Stacked on #23642. Integration suite for the cookie-session surface,
organized as one successful/failing spec pair per stage of the session
lifecycle. 14 spec files, ~36 tests, all over real HTTP against the
booted app.
## Coverage by stage
**1. Session creation on auth exchanges**
(`successful-`/`failing-session-creation`)
Flag gating (default off: tokens, no cookie, no row); httpOnly cookie
snapshot with 180d expiry window; SHA-256 hash-at-rest with the row
bound to the apple seed workspace; scripted sign-ins without an Origin
header still get the cookie; login-CSRF refuses the cookie for
disallowed origins while returning the token pair; sign-in over an
existing session revokes it as `SUPERSEDED`; a failed credentials
exchange mints nothing.
**2. Cookie delivery** (`successful-session-cookie-delivery`,
`secure-deployment-session-cookie`)
The runtime side door (`AUTH_COOKIE_SAME_SITE=none` forces the secure
path) pins the `__Host-`/`Secure`/`SameSite=None` variant in the default
CI run. The exact production combination (`__Host-`, `Secure`,
`SameSite=Lax`) is covered by a dedicated spec that requires the app to
boot with an https `SERVER_URL`: the secure branch is decided by config,
never the transport, so no TLS is needed. It skips itself on plain-http
boots; CI runs it as an extra step on one shard with
`SERVER_URL=https://localhost:3000`, including the `__Host-` round-trip
and the plain-cookie-name downgrade refusal.
**3. Per-request authentication and the CSRF read gate**
(`successful-`/`failing-session-cookie-authentication`)
A cookie-only request resolves the seeded user; a `sess_` token
presented as Bearer is rejected; cookie-authenticated unsafe requests
with a disallowed or missing Origin get 403 `CSRF_ORIGIN_MISMATCH`; an
unknown session token is unauthenticated and its dead cookie is cleared.
**3b. Workspace binding** (`successful-session-workspace-binding`)
Tim signs into both seeded workspaces (apple and yc); each session row
is bound to the workspace its exchange selected (`workspaceId` and
`userWorkspaceId` pinned to the seed ids), and each cookie resolves to
its own workspace context, with no request-side input able to pivot a
session across workspaces.
**3c. Credentialed CORS** (`cors-credentialed-origins`)
Allowlisted origins get the reflected `Access-Control-Allow-Origin` plus
`Access-Control-Allow-Credentials: true` and `Vary: Origin`, preflight
included; other origins keep the public wildcard. See tooling notes:
this surface was previously untestable.
**4. Sessions API** (`successful-`/`failing-user-sessions-api`)
`currentUserSessions` marks exactly the presented session as current;
`revokeUserSession` revokes by id (`USER_REVOKED`) and drops it from the
listing; `revokeAllOtherUserSessions` spares the presented session;
cross-user revocation and unauthenticated listing are refused.
**5. Exits** (`successful-sign-out`, `failing-session-expiration`)
`signOut` revokes with `USER_SIGN_OUT`, clears the cookie, and reuse
fails immediately (cache invalidated, not TTL-bound); a cookie-less
sign-out clears nothing, so a cross-site POST cannot log a visitor out;
absolute-lifetime and idle-timeout expiry both reject and clear the
cookie.
**7. Cleanup cron** (`user-session-cleanup-cron`)
Both halves run in-process against fixtures spanning the 30d retention
boundary. Sessions: expired/revoked-beyond-retention deleted; active,
recently-expired, and idle-expired rows survive (the idle case pins the
known predicate gap). Refresh tokens: old-expired and old-revoked
deleted, fresh kept, and a long-expired token of another type survives,
pinning the `type` filter that keeps the shared `appToken` table safe
from the hard-delete.
Not covered here by design: the impersonation park/restore sub-funnel
(stage 6, follow-up) and the client-side funnel (stage 8, front-end
scope). Password-change revocation and the renewal bridge are also left
to follow-ups.
## How the flag is flipped
`AUTH_COOKIE_SESSIONS_ENABLED` (and `AUTH_COOKIE_SAME_SITE` for the
secure side door) are toggled at runtime through the admin panel config
API, reusing the `twenty-config` test utils: `DatabaseConfigDriver.set`
updates its cache synchronously and `TwentyConfigService` consults the
DB driver before the env driver. No `.env.test` change, no app reboot,
runs in the default CI environment without the `ci:auth-cookie-sessions`
label. `SERVER_URL` is env-only, hence the dedicated CI step for the
production secure-deployment spec.
## Shared tooling changes
- **`applyCredentialedCors` extraction (src change)**: the integration
harness booted with Nest's wildcard `cors: true`, not the
credentialed-allowlist setup living in `main.ts`, so the CORS surface
was untestable by construction. The setup moved into
`applyCredentialedCors`, now called by both the production bootstrap and
`createApp`, making the harness's CORS behavior the deployed one.
Behavior-neutral for production.
- `makeMetadataAPIRequest` accepts an explicit `null` token for
unauthenticated requests. Passing `undefined` silently fell back to the
default admin token (parameter defaults apply to `undefined`), which
made supposedly public requests Bearer-authenticated, bypassing both the
cookie auth path and the CSRF middleware. Existing call sites are
unaffected.
- The `GetLoginTokenFromCredentials` / `GetAuthTokensFromLoginToken`
documents moved into shared query factories; the workspace-origin
builder is extracted and generalized to any seeded subdomain
(`buildWorkspaceOriginForSubdomain`, reused by
`getAccessTokenForCredentials`).
- Suite-local helpers: `signInWithCookieCapture` (full credentials
exchange returning the raw supertest response, with a
`workspaceSubdomain` option), `postMetadataOperationWithHeaders`
(Origin/Cookie header control), cookie extraction for both cookie names,
clearing-cookie detection, snapshot normalization (token and expiry
redacted), and shared `ALLOWED_ORIGIN`/`DISALLOWED_ORIGIN` constants
derived from `FRONTEND_URL`.
Verified locally: full suite green in CI mode on both plain-http and
https-`SERVER_URL` boots; oxlint and tsc clean.
---------
Co-authored-by: Félix Malfait <felix.malfait@gmail.com>
## Problem
`server-test` fails intermittently: exit 1 with **no `FAIL` line and no
`Test Suites:/Tests:` summary** — the jest run is aborted mid-way,
before the reporter's `onRunComplete`.
## Root cause
The `test` target runs the entire unit suite (~6,600 tests) in **one
in-band jest process on a single runner VM** (`nx.json` sets
`maxWorkers: 1` for the `ci` configuration). A few minutes in, that
process is killed by an **external `SIGKILL`** — confirmed *not* OOM
(~15 GB free at kill time, no cgroup `oom_kill`) and *not* an in-process
crash (a Node diagnostic report armed with `--report-on-fatalerror` +
`--report-uncaught-exception` writes nothing). The whole-run kill is why
it fails intermittently with no summary. `maxWorkers=2` on one VM still
dies, so the threshold is **per-VM**, not per-process.
## Fix
Shard the unit suite across VMs, the same way `server-integration-test`
already does:
- A `twenty-server` `test:ci` target runs jest directly (so `--shard`
forwards) with `dependsOn: ["^build"]` so the workspace deps are built.
- `server-test` becomes a 4-way matrix; each shard runs a quarter of the
suite, well under the kill threshold.
- `ci-server-status-check` already aggregates `server-test`, so required
checks are unchanged.
Also provides two mocks a completed run needs but the SIGKILL had been
masking in `ApplicationRegistrationService.upsertFromCatalog` unit
tests: the `MetricsService` provider and
`applicationRegistrationRepository.createQueryBuilder`.
## Problem
`server-integration-test` shards have been failing intermittently across
unrelated PRs with a distinctive signature: the shard exits code 1 with
**no jest assertion failure, no `Test Suites:` summary, and no V8
`JavaScript heap out of memory` error** — the process just dies mid-run.
Failures hit random shards and clear on re-run (e.g. an unrelated branch
failed shard 6 once, then passed 3× on identical code), while the
`merge_group` gate stays green.
### Root cause
Each shard runs a **single in-band jest process** that boots one shared
NestJS app (`globalSetup` → `app.listen`) and holds it for the entire
shard, driving heavy metadata migrations + cache rebuilds in that one
process. `NODE_OPTIONS=--max-old-space-size=12288` let V8 grow to 12 GB
— *above* the `ubuntu-latest` runner's available RAM (16 GB, shared with
Postgres/Redis/ClickHouse). V8 therefore deferred aggressive GC and grew
past physical memory, so the **OS OOM-killer killed the process before
V8 hit its own ceiling** — which is why there's no heap error and no
jest summary, just a silent exit.
## Changes (CI/test-only — prod runtime untouched)
- **Lower the integration jest heap cap `12288` → `6144`** so V8
self-limits below physical headroom instead of being OS-killed.
Counterintuitively safer: a real leak now surfaces as a *visible* heap
error naming the test, rather than a silent death. (`database:reset`
keeps 12288 — it runs alone, before jest.)
- **Add `--logHeapUsage`** to the integration jest runs to expose the
per-file heap trend for confirming/pinpointing the growth.
- **Split integration tests across 16 shards (was 10)** to lower the
peak working set per shard.
- **Make perf logging a first-class `LoggerService` tool** (per
@prastoin's review): add `LoggerService.perf()` and unify the existing
`time()`/`timeEnd()` helpers into `perfTime()`/`perfTimeEnd()` (now
routed through the driver), all gated by a new `PERF_LOG_ENABLED` config
var. It **defaults on** so real environments keep emitting the
install-perf logs, and `.env.test` sets it `false` to mute the
per-action flood in integration tests. The `application-manifest` and
`validate-build` services were moved from the built-in `Logger` to
`LoggerService` to use it.
## Notes
- `--max-old-space-size` lives only in the `test:integration` nx target;
it is **not** the prod server heap setting, so prod is unaffected.
- This is mitigation. If `--logHeapUsage` shows monotonic growth across
files, there's a real accumulation in the long-lived app (retained
flat-maps / metadata cache) worth a follow-up heap-snapshot fix.
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## Context
Follow-up to [#21559](https://github.com/twentyhq/twenty/pull/21559)
(the esbuild 0.28.1 security bump). That PR had to pin `tsx` to `4.21.0`
to avoid a CI-only `server-integration-test` failure. This removes the
need for that pin by fixing the root cause.
## Root cause
The integration-test command boots jest with `NODE_OPTIONS="--import
tsx/esm"`, while jest *also* compiles `jest-integration.config.ts` with
**ts-node, type-checking on**. Two TypeScript transformers run over the
same file:
- tsx's loader transpiles `node-environment.interface.ts` via esbuild,
downleveling the enum to `var NodeEnvironment = (…)(NodeEnvironment ||
{})`.
- jest's ts-node then *type-checks that downleveled output* and rejects
it with `TS7022: 'NodeEnvironment' … referenced directly or indirectly
in its own initializer`.
It's not a real type error and not esbuild's fault — esbuild's output is
valid JS, just not valid TS to re-type-check. It only surfaced once
`tsx` resolved to `4.22.x` (whose loader feeds that output into
ts-node), which is why #21559 pinned tsx to 4.21.0.
Verified in isolation: ts-node type-checking esbuild's downleveled enum
→ `TS7022`; the same under `transpileOnly`/`TS_NODE_TRANSPILE_ONLY=true`
→ clean.
## Fix
Run the integration jest config **transpile-only**
(`TS_NODE_TRANSPILE_ONLY=true` on the `test:integration` target, base +
`with-db-reset`). The config file doesn't need type-checking at boot,
and jest's ts-node now emits JS without re-type-checking esbuild's
output — eliminating the whole class of tsx/esbuild-downleveling
sensitivity.
With the collision gone, drop the workaround from the root
`package.json`:
- removed the `tsx: 4.21.0` resolution
- removed the `tsx/esbuild: 0.28.1` resolution
`tsx`'s `^4.x` ranges now resolve to **4.22.4**, which pins esbuild
`~0.28.0` → **0.28.1** on its own, so esbuild stays 0.28.1 across the
lockfile with no resolution. The `//resolutions` doc block is updated
accordingly.
## Verification
- `yarn install` clean; lockfile has only esbuild 0.28.1; tsx resolves
to 4.22.4.
- `jest --config ./jest-integration.config.ts --listTests` with tsx
4.22.4 + `TS_NODE_TRANSPILE_ONLY=true` loads the config and lists all
420 suites.
- CI `server-integration-test` is the real validator (the failure was
CI-only).
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## Summary
Closes#20382.
`lint:diff-with-main` can load `.oxlintrc.json` files that reference
`../twenty-oxlint-rules/dist/oxlint-plugin.mjs`, but the diff-lint
targets did not build `twenty-oxlint-rules` first. On fresh clones, that
generated plugin file is missing and oxlint fails before linting.
This PR adds `twenty-oxlint-rules:build` before diff lint for:
- the root `lint:diff-with-main` target default
- the custom `twenty-front:lint:diff-with-main` target
- the custom `twenty-server:lint:diff-with-main` target
It also adds regression coverage for:
- the default diff-lint target dependency
- the custom front/server diff-lint target dependencies
- preserving `twenty-website-new` custom dependencies because it does
not load the Twenty oxlint plugin
## Tests
- `npx vitest run --config
packages/twenty-oxlint-rules/vitest.config.mts
workspace/lint-diff-with-main-targets.spec.ts`
- `node_modules/.bin/nx test twenty-oxlint-rules`
- `node_modules/.bin/nx typecheck twenty-oxlint-rules`
- `node_modules/.bin/nx build twenty-oxlint-rules`
- `node_modules/.bin/nx lint:diff-with-main twenty-server`
- `node_modules/.bin/nx lint:diff-with-main twenty-front`
- `npx oxlint -c packages/twenty-oxlint-rules/.oxlintrc.json
packages/twenty-oxlint-rules/workspace/lint-diff-with-main-targets.spec.ts`
- `git diff --check`
## Notes
- `twenty-website-new:lint:diff-with-main` dependency shape remains
unchanged. Full local execution is blocked by missing local `unzip`,
which the existing `check-lottie-frames` script requires.
## Docs / Changelog
No docs or manual changelog update needed. This fixes Nx task wiring for
an existing documented command.
---------
Co-authored-by: Charles Bochet <charles@twenty.com>
# Introduction
This PR introduces a workflow and nx command that allow bumping to a
given version or incrementing the current `TWENTY_CURRENT_VERSION`
Combined with accurate on point cd triggered and CI upgrade sequence
guard mutation workflow the window where a PR can corrupt an already
released twenty version is mitigated
Cleans up the code quality by migrating from Raw SQL to TypeORM
entities. The previous implementation was necessary to do cross‑schema
table joins but since we've migrated to the core schema we don't need it
anymore.
- Also extracted `toIsoStringOrNull` to a utility it was duplicated
several times
- Moved `isThrottled` logic from job handler to cron enqueuer
# Introduction
Refactoring the upgrade engine to handle cross version upgrade,
completely getting rid of the semver `version` at db and runtime level
It remains a visual a listing indicator for or CD process but also
during devenv in order to prepare next release
Will write a release process runbook documentation on how to handle
upgrade step patch, command insertion etc as it needs to be cascaded
across all the involved supported version
**The upgrade sequence model:**
The sequence is a flat, ordered array of upgrade steps
(`UpgradeStep[]`), built from the registry by chaining all versions in
order, each version contributing its fast-instance → slow-instance →
workspace commands sorted by timestamp. Version is metadata for logging,
not used in the algorithm.
**Segments:**
The sequence naturally splits into alternating segments of contiguous
instance steps and contiguous workspace steps. The runner processes
segments in order:
- **Instance segment:** Run sequentially from the instance cursor. Each
step runs once globally.
- **Workspace segment:** Each workspace independently walks from its own
cursor through the end of the segment. Workspaces are independent within
a segment — they can be at different positions.
- **Synchronization (workspace → instance):** The runner blocks before
entering an instance segment. All active/suspended workspaces must have
completed the last workspace step of the preceding workspace segment. If
any workspace failed, abort. This is the only explicit synchronization
point.
- Instance → workspace ordering is implicit — the runner processes
segments sequentially, so the instance segment naturally completes
before the workspace segment begins.
full docs
https://gist.github.com/prastoin/e62106d455fd72d6b6ebada8351e5492
## Version constants & type-level deprecation
Version management is split into three atomic constants:
`TWENTY_PREVIOUS_VERSIONS`, `TWENTY_CURRENT_VERSION`, and
`TWENTY_NEXT_VERSIONS`. Two derived constants compose them:
`CROSS_UPGRADE_SUPPORTED_VERSIONS` (previous + current — what the engine
runs) and `ALL_TWENTY_VERSIONS` (the full ordered tuple including next).
The registry service validates at module init that no version is
duplicated across constants and that at least one previous version
exists.
A `DeprecatedSinceVersion<RemoveAtVersion, T>` type utility resolves to
`T` while `TWENTY_CURRENT_VERSION` is below `RemoveAtVersion`, and to
`never` once it reaches it — turning deprecation into a compile-time
guarantee via `IndexOf` and `IsGreaterOrEqual` generics in
`twenty-shared`.
### `workspace.version` column deprecation
The column is replaced by cursor-based state inference from
`UpgradeMigration` records, but cannot be dropped in 1.22: workspaces
activated during 1.21 predate the cursor system and need their initial
cursor backfilled first (`backfillWorkspaceCreatedIn1_21_0Cursors`).
This backfill itself depends on a new `isInitial` column on
`UpgradeMigration`, bootstrapped via a targeted TypeORM migration before
the upgrade sequence runs.
Both functions and the entity field are typed with
`DeprecatedSinceVersion<'1.23.0', ...>`. When `TWENTY_CURRENT_VERSION`
reaches `1.23.0`, compile errors force their removal — and the
pre-declared `DropWorkspaceVersionColumnFastInstanceCommand` takes over
to drop the column.
## What's next
- ci cross version upgrade ( wip )
- banner asking to contact twenty administrator if workspace is outdated
- upgrade healthcheck cli
## New unit/integ test pattern
Create a dedicated `createNestApp` that consumes a real database in
order not to have to mack any database interaction to the
`upgradeMigrations` allowing full coverage of the whole
`upgradeRunnerService.run` core logic
# Introduction
Now only using typeorm to generate migrations up and down statement
We handle and maintain our own migration table history
## What's new
Now all the instance commands will live within the same module and
folder than the upgrade commands
Sequentiality comes from the timestamp located in the filename
Same sequentiality also applies to the workspace commands in the future,
for the moment still expected a as code explicit declaration
( below screen is an example see below section )
<img width="1382" height="634" alt="image"
src="https://github.com/user-attachments/assets/5610a246-4eae-485e-99f4-98fb89ad5ac8"
/>
## Existing 1.21 migrations
We won't start following this pattern in 1.21 yet at least not with the
migration that has already been released as typeorm migrations in cloud
production as they would rerun
## Small duplication
Duplicating the legacy typeorm and instance commands run in the
`run-instance-commands` to avoid any merge of interest for the moment
## Concurrency
Not handling any run in parrallel of the upgrade for the moment
# Introduction
Typeorm migration are now associated to a given twenty-version from the
`UPGRADE_COMMAND_SUPPORTED_VERSIONS` that the current twenty core engine
handles
This way when we upgrade we retrieve the migrations that need to be run,
this will be useful for the cross-version incremental upgrade so we
preserve sequentiality
## What's new
To generate
```sh
npx nx database:migrate:generate twenty-server -- --name add-index-to-users
```
To apply all
```sh
npx nx database:migrate twenty-server
```
## Next
Introduce slow and fast typeorm migration in order to get rid of the
save point pattern in our code base
Create a clean and dedicated `InstanceUpgradeService` abstraction
## Motivations
A lot of self hosters hands up using the `yarn database:migrated:prod`
either manually or through AI assisted debug while they try to upgrade
an instance while their workspace is still blocked in a previous one
Leading to their whole database permanent corruption
## What happened
Replaced the direct call the the typeorm cli to a command calling it
programmatically, adding a layer of security in case a workspace seems
to be blocked in a previous version than the one just before the one
being installed ( e.g 1.0 when you try to upgrade from 1.1 to 1.2 )
For our cloud we still need a way to bypass this security explaining the
-f flag
## Remark
Centralized this logic and refactored creating new services
`WorkspaceVersionService` and `CoreEngineVersionService` that will
become useful for the upcoming upgrade refactor
Related to https://github.com/twentyhq/twenty-infra/pull/529
## 1. The `twenty-client-sdk` Package (Source of Truth)
The monorepo package at `packages/twenty-client-sdk` ships with:
- A **pre-built metadata client** (static, generated from a fixed
schema)
- A **stub core client** that throws at runtime (`CoreApiClient was not
generated...`)
- Both ESM (`.mjs`) and CJS (`.cjs`) bundles in `dist/`
- A `package.json` with proper `exports` map for
`twenty-client-sdk/core`, `twenty-client-sdk/metadata`, and
`twenty-client-sdk/generate`
## 2. Generation & Upload (Server-Side, at Migration Time)
**When**: `WorkspaceMigrationRunnerService.run()` executes after a
metadata schema change.
**What happens in `SdkClientGenerationService.generateAndStore()`**:
1. Copies the stub `twenty-client-sdk` package from the server's assets
(resolved via `SDK_CLIENT_PACKAGE_DIRNAME` — from
`dist/assets/twenty-client-sdk/` in production, or from `node_modules`
in dev)
2. Filters out `node_modules/` and `src/` during copy — only
`package.json` + `dist/` are kept (like an npm publish)
3. Calls `replaceCoreClient()` which uses `@genql/cli` to introspect the
**application-scoped** GraphQL schema and generates a real
`CoreApiClient`, then compiles it to ESM+CJS and overwrites
`dist/core.mjs` and `dist/core.cjs`
4. Archives the **entire package** (with `package.json` + `dist/`) into
`twenty-client-sdk.zip`
5. Uploads the single archive to S3 under
`FileFolder.GeneratedSdkClient`
6. Sets `isSdkLayerStale = true` on the `ApplicationEntity` in the
database
## 3. Invalidation Signal
The `isSdkLayerStale` boolean column on `ApplicationEntity` is the
invalidation mechanism:
- **Set to `true`** by `generateAndStore()` after uploading a new client
archive
- **Checked** by both logic function drivers before execution — if
`true`, they rebuild their local layer
- **Set back to `false`** by `markSdkLayerFresh()` after the driver has
successfully consumed the new archive
Default is `false` so existing applications without a generated client
aren't affected.
## 4a. Logic Functions — Local Driver
**`ensureSdkLayer()`** is called before every execution:
1. Checks if the local SDK layer directory exists AND `isSdkLayerStale`
is `false` → early return
2. Otherwise, cleans the local layer directory
3. Calls `downloadAndExtractToPackage()` which streams the zip from S3
directly to disk and extracts the full package into
`<tmpdir>/sdk/<workspaceId>-<appId>/node_modules/twenty-client-sdk/`
4. Calls `markSdkLayerFresh()` to set `isSdkLayerStale = false`
**At execution time**, `assembleNodeModules()` symlinks everything from
the deps layer's `node_modules/` **except** `twenty-client-sdk`, which
is symlinked from the SDK layer instead. This ensures the logic
function's `import ... from 'twenty-client-sdk/core'` resolves to the
generated client.
## 4b. Logic Functions — Lambda Driver
**`ensureSdkLayer()`** is called during `build()`:
1. Checks if `isSdkLayerStale` is `false` and an existing Lambda layer
ARN exists → early return
2. Otherwise, deletes all existing layer versions for this SDK layer
name
3. Calls `downloadArchiveBuffer()` to get the raw zip from S3 (no disk
extraction)
4. Calls `reprefixZipEntries()` which streams the zip entries into a
**new zip** with the path prefix
`nodejs/node_modules/twenty-client-sdk/` — this is the Lambda layer
convention path. All done in memory, no disk round-trip
5. Publishes the re-prefixed zip as a new Lambda layer via
`publishLayer()`
6. Calls `markSdkLayerFresh()`
**At function creation**, the Lambda is created with **two layers**:
`[depsLayerArn, sdkLayerArn]`. The SDK layer is listed last so it
overwrites the stub `twenty-client-sdk` from the deps layer (later
layers take precedence in Lambda's `/opt` merge).
## 5. Front Components
Front components are built by `app:build` with `twenty-client-sdk/core`
and `twenty-client-sdk/metadata` as **esbuild externals**. The stored
`.mjs` in S3 has unresolved bare import specifiers like `import {
CoreApiClient } from 'twenty-client-sdk/core'`.
SDK import resolution is split between the **frontend host** (fetching &
caching SDK modules) and the **Web Worker** (rewriting imports):
**Server endpoints**:
- `GET /rest/front-components/:id` —
`FrontComponentService.getBuiltComponentStream()` returns the **raw
`.mjs`** directly from file storage. No bundling, no SDK injection.
- `GET /rest/sdk-client/:applicationId/:moduleName` —
`SdkClientController` reads a single file (e.g. `dist/core.mjs`) from
the generated SDK archive via
`SdkClientGenerationService.readFileFromArchive()` and serves it as
JavaScript.
**Frontend host** (`FrontComponentRenderer` in `twenty-front`):
1. Queries `FindOneFrontComponent` which returns `applicationId`,
`builtComponentChecksum`, `usesSdkClient`, and `applicationTokenPair`
2. If `usesSdkClient` is `true`, renders
`FrontComponentRendererWithSdkClient` which calls the
`useApplicationSdkClient` hook
3. `useApplicationSdkClient({ applicationId, accessToken })` checks the
Jotai atom family cache for existing blob URLs. On cache miss, fetches
both SDK modules from `GET /rest/sdk-client/:applicationId/core` and
`/metadata`, creates **blob URLs** for each, and stores them in the atom
family
4. Once the blob URLs are cached, passes them as `sdkClientUrls`
(already blob URLs, not server URLs) to `SharedFrontComponentRenderer` →
`FrontComponentWorkerEffect` → worker's `render()` call via
`HostToWorkerRenderContext`
**Worker** (`remote-worker.ts` in `twenty-sdk`):
1. Fetches the raw component `.mjs` source as text
2. If `sdkClientUrls` are provided and the source contains SDK import
specifiers (`twenty-client-sdk/core`, `twenty-client-sdk/metadata`),
**rewrites** the bare specifiers to the blob URLs received from the host
(e.g. `'twenty-client-sdk/core'` → `'blob:...'`)
3. Creates a blob URL for the rewritten source and `import()`s it
4. Revokes only the component blob URL after the module is loaded — the
SDK blob URLs are owned and managed by the host's Jotai cache
This approach eliminates server-side esbuild bundling on every request,
caches SDK modules per application in the frontend, and keeps the
worker's job to a simple string rewrite.
## Summary Diagram
```
app:build (SDK)
└─ twenty-client-sdk stub (metadata=real, core=stub)
│
▼
WorkspaceMigrationRunnerService.run()
└─ SdkClientGenerationService.generateAndStore()
├─ Copy stub package (package.json + dist/)
├─ replaceCoreClient() → regenerate core.mjs/core.cjs
├─ Zip entire package → upload to S3
└─ Set isSdkLayerStale = true
│
┌────────┴────────────────────┐
▼ ▼
Logic Functions Front Components
│ │
├─ Local Driver ├─ GET /rest/sdk-client/:appId/core
│ └─ downloadAndExtract │ → core.mjs from archive
│ → symlink into │
│ node_modules ├─ Host (useApplicationSdkClient)
│ │ ├─ Fetch SDK modules
└─ Lambda Driver │ ├─ Create blob URLs
└─ downloadArchiveBuffer │ └─ Cache in Jotai atom family
→ reprefixZipEntries │
→ publish as Lambda ├─ GET /rest/front-components/:id
layer │ → raw .mjs (no bundling)
│
└─ Worker (browser)
├─ Fetch component .mjs
├─ Rewrite imports → blob URLs
└─ import() rewritten source
```
## Next PR
- Estimate perf improvement by implementing a redis caching for front
component client storage ( we don't even cache front comp initially )
- Implem frontent blob invalidation sse event from server
---------
Co-authored-by: Charles Bochet <charlesBochet@users.noreply.github.com>
## Summary
- **Add `lingui:compile` to Dockerfile** before both the server and
frontend build stages, ensuring compiled translation catalogs are always
fresh regardless of git state
- **Add `repository-dispatch` to i18n workflows** (`i18n-push.yaml` and
`i18n-pull.yaml`) to trigger reactive automerge in `twenty-infra` when
the i18n PR is ready, replacing the 15-minute polling approach
## Context
Users sometimes see "Uncompiled message detected" errors because
releases can be cut from `main` before the i18n PR (with freshly
compiled translation catalogs) has been merged. This creates a race
condition between new translatable strings landing on `main` and their
compiled catalogs being available.
These changes fix this in two ways:
1. **Safety net in builds**: Every Docker build now compiles
translations before building, so even if compiled catalogs in git are
stale, the build artifact is always correct
2. **Faster i18n PR merges**: Instead of a 15-minute cron polling for
i18n PRs, the workflows now notify `twenty-infra` immediately when
translations are ready, reducing merge latency from ~15 minutes to ~1
minute
Companion PR in twenty-infra: twentyhq/twenty-infra
(feat/i18n-reactive-automerge)
## Test plan
- [ ] Verify `TWENTY_INFRA_TOKEN` secret is available to i18n workflows
- [ ] Docker build still succeeds with the added `lingui:compile` steps
- [ ] i18n-push triggers automerge in twenty-infra after pushing changes
- [ ] i18n-pull triggers automerge in twenty-infra after pulling
translations
Made with [Cursor](https://cursor.com)
- enrich SSE events with relations
- remove queries from sse metadata events
- on sse event, manage store
- on object/field metadata changes, manage store
TODO left:
- fix other metadata items
---------
Co-authored-by: github-actions[bot] <41898282+github-actions[bot]@users.noreply.github.com>
Co-authored-by: github-actions <github-actions@twenty.com>
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
- **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
## 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`.
## Summary
Fixes `EMFILE: too many open files, watch` crash that most of the team
is hitting on macOS when running `yarn start` or `npx nx start
twenty-server`.
Adds `rimraf dist` before `nest start --watch` in the `start` and
`start:debug` targets, so the watcher starts with a clean output
directory.
## Root cause
The NestJS SWC compiler (`@nestjs/cli@11`) creates **three overlapping
chokidar watchers** when `nest start --watch` runs:
| Watcher | Watches | Purpose | Handles |
|---|---|---|---|
| SWC CLI (`@swc/cli`) | `src/` | Detects file changes → recompiles |
~1,730 |
| NestJS `watchFilesInSrcDir` | `src/` | Workaround: SWC misses new
files | shared with above |
| NestJS `watchFilesInOutDir` | **`dist/`** | Detects compiled `.js` →
restarts server | **~3,548** |
`@nestjs/cli@11` ships with **chokidar v4**, which dropped macOS
`fsevents` support and uses `fs.watch()` instead — creating **one file
descriptor per directory**. Chokidar v3 used a single `fsevents` kernel
subscription per directory tree.
Total: **~5,000+ `fs.watch()` handles**, far exceeding the default macOS
`ulimit -n` of ~2,560.
### Why it broke now
PR #17851 (`15fc850212`) changed the `start` target from `dependsOn:
["build"]` to `dependsOn: ["^build"]`, removing the `rimraf dist && nest
build` pre-step. Without that cleanup, `dist/` accumulated stale
directories from code reorganizations (e.g. `application-layer/` →
`application/` rename), growing to ~3,548 directories vs ~1,730 in a
clean build.
## What this PR does
Adds `rimraf dist &&` before `nest start --watch` in the `start` and
`start:debug` commands. This ensures `dist/` starts empty and only
contains directories matching the current `src/` structure (~1,730),
keeping watcher count in the ~3,400 range.
We still get the startup speed improvement from #17851 (no redundant
full SWC build), since `rimraf dist` is ~instant while the removed `nest
build` step took 30-60s.
## Future considerations
As the codebase grows, even a clean `dist/` will eventually approach the
macOS default `ulimit -n` (~2,560). Options to consider if that happens:
1. **Yarn resolution to force chokidar 3.6.0** — restores `fsevents`,
reducing watcher count from ~5,000 to ~3-5. This is what Vite 7 does
internally. Simple and effective, but pins to an older major version.
2. **Patch `@nestjs/cli`** to skip the `dist/` watcher — the
`watchFilesInOutDir` watcher accounts for ~65% of all handles and only
exists because NestJS doesn't have a direct hook into SWC's
compilation-complete event. Could be removed via `yarn patch`.
3. **Replace `nest start --watch` entirely** — use `node
--watch-path=src` (Node 22+) with `@swc-node/register` for on-the-fly
compilation. Uses a single native watcher regardless of directory count.
Requires rethinking asset copying (`watchAssets` in `nest-cli.json`).
4. **Wait for upstream fix** — NestJS CLI should either re-add
`fsevents` support or use Node's recursive `fs.watch()` option
(available since Node 20) instead of per-directory watchers.
## Test plan
- [ ] Run `npx nx start twenty-server` on macOS — server starts without
EMFILE error
- [ ] Run `npx nx start:debug twenty-server` — debug mode starts without
EMFILE error
- [ ] Edit a `.ts` file while server is running — hot reload still works
- [ ] Run `yarn start` (frontend + backend + worker) — no crashes
Made with [Cursor](https://cursor.com)
Co-authored-by: Cursor <cursoragent@cursor.com>
## Summary
- Changed 6 Nx targets (`start`, `start:debug`, `typeorm`, `ts-node`,
`database:migrate`, `database:migrate:revert`) from `dependsOn:
["build"]` to `dependsOn: ["^build"]` to eliminate a redundant full SWC
compilation step (~30-60s per invocation).
- These targets all use `nest start --watch`, `ts-node`, or TypeORM's
CLI (which runs under ts-node), so they already compile TypeScript
themselves. The `build` dependency was causing `rimraf dist && nest
build` to run first, only for the target's own command to recompile
everything again.
- Fixed `start:debug` to call `nest start --watch --debug` directly
instead of routing through `nx start --debug`, which would trigger yet
another build cycle.
Note: targets that run pre-compiled code from `dist/` (like
`database:reset`) intentionally keep `dependsOn: ["build"]`.
## Test plan
- [ ] Run `npx nx start twenty-server` and verify the server starts with
only one SWC compilation pass instead of two
- [ ] Run `npx nx start:debug twenty-server` and verify the debugger
attaches correctly
- [ ] Run `npx nx run twenty-server:database:migrate` and verify
migrations run correctly
- [ ] Run `npx nx run twenty-server:database:reset twenty-server` and
verify it still builds before running (unchanged)
Made with [Cursor](https://cursor.com)
Co-authored-by: Cursor <cursoragent@cursor.com>
# Introduction
Related to https://github.com/twentyhq/core-team-issues/issues/1989
1/ Migration, applicationId and universalIdentifier are required on
entity ( save point migration + upgrade command fallback pattern )
2/ Backfill using previous standard ids
## Test
tested prod extract
## Note
Added build to typeorm nx generate migration command so we never forgot
to build server before
Upgraded to Storybook 10. We still use `@storybook/test-runner` for
testing since it appears it'd require more work to move from Jest to
Vitest than I initially anticipated, but I completed this PR to fix
`storybook:serve:dev` - it takes time to load, but it works the way it
used to with Storybook 8.
https://github.com/user-attachments/assets/7afc32c6-4bcf-4b37-b83b-8d00d28dda15
## Summary
The `lint:changed` command was not using the correct ESLint config for
`twenty-server`, causing it to use the root `eslint.config.mjs` instead
of the package-specific one. This PR fixes the issue and renames the
command to `lint:diff-with-main` for clarity.
## Problem
- `twenty-front` correctly specified `--config
packages/twenty-front/eslint.config.mjs`
- `twenty-server` just called `npx eslint` without specifying a config
- This meant `twenty-server` was missing important rules like:
- `@typescript-eslint/no-explicit-any: 'error'`
- `@stylistic/*` rules (linebreak-style, padding, etc.)
- `import/order` with NestJS patterns
- Custom workspace rules (`@nx/workspace-inject-workspace-repository`,
etc.)
## Solution
1. **Renamed** `lint:changed` to `lint:diff-with-main` to be explicit
about what the command does
2. **Centralized** the configuration in `nx.json` targetDefaults:
- Uses `{projectRoot}` interpolation for paths (resolved by Nx at
runtime)
- Each package automatically uses its own ESLint config
- Packages can override specific options (e.g., file extension pattern)
3. **Simplified** `project.json` files by inheriting from defaults
## Usage
```bash
# Lint only files changed vs main branch
npx nx lint:diff-with-main twenty-front
npx nx lint:diff-with-main twenty-server
# Auto-fix files changed vs main
npx nx lint:diff-with-main twenty-front --configuration=fix
```
## Changes
- **nx.json**: Added `lint:diff-with-main` target default with
configurable pattern
- **twenty-front/project.json**: Simplified to inherit from defaults
- **twenty-server/project.json**: Overrides pattern to include `.json`
files
- **CLAUDE.md** and **.cursor/rules**: Updated documentation
## Summary
This PR adds the `lingui/no-unlocalized-strings` ESLint rule to detect
untranslated strings and fixes translation issues across multiple
components.
## Changes
### ESLint Configuration (`eslint.config.react.mjs`)
- Added comprehensive `ignore` patterns for non-translatable strings
(CSS values, HTML attributes, technical identifiers)
- Added `ignoreNames` for props that don't need translation (className,
data-*, aria-*, etc.)
- Added `ignoreFunctions` for console methods, URL APIs, and other
non-user-facing functions
- Disabled rule for debug files, storybook, and test files
### Components Fixed (~19 files)
- Object record components (field inputs, pickers, merge dialogs)
- Settings components (accounts, admin panel)
- Serverless function components
- Record table and title cell components
## Status
🚧 **Work in Progress** - ~124 files remaining to fix
This PR is being submitted as draft to allow progressive fixing of
remaining translation issues.
## Testing
- Run `npx eslint "src/**/*.tsx"` in `packages/twenty-front` to check
remaining issues
In this PR,
- current basic E2E tests are fixed, and some were added, covering some
basic scenarios
- some tests avec been commented out, until we decide whether they are
worth fixing
The next steps are
- evaluate the flakiness of the tests. Once they've proved not to be
flaky, we should add more tests + re-write the current ones not using
aria-label (cf @lucasbordeau indication).
- We will add them back to the development flow
# Introduction
In this pullrequest have been migrated to the flat standard entities:
Role, Agent and RoleTargets.
## What happens
- Removed createStandardMorph tool util in favor of dynamic typing of
`createMorphOrRelationStandardField`
- Implemented a command to remove standard agents and their role that
has been removed in https://github.com/twentyhq/twenty/pull/16513 also
added a default role target to data manipulator role to the only
remaining agent
- Implemented an agent deleteMany service handler
# Introduction
Fixed the build dependency leading to twenty-server start failing before
building,
Removed redundant steps
Make everything run on test db
# Introduction
Defining very first basis of the twenty-cli e2e testing env.
Dynamically generating tests cases based on a list of applications names
that will be matched to stored twenty-apps and run install delete and
reinstall with their configuration on the same instance
We could use a glob pattern with a specific e2e configuration in every
apps but right now overkill
## Notes
- We should define typescript path aliasing to ease import devxp
- parse the config using a zod object
## Some vision on test granularity
Right now we only check that the server sent back success or failure on
below operation. In the future the synchronize will return a report of
what has been installed per entity exactly. We will be able to snapshot
everything in order to detect regressions
We should also be testing the cli directly for init and other stuff in
the end, we could get some inspiration from what's done in preconstruct
e2e tests with an on heap virtual file system
## Conclusion
Any suggestions are more than welcomed !
close https://github.com/twentyhq/core-team-issues/issues/1721
trying to solve build errors when launching commands
```console
> nx run twenty-shared:generateBarrels [existing outputs match the cache, left as is]
> nx run twenty-shared:build [existing outputs match the cache, left as is]
> nx run twenty-emails:build [existing outputs match the cache, left as is]
> nx run twenty-server:typecheck
> tsc -b tsconfig.json --incremental
> nx run twenty-server:build
> rimraf dist
> nest build --path ./tsconfig.build.json
> SWC Running...
[Error: ENOTEMPTY: directory not empty, rmdir '/Users/martinmuller/Desktop/twenty/packages/twenty-server/dist/src/modules'] {
errno: -66,
code: 'ENOTEMPTY',
syscall: 'rmdir',
path: '/Users/martinmuller/Desktop/twenty/packages/twenty-server/dist/src/modules'
}
```
## Context
Now adding serverless code sync within the migration v2 logic itself. To
do that we need to follow the
- Prepare flat input
- Build migration
- Run migration
steps where now the serverless function entity will store in DB and
cache a checksum of its code and the flat input will contain the code
with the checksum. Build will compare checksum and create an update
action containing the code if it has changed and the migration will now
run the corresponding services (instead of calling those in the parent
serverless service exposed in the API) allowing us to keep that logic
functional for other use cases such as import/export, twenty-cli and
twenty upgrades.
# What
Fully deprecate old relations because we have one bug tied to it and it
make the codebase complex
# How I've made this PR:
1. remove metadata datasource (we only keep 'core') => this was causing
extra complexity in the refactor + flaky reset
2. merge dev and demo datasets => as I needed to update the tests which
is very painful, I don't want to do it twice
3. remove all code tied to RELATION_METADATA /
relation-metadata.resolver, or anything tied to the old relation system
4. Remove ONE_TO_ONE and MANY_TO_MANY that are not supported
5. fix impacts on the different areas : see functional testing below
# Functional testing
## Functional testing from the front-end:
1. Database Reset ✅
2. Sign In ✅
3. Workspace sign-up ✅
5. Browsing table / kanban / show ✅
6. Assigning a record in a one to many / in a many to one ✅
7. Deleting a record involved in a relation ✅ => broken but not tied to
this PR
8. "Add new" from relation picker ✅ => broken but not tied to this PR
9. Creating a Task / Note, Updating a Task / Note relations, Deleting a
Task / Note (from table, show page, right drawer) ✅ => broken but not
tied to this PR
10. creating a relation from settings (custom / standard x oneToMany /
manyToOne) ✅
11. updating a relation from settings should not be possible ✅
12. deleting a relation from settings (custom / standard x oneToMany /
manyToOne) ✅
13. Make sure timeline activity still work (relation were involved
there), espacially with Task / Note => to be double checked ✅ => Cannot
convert undefined or null to object
14. Workspace deletion / User deletion ✅
15. CSV Import should keep working ✅
16. Permissions: I have tested without permissions V2 as it's still hard
to test v2 work and it's not in prod yet ✅
17. Workflows global test ✅
## From the API:
1. Review open-api documentation (REST) ✅
2. Make sure REST Api are still able to fetch relations ==> won't do, we
have a coupling Get/Update/Create there, this requires refactoring
3. Make sure REST Api is still able to update / remove relation => won't
do same
## Automated tests
1. lint + typescript ✅
2. front unit tests: ✅
3. server unit tests 2 ✅
4. front stories: ✅
5. server integration: ✅
6. chromatic check : expected 0
7. e2e check : expected no more that current failures
## Remove // Todos
1. All are captured by functional tests above, nothing additional to do
## (Un)related regressions
1. Table loading state is not working anymore, we see the empty state
before table content
2. Filtering by Creator Tim Ap return empty results
3. Not possible to add Tasks / Notes / Files from show page
# Result
## New seeds that can be easily extended
<img width="1920" alt="image"
src="https://github.com/user-attachments/assets/d290d130-2a5f-44e6-b419-7e42a89eec4b"
/>
## -5k lines of code
## No more 'metadata' dataSource (we only have 'core)
## No more relationMetadata (I haven't drop the table yet it's not
referenced in the code anymore)
## We are ready to fix the 6 months lag between current API results and
our mocked tests
## No more bug on relation creation / deletion
---------
Co-authored-by: Weiko <corentin@twenty.com>
Co-authored-by: Félix Malfait <felix@twenty.com>
BlocknoteJS requires an ESM module where our server is CJS, this forced
us to pin the server-util version, which led us to force the resolution
of several packages, leading to bugs downstream.
From Node 22.12 Node supports requiring ESM modules (available from Node
22.0 with a flag). So I upgrade the module.
I picked Node 22 and not Node 23 or Node 24 because 22 is the LTS and we
don't plan to change node versions frequently.
If you remain on Node 18, things should still mostly work, except if you
edit a Rich Text field.
I also starting changing the default runtime for Serverless Functions
which isn't directly related. This means new serverless functions will
be created on Node 22, but we will still need another PR to migrate
existing serverless functions before September (end of support by AWS).
(In this PR I also remove the upgrade commands from 0.43 since they rely
on Blocknote and I didn't want to have to deal with this)
---------
Co-authored-by: greptile-apps[bot] <165735046+greptile-apps[bot]@users.noreply.github.com>
No need to audit log workflow runs as it's already a form of audit log.
Add more audit log for other objects
Rename MessagingTelemetry to MessagingMonitoring
Merge Analytics and Audit in one (Audit)
---------
Co-authored-by: greptile-apps[bot] <165735046+greptile-apps[bot]@users.noreply.github.com>
# Introduction
Defined `dependsOn` for each nx project's configuration that has a
dependency to another local package ( ui, shared ).
As follows:
```json
"dependsOn": ["^build"]
```
Where the `^` symbol means "all dependencies of this project"
Now on a fresh repo, no built or install deps after install dependencies
you can directly hit `npx nx build PROJECT_NAME`
closes https://github.com/twentyhq/core-team-issues/issues/371
Related what was failing
[run](https://github.com/twentyhq/twenty-infra/actions/runs/13141544809/job/36669643182)
Cancelled before deploy, attested build was correct within the publish
and digest
# Introduction
It seems like that within the `twenty-server` `nx-project` there's no
entry for the `typecheck` command. It also seems to silently fail along
the `start` command even if it depends on it.
Looking at this
[run](https://github.com/twentyhq/twenty/actions/runs/12865329787/job/35865644811?pr=9736)
we can see that even when containing following diff it still does not
fail
```ts
// twenty-server/main.ts
// @ts-expected-error: Manually triggering TSC error should be deleted afterwards
const bootstrap = async () => {
```
By adding the `typecheck` entry in the project the same run will now
[fails](https://github.com/twentyhq/twenty/actions/runs/12865516249/job/35866224325)
# Notes
- There're no existing TSC errors even if wasn't guarded by the CI rn 😎
- The ci will take dozen of more seconds to run, should keep an eye on
// with nx implem checking if it works as expected
The DX is not great when you need to do a lot of database
resets/command.
Should we disable Typescript validation to speed things up? With this
and caching database:reset takes 1min instead of 2 on my machine.
See also: https://github.com/typeorm/typeorm/issues/4136
And #9291 / #9293
---------
Co-authored-by: Lucas Bordeau <bordeau.lucas@gmail.com>
Paul Rastoin
