## Summary
- The `AddStandalonePageFastInstanceCommand` migration was failing with:
`default for column "type" cannot be cast automatically to type
core."navigationMenuItem_type_enum"`
- The migration was missing `DROP DEFAULT` / `SET DEFAULT` around the
`ALTER COLUMN TYPE` for `navigationMenuItem.type`. PostgreSQL cannot
automatically cast the existing default (`'VIEW'::old_enum`) to the new
enum type.
- The same 3-step pattern (DROP DEFAULT → ALTER TYPE → SET DEFAULT) was
already correctly applied for `pageLayout.type` in the same migration —
this fix brings `navigationMenuItem.type` in line.
Add support for standalone pages: a new `PageLayout` type
(`STANDALONE_PAGE`) that can be rendered independently at
`/page/:pageLayoutId`, not tied to any record or object context.
- New `STANDALONE_PAGE` page layout type
- New `PAGE_LAYOUT` navigation menu item type: adds a `pageLayoutId`
foreign key to `NavigationMenuItemEntity`, allowing sidebar items to
link directly to standalone pages
- New `GLOBAL_OBJECT_CONTEXT` command menu availability type: separates
object-context-dependent commands (Create Record, Import, Export, See
Deleted, Create View, Hide Deleted) from truly global ones, so
standalone pages only show relevant commands
- Frontend routing & rendering: adds a `/page/:pageLayoutId` route with
its own page component, header, and command menu
- Widget rendering refactor
- Instance commands: two fast 1.22 migrations: `pageLayoutId` column +
`STANDALONE_PAGE` enum, and `GLOBAL_OBJECT_CONTEXT` availability type
enum
- Workspace command: backfills existing command menu items from `GLOBAL`
to `GLOBAL_OBJECT_CONTEXT` where appropriate
- Dev seeds: adds a sample "Star History" standalone page with an iframe
widget for local development
# 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
Charles Bochet