Upgrading past the runtime boot removal (ignis 0.2.0-13 to the next release)

Audience: the team maintaining nx-seller (BANA), or any application still on @venizia/ignis 0.2.0-13. One upgrade of the whole @venizia/* chain brings three changes at once: artifacts register from a generated index, the runtime boot API is gone, and the framework's zod moved to 4.5.4. This page lists exactly what stops compiling and the order to fix it.

What breaks, measured against nx-seller

Symptom after bun install	Where	Fix
TS4113 - boot does not exist in the base class	16 files: nx-seller/packages/{commerce,finance,helpdesk,identity,inventory,invoice,ledger,licensing,outreach,payment,pricing,sale,search,signal,taxation}/src/application.ts and nx-seller/packages/search/src/migrations/bootstrap.ts	delete the whole override async boot() method (none of them calls super.boot())
TS2339 - property boot does not exist	nx-seller/packages/core/src/helpers/bootstraps/worker.ts (line 34), nx-seller/packages/core/src/helpers/bootstraps/migration.ts (31), and nx-seller/packages/search/src/migrations/bootstrap.ts (104) once its own override at line 61 is gone	delete the await app.boot(); line; initialize() and start() are unchanged. In bootstrap.ts delete lines 61 and 104 in one edit - the call only starts failing after the override is removed
compiles silently (IApplicationConfigs keeps an index signature), ignored	bootOptions keys in nx-seller/packages/core/src/common/app-config.ts and .../bootstraps/migration.ts	delete the key - no compiler will point at it, grep for it
duplicate zod types	any schema passed into @venizia/ignis	raise the root overrides.zod to ^4.4.3

Measured by compiling every nx-seller package against the new build: exactly these 18 errors appear (16 overrides, 2 calls; the third call surfaces after its override goes) and nothing else. Nothing else in the public API that nx-seller uses changed shape. The full diff is in the IGNIS release audit; the two changelogs behind it are Artifacts register from a generated index and The deprecated boot API is removed.

Step 1 - pin the new versions

In the root package.json overrides, replace the six @venizia/* versions with the ones the IGNIS release printed. One library pin is required and the rest are recommended - they are the versions the release was built and tested against, and the published peer ranges still accept the older pins:

Override	Raise to	Required?
zod	4.5.4	yes - every @venizia/* package depends on zod ^4.5.4, and an override below it forces two incompatible zod type trees
hono	4.13.5	recommended (peer range ^4.12.30)
@hono/zod-openapi	1.6.2	recommended (peer range ^1.5.1)
@scalar/hono-api-reference	0.11.16	recommended (peer range ^0.11.11)
pg	8.23.0	recommended (peer range ^8.21.0)
typesense	3.0.6	recommended (peer range ^3.0.3)
bullmq	5.81.4	recommended (peer range ^5.80.8)
tsc-alias	1.9.4	recommended (build tool only)

One zod 4.5 change breaks at module load, not at compile time. Spreading a ZodObject and calling a method on its .shape (z.object({ ...schema }).shape.optional()) worked on 4.3.x only because the spread copied methods onto the plain object; on 4.5.x .shape.optional is undefined, and every module importing the file fails to load while tsc stays green. Write the derivation on the schema itself: Schema.omit({ ... }).partial().optional(). Found by the nx-seller identity lane during the 0.2.0-17 upgrade, one site in their repository.

drizzle-orm 0.45.2 and typescript 6.0.3 are unchanged. Then:

bun install

Step 2 - register artifacts from a generated index

Each application that still lists its artifacts by hand follows the bootstrapping guide:

1. Add @venizia/ignis-boot as a devDependency and the two scripts:

"generate:artifacts": "ignis-artifacts generate --root src --out src/generated/artifacts.ts",
"check:artifacts": "ignis-artifacts check --root src --out src/generated/artifacts.ts"

2. Put @service() on services and @component() on components.
3. Run bun run generate:artifacts and commit src/generated/artifacts.ts.
4. Set artifacts: GeneratedArtifacts in the application config.

An application that keeps registering by hand in preConfigure() still works. Only the boot code below has to go.

Step 2b - gate the index by run mode

registerArtifacts runs at boot step 5, before preConfigure(). A gate that used to skip configureControllers() or configureSecurity() in preConfigure() now runs too late: the index has already bound the controllers, and a worker boot mounts them with no authentication strategy. A migration run starts every component the same way.

Put the gate in the config with a conditional entry. Its when may ignore the application and read the environment:

const runMode = process.env.RUN_MODE ?? 'server';

artifacts: [
  { dataSources: GeneratedArtifacts.dataSources, repositories: GeneratedArtifacts.repositories },
  { when: () => runMode !== 'migrate', index: { services: GeneratedArtifacts.services, components: GeneratedArtifacts.components } },
  { when: () => runMode === 'server', index: { controllers: GeneratedArtifacts.controllers } },
],

A false when drops the whole subtree, so nothing behind it is bound or verified. Check it with debug: { shouldShowRoutes: true }: a worker boot lists zero routes.

Step 3 - delete the boot code

grep -rn "override async boot\|\.boot()\|bootOptions" packages apps --include='*.ts' | grep -v node_modules

Delete every hit: the 16 override methods, the 3 await app.boot() lines, the 2 bootOptions keys. Start with await application.start() where the chain used to be boot() then start().

Step 4 - verify

bun run --filter '*' tsc --noEmit

Zero errors means the upgrade is complete. A TS2307 on @venizia/ignis-boot at this point means a runtime-boot import survived (Bootstrapper, BootMixin, a *Booter class, discoverFiles, loadClasses) - those exports no longer exist and have no replacement; the generated index does their job.

Why the boot API went away

The file-glob boot discovered artifacts at runtime, which cannot work inside bun build --compile. The generated index is read at build time, so a compiled binary and a bun run start register the same artifacts. Details live in the artifact registration reference.