Files
twenty/packages/twenty-server/test/integration/upgrade/suites/sequence-runner/failing-sequence-runner.integration-spec.ts
T
Paul Rastoin 628ab153a8 App installation workspace version check engines constraint (#22613)
## What

Makes the app-installation version gate **workspace-scoped**. App
installation now validates a manifest's `engines.twenty` requirement
against the version the **target workspace has actually finished
upgrading to**, instead of the instance/server's inferred version.

## Why

The server binary and a given workspace's migration state can diverge.
In a multi-workspace deployment the instance can already report version
`X` while an individual workspace still hasn't completed its
workspace-scoped upgrade commands for `X` (it's mid-upgrade or a
migration failed). Gating on the instance version let an app that
requires `X` install into a workspace whose schema/metadata is
effectively still at `X-1`, which can break the app. The requirement
should be checked against what the *workspace* has completed, not what
the server reports.

## How

- **`UpgradeStatusService.getWorkspaceCompletedVersion(workspaceId)`**
(new): resolves the last fully-completed upgrade version for a workspace
by reading its upgrade cursor and walking the upgrade sequence:
- Returns the cursor's version when the cursor sits on the **last step
of its version segment** and its status is `completed`.
- Otherwise walks backwards to the previous fully-completed version
segment.
- Returns `null` when the cursor is missing, not found in the sequence,
or otherwise uninterpretable.
- **`ApplicationVersionValidationService`**:
- Adds `validateWorkspaceCompatibility({ requiredServerVersion,
workspaceId })`.
- Extracts the shared semver logic into a private
`validateVersionAgainstRange({ version, requiredVersionRange, scope })`
and makes error messages scope-aware (workspace vs. instance).
`validateServerCompatibility` is preserved and now delegates to it.
  - New failure reason `INVALID_WORKSPACE_VERSION`.
- **`ApplicationInstallService`** now calls
`validateWorkspaceCompatibility` with the `workspaceId` instead of
`validateServerCompatibility`.
- **Exception plumbing**: new
`ApplicationExceptionCode.INVALID_WORKSPACE_VERSION`, surfaced as a
`UserInputError` (`BAD_USER_INPUT`) with a user-friendly message ("This
workspace's upgrade state could not be determined…"). The
tarball/registration path maps it onto the existing
`INVALID_SERVER_VERSION` registration code.

## Notes

- **Publishing (app registration) is intentionally not
workspace-gated.** The tarball/registration path
(`ApplicationTarballService`) still uses the instance-level
`validateServerCompatibility` check, not the new workspace-scoped one.
Publishing an app is not tied to any particular workspace's upgrade
state, so there is no workspace version to check at that point — the
workspace-completed-version gate only applies when installing an app
into a specific workspace.

## Testing

- Unit tests for `ApplicationVersionValidationService`
(`validateServerCompatibility` + new `validateWorkspaceCompatibility`)
covering: no requirement, invalid semver range, satisfied/unsatisfied
ranges, and the uninterpretable-cursor case.
- Unit tests for `UpgradeStatusService.getWorkspaceCompletedVersion`
against a three-segment mock upgrade sequence (multi-command version,
instance-only version, workspace-terminated version).
- New integration suite
`failing-app-installation-workspace-version.integration-spec.ts` (+
snapshots) exercising the real install flow: rejects installation when
the workspace hasn't completed the required version, and when the
workspace's upgrade cursor can't be interpreted. Adds a
`create-app-tarball.util.ts` test helper.
2026-07-07 10:05:06 +00:00

370 lines
9.7 KiB
TypeScript

import {
type UpgradeStep,
type WorkspaceUpgradeStep,
} from 'src/engine/core-modules/upgrade/services/upgrade-sequence-reader.service';
import {
type IntegrationTestContext,
createUpgradeSequenceRunnerIntegrationTestModule,
DEFAULT_OPTIONS,
makeFastInstance,
makeSlowInstance,
makeStep,
makeWorkspace,
migrationRecordToKey,
resetSeedSequenceCounter,
restoreUpgradeMigrations,
seedInstanceMigration,
seedWorkspaceMigration,
setMockActiveWorkspaceIds,
snapshotUpgradeMigrations,
testGetExecutedMigrationsInOrder,
WS_1,
WS_2,
} from 'test/integration/upgrade/utils/upgrade-sequence-runner-integration-test.util';
const makeFailingFastInstance = (name: string, error: Error): UpgradeStep =>
({
...makeStep('fast-instance', name),
command: {
up: async () => {
throw error;
},
down: async () => {},
},
}) as unknown as UpgradeStep;
const makeFailingWorkspace = (
name: string,
error: Error,
): WorkspaceUpgradeStep =>
({
...makeStep('workspace', name),
command: {
runOnWorkspace: async () => {
throw error;
},
},
}) as unknown as WorkspaceUpgradeStep;
const makeWorkspaceFailingForIds = (
name: string,
failingWorkspaceIds: Set<string>,
error: Error,
): WorkspaceUpgradeStep =>
({
...makeStep('workspace', name),
command: {
runOnWorkspace: async ({ workspaceId }: { workspaceId: string }) => {
if (failingWorkspaceIds.has(workspaceId)) {
throw error;
}
},
},
}) as unknown as WorkspaceUpgradeStep;
describe('UpgradeSequenceRunnerService — failing sequence (integration)', () => {
let context: IntegrationTestContext;
let savedUpgradeMigrations: Awaited<
ReturnType<typeof snapshotUpgradeMigrations>
>;
beforeAll(async () => {
context = await createUpgradeSequenceRunnerIntegrationTestModule();
savedUpgradeMigrations = await snapshotUpgradeMigrations(
context.dataSource,
);
}, 30000);
afterAll(async () => {
await restoreUpgradeMigrations(context.dataSource, savedUpgradeMigrations);
await context.module?.close();
await context.dataSource?.destroy();
}, 15000);
beforeEach(async () => {
await context.dataSource.query('DELETE FROM core."upgradeMigration"');
resetSeedSequenceCounter();
setMockActiveWorkspaceIds([]);
jest.restoreAllMocks();
});
it('should throw when no migration history exists', async () => {
const sequence = [makeFastInstance('Ic1')];
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow(
'No upgrade migration found — the database may not have been initialized',
);
});
it('should throw when cursor command is not found in the sequence', async () => {
const sequence = [makeFastInstance('Ic1'), makeFastInstance('Ic2')];
await seedInstanceMigration(context.dataSource, {
name: 'RemovedCommand',
status: 'completed',
});
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow(/Step "RemovedCommand" not found in upgrade sequence/);
});
it('should throw when workspace cursors are outside the current slice', async () => {
const sequence = [
makeWorkspace('Wc1'),
makeWorkspace('Wc2'),
makeFastInstance('Ic1'),
makeWorkspace('Wc3'),
makeWorkspace('Wc4'),
];
setMockActiveWorkspaceIds([WS_1, WS_2]);
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'completed',
workspaceId: WS_1,
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc2',
status: 'completed',
workspaceId: WS_1,
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'completed',
workspaceId: WS_2,
});
await seedInstanceMigration(context.dataSource, {
name: 'Ic1',
status: 'completed',
workspaceIds: [WS_1],
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc3',
status: 'completed',
workspaceId: WS_1,
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc4',
status: 'completed',
workspaceId: WS_1,
});
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow(
'workspace(s) have invalid cursors for workspace segment',
);
});
it('should throw when an active workspace has no migration history', async () => {
const sequence = [makeFastInstance('Ic1'), makeWorkspace('Wc1')];
setMockActiveWorkspaceIds([WS_1, WS_2]);
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'completed',
workspaceId: WS_1,
});
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow('No upgrade migration found for workspace(s)');
});
it('should record failure in DB when a fast instance command fails', async () => {
const error = new Error('fast command exploded');
const sequence = [
makeFastInstance('Ic1'),
makeFailingFastInstance('Ic2', error),
];
await seedInstanceMigration(context.dataSource, {
name: 'Ic1',
status: 'completed',
});
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow('fast command exploded');
const executed = await testGetExecutedMigrationsInOrder(context.dataSource);
expect(executed.map(migrationRecordToKey)).toStrictEqual([
// Seeds
'Ic1:instance:completed:1',
// Ic2 attempted and failed
'Ic2:instance:failed:1',
]);
});
it('should record failure in DB when a slow instance command fails', async () => {
const error = new Error('slow data migration exploded');
const sequence = [
makeFastInstance('Ic1'),
{
...makeSlowInstance('Ic2'),
command: {
up: async () => {},
down: async () => {},
runDataMigration: async () => {
throw error;
},
},
} as unknown as UpgradeStep,
];
setMockActiveWorkspaceIds([WS_1]);
await seedInstanceMigration(context.dataSource, {
name: 'Ic1',
status: 'completed',
workspaceIds: [WS_1],
});
await expect(
context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
}),
).rejects.toThrow('slow data migration exploded');
const executed = await testGetExecutedMigrationsInOrder(context.dataSource);
expect(executed.map(migrationRecordToKey)).toStrictEqual([
// Seeds
'Ic1:instance:completed:1',
`Ic1:${WS_1}:completed:1`,
// Ic2 attempted and failed
'Ic2:instance:failed:1',
`Ic2:${WS_1}:failed:1`,
]);
});
it('should abort and report failures when workspace commands fail, without running subsequent instance steps', async () => {
const error = new Error('workspace command exploded');
const sequence = [
makeFailingWorkspace('Wc1', error),
makeFastInstance('Ic1'),
];
setMockActiveWorkspaceIds([WS_1]);
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'failed',
workspaceId: WS_1,
});
const report = await context.runner.run({
sequence,
options: DEFAULT_OPTIONS,
});
expect(report.totalFailures).toBe(1);
expect(report.totalSuccesses).toBe(0);
const executed = await testGetExecutedMigrationsInOrder(context.dataSource);
expect(executed.map(migrationRecordToKey)).toStrictEqual([
// Seeds
`Wc1:${WS_1}:failed:1`,
// Runner retries Wc1, still fails — Ic1 never reached
`Wc1:${WS_1}:failed:2`,
]);
});
it('should abort at workspace failure in a multi-segment sequence with two workspaces starting aligned', async () => {
const error = new Error('Wc2 exploded for WS_2');
const sequence = [
makeWorkspace('Wc0'),
makeFastInstance('Ic1'),
makeWorkspace('Wc1'),
makeWorkspaceFailingForIds('Wc2', new Set([WS_2]), error),
makeFastInstance('Ic2'),
makeWorkspace('Wc3'),
];
setMockActiveWorkspaceIds([WS_1, WS_2]);
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc0',
status: 'completed',
workspaceId: WS_1,
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc0',
status: 'completed',
workspaceId: WS_2,
});
await seedInstanceMigration(context.dataSource, {
name: 'Ic1',
status: 'completed',
workspaceIds: [WS_1, WS_2],
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'completed',
workspaceId: WS_1,
});
await seedWorkspaceMigration(context.dataSource, {
name: 'Wc1',
status: 'completed',
workspaceId: WS_2,
});
const report = await context.runner.run({
sequence,
options: {
...DEFAULT_OPTIONS,
workspaceIds: [WS_1, WS_2],
},
});
expect(report.totalSuccesses).toBe(1);
expect(report.totalFailures).toBe(1);
const executed = await testGetExecutedMigrationsInOrder(context.dataSource);
expect(executed.map(migrationRecordToKey)).toStrictEqual([
// Seeds
`Wc0:${WS_1}:completed:1`,
`Wc0:${WS_2}:completed:1`,
'Ic1:instance:completed:1',
`Ic1:${WS_1}:completed:1`,
`Ic1:${WS_2}:completed:1`,
`Wc1:${WS_1}:completed:1`,
`Wc1:${WS_2}:completed:1`,
// WS_1 succeeds Wc2, WS_2 fails Wc2
`Wc2:${WS_1}:completed:1`,
`Wc2:${WS_2}:failed:1`,
// Ic2 and Wc3 never reached — runner aborted at workspace failure
]);
});
});