## Summary
Implements enterprise licensing and per-seat billing for self-hosted
environments, with Stripe as the single source of truth for subscription
data.
### Components
- **twenty-website** hosts the private key to sign `ENTERPRISE_KEY` and
`ENTERPRISE_VALIDITY_TOKEN`. It communicates with Stripe to emit the
daily `ENTERPRISE_VALIDITY_TOKEN` if the subscription is active, based
on the user's Stripe subscription ID stored in `ENTERPRISE_KEY`.
- **Stripe** is the single source of truth for subscription data
(status, seats, billing).
- **The client** (twenty-server + DB + workers) saves `ENTERPRISE_KEY`
in the `keyValuePair` table (or `.env` if
`IS_CONFIG_VARIABLES_IN_DB_ENABLED` is false) and the daily-renewed
`ENTERPRISE_VALIDITY_TOKEN` in the `appToken` table.
`ENTERPRISE_VALIDITY_TOKEN` is verified client-side using a public key
to grant access to enterprise features (RLS, SSO, audit logs, etc.).
### Flow
1. When requesting an upgrade to an enterprise plan (from **Enterprise**
in settings), the user is shown a modal to choose monthly/yearly
billing, then redirected to Stripe to enter payment details. After
checkout, they land on twenty-website where they are exposed to their
`ENTERPRISE_KEY`, which they paste in the UI. It is saved in the
`keyValuePair` table. On activation, a first `ENTERPRISE_VALIDITY_TOKEN`
with 30-day validity is stored in the `appToken` table.
2. **Every day**, a cron job runs and does two things:
- **Refreshes the validity token**: communicates with twenty-website to
get a new `ENTERPRISE_VALIDITY_TOKEN` with 30-day validity if the Stripe
subscription is still active. If the subscription is in cancellation,
the emitted token has a validity equal to the cancellation date. If it's
no longer valid, the token is not replaced. The cron only needs to run
every 30 days in practice, but runs daily so it's resilient to
occasional failures.
- **Reports seat count**: counts active (non-soft-deleted)
`UserWorkspace` entries and sends the count to twenty-website, which
updates the Stripe subscription quantity with proration. Seats are also
reported on first activation. If the subscription is canceled or
scheduled for cancellation, the seat update is skipped.
3. `ENTERPRISE_VALIDITY_TOKEN` is verified server-side via a public key
to grant access to enterprise features.
### Key concepts
Three distinct checks are exposed as GraphQL fields on `Workspace`:
| Field | Meaning |
|---|---|
| `hasValidEnterpriseKey` | Has any valid enterprise key (signed JWT
**or** legacy plain string) |
| `hasValidSignedEnterpriseKey` | `ENTERPRISE_KEY` is a properly signed
JWT (billing portal makes sense) |
| `hasValidEnterpriseValidityToken` | `ENTERPRISE_VALIDITY_TOKEN` is
present and not expired (expiration depends on signed token payload, not
on "expiresAt" on appToken table which is only indicative) |
Feature access is gated by `isValid()` =
`hasValidEnterpriseValidityToken || hasValidEnterpriseKey` (to support
both new and legacy keys during transition). After transition isValid()
= hasValidEnterpriseValidityToken
### Frontend states
The Enterprise settings page handles multiple states:
- **No key**: show "Get Enterprise" with checkout modal
- **Orphaned validity token** (token valid but no signed key): prompt
user to set a valid enterprise key
- **Active/trialing but no validity token**: show subscription status
with a "Reload validity token" action
- **Active/trialing**: show full subscription info, billing portal
access, cancel option
- **Cancellation scheduled**: show cancellation date, billing portal
- **Canceled**: show billing history link and option to start a new
subscription
- **Past due / Incomplete**: prompt to update payment or restart
### Temporary retro-compatibility: legacy plain-text keys
Previously, enterprise features were gated by a simple check: any
non-empty string in `ENTERPRISE_KEY` granted access. With this PR, we
transition to a controlled system relying on signed JWTs.
To avoid breaking existing self-hosted users:
- **Legacy plain-text keys still grant access** to enterprise features.
`hasValidEnterpriseKey` returns `true` for both signed JWTs and plain
strings, and `isValid()` checks `hasValidEnterpriseKey` as a fallback
when no validity token is present.
- **A deprecation banner** is shown at the top of the app when
`hasValidEnterpriseKey` is `true` but `hasValidSignedEnterpriseKey` is
`false`, informing the user that their key format is deprecated and they
should activate a new signed key.
- **No billing portal or subscription management** is available for
legacy keys since there is no Stripe subscription to manage.
This retro-compatibility will be removed in a future version. At that
point, `isValid()` will only check `hasValidEnterpriseValidityToken`.
### Edge cases
- **Air-gapped / production environments**: for self-hosted clients that
block external traffic (or for our own production), provide a long-lived
`ENTERPRISE_VALIDITY_TOKEN` (e.g. 99 years) directly in the `appToken`
table, with no `ENTERPRISE_KEY`. The daily cron will skip the refresh
(no enterprise key to authenticate with), but the pre-seeded validity
token will be used to grant feature access. No billing or seat reporting
occurs in this mode.
- **`IS_CONFIG_VARIABLES_IN_DB_ENABLED` is false**: if the user tries to
activate an enterprise key but DB config writes are disabled, the
backend returns a clear error asking them to add `ENTERPRISE_KEY` to
their `.env` file manually.
- **Canceled subscriptions**: the `/seats` endpoint skips Stripe updates
for canceled or cancellation-scheduled subscriptions to avoid Stripe API
errors.
### How to test
- launch twenty-website on a different url (eg localhost:1002)
- add ENTERPRISE_API_URL=http://localhost:3002/api/enterprise (or else)
in your server .env
- ask me for twenty-website's .env file content (STRIPE_SECRET_KEY;
STRIPE_ENTERPRISE_MONTHLY_PRICE_ID;STRIPE_ENTERPRISE_YEARLY_PRICE_ID;
ENTERPRISE_JWT_PRIVATE_KEY; ENTERPRISE_JWT_PUBLIC_KEY;
NEXT_PUBLIC_WEBSITE_URL)
- visit Admin panel / enterprise
## PR Description
In the process of migrating all the existing commands to the backend, we
stumbled across a couple of problems that made us reconsider the full
migration. This PR introduces a way for command menu items to bypass
front components and to directly reference a frontend component from
twenty front.
It:
- Introduces a `engineFrontComponentKey` field on `CommandMenuItem` as
an alternative to `frontComponentId` and `workflowVersionId`, allowing
command menu items to reference frontend components by key directly
rather than requiring a FrontComponent entity
- Updates the DB constraint to allow exactly one of `workflowVersionId`,
`frontComponentId`, or `engineFrontComponentKey`
### All standard command menu items from the frontend which use
`standardFrontComponentKey`
These are all commands that execute a GraphQL query or a mutation.
Two mains concerned have been raised that made us go with this
(temporary) architecture instead:
- If those commands are part of the standard application, they can only
alter objects from that application and not custom objects.
- We would need to implement a way to trigger optimistic rendering from
the front components, which might take some time to implement.
List:
- Create new record
- Delete (single record)
- Delete records (multiple)
- Restore record
- Restore records (multiple)
- Permanently destroy record
- Permanently destroy records (multiple)
- Add to favorites
- Remove from favorites
- Merge records
- Duplicate Dashboard
- Save Dashboard
- Save Page Layout
- Activate Workflow
- Deactivate Workflow
- Discard Draft (workflow)
- Test Workflow
- Tidy up workflow
- Duplicate Workflow
- Stop (workflow run)
- Use as draft (workflow version)
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
## Add standard command menu items
### Summary
This PR introduces standard command menu items, migrating hardcoded
command menu actions to the backend command menu item architecture
powered by front components. It adds a new `twenty-standard-application`
package that defines, builds, and registers front components as standard
command menu items, gated behind the `IS_COMMAND_MENU_ITEM_ENABLED`
feature flag.
### Description
- **New `twenty-standard-application` package**: Contains front
component definitions with an esbuild-based build pipeline that
generates minified `.mjs` bundles and a manifest with checksums.
- **Server-side registration**: New constants register all items with
metadata (labels, icons, positions, availability types, conditional
expressions). A `StandardFrontComponentUploadService` uploads built
components to file storage.
- **`FALLBACK` availability type**: New enum value for command menu
items that appear as fallback options (e.g., "Search Records" fallback).
- **`CommandMenuContextApi` refactor**
- **Conditional availability enhancements**: New array-based helper
functions for evaluating multi-record conditions.
- **Frontend wiring** (twenty-front):
`useCommandMenuItemFrontComponentCommands`
## Next steps
Only simple commands have been implemented for now:
- **Navigation (9)** -- `CommandLink`: go-to-companies,
go-to-dashboards, go-to-notes, go-to-opportunities, go-to-people,
go-to-runs, go-to-settings, go-to-tasks, go-to-workflows
- **Side panel (4)** -- `CommandOpenSidePanelPage`: ask-ai,
search-records, search-records-fallback, view-previous-ai-chats
We still have to implement front components for all the following
commands:
All have placeholder `execute` logic (`async () => {}`) with a `// TODO:
implement execute logic` comment:
**Record (22)**
- `add-to-favorites`, `remove-from-favorites`
- `create-new-record`, `create-new-view`
- `delete-single-record`, `delete-multiple-records`
- `destroy-single-record`, `destroy-multiple-records`
- `restore-single-record`, `restore-multiple-records`
- `export-from-record-index`, `export-from-record-show`,
`export-multiple-records`, `export-note-to-pdf`, `export-view`
- `hide-deleted-records`, `see-deleted-records`
- `import-records`, `merge-multiple-records`, `update-multiple-records`
- `navigate-to-next-record`, `navigate-to-previous-record`
**Page layout (3)** -- `cancel-record-page-layout`,
`edit-record-page-layout`, `save-record-page-layout`
**Dashboard (4)** -- `cancel-dashboard-layout`, `duplicate-dashboard`,
`edit-dashboard-layout`, `save-dashboard-layout`
**Workflow (10)** -- `activate-workflow`, `add-node-workflow`,
`deactivate-workflow`, `discard-draft-workflow`, `duplicate-workflow`,
`see-active-version-workflow`, `see-runs-workflow`,
`see-versions-workflow`, `test-workflow`, `tidy-up-workflow`
**Workflow version (4)** -- `see-runs-workflow-version`,
`see-versions-workflow-version`, `see-workflow-workflow-version`,
`use-as-draft-workflow-version`
**Workflow run (3)** -- `see-version-workflow-run`,
`see-workflow-workflow-run`, `stop-workflow-run`
## Summary
- Move 4 test fixture apps from `twenty-sdk/src/cli/__tests__/apps/` to
`twenty-apps/fixtures/` with meaningful names (`rich-app` →
`postcard-app`, `root-app` → `minimal-app`)
- Replace all `from '@/sdk'` imports with `from 'twenty-sdk'` so fixture
apps are proper, portable twenty-sdk apps
- Remove the fragile `"@/*": ["../../../../../src/*"]` tsconfig hack and
replace with standard `"src/*": ["./src/*"]` paths
- Create a centralized `fixture-paths.ts` utility in twenty-sdk tests
for clean app path resolution
## Why
The fixture apps were deeply nested in twenty-sdk's test directory and
tightly coupled to its internal source layout via a tsconfig path alias
hack. This made them:
- Impossible to reuse outside of SDK CLI tests (e.g., for server-side
dev seeding with `DevSeederService`)
- Fragile — moving any twenty-sdk source file could break the path alias
- Poorly discoverable — buried 5 directories deep in test infrastructure
Moving them to `twenty-apps/fixtures/` makes them first-class portable
apps that can be imported by `twenty-server` for seeding, used in E2E
testing, and serve as canonical examples alongside `hello-world`.
## Test plan
- [x] All 8 twenty-sdk integration tests pass (3 suites: postcard-app,
minimal-app, invalid-app)
- [x] Prettier formatting verified on all changed files
- [ ] CI should confirm E2E tests also pass (these require a running
server)
Made with [Cursor](https://cursor.com)
## Summary
- Removes the `IS_APPLICATION_INSTALLATION_FROM_TARBALL_ENABLED` feature
flag, consolidating tarball-based app installation under the existing
`IS_APPLICATION_ENABLED` flag
- Removes the runtime feature flag check in `runWorkspaceMigration`
resolver (the `@RequireFeatureFlag(IS_APPLICATION_ENABLED)` decorator
already gates this endpoint)
- Cleans up related integration test setup/teardown and mock feature
flag maps
## Test plan
- [ ] Verify tarball-based app installation still works when
`IS_APPLICATION_ENABLED` is true
- [ ] Verify app installation is blocked when `IS_APPLICATION_ENABLED`
is false
- [ ] Run `failing-install-application.integration-spec.ts` to confirm
it passes without the removed flag
Made with [Cursor](https://cursor.com)
# Intoduction
Closes https://github.com/twentyhq/core-team-issues/issues/2289
In this PR all the clients becomes available under `twenty-sdk/clients`,
this is a breaking change but generated was too vague and thats still
the now or never best timing to do so
## CoreClient
The core client is now shipped with a default stub empty class for both
the schema and the client
Allowing its import, will still raises typescript errors when consumed
as generated but not generated
## MetadataClient
The metadata client is workspace agnostic, it's now generated and
commited in the repo. added a ci that prevents any schema desync due to
twenty-server additions
Same behavior than for the twenty-front generated graphql schema
actions are being renamed to command menu item, they will be migrated to
server and will be served as headless front components
---------
Co-authored-by: Raphaël Bosi <71827178+bosiraphael@users.noreply.github.com>
## Summary
- The `createOneApplication` GraphQL mutation was removed from the
server during the application architecture refactor (#18432), but the
SDK CLI (`app:dev`, `app:build --sync`) still called it, causing
failures.
- Simplified the SDK to use `syncApplication` (which now internally
creates the `ApplicationEntity` via `ensureApplicationExists`) instead
of a separate create step.
- On first run (clean install), the orchestrator now runs an initial
sync before initializing the file uploader, so file uploads can proceed
(they require the `ApplicationEntity` to exist).
## Test plan
- [x] Typecheck passes for both `twenty-sdk` and `twenty-server`
- [x] `app:dev` tested locally with existing app (finds app, uploads,
syncs)
- [x] `app:dev` tested locally after `app:uninstall` (creates app via
sync, uploads, syncs)
- [x] SDK unit tests pass (23/26 files, 3 pre-existing failures
unrelated)
Made with [Cursor](https://cursor.com)
## Summary
- **Merge queue optimization**: Created a dedicated
`ci-merge-queue.yaml` workflow that only runs Playwright E2E tests on
`ubuntu-latest-8-cores`. Removed `merge_group` trigger from all 7
existing CI workflows (front, server, shared, website, sdk, zapier,
docker-compose). The merge queue goes from ~30+ parallel jobs to a
single focused E2E job.
- **Label-based merge queue simulation**: Added `run-merge-queue` label
support so developers can trigger the exact merge queue E2E pipeline on
any open PR before it enters the queue.
- **Prettier in lint**: Chained `prettier --check` into `lint` and
`prettier --write` into `lint --configuration=fix` across `nx.json`
defaults, `twenty-front`, and `twenty-server`. Prettier formatting
errors are now caught by `lint` and fixed by `lint:fix` /
`lint:diff-with-main --configuration=fix`.
## After merge (manual repo settings)
Update GitHub branch protection required status checks:
1. Remove old per-workflow merge queue checks (`ci-front-status-check`,
`ci-e2e-status-check`, `ci-server-status-check`, etc.)
2. Add `ci-merge-queue-status-check` as the required check for the merge
queue
# Introduction
While testing the sdk and overall apps in
https://github.com/prastoin/twenty-app-hello-world
Faced a lot of pure `CJS` external dependencies import issue
Replaced all the cjs deps to either esm equivalent or node native
replacement
## PR Description
- Uses `expr-eval` to enable front components (SDK plugins) to define
conditional availability as declarative expressions.
- Moves shared types and constants to `twenty-shared`
- Introduces a `conditionalAvailabilityExpression` field on
`CommandMenuItemEntity`, allowing command menu items to store an
`expr-eval` compatible expression string that is evaluated against a
CommandMenuContext to determine if the item should be shown.
- Creates an esbuild transform plugin
`conditional-availability-transform-plugin` in `twenty-sdk` that
converts TypeScript conditional availability expressions into
`expr-eval` compatible syntax at build time, so SDK developers can write
natural TS expressions that get transformed to evaluable strings.
- Removes deprecated `forceRegisteredActionsByKey` state and its usage.
- Creates `useCommandMenuContext` hook that builds the full
`CommandMenuContext` object from React state, which is then passed to
`useCommandMenuItemFrontComponentActions` for evaluating conditional
availability expressions.
# Introduction
Adding integration test scaffold to the create twenty app and an example
to the hello world app
This PR also fixes all the sdk e2e tests in local
## `HELLO_WORLD`
Removed the legacy implem in the `twenty-apps` folder, replacing it by
an exhaustive app generation
## Next step
Will in another PR add workflows for CI testing
## Open question
- Should we still add vitest config and dep even if the user did not ask
for the integration test example ? -> currently we don't
- That's the perfect timing to identify if we're ok to handle seed
workspace authentication with the known api key
## Summary
Completes the migration of the frontend styling system from **Emotion**
(`@emotion/styled`, `@emotion/react`) to **Linaria** (`@linaria/react`,
`@linaria/core`), a zero-runtime CSS-in-JS library where styles are
extracted at build time.
This is the final step of the migration — all ~494 files across
`twenty-front`, `twenty-ui`, `twenty-website`, and `twenty-sdk` are now
fully converted.
## Changes
### Styling Migration (across ~480 component files)
- Replaced all `@emotion/styled` imports with `@linaria/react`
- Converted runtime theme access patterns (`({ theme }) => theme.x.y`)
to build-time `themeCssVariables` CSS custom properties
- Replaced `useTheme()` hook (from Emotion) with
`useContext(ThemeContext)` where runtime theme values are still needed
(e.g., passing colors to non-CSS props like icon components)
- Removed `@emotion/react` `css` helper usages in favor of Linaria
template literals
### Dependency & Configuration Changes
- **Removed**: `@emotion/react`, `@emotion/styled` from root
`package.json`
- **Added**: `@wyw-in-js/babel-preset`, `next-with-linaria` (for
twenty-website SSR support)
- Updated Nx generator defaults from `@emotion/styled` to
`@linaria/react` in `nx.json`
- Simplified `vite.config.ts` (removed Emotion-specific configuration)
- Updated `twenty-website/next.config.js` to use `next-with-linaria` for
SSR Linaria support
### Storybook & Testing
- Removed `ThemeProvider` from Emotion in Storybook previews
(`twenty-front`, `twenty-sdk`)
- Now relies solely on `ThemeContextProvider` for theme injection
### Documentation
- Removed the temporary `docs/emotion-to-linaria-migration-plan.md`
(migration complete)
- Updated `CLAUDE.md` and `README.md` to reflect Linaria as the styling
stack
- Updated frontend style guide docs across all locales
## How it works
Linaria extracts styles at build time via the `@wyw-in-js/vite` plugin.
All expressions in `styled` template literals must be **statically
evaluable** — no runtime theme objects or closures over component state.
- **Static styles** use `themeCssVariables` which map to CSS custom
properties (`var(--theme-color-x)`)
- **Runtime theme access** (for non-CSS use cases like icon `color`
props) uses `useContext(ThemeContext)` instead of Emotion's `useTheme()`
# Introduction
Allow a consumer call the commands programmatically instead of passing
by the exec
To do so extract from the command definition all the core logic, created
a new error api that allow keeping same error logs granularity than
before
## Usage
```ts
import { authLogin, appUninstall, functionExecute } from 'twenty-sdk/cli';
const result = await authLogin({
apiKey: 'my-key',
apiUrl: 'https://my-twenty.com',
});
if (!result.success) {
throw new Error(result.error);
}
```
## `app:build`
Introduced a new command that will allow building the whole project
without any watch setup
- Build and validate manifest
- Get or create app
- Synchronize manifest with twenty-sdk stub and no typecheck
- generate client
- Run typecheck
- Synchronize manifest again
- Fixes self host application
- add new telemetry information
- add serverId to identify a server instance
- remove .twenty from git tracking
- tree-shake "twenty-sdk" usage in built logic functions and front
components
- fix "twenty-sdk" version usage
- fix twenty-zapier cli
---------
Co-authored-by: cubic-dev-ai[bot] <191113872+cubic-dev-ai[bot]@users.noreply.github.com>
- Add media-specific events
- Extend `iFrame` with missing properties
- Enrich `SerializedEventData` with media-related target fields so
serialized events carry the media element state.
- Refactor the `remote-elements` code generator to support per-element
custom events
## Fix SDK first-run build failure when generated API client is missing
### Problem
When running `twenty app:dev` for the first time, the build pipeline
crashes because:
1. The esbuild front-component watcher tries to resolve
`twenty-sdk/generated`, but the generated API client doesn't exist yet —
it's only created later in the pipeline after syncing with the server.
2. The typecheck plugin (`tsc --noEmit`) runs as a blocking esbuild
`onStart` hook, so even with stub files, type errors on the empty client
classes (e.g. `Property 'query' does not exist on type 'CoreApiClient'`)
cause the build to fail before the real client can be generated.
This creates a chicken-and-egg problem: the watchers need the generated
client to build, but the client is generated after the watchers produce
their output.
### Solution
**1. Stub generated client on startup**
Added `ensureGeneratedClientStub` to `ClientService` that writes minimal
placeholder files (`CoreApiClient`, `MetadataApiClient`) into
`node_modules/twenty-sdk/generated/` if the directory doesn't already
exist. This is called in `DevModeOrchestrator.start()` before any
watchers are created, so the `twenty-sdk/generated` import always
resolves.
**2. Skip typecheck on first sync round**
Made the esbuild typecheck plugin accept a `shouldSkipTypecheck`
callback. The orchestrator starts with `skipTypecheck = true` and passes
`() => this.skipTypecheck` through the watcher chain. After the real API
client is generated, the flag is flipped to `false`, so subsequent
rebuilds enforce full type checking with the real generated types.
## Summary
- **Refactor frontend metadata loading architecture**: Split the
monolithic `EagerMetadataLoadEffect` into focused provider effects
(`UserMetadataProviderEffect`, `ObjectMetadataProviderEffect`,
`ViewMetadataProviderEffect`) orchestrated by `MetadataProviderEffects`.
Replaced `UserProvider` + `ObjectMetadataItemsProvider` with a single
`MetadataGater` that gates rendering on `isAppMetadataReadyState`. The
metadata store now validates view-object consistency before promoting
views, and `updateDraft` skips no-op updates via deep equality checks.
- **SDK CLI improvements**: Added `app:typecheck` command, improved
error handling in API sync (extracts GraphQL error messages), added
`serializeError` utility for human-readable error output, added `error`
file status to dev mode orchestrator with UI support, and fixed
ClickHouse migration/seed commands to use `transpile-only`.
## PR description
- Adds `enqueueSnackbar` to the front component host communication API,
allowing front components to display snack bar notifications (success,
error, info, warning) to the user.
- Introduces `frontComponentId` to the `FrontComponentExecutionContext`
and a `useFrontComponentId` hook, enabling front components to identify
themselves (used for dedupe keys).
- Wires error/success notifications into the `Action`, `ActionLink`, and
`ActionOpenSidePanelPage` SDK components -> actions now catch errors and
display them as snack bars, and `Action` supports an optional
`notifyOnEnd` prop for success feedback.
## Video QA
### Success example
https://github.com/user-attachments/assets/8cc53d31-d9eb-49a8-9220-f7866ec1b415
### Error example
https://github.com/user-attachments/assets/a37d65b8-0b5f-4adb-bcdb-571bb2b997c3
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
Raphaël Bosi