## Summary
Fixes#18524
Fixes the MCP response contract for non-`initialize` methods.
Previously, `/mcp` returned initialize-style metadata for methods like
`tools/list`, which caused strict MCP clients to reject the response
shape. The endpoint also returned `201 Created` for RPC calls even
though no resource was being created.
## Changes
- return only method-specific payloads for MCP list methods
- `tools/list` -> `{ tools: [...] }`
- `prompts/list` -> `{ prompts: [] }`
- `resources/list` -> `{ resources: [] }`
- keep MCP server metadata only on `initialize`
- make `/mcp` return `200 OK` instead of `201 Created`
- add regression tests for:
- `tools/list` response shape
- `prompts/list` response shape
- `resources/list` response shape
## Why
Strict MCP clients expect:
- standard RPC transport semantics over HTTP
- method-specific JSON-RPC result payloads
Returning initialize metadata for non-`initialize` methods breaks that
expectation and can cause client deserialization or protocol validation
failures.
## Verification
- reproduced the issue locally against `/mcp`
- verified `tools/list` was previously returning initialize-style fields
- verified `tools/list` now returns only `result.tools`
- verified `/mcp` now returns `200 OK`
- ran targeted Jest tests:
```bash
cd /Users/apple/MyProjects/OpenSource/twenty/packages/twenty-server
npx jest --runInBand src/engine/api/mcp/services/__tests__/mcp-protocol.service.spec.ts src/engine/api/mcp/services/__tests__/mcp-tool-executor.service.spec.ts
---------
Co-authored-by: Félix Malfait <felix@twenty.com>
## Summary
- **Remove all "core" prefixes** from the views system — the
metadata-based storage migration is complete, so `CoreView`,
`coreViewsSelector`, `getCoreViews`, etc. are now just `View`,
`viewsSelector`, `getViews`
- **Eliminate the entire converter layer** (15 files, ~850 lines
deleted) — `convertCoreViewToView` and all sub-converters were either
no-ops or trivially adding `__typename` / mapping identical enum values.
Local enums now re-export from generated GraphQL types directly (single
source of truth)
- **Unify `View` and `ViewWithRelations`** into one type —
`ViewWithRelations` is now a type alias for `View`, selectors return
data directly without conversion
### Backend
- Rename `@ObjectType('CoreView')` → `@ObjectType('View')` (and all
sub-entities)
- Rename resolver methods: `getCoreViews` → `getViews`, `createCoreView`
→ `createView`, etc.
- Rename `FIND_ALL_CORE_VIEWS_GRAPHQL_OPERATION` →
`FIND_ALL_VIEWS_GRAPHQL_OPERATION`
### Frontend
- Delete 15 converter files (`convertGqlView*ToView*`,
`convertView*ToGql`, `convertViewWithRelationsToView`)
- Re-export `ViewType`, `ViewKey`, `ViewFilterGroupLogicalOperator` from
generated enums (no more duplicate enum definitions with different
casing)
- Replace `ViewOpenRecordInType` with `ViewOpenRecordIn` from generated
- Remove `__typename` from all local view sub-types
- Remove unused `variant` from `ViewFilter`, make `displayValue` and
`definition` optional
- Rename ~45 GraphQL query/mutation files and all selectors to drop
"core" prefix
- Delete unused `viewsWithRelationsSelector`
## Summary
This PR implements OAuth 2.0 Dynamic Client Registration (RFC 7591) and
OAuth 2.0 Protected Resource Metadata (RFC 9728) support, enabling
third-party applications to dynamically register as OAuth clients
without manual configuration.
## Key Changes
### OAuth Dynamic Client Registration
- **New Controller**: `OAuthRegistrationController` at `POST
/oauth/register` endpoint
- Validates client metadata according to RFC 7591 specifications
- Enforces PKCE-only public client model (no client secrets)
- Supports only `authorization_code` grant type and `code` response type
- Rate limits registrations to 10 per hour per IP address
- Returns `client_id` and registration metadata in response
- **Input Validation**: `OAuthRegisterInput` DTO with constraints on:
- Client name (max 256 chars)
- Redirect URIs (max 20, validated for security)
- Grant types, response types, scopes, and auth methods
- Logo and client URIs (max 2048 chars)
- **Discovery Endpoint Update**: Added `registration_endpoint` to OAuth
discovery metadata
### Stale Registration Cleanup
- **Cleanup Service**: Automatically removes OAuth-only registrations
older than 30 days that have no active installations
- **Cron Job**: Runs daily at 02:30 AM UTC with batch processing (100
records per batch)
- **CLI Command**: `cron:stale-registration-cleanup` to manually trigger
cleanup
### MCP (Model Context Protocol) Authentication
- **New Guard**: `McpAuthGuard` implements RFC 9728 compliance
- Wraps JWT authentication with proper error responses
- Returns `WWW-Authenticate` header with protected resource metadata URL
on 401
- Enables OAuth-protected MCP endpoints
### Protected Resource Metadata
- **New Endpoint**: `GET /.well-known/oauth-protected-resource` (RFC
9728)
- Advertises MCP resource as OAuth-protected
- Lists supported scopes and bearer token methods
- Enables OAuth clients to discover authorization requirements
### Application Registration Updates
- **New Source Type**: `OAUTH_ONLY` enum value for OAuth-only
registrations
- **Install Service**: Skips artifact installation for OAuth-only apps
(no code artifacts)
### Frontend Updates
- **Authorization Page**: Support both snake_case (standard OAuth) and
camelCase (legacy) query parameters
- `client_id` / `clientId`
- `code_challenge` / `codeChallenge`
- `redirect_uri` / `redirectUrl`
## Implementation Details
- **Rate Limiting**: Uses token bucket algorithm with 10 registrations
per 3,600,000ms window per IP
- **Scope Validation**: Requested scopes are capped to allowed OAuth
scopes; defaults to all scopes if not specified
- **Redirect URI Validation**: Uses existing `validateRedirectUri`
utility for security
- **Cache Headers**: Registration responses include `Cache-Control:
no-store` and `Pragma: no-cache`
- **Batch Processing**: Cleanup operations process 100 records at a time
to avoid memory issues
- **Grace Period**: 30-day grace period before cleanup to allow time for
client activation
https://claude.ai/code/session_01PxcuWFFRuXMASMaMGTLYk2
---------
Co-authored-by: Claude <noreply@anthropic.com>
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
Co-authored-by: github-actions <github-actions@twenty.com>
Co-authored-by: cubic-dev-ai[bot] <191113872+cubic-dev-ai[bot]@users.noreply.github.com>
## Summary
Replace the single `metadataVersion` integer with per-entity-type
**collection hashes** for granular metadata staleness detection. The
backend already generates a UUID per flat entity map on each cache
recompute (`crypto.randomUUID()` in `WorkspaceCacheService`); we now
expose these via the minimal metadata endpoint and SSE events so the
frontend can compare and know exactly which entity types are stale.
### Key changes
**Backend:**
- `WorkspaceCacheService.getCacheHashes()` — new public method that
reads only `:hash` keys from Redis without fetching full data
- `MinimalMetadataDTO` — added `collectionHashes: Record<string,
string>` (JSON scalar mapping `AllMetadataName` → collection hash),
removed `metadataVersion`
- `MetadataEventDTO` — added optional `updatedCollectionHash` field to
SSE events
- `MetadataEventsToDbListener` — reads the collection hash for the
affected entity type after cache invalidation and attaches it to the SSE
event before publishing
- `MinimalMetadataService` — no longer queries the workspace table; uses
`getCacheHashes()` for all flat entity maps and maps cache keys to
`AllMetadataName` locally
**Frontend:**
- `metadataCollectionHashesState` — new Jotai atom with
`atomWithStorage` + `getOnInit: true` storing
`Partial<Record<MetadataEntityKey, string>>`
- `mapAllMetadataNameToEntityKey()` — explicit mapping from backend
`AllMetadataName` to frontend `MetadataEntityKey` (23 entries)
- `useLoadMinimalMetadata` — stores `collectionHashes` from server,
computes `staleEntityKeys` by comparing local vs server hashes
- `patchMetadataStoreFromSSEEvent()` — accepts optional
`updatedCollectionHash` and updates `metadataCollectionHashesState`
- All 11 SSE effect components — pass
`eventDetail.updatedCollectionHash` through to the patch function
- `useStaleMetadataEntities` — new hook returning entity keys missing
from collection hashes (not yet loaded/synced)
- `resetMetadataStore()` — also clears collection hashes
- Deleted `metadataVersionState` (superseded by collection hashes)
### Design decisions
- **No change to hash generation** — existing `crypto.randomUUID()` is
sufficient. Hashes are persisted in Redis, survive server restarts, and
change only on `invalidateAndRecompute`.
- **"Collection hash" naming** — used consistently to clarify the hash
represents an entire entity collection (e.g., all views), not a single
record.
- **Mapping localized** — backend `WorkspaceCacheKeyName` →
`AllMetadataName` mapping lives in the minimal metadata service.
Frontend `AllMetadataName` → `MetadataEntityKey` mapping lives in a
local utility. Nothing in `twenty-shared`.
- **Backward compatible** — `collectionHashes` is additive;
`updatedCollectionHash` is nullable.
## Summary
Uniformizes the metadata store to support **all** backend flat metadata
types, introduces a **minimal metadata endpoint** for fast initial
renders, replaces custom localStorage persistence with **Jotai's
built-in `atomWithStorage`**, and wires up a
**MinimalMetadataLoadEffect** for stale-while-revalidate loading.
### Key changes
- **All flat metadata types**: Added `FlatCommandMenuItem`,
`FlatFrontComponent`, `FlatWebhook`, `FlatRole`, `FlatRoleTarget`,
`FlatAgent`, `FlatSkill`, `FlatRowLevelPermissionPredicate`,
`FlatRowLevelPermissionPredicateGroup` — every entity in the backend
`MetadataEntityTypeMap` now has a corresponding frontend flat type
registered in `ALL_METADATA_ENTITY_KEYS` and `MetadataEntityTypeMap`.
- **Minimal metadata endpoint** (`minimalMetadata` GraphQL query): New
backend module (`MinimalMetadataModule`) returns lightweight object
metadata (names, icons, labels, flags) and basic views (id, type, key,
objectMetadataId) plus a `metadataVersion`. This enables fast first
paint before full metadata loads.
- **Jotai `atomWithStorage` for persistence**: Replaced the custom
`MetadataLocalStorageEffect` with Jotai's built-in `atomWithStorage` on
both `metadataStoreState` (family) and `metadataVersionState`. Added
`localStorageOptions` support to `createAtomFamilyState` for `{
getOnInit: true }` synchronous hydration. Each entity atom auto-persists
under keys like `metadataStoreState__objectMetadataItems`.
- **MinimalMetadataLoadEffect**: New effect mounted before
`MetadataProviderInitialEffects` that checks if the store already has
data (from Jotai localStorage hydration). If empty, it fetches minimal
metadata from the new endpoint. The full metadata load continues in
parallel, eventually enriching the store with complete data.
- **SSE effects alignment**: All metadata entity types now have
corresponding SSE effects that directly patch the metadata store via
`patchMetadataStoreFromSSEEvent`.
- **Existing selectors and joining logic**:
`objectMetadataItemsWithFieldsSelector`, `viewsWithRelationsSelector`,
`pageLayoutsWithRelationsSelector` reconstruct nested data from flat
entities for components that need it.
### Loading flow
```
App mount
→ Jotai atomWithStorage hydrates store from localStorage (sync, getOnInit)
→ MinimalMetadataLoadEffect
→ Store has data? → skip (app renders immediately)
→ Store empty? → fetch minimalMetadata endpoint → populate objects + views
→ MetadataProviderInitialEffects (full metadata load, runs in parallel)
→ LazyMetadataLoadEffect (page layouts, logic functions, nav menu, etc.)
→ IsAppMetadataReadyEffect (sets isAppMetadataReady)
```
## Test plan
- [ ] Verify app loads with empty localStorage (should fetch minimal
metadata, then full)
- [ ] Verify app loads with populated localStorage (should skip minimal
fetch, render immediately)
- [ ] Verify SSE events correctly update metadata store for all entity
types
- [ ] Verify logout clears metadata store (atom reset propagates to
localStorage)
- [ ] Verify all metadata selectors return correct joined data
- [ ] CI: lint, typecheck, tests pass
## Context
This PR introduces overrides for view fields which will be useful for
page layout FIELDS widgets fields position/groups/visibility override +
restore logic.
## Summary
- **Removes the entire `modules/favorites/` directory** (~66 files,
~5000 lines deleted) — components, hooks, states, types, utils, tests,
and the favorite-folder-picker sub-module
- **Eliminates the dual-write pattern** where creating a favorite also
created a NavigationMenuItem — all consumers now use
`useCreateNavigationMenuItem` directly
- **Removes `IS_NAVIGATION_MENU_ITEM_EDITING_ENABLED` feature flag
checks** from ~12 files, always taking the NavigationMenuItem code path
- **Cleans up backend dual-writes** in `object-metadata.service.ts` and
`twenty-standard-application.service.ts` that were creating Favorite
records alongside NavigationMenuItems
- **Updates prefetch system** to only load NavigationMenuItems (removes
favorites prefetch effects and states)
- **Cleans up test infrastructure** — updates Storybook decorators, mock
data, and graphql mocks to remove favorites references
### What was intentionally kept
- **Backend entity definitions** (`FavoriteWorkspaceEntity`,
`FavoriteFolderWorkspaceEntity`) — these define the database schema and
need a proper database migration to remove
- **Cascade deletion listeners** — still needed to clean up existing
Favorite data in workspaces that haven't been fully migrated
- **v1.18 migration commands** — needed for workspaces upgrading from
older versions
---------
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
## Summary
- Renames the `FieldMetadataType` enum key from `RICH_TEXT_V2` to
`RICH_TEXT` across the entire codebase, while keeping the underlying
string value as `'RICH_TEXT_V2'` to maintain PostgreSQL database
compatibility
- Renames all related types, guards, hooks, components, and files from
`*RichTextV2*` / `*rich-text-v2*` to `*RichText*` / `*rich-text*` (e.g.
`FormRichTextV2FieldInput` → `FormRichTextFieldInput`,
`isFieldRichTextV2` → `isFieldRichText`)
- Updates generated files (GraphQL schema, SDK types) to use the new key
while preserving the `RICH_TEXT_V2` string value for DB/API layer
- Updates i18n locale files, test snapshots, and integration tests to
reflect the rename
## Context
The legacy `RICH_TEXT` (V1) field type was deprecated and migrated to
`TEXT` in a previous PR (#18623). With V1 gone, the `RICH_TEXT_V2`
naming is no longer necessary — `RICH_TEXT` is now the canonical name.
The DB enum value stays `'RICH_TEXT_V2'` to avoid confusion with the
just-deprecated V1 type and to prevent a database migration.
## Test plan
- [x] `twenty-server` typecheck passes
- [x] `twenty-front` typecheck passes (only pre-existing Apollo client
errors remain)
- [x] `twenty-server` lint passes
- [x] `twenty-front` lint passes
- [x] `twenty-shared` build passes
- [ ] CI passes
Made with [Cursor](https://cursor.com)
## Summary
- Removes the deprecated `RICH_TEXT` (V1) field metadata type from the
codebase entirely
- Adds a 1.20 upgrade command that migrates existing `RICH_TEXT` fields
to `TEXT` in `core.fieldMetadata`
- Cleans up ~70 files across `twenty-shared`, `twenty-server`,
`twenty-front`, `twenty-sdk`, and `twenty-zapier`
## Context
`RICH_TEXT` was a legacy field type that stored rich text as a single
`text` column. It was already **read-only** — writes threw errors
directing users to `RICH_TEXT_V2` instead. `RICH_TEXT_V2` is the current
approach: a composite type with `blocknote` (editor JSON) and `markdown`
subfields. Keeping the deprecated type added maintenance burden without
any value.
Since the underlying database column type for `RICH_TEXT` was already
`text` (same as `TEXT`), the migration only needs to update the metadata
— no data migration or column changes required.
## Changes
### Upgrade command (new)
- `1-20-migrate-rich-text-to-text.command.ts` — runs `UPDATE
core."fieldMetadata" SET "type" = 'TEXT' WHERE "type" = 'RICH_TEXT'` per
workspace, with cache invalidation
### Enum & shared types
- Removed `RICH_TEXT` from `FieldMetadataType` enum
- Removed from `FieldMetadataDefaultValueMapping`,
`isFieldMetadataTextKind`
### Server (~30 files)
- Removed from type mapper (scalar, filter, order-by), data processors,
input transformer, filter operators, zod schemas, column type mapping,
searchable fields, RLS matching, OpenAPI schema, fake value generators
- Removed from field creation flow and field metadata type validator
- Updated dev seeder Pet `bio` field to `TEXT`
- Cleaned up mocks, snapshots, integration tests
### Frontend (~25 files)
- Deleted: `RichTextFieldDisplay`, `isFieldRichText`,
`isFieldRichTextValue`, `useRichTextFieldDisplay`
- Removed from `FieldDisplay`, `usePersistField`, `isFieldValueEmpty`,
`isRecordMatchingFilter`, `generateEmptyFieldValue`,
`isFieldCellSupported`, spreadsheet import, workflow fake values
- Removed from settings types, field type configs, and field creation
exclusion list
- Updated tests, mocks, and stories
### SDK & Zapier
- Removed from generated GraphQL schema and TypeScript types
- Removed from Zapier `computeInputFields`
## Summary
- Adds `gemini-3.1-flash-lite-preview` to the Google AI models registry
- Ultra-low-cost Gemini model ($0.25/M input, $1.50/M output) — half the
price of Gemini 3 Flash
- 1M context window, 64K max output, supports dynamic thinking
- No service code changes needed — the existing `AiModelRegistryService`
auto-discovers models from constants
## Changes
- `ai-models-types.const.ts`: Added `gemini-3.1-flash-lite-preview` to
the `ModelId` type union
- `google-models.const.ts`: Added model configuration with pricing,
context window, and capabilities
## Test plan
- [ ] `npx nx typecheck twenty-server` passes
- [ ] `npx nx lint twenty-server` passes
- [ ] With `GOOGLE_API_KEY` set, model appears in available models list
- [ ] Existing Gemini models unaffected
---------
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
## Summary
- **Split tsvector migration into individual per-field transactions**:
each tsvector field now runs in its own
`workspaceMigrationRunnerService.run()` call (its own DB transaction).
Since STORED generated columns trigger full table rewrites, a timeout on
one large table (e.g. `timelineActivity`) no longer rolls back the
others. Each field has its own idempotency check, so the migration is
fully resumable.
- **Add configurable `DATABASE_STATEMENT_TIMEOUT_MS` env var** (default
15000ms): controls the `query_timeout` on the core datasource globally,
allowing operators to raise it for long-running upgrade commands without
code changes.
- **Reorder 1.19 upgrade commands**: move
`fixRoleAndAgentUniversalIdentifiersCommand` first so that subsequent
commands see corrected universal identifiers.
2026-03-13 12:59:31 +01:00
martmullGitHubcubic-dev-ai[bot] <191113872+cubic-dev-ai[bot]@users.noreply.github.com>Copilot Autofix powered by AI <223894421+github-code-quality[bot]@users.noreply.github.com>
Bug: When creating a draft from an activated workflow version, the draft
row was inserted into the database without steps and trigger, then
updated with them in a separate operation. The SSE create-one event
fired on the INSERT, causing the frontend to refetch the draft before
the UPDATE — resulting in steps: null and trigger: null, which crashed
the step editor.
Fix: Reorder the operations so steps are duplicated first, then either
insert a new draft or update an existing one with steps and trigger
already populated. The row never exists in the database without complete
data.
## Problem
When `NODE_ENV` is development, the server was only using the dev public
key to verify enterprise JWTs. Production keys are signed with the
production private key, so they failed verification with the dev public
key, resulting in "Invalid enterprise key" errors.
## Solution
Try both production and dev public keys when in development, so
production keys work when testing locally. In production, only the
production key is used (unchanged behavior).
## Changes
- `enterprise-plan.service.ts`: Replaced `getPublicKey()` with
`getPublicKeysToTry()` that returns both keys in development; updated
`verifyJwt()` to try each key until one succeeds
- `enterprise-plan.service.spec.ts`: Added test for production key
acceptance when `NODE_ENV` is development
Made with [Cursor](https://cursor.com)
---------
Co-authored-by: cubic-dev-ai[bot] <191113872+cubic-dev-ai[bot]@users.noreply.github.com>
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
## Context
Improve view resolution using cache and dataloader
## Performance Comparison
|Run|Main (no DataLoaders/cache)|Feature Branch (DataLoaders +
cache)|Speedup|
|---|---|---|---|
|1 (cold)|418ms|95ms|~4.4x faster|
|2|42ms|19ms|~2.2x faster|
|3|37ms|19ms|~1.9x faster|
|4|39ms|12ms|~3.2x faster|
|5|33ms|13ms|~2.5x faster|
The biggest improvement is to use dataloaders for the multiple relations
associated with views. Cache is a bit less significant since there are
other cache mechanism such as PostgreSQL buffer cache but it will
probably be more meaningful with bigger workspaces
## Summary
- Same fix as #18590 but applied to `FieldMetadataDTO`
- Changed `universalIdentifier` from `UUID` to `String` type since field
metadata universal identifiers are not necessarily valid UUIDs
- Removed `universalIdentifier` from `FieldFilter` (was using
`UUIDFilterComparison`)
- Updated generated SDK and frontend types accordingly
## 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
This PR fixes what allows to have a working demo workspace skill.
- Skill updated many times into something that works
- Fixed infinite loop in AI chat by memoizing ai-sdk output
- Finished navigateToView implementation
- Increased MAX_STEPS to 300 so the chat don't quit in the middle of a
long running skill
- Added CreateManyRelationFields
## 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>
we were using an older version of `file-type` which has limited support
for PDF as it's a complex spec
Updated to latest version which includes support for plugins and added
`@file-type/pdf` which has extensive spec compliant detection approach
fixes TWENTY-SERVER-FAN
## Summary
For security reasons, the code interpreter and logic function drivers
now default based on `NODE_ENV`:
- **Production** (`NODE_ENV=production` or unset): Default to
**Disabled**
- **Development** (`NODE_ENV=development`): Default to **LOCAL** for
convenience
This ensures self-hosted production deployments don't accidentally run
user-provided code without explicit configuration.
## Changes
### Config (`config-variables.ts`)
- `CODE_INTERPRETER_TYPE`: Disabled in prod, LOCAL in dev
- `LOGIC_FUNCTION_TYPE`: Disabled in prod, LOCAL in dev
### Documentation (`setup.mdx`)
- Added **Security Defaults** section explaining NODE_ENV-based behavior
- Fixed variable names: `SERVERLESS_TYPE` → `LOGIC_FUNCTION_TYPE`,
`SERVERLESS_LAMBDA_*` → `LOGIC_FUNCTION_LAMBDA_*`
- Added **Code Interpreter** section with available drivers (Disabled,
Local, E2B)
### Environment files
- `.env.example`: Updated to `LOGIC_FUNCTION_TYPE` with comments
- `.env.test`: Added `LOGIC_FUNCTION_TYPE=LOCAL` for logic function
integration tests
Made with [Cursor](https://cursor.com)
---------
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
## Context
The goal is to add a "See records" button in all objects that would
redirect to that view (this will be done in a later PR). See screenshot
below.
<img width="665" height="312" alt="Screenshot 2026-03-10 at 15 54 36"
src="https://github.com/user-attachments/assets/6e23a75b-cff0-4d93-bce8-b5481b05c6f6"
/>
## Implementation
- If a view does not exist on an object, there is a **temporary**
fallback where the frontend creates the missing view as a custom view
when going over the object index page
- System objects are now surfaced but we don't want their records to be
editable, they will be readonly (mostly, all fields will be non-editable
except for their custom fields).
- We can't create a new record of a system object, some actions are also
hidden.
- The backend now rejects if you are trying to delete the last view of
an object
## 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
- Replace regex-based private IP detection in `isPrivateIp` with Node.js
`net.BlockList` for CIDR-based range checking, which properly handles
all IPv4-mapped IPv6 representations (both dotted-decimal and hex forms)
- Add missing non-routable IP ranges: carrier-grade NAT
(`100.64.0.0/10`), IANA special purpose, documentation networks,
benchmarking, multicast, and reserved ranges
- Add protocol allowlist (http/https only) as an axios request
interceptor in `SecureHttpClientService` and as a Zod refinement in the
HTTP tool schema
## Test plan
- [x] All 100 existing + new tests pass across 4 secure-http-client test
suites
- [x] New tests cover carrier-grade NAT range boundaries (100.64.0.0 –
100.127.255.255)
- [x] New tests cover documentation, benchmarking, multicast, and
reserved ranges
- [x] New tests cover hex-form IPv4-mapped IPv6 addresses (the form
Node.js URL parser actually produces)
- [x] New tests verify protocol interceptor blocks `ftp:` and `file:`
schemes
- [x] New tests verify protocol interceptor is only active when safe
mode is enabled
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)
Fixes#18356
## Summary
Setting `LOG_LEVELS=debug,info,error,warn` crashes with `TypeError:
logLevels.map is not a function` because `CastToLogLevelArray` silently
returns `undefined` for invalid levels.
Now it throws a clear error message listing the invalid levels and valid
options:
```
Invalid log level(s): info. Valid levels are: log, error, warn, debug, verbose
```
## Changes
- Throw descriptive `Error` when invalid log levels are provided instead
of returning `undefined`
- Updated tests to verify the error message
## Test plan
- [x] All 8 existing tests passing
- [x] `"toto"` → throws `Invalid log level(s): toto. Valid levels are:
log, error, warn, debug, verbose`
- [x] `"verbose,error,toto"` → throws listing only `toto` as invalid
- [x] Valid levels (`log,error,warn,debug,verbose`) continue working as
before
