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* feat: add workspace-specific flag for resources and variables Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> * fix: remove set_ws_specific endpoint and fix rust-client compilation Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> * fix: fall back to workspace name for ws_specific file naming When wsNameForFiles is not set (no wmill.yaml workspace config), ws_specific items would not get workspace-suffixed filenames during pull. Now falls back to workspace.name/workspaceId. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> * fix: use workspace ID instead of CLI name for ws_specific file naming Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> * fix: pass workspace ID fallback to elementsToMap for ws_specific push Without this, workspace-specific files (e.g., a.admins.resource.yaml) were not recognized during push when no wmill.yaml or git branch was available, causing spurious deletions. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> * ui nits * nit * Fix variable edit when only editing ws_specific * mark_linked_variables_ws_specific * Helper label * Support json format alongside yaml * Fix file naming push/pull asymetry & ws_specific orphans * Revert all CLI diffs * CLI now appends the remote ws_specific list to the local specificItems * UI for Env switcher * Refactor Resource/Variable editors to use dumb component * Refactor side effects * Editor works with multi workspaces * Fix can_save * Fix As JSON * nit * UI nits * list_ws_specific_versions as pl sql function to avoid round trips * UI Nits * Per-workspace version read-only check * fix: reset session context in list_ws_specific_versions to prevent RLS leakage The function calls set_session_context() in a loop. Although SET LOCAL is transaction-scoped (so settings revert at autocommit), defending against the function being invoked inside a longer outer transaction: - wrap the loop in a sub-block with EXCEPTION WHEN OTHERS that resets the session to a deny-default (windmill_user, empty session.* GUCs) before re-raising, - on the happy path, reset to the same deny-default at the end of the function. * feat: audit auto-marked ws_specific variables When a resource is saved as ws_specific, every variable referenced via $var: inside its value is auto-INSERTed into ws_specific. Previously this happened silently. Now: - mark_linked_variables_ws_specific takes the authed user, - the INSERT uses RETURNING path so we know exactly which variables were freshly flipped (not the ones already ws_specific), - each newly flipped variable gets a 'variables.set_ws_specific' audit entry pointing at the resource that triggered it. * perf: skip mark_linked_variables_ws_specific when nothing relevant changed update_resource was calling mark_linked_variables_ws_specific on every save when the resource was ws_specific, even on a description-only or label-only edit. Gate the call on `ns.value.is_some() || ns.ws_specific == Some(true)` so we only re-mark when the $var: refs could actually have changed or ws_specific was freshly enabled. * docs: explain asymmetric ws_specific toggle in resource tooltip Enabling the resource's 'Workspace specific' toggle silently marks every variable referenced via $var: inside the value as ws_specific, but disabling it does not un-mark those variables (they may be referenced by other resources). Surface this in the tooltip so users know what to expect. * fix: surface non-404 errors when fetching ws_specific items in CLI sync mergeWsSpecificFromServer was catching every error from listWsSpecific and logging it at debug. That's correct for old servers without the endpoint (404), but a 401/403/network failure would silently produce an incomplete sync. Now distinguish 404 (debug, expected) from everything else (warn with status + message) so users notice when the merge fails for real reasons. * perf: collapse compare_two_variables presence checks into one round-trip The early-return path was issuing four sequential EXISTS queries (ws_specific × {source, fork}, variable × {source, fork}). Combine them into a single SELECT so the per-variable diff cost drops ~4x. * sqlx prepare * docs: clarify has_sql_updates invariant in update_variable The else branch of the npath resolution is only reachable for non-rename edits (labels-only, ws_specific-only) because ns.path being Some always forces has_sql_updates=true at the top of the function. Add a debug_assert and a comment explaining the invariant so a future change that decouples ns.path from has_sql_updates trips immediately. Also use `path` directly instead of unwrap_or_default-ing ns.path, since we know it's None here. * chore: drop redundant ws_specific type augmentations ListableResource and ListableVariable from $lib/gen now include `ws_specific?: boolean` after the openapi.yaml additions in this branch were regenerated. The intersection types in resources/+page and variables/+page were duplicating the field — drop them. * Put WsSpecificVersions toggle in top drawer bar * nit size * feat: detect local-only ws_specific items on sync push When wmill.yaml lists a resource/variable in specificItems but the remote isn't yet marked ws_specific for that item, sync push silently dropped the flag because: 1. file-content diff alone never noticed (ws_specific is metadata, not YAML body) — push{Resource,Variable} were never called for those items; 2. even when called, isSuperset(local, remote) returned true and the early-return skipped the API call. Now: - mergeWsSpecificFromServer returns the raw server list alongside the merged config so push can compare 'in local' vs 'in server'; - a new computeWsSpecificFlagOnlyPushes helper walks the local file map, finds ws_specific-flagged paths absent from the server list, and the push function injects them as synthetic 'edited' changes (same before and after content) so the standard display + apply pipeline picks them up; - push{Resource,Variable} no longer early-return when content matches but the ws_specific flag differs. Pull is unaffected — only the push-side caller of mergeWsSpecific takes the new (merged, serverItems) tuple. * getDeployTo for selected ws * refactor: ws_specific kind handling, support .json files The ws_specific helpers had two warts: 1. computeWsSpecificFlagOnlyPushes hardcoded `.resource.{yaml,json}` / `.variable.{yaml,json}` magic strings, even though the existing getTypeStrFromPath / removeType helpers already do that work and already cover both extensions. 2. isSpecificItem / isItemTypeConfigured only matched `.yaml` paths, so users with opts.json local files got no specificItems coverage at all — patterns from wmill.yaml (and from mergeWsSpecificFromServer) are expressed with `.yaml`, and a `.json` file never matched. Changes: - Replace WS_SPECIFIC_KIND_MAP (a closed enum of resource+variable) with configKeyForItemKind, a generic kind→SpecificItemsConfig key mapping. Triggers fold into 'triggers' via the `_trigger` suffix, so adding a kind to the backend's list_ws_specific_versions doesn't require a CLI change. - mergeWsSpecificFromServer now appends `${item.path}.${item.item_kind}.yaml` through the same helper. - computeWsSpecificFlagOnlyPushes uses getTypeStrFromPath + removeType, gated by configKeyForItemKind. No more magic strings. - isSpecificItem and isItemTypeConfigured normalize trailing `.json` to `.yaml` once at the entry, so a single set of patterns covers both extensions for the same logical item. * refactor: dedicated change type for ws_specific flag-only pushes Previously the sync push code injected a synthetic 'edited' Change with before === after to nudge the apply loop into calling pushResource / pushVariable for ws_specific-flag-only diffs, and a guard inside those two functions skipped the early-return when the flag differed. The contract was implicit and easy to break — any future 'skip identical edits' optimization in the change pipeline would silently drop these pushes. Replace with an explicit Change variant: type WsSpecificFlag = { name: 'ws_specific_flag'; path: string; kind: string; wsSpecific: boolean; }; The push apply loop now has a dedicated branch for it that calls wmill.updateResource / updateVariable with just the ws_specific flag. prettyChanges renders it on its own line. The dry-run JSON output picks it up via the existing change.name / change.path passthrough. The defensive wsSpecificMatches check inside push{Resource,Variable} is no longer needed (sync push doesn't go through them for flag-only diffs) and is reverted. * drop folders * feat(cli): warn on remote ws_specific items missing from local config When 'wmill sync pull' fetches the server's ws_specific list, items the server marks as ws_specific but that aren't matched by the local wmill.yaml's specificItems patterns now produce a warning. The merge already preserves correctness (those items are still treated as ws_specific during this pull), but the user's config drifts from the remote — and a later push from another machine without that config would push the item as non-ws_specific. Surface the drift so the user can update wmill.yaml. Also filter ws_specific_flag changes out before preCheckPermissionedAs (it expects added/edited/deleted only and they have no content payload so on_behalf_of resolution doesn't apply). * fix(cli): scope ws_specific drift warning to items in this pull's changes Previously the warning iterated every ws_specific item the server returned, producing log spam for items unrelated to the current pull (items that exist locally with no change, or items the user has nothing to do with this round). Move the loop after compareDynFSElement and only warn for items whose path appears in the changes list — i.e., items the user is actually pulling right now. * fix: clean up linked-side ws_specific rows on resource/variable delete Three places left orphaned ws_specific rows behind: 1. delete_resource deleted the resource's own ws_specific row and the linked variables, but never the ws_specific 'variable' rows that mark_linked_variables_ws_specific had auto-inserted for those variable paths. 2. delete_variable deleted its own ws_specific row and the linked resource at the same path, but never a ws_specific 'resource' row at that path. 3. delete_resources_bulk didn't even cascade to linked variables, let alone clean up their ws_specific rows. A new resource or variable later created at one of those paths would silently inherit a stale ws_specific flag — list_ws_specific would report it as workspace-specific, workspace diffs would treat it as 'no changes', and CLI sync would skip it. Fix: - delete_resource: DELETE FROM ws_specific WHERE item_kind = 'variable' AND path = ANY(linked_var_paths) before the linked-variable delete. - delete_variable: DELETE FROM ws_specific WHERE item_kind = 'resource' AND path = path before the linked-resource delete. - delete_resources_bulk: collect $var: refs from each bulk-deleted resource (mirror of single delete), then delete ws_specific 'variable' rows AND the variable rows themselves. Brings bulk delete in line with single delete semantics, including the orphan cleanup. * fix: gate list_ws_specific by resource/variable RLS The endpoint queried ws_specific directly under user_db, but ws_specific itself has no per-item RLS — only a workspace-level column. Any workspace member could enumerate every ws_specific path including those in folders they lack read access to (e.g. f/finance/prod_db_creds), revealing path existence that list_resources / list_variables would have hidden. Add EXISTS clauses against resource and variable so the same path-based RLS policies that govern those tables (see_own / see_member / see_extra_perms_user / see_extra_perms_groups / see_folder_extra_perms_user) also gate visibility here. The user transaction already establishes the session context; the joins make the policies apply. * only resources and variables * fix(cli): make workspace-specific path mapping handle .json files isSpecificItem() was extended to normalize .json -> .yaml so .json files could be matched against patterns, but the surrounding helpers remained yaml-only: - toWorkspaceSpecificPath only mapped folder.meta.yaml / settings.yaml / .X.yaml — a foo.resource.json went through unchanged, so the workspace-specific filename was never produced. - fromWorkspaceSpecificPath only matched .yaml extensions — pushing foo.dev.resource.json could not map back to foo.resource.json. - isCurrentWorkspaceFile / isWorkspaceSpecificFile regexes ended in \.yaml$, missing every branch-specific .json file. Replace the literal '.yaml' anchors with '(yaml|json)' alternations, preserve the actual extension on round-trips, and rename the helper buildYamlTypePattern -> buildItemTypePattern (it never had anything extension-specific in it). getFileTypeSuffix now returns the matching suffix for either extension. Changed: - getFileTypeSuffix - toWorkspaceSpecificPath / fromWorkspaceSpecificPath - isCurrentWorkspaceFile / isWorkspaceSpecificFile - isTriggerFile / isScheduleFile isItemTypeConfigured / isSpecificItem don't need touching — their checks run after normalizeJsonToYaml(), which already collapses both extensions to .yaml at the entry. * fix: create_resource?update_if_exists=true honors ws_specific=false The upsert path matched on `unwrap_or(false)`, so an explicit `ws_specific: false` and an absent flag were indistinguishable — both fell through with no DELETE on the existing ws_specific row. Callers trying to clear the flag via PUT-with-update_if_exists silently saw their request ignored. Mirror update_resource's three-way handling: Some(true) -> INSERT (+ mark linked variables) Some(false) -> DELETE (only when update_if_exists, since a pure create has no existing row anyway) None -> leave the existing flag alone create_variable doesn't have an upsert path (no ON CONFLICT), so the same bug doesn't apply there. * sqlx prepare * test: cover ws_specific cleanup, RLS filtering, upsert clearing, and CLI .json paths Backend (backend/tests/ws_specific.rs + fixture): - test_linked_delete_cleanup: creates a ws_specific resource that references a variable via $var:, deletes the resource, asserts the cross-kind ws_specific row for the auto-marked variable is also removed. Then does the inverse for delete_variable, verifying the ws_specific 'resource' row at the same path is cleaned by variable delete. - test_list_ws_specific_filters_by_rls: admin creates ws_specific items in u/test-user/ and u/test-user-2/; verifies admin sees both via list_ws_specific while a non-admin (test-user-2) only sees their own path — the RLS see_own policy on the joined resource/variable tables hides the other. - test_create_resource_upsert_clears_ws_specific: covers the three-way Option<bool> handling on the upsert path: Some(true) inserts, Some(false) clears the existing row, None leaves it alone. CLI: - specific_items_unit.test.ts: add 14 tests covering toWorkspaceSpecificPath / fromWorkspaceSpecificPath / isWorkspaceSpecificFile / isCurrentWorkspaceFile / isSpecificItem / isItemTypeConfigured for .json files (variable, resource, trigger, schedule, folder.meta, settings). - ws_specific_flag_only_unit.test.ts (new): covers computeWsSpecificFlagOnlyPushes — emits flag-only changes only for resource and variable kinds (the backend's list_ws_specific_versions scope), does not emit for schedules or triggers, returns empty when serverItems is null (older server), respects existing server entries, preserves .json extension on filePath. - Export computeWsSpecificFlagOnlyPushes so it can be unit-tested. * perf: index workspace_settings.deploy_to for the recursive CTE list_ws_specific_versions's recursive CTE probes WHERE ws.deploy_to = r.ws_id every iteration; without an index on workspace_settings.deploy_to each iteration seq-scans the table — at 10M workspaces with the depth cap of 32 that's up to 320M row reads per call. deploy_to is sparse (most workspaces don't deploy anywhere), so a partial index WHERE deploy_to IS NOT NULL stays small while still covering every probe. Tucked into the existing migration since the function and the index ship together. --------- Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Windmill Rust SDK
A Rust client library for interacting with Windmill API, providing type-safe abstractions for variables, resources, scripts, jobs, and state management.
Installation
Add this to your Cargo.toml:
[dependencies]
wmill = "0.1.0"
For async support (recommended):
[dependencies]
wmill = { version = "0.1.0", features = ["async"] }
Usage
Initialize Client
use wmill::Windmill;
#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
// Read config from env vars
let wm = Windmill::default()?;
// Or override specific values
let wm = Windmill::new(
Some("custom_token".to_string()),
Some("my_workspace".to_string()),
Some("http://localhost:8000".to_string())
)?;
Ok(())
}
Variables
// Get variable (auto-parsed)
let db_config: serde_json::Value = wm.get_variable("u/admin/db_config").await?;
// Get raw variable
let raw_text = wm.get_variable_raw("u/user/text_note").await?;
// Set variable
wm.set_variable("new_value".to_string(), "u/user/my_var", false).await?;
Resources
// Get resource (typed)
#[derive(serde::Deserialize)]
struct DbConfig { host: String, port: u16 }
let config: DbConfig = wm.get_resource("u/admin/db").await?;
// Get raw resource
let raw_json = wm.get_resource_any("u/admin/db").await?;
// Set resource
wm.set_resource(
Some(serde_json::json!({"host": "localhost", "port": 5432})),
"u/admin/db",
"postgresql"
).await?;
Scripts
// Run script async
let job_id = wm.run_script_async(
"u/user/my_script",
false,
serde_json::json!({"param": "value"}),
Some(10) // Schedule in 10 seconds
).await?;
// Run script sync
let result = wm.run_script_sync(
"u/user/my_script",
false,
serde_json::json!({"param": "value"}),
Some(10),
Some(30), // 30s timeout
true, // Verbose
true // Assert result not None
).await?;
Jobs
// Wait for job completion
let result = wm.wait_job(&job_id, Some(60), true, true).await?;
// Get job status
let status = wm.get_job_status(&job_id).await?; // Running/Waiting/Completed
// Get result directly
let result = wm.get_result(&job_id).await?;
State Management
// Get typed state
#[derive(serde::Deserialize)]
struct ScriptState { counter: i32 }
let state: ScriptState = wm.get_state().await?;
// Get raw state
let raw_state = wm.get_state_any().await?;
// Update state
wm.set_state(Some(serde_json::json!({"counter": 42}))).await?;
Progress Tracking
// Set job progress
wm.set_progress(75, None).await?; // Uses current job ID from env
// Get job progress
let progress = wm.get_progress(Some(job_id.to_string())).await?;
Custom API Calls
The SDK provides direct access to underlying API endpoints through the call_api method, which works in both async and sync contexts:
// Async usage
#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
let wm = Windmill::default()?;
// Make direct API call to get user
let user = wm.call_api(wmill::apis::admin_api::get_user(
&wm.client_config,
&wm.workspace,
"Alice"
)).await;
println!("User details: {:?}", user);
Ok(())
}
// Sync usage
fn main() {
let wm = Windmill::default().unwrap();
// Make direct API call to get user
let user = wm.call_api(wmill::apis::admin_api::get_user(
&wm.client_config,
&wm.workspace,
"Bob"
));
println!("User details: {:?}", user);
}
This advanced feature allows access to any Windmill API endpoint, even those not covered by the SDK's convenience methods. Use this when:
- Need to access newer/undocumented API endpoints
- Require fine-grained control over API requests
- Existing abstractions don't meet specific needs
Environment Variables
The SDK uses these environment variables:
| Variable | Required | Description |
|---|---|---|
WM_TOKEN |
✅ | Authentication token |
WM_WORKSPACE |
✅ | Workspace name |
BASE_INTERNAL_URL |
✅ | API base URL (without /api) |
WM_JOB_ID |
Optional | Current job ID for progress tracking |
WM_STATE_PATH_NEW |
Optional | State path override |
Contributions
Contributions are welcome! Please open an issue or submit a PR.