist tab/split layout in localStorage
* refactor(raw_apps): derive pane sizes + binding setter instead of effects
* style(raw_apps): trim verbose comments
* feat(raw_apps): accept appendLogs delta from the UI Builder iframe
* fix(raw_apps): exit inspect mode on Escape
* fix(raw_apps): Escape clears lingering inspector selection after pick
* style(raw_apps): accent-selected styling for active tab, bg-surface strip
* fix(raw_apps): address PR review nits (drop debug log, timer/reorder/pane-setter, dev script restore)
* fix(raw_apps): clear inspector overlay on the preview iframe, not the source
* style(raw_apps): neutral tab look (surface-tertiary/text-emphasis selected, text-hint idle)
* chore(raw_apps): bump bundled ui_builder to 61b6fdd
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(ai-chat): align footer bar, use DropdownV2 for mode/autonomy selectors
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(dropdown): add `selected` item prop rendering a trailing check
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* style(ai-chat): add small spacing between chat input and footer bar
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(ai-chat): always offer the 3 autonomy options in the auto-accept picker
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(ai-chat): default autonomy mode to auto-accept on
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* refactor(ai-chat): use Button component for footer dropdown triggers
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* style(ai-chat): use a hand icon for the auto-accept-off autonomy state
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* style(ai-chat): use subtle Button variant for mode and model selectors
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* style(ai-chat): tighten spacing between input and footer bar
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(ai-chat): reword autonomy levels as ask/auto-accept/bypass permissions
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(button): add 2xs unified size with tighter padding
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(ai-chat): compact footer bar — 2xs buttons, AtSign context icon, short Yolo label, discreet model
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* style(ai-chat): widen the permission selector dropdown
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* fix(dropdown): group shortcut + selected check to avoid ml-auto collision
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* test(ai-chat): cover getPersistedAutonomyMode default; clarify default comment
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(queue): audit-log workspace-fairness cap transitions
When the cloud per-workspace fairness mechanism adds a workspace to the
capped set or releases one, write `workspace_fairness.capped` /
`workspace_fairness.uncapped` audit-log entries to the affected workspace.
The cluster admin can review the full timeline from the `admins` workspace
audit view with `all_workspaces=true`; per-workspace owners see their own
events in their normal audit list.
Only the per-cycle refresh winner emits entries (matching where the heavy
aggregation runs), so a fleet of N workers does not produce N duplicates
per transition. The diff is computed against the value already in
`background_task_state` rather than the winner's in-memory cache, so a
freshly-restarted process winning the claim does not spuriously emit
"newly capped" entries for workspaces that were already capped before it
started.
Audit writes are best-effort: failures are logged via tracing and do not
abort the refresh cycle.
Fixes WIN-1984
* feat(queue): scope fairness audit to admins workspace + queue-metrics pane
- Write `workspace_fairness.capped` / `workspace_fairness.uncapped` to the
`admins` workspace (was: per-affected-workspace) with the affected
workspace_id moved to the `resource` field. Cluster admins now get the
full timeline in one place without `all_workspaces=true`.
- Add `GET /workers/workspace_fairness_events` returning the last 100
events. Cloud-gated (returns `[]` on non-cloud) and devops-only.
- Add a `WorkspaceFairnessEvents` Section to the Queue Metrics drawer,
rendered only when `isCloudHosted()` is true. Shows time / event
badge / workspace / parameters with a refresh button.
Fixes WIN-1984
A token scoped to a single resource (e.g. `resources:read:u/alice/foo`)
could call `GET /api/w/{w}/resources/list_search` and receive `path` and
`value` for unrelated resources in the workspace. Route-level scope
checks only validate `domain:action`; per-resource handlers do a
`check_scopes` against the path, but the listing endpoints did not —
leaking integration credentials, API keys, and other secrets stored as
resource values to narrowly-scoped tokens.
Add `build_scope_path_predicate` to `windmill-api-auth` (mirrors
`check_scopes` semantics but parses the token's scopes once, suitable
for filtering many rows). Apply it to `list_search_resources`,
`list_resources`, `list_names` (resources) and `list_variables`
(non-secret value leak), so a scope-restricted token only ever sees the
paths it is authorized to read. Unscoped tokens and tokens whose only
scopes are `if_jobs:filter_tags:*` are unaffected.
Includes regression tests covering: unscoped, tag-filter-only,
single-resource, wildcard, wrong-domain, and write-implies-read.
Fixes WIN-1981
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
* feat(queue): cloud-only per-workspace fairness cap on the shared worker pool
On `app.windmill.dev` the cluster runs a single default worker group, so a
single workspace flooding the queue can degrade quality of service for
everyone else. This adds an opt-in mechanism that caps any single workspace
at a configurable share of the shared worker pool when it has been
dominating cluster activity for more than a configurable window.
Detection signal counts both currently-running jobs and jobs completed in
the rolling window, so it catches workspaces hogging slots with long jobs
**and** workspaces spamming many tiny jobs (where no individual job's
started_at is old, but throughput share dominates).
Refresh is coordinated cluster-wide via a single UPDATE on
`background_task_state`: the `WHERE updated_at < now() - interval` predicate
combined with row-level locking means only one process per refresh cycle
actually runs the aggregation, regardless of fleet size. Every other
process gets the freshly written value in the same round trip via
`UNION ALL ... LIMIT 1`. Heavy aggregation rate stays at ~0.2-0.5 qps for
the whole cluster.
Pull queries are split: the existing query string and its bind shape stay
bit-identical to today, so the planner keeps using the same indexes when
fairness is off or no workspace is currently capped. A separate
`WORKER_PULL_QUERIES_FAIRNESS` adds `AND workspace_id <> ALL($2::text[])`
and is only materialized while the feature is enabled.
Hard-gated to `CLOUD_HOSTED=true` + BASE_URL host == app.windmill.dev at
three layers: frontend `cloudonly: true`, API setter rejection in
`set_global_setting_internal`, runtime check in `fairness_active`. Settings
are exposed under Jobs in the instance-settings UI; defaults are off so
the change is a no-op for self-hosted.
Two-pass pull guarantees no worker idling: if every queued job belongs to
a capped workspace, the second pass uses the unmodified pull queries.
Cap re-asserts on the next refresh.
Fixes WIN-1982
* fix(queue): address CI review findings on workspace fairness
Six fixes from the four-reviewer cross-check on #9303:
1. **Aggregation evaluation (Codex P1).** The previous `INSERT ... ON CONFLICT
DO UPDATE WHERE updated_at < ...` had the heavy `v2_job_queue ∪
v2_job_completed` aggregation inlined into `VALUES`, which Postgres
evaluates for every contender to build the proposed row — losing the
"one heavy aggregation per cycle cluster-wide" property the design
advertises. Split into three small statements: (a) cheap claim with
constant `VALUES`, (b) winner-only `UPDATE ... SET value = jsonb_build_object('overloaded', <agg>)`
(Postgres only evaluates `SET` per row matching `WHERE`, so losers never
compute the aggregation), (c) read for everyone. Heavy query now truly
runs ~0.2-0.5 qps cluster-wide regardless of fleet size.
2. **Numeric setting wraparound (cubic P1).** `u64 as u32` and downstream
`u32 as i32` could silently flip sign and feed `make_interval(secs => -N)`,
making `now() - interval` a future timestamp and disabling the
completed-jobs half of the activity signal. Clamp `duration_secs` to
[1, 86400] and `min_total_jobs` to [0, u32::MAX] before storing.
3. **`/instance_config` bypass (cubic/Claude/Codex P2).** Bulk config endpoint
sidestepped `set_global_setting_internal`'s gate; a self-hosted superadmin
could persist `workspace_fairness_*` rows via the bulk path. Mirror the
per-key check in `set_instance_config` upsert flow.
4. **DB error coerced to false (Claude P2).** `load_workspace_fairness_enabled`
collapsed `Err(_)` to `false` and unconditionally swapped the atomic — a
transient DB blip during notify-event propagation toggled the feature off
cluster-wide (and triggered a `store_pull_query` rebuild precisely when load
is highest). Now propagates the error so the atomic stays at its prior value.
5. **Refresh failure cooldown (Claude P2).** Storing `0` removed the rate
limit entirely; every subsequent pull spawned a new refresh task. Leave
`LAST_REFRESH_MICROS` at `now_us` (already written by the CAS) so the
natural interval acts as the cooldown.
6. **Visibility + duplication (Pi P2).** Mark `make_pull_query_fairness` as
`pub(crate)`. Move the duplicated `BASE_URL host == app.windmill.dev`
parser into `windmill-common::worker::is_cloud_production_host` and share
it between the API setter and the runtime path.
Verified locally:
- `POST /api/settings/global/workspace_fairness_enabled` → 400 (per-key gate)
- `PUT /api/settings/instance_config` with fairness key → 400 (bulk gate)
- `cargo check --workspace --features=private,enterprise,quickjs` — clean
Refs WIN-1982.
* fix(queue): second round of CI review nits on workspace fairness
Three issues raised by the Codex/Claude re-review of commit 0b38ff2:
1. Non-cloud deletes were rejected (Codex P2). The cloud gate ran before
the Null / empty-string deletion branches in both `set_global_setting_internal`
and the bulk `set_instance_config`. A self-hosted instance that inherited
stale `workspace_fairness_*` rows from a cloned cloud DB couldn't clear
them through the API — the rows stayed in `global_settings` and continued
to show up in the YAML export. Now the gate only blocks upserts; Null /
empty-string deletes pass through on any host.
2. Deleted numeric knobs kept stale runtime values (Codex P2). When a
cloud admin cleared `workspace_fairness_max_percent`, `..._duration_secs`,
or `..._min_total_jobs`, the notify-event fired but the numeric loaders
ignored `Ok(None)` and left the previous in-memory value pinned until
process restart. Loaders now distinguish three outcomes:
- `Err(_)`: transient — leave atomic alone (preserves the
previous-round fix).
- `Ok(None)` / `Ok(Some(invalid))`: reset to the documented default.
- `Ok(Some(valid))`: clamp and store.
Defaults are extracted to `WORKSPACE_FAIRNESS_*_DEFAULT` constants kept
in sync with the `AtomicU32::new(...)` initialisers in
`windmill-common/src/worker.rs`.
3. `fairness_active` was `pub` with no cross-crate caller (Claude nit).
Tightened to module-private.
Verified locally on this non-cloud instance:
POST .../workspace_fairness_enabled body=null → 200 (delete passes)
POST .../workspace_fairness_enabled body=true → 400 (set blocked)
PUT .../instance_config {} → 200 (no-op passes)
PUT .../instance_config with fairness key → 400 (bulk set blocked)
Skipped the partial index on `v2_job_queue WHERE running = true` that
Claude flagged as a residual nit — queue stays under 50k rows per the
operator's measurement, so the seq-scan cost (~10 ms × 0.5 qps =
~0.5% of a DB core) is well below the noise floor and the index isn't
worth the maintenance cost on job transitions.
Refs WIN-1982.
hugocasa
Ruben Fiszel
centdix
Diego Imbert
Guilhem