# Introduction
Removing:
- `from` property from actions definition, as it's a legitimate source
of truth. The stored comparison might have been compromised since action
generation. If from is needed it should be computed from the optimistic
cache at runner lvl
- Removed the `FlatEntityPropertyUpdates` Array complexity in favor of
From
```ts
export type PropertyUpdate<T, P extends keyof T> = {
property: P;
} & FromTo<T[P]>;
```
To
```ts
export type FlatEntityUpdate<T extends AllMetadataName> = Partial<
Pick<
MetadataFlatEntity<T>,
Extract<FlatEntityPropertiesToCompare<T>, keyof MetadataFlatEntity<T>>
>
>;
```
## New interactions
From
```ts
const positionUpdate = findFlatEntityPropertyUpdate({
flatEntityUpdates,
property: 'position',
});
if (
isDefined(positionUpdate) &&
(!Number.isInteger(positionUpdate.to) || positionUpdate.to < 0)
) {
const toFlatNavigationMenuItem = {
...fromFlatNavigationMenuItem,
...fromFlatEntityPropertiesUpdatesToPartialFlatEntity({
updates: flatEntityUpdates,
}),
};
```
To
```ts
const positionUpdate = flatEntityUpdate.position;
if (
isDefined(positionUpdate) &&
(!Number.isInteger(positionUpdate) || positionUpdate < 0)
) {
const toFlatNavigationMenuItem = {
...fromFlatNavigationMenuItem,
...flatEntityUpdate,
};
```
## `SanitizeFlatEntityUpdate`
Enforcing the `flatEntityUpdate` to only contains comparable properties
per flat entity by striping out all unexpected keys
In the future we will also move the whole validation at runner lvl at
some point
```ts
export const sanitizeFlatEntityUpdate = <T extends AllMetadataName>({
flatEntityUpdate,
metadataName,
}: {
flatEntityUpdate: FlatEntityUpdate<T>;
metadataName: T;
}): FlatEntityUpdate<T> => {
const { propertiesToCompare } =
ALL_FLAT_ENTITY_PROPERTIES_TO_COMPARE_AND_STRINGIFY[metadataName];
const initialAccumulator: FlatEntityUpdate<T> = {};
return propertiesToCompare.reduce((accumulator, property) => {
const updatedValue =
flatEntityUpdate[property as MetadataFlatEntityComparableProperties<T>];
if (updatedValue === undefined) {
return accumulator;
}
return {
...accumulator,
[property]: updatedValue,
};
}, initialAccumulator);
};
```
- An app will declare its `twenty-sdk` version in the manifest.
- `twenty-sdk` will be served by a CDN to be imported in front component
host.
- When we render the host we will load twenty-ui through the correct
version of the sdk
We will proceed this way because twenty-ui is not mature enough yet to
be deployed as its own package. So instead, since the sdk is already
deployed as its own package, we will serve the ui with it. It allows us
to have versioning to handle breaking changes in twenty-ui.
## Problem
The `deleteFromLocalCache` method was only setting `lastHashCheckedAt=0`
instead of actually deleting the cache entry. This caused old versions
to accumulate in the local cache when `invalidateAndRecompute` was
called.
### Flow that causes the leak:
1. `invalidateAndRecompute()` is called
2. `flush()` → `deleteFromLocalCache()` — **only sets
`lastHashCheckedAt=0`, keeps old data**
3. `recomputeDataFromProvider()` → `setInLocalCache()` — **adds new
version with new hash**
4. `cleanupStaleVersions()` — **never called** (only triggered from
`getFromLocalCache` path)
Result: Each `invalidateAndRecompute` call adds a new version to
`entry.versions` without removing the old one.
### Impact
For migration commands (like
`1-17-migrate-attachment-to-morph-relations`) that process thousands of
workspaces, this caused significant memory growth:
- Each workspace calls `getOrRecompute` (version 1)
- Then calls `invalidateAndRecompute` (version 2 added, version 1 stays)
- Memory accumulates as the command processes more workspaces
## Solution
Actually delete the local cache entry in `deleteFromLocalCache`, so
`recomputeDataFromProvider` starts fresh.
```typescript
// Before (memory leak)
if (isDefined(entry)) {
entry.lastHashCheckedAt = 0;
}
// After (proper cleanup)
this.localCache.delete(localKey);
```
---------
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
When `IS_WORKSPACE_CREATION_LIMITED_TO_SERVER_ADMINS` is true, anonymous
users could still create workspaces because
`checkWorkspaceCreationIsAllowedOrThrow` checked per-user workspace
count (always 0 for new users) instead of system-wide workspace count.
The bootstrap bypass now only applies when no workspaces exist in the
entire system. Also adds the same check in `signUpOnNewWorkspace` to
guard the `signInUp` code path.
Fixes#17631
Generated with [Claude Code](https://claude.ai/claude-code)
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
## Remove logic function layer
Package.json and yarn.lock are now on the application entity, so the
logic function layer is no longer used except as a legacy source for the
1.17 backfill. This PR removes all layer usage outside of that migration
and keeps only the entity for backfill.
### Summary
- **Kept:** `LogicFunctionLayerEntity` and its table, only used by the
1.17 backfill command to read legacy layer data and backfill application
package files.
- **Removed:** All other layer logic: CRUD, cache, resolvers, services,
DTOs, and frontend types. Logic functions now depend only on the
application for package/dependency context.
### Why Dependencies instead of Source for package files
Package.json and yarn.lock are the application’s dependency set and are
stored under the application in **FileFolder.Dependencies**. The build
service and drivers now read them only from Dependencies; nothing is
written to Source for these files.
This PR migrates `noteTarget` and `taskTarget` to morph relations behind
separate feature flags, following the Attachment/TimelineActivity
pattern.
It introduces the `IS_NOTE_TARGET_MIGRATED` and
`IS_TASK_TARGET_MIGRATED` flags, updates standard field metadata and
indexes to use morph relations, and adds two **1.17 workspace
migrations** that:
- rename `noteTarget.*Id` / `taskTarget.*Id` columns to `target*Id`
- convert the corresponding field metadata to `MORPH_RELATION` with a
shared `morphId`
On the frontend, note/task target read and write paths switch to
`target*Id` when the respective flag is enabled. Deleted targets are
filtered on reload to prevent reappearing relations.
Replace manual HTTP batch implementation with
`@jrmdayn/googleapis-batcher` library (we already use this for fetching
message list)
Initial real testing works fine but do not merge yet needs more
extensive real test runs
# Backfill application package files for custom and standard apps
- Backfill `package.json` / `yarn.lock` (and related fields) for
existing workspaces; new standard/custom apps get default dependency
files.
- Default package files under
`application/constants/default-package-files/`; util with hardcoded
checksums (comment on how to regenerate).
- New **FileFolder.Dependencies** for app dependency files;
**writeFile_v2** accepts optional `queryRunner` for transactional
writes.
Usages:
- **Upgrade command** `upgrade:1-17:backfill-application-package-files`:
standard/custom apps → default files; other apps → from logic function
layer.
- **Workspace creation**: create workspace with
`workspaceCustomApplicationId` first, then create application (enables
same-transaction insert). Migration makes workspace/application/file FKs
deferrable.
- dev seeder
PR #17492 fixed `markAsMessagesListFetchOngoing` to set
`syncStageStartedAt`, but also changed `isSyncStale` to return `false`
for null values. This prevented the stale recovery job from recovering
channels that were already stuck before the fix was deployed.
Changing `isSyncStale` to return `true` for null/undefined allows the
stale job to properly reset stuck channels back to PENDING state.
# Introduction
In preparation of the workspace agnostic builder, we're migrating
`FlatEntityMaps` to be universal identifier oriented and based
As in the builder context there're won't be any ids at all
Please also note that the FlatEntity is a UniversalFlatEntity superset
From
```ts
import { type SyncableFlatEntity } from 'src/engine/metadata-modules/flat-entity/types/flat-entity-from.type';
export type FlatEntityMaps<T extends SyncableFlatEntity> = {
byId: Partial<Record<string, T>>;
idByUniversalIdentifier: Partial<Record<string, string>>;
universalIdentifiersByApplicationId: Partial<Record<string, string[]>>;
};
```
To
```ts
export type FlatEntityMaps<
T extends SyncableFlatEntity | UniversalSyncableFlatEntity,
> = {
byUniversalIdentifier: Partial<Record<string, T>>;
universalIdentifierById: Partial<Record<string, string>>;
universalIdentifiersByApplicationId: Partial<Record<string, string[]>>; // this might make more sense to be migrated to universalIdentifiersByApplicationUniversalIdentifier but it's the main topic of this PR
};
```
## Low level maps tools
Had to refactor find | create | delete | replace | find-many | get-sub
tools ( through mutations and or throw equivalent )
## Root Cause
The `DateTimePicker` component lazy-loads `react-datepicker` using
React's `lazy()` with a `Suspense` fallback that shows skeleton loaders:
```typescript
const ReactDatePicker = lazy<ComponentType<DatePickerPropsType>>(() =>
import('react-datepicker').then(...)
);
// In render:
<Suspense fallback={<SkeletonLoader />}>
<ReactDatePicker ... />
</Suspense>
```
On slower CI runners (GitHub Actions vs depot.dev), the lazy load takes
longer, causing tests to timeout while still showing skeletons instead
of the actual date picker content.
## Fix
Increased `findByText` timeout from the default 1000ms to 10000ms for
tests that wait for the date picker to load:
- `DateTimeFieldInput.stories.tsx` - 4 stories fixed
- `InternalDatePicker.stories.tsx` - 2 stories fixed
## Why This Wasn't Flaky Before
depot.dev runners have faster I/O and more consistent performance, so
the lazy load completed quickly. GitHub Actions runners have more
variable performance, causing the load to sometimes exceed the 1000ms
default timeout.
## Summary
Follow-up to #17656 - the `RelationToOneFieldDisplay` performance test
is still failing on GitHub Actions runners.
**Failure:** 0.313ms actual vs 0.3ms threshold
**Fix:** Increased threshold from 0.3ms → 0.4ms to provide more headroom
for runner variability.
- fixedOverflowWidgets fixes the suggestions being overflow outside the
editor
- on focus, stop event propagation to avoid catching spaces as document
level events
## Summary
Fixes the dark mode error chip background color issue by changing
`background.danger` from `red12` to `red3` in the dark theme constants.
Fixes#17657
Generated with [Claude Code](https://claude.ai/code)
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
Co-authored-by: Thomas des Francs <Bonapara@users.noreply.github.com>
## Summary
After migrating from depot.dev runners to GitHub Actions runners, three
performance tests are failing due to slower single-threaded performance
on the new infrastructure (even with 16 cores).
## Problem
The performance tests use React's `<Profiler>` API to measure component
render times. depot.dev runners have better single-core performance and
lower memory latency compared to GitHub Actions runners, even larger
ones.
Failed tests:
| Test | Threshold | Actual | Overage |
|------|-----------|--------|---------|
| `DateTimeFieldDisplay` | 0.2ms | 0.281ms | +41% |
| `ChipFieldDisplay` | 0.2ms | 0.222ms | +11% |
| `RelationToOneFieldDisplay` | 0.22ms | 0.237ms | +8% |
## Solution
Increased thresholds to account for GitHub Actions runner performance:
- `DateTimeFieldDisplay`: 0.2ms → 0.35ms
- `ChipFieldDisplay`: 0.2ms → 0.3ms
- `RelationToOneFieldDisplay`: 0.22ms → 0.3ms
## Future Considerations
For a more robust long-term solution, we could implement baseline
comparison that:
1. Saves performance results on main branch builds
2. Compares PR results against baseline with tolerance (±25%)
3. Self-calibrates to actual runner performance
This would catch real regressions without being sensitive to
infrastructure differences.
