Previously with Turbopack, we would attempt to establish a websocket
connection to the HMR server, even when running production builds. This
adds `next-turbopack.ts`, which includes the necessary runtime code for
Turbopack, but does not include HMR code.
Test Plan: `TURBOPACK=1 TURBOPACK_BUILD=1 pnpm next build
test/e2e/app-dir/app-middleware`
---------
Co-authored-by: Tim Neutkens <tim@timneutkens.nl>
### What
Remove `swcMinify` related branches as the option is deprecated and it's
always enabled
* Remove the related branches for checking `config.swcMinify`
* Remove the related telemetry about `swcMinify`
### What
* Extract `buildId` and server action encryption key into environment
variables for edge to make code more deterministic
* Fixed the legacy bad env names from #64108
* Always sort `routes` in prerender manifest for consistent output
* Change `environments` to `env` in middleware manifest, confirmed with
@javivelasco this is a fine change without need to bumping the version
### Why
Dynamic variants like `buildId`, SA `encryptionKey` and preview props
are different per build, which results to the non determinstic edge
bundles. Once we extracted them into env vars then the bundles become
deterministic which give us more space for optimization
Closes NEXT-3117
Reverts vercel/next.js#65425
Co-authored-by: Jiachi Liu <inbox@huozhi.im>
### What
* Extract `buildId` and server action encryption key into environment
variables for edge to make code more deterministic
* Fixed the legacy bad env names from #64108
* Always sort `routes` in prerender manifest for consistent output
* Change `environments` to `env` in middleware manifest, confirmed with
@javivelasco this is a fine change without need to bumping the version
### Why
Dynamic variants like `buildId`, SA `encryptionKey` and preview props
are different per build, which results to the non determinstic edge
bundles. Once we extracted them into env vars then the bundles become
deterministic which give us more space for optimization
Closes NEXT-3117
---------
Co-authored-by: Tobias Koppers <tobias.koppers@googlemail.com>
Co-authored-by: JJ Kasper <jj@jjsweb.site>
### Why?
`polyfill-nomodule.js` is a pre-built file containing polyfills for
older browsers (gated by the `<script>` tag `nomodule` attribute).
### How?
- The turbopack server needs to emit a raw OutputAsset for this file, so
that it is copied into the output chunks directory.
- That file needs to be passed into `polyfillFiles`, and preserved when
we're merging manifests inside of the development server.
### Test Plan
```
HEADLESS=true pnpm testonly-dev test/e2e/app-dir/app/index.test.ts -t 'should serve polyfills for browsers that do not support modules'
HEADLESS=true pnpm testonly-dev-turbo test/e2e/app-dir/app/index.test.ts -t 'should serve polyfills for browsers that do not support modules'
```
Build a project with `next dev --turbo` and inspect:
Verify that the polyfill file exists and resolves in the browser.
Closes PACK-2993
### What
- closes#63896
PR implements parsing JSValue for the matcher config if given item is an
object. We had those types already declared in place but somehow parsing
ignores it.
### Why
For app page rendering on edge, the `AsyncLocalStorage` (ALS) should be
bundled as same instance across layers. We're accessing the ALS in
`next/dynamic` modules during SSR for preloading CSS chunks. There's a
bug that we can't get the ALS store during SSR in edge, I digged into it
and found the root cause is:
We have both import paths:
`module (rsc layer) -> request ALS (shared layer)`
`module (ssr layer) -> request ALS (shared layer)`
We expect the ALS to be the same module since we're using the same layer
but found that they're treated as different modules due to applying
another loader transform on ssr layer. They're resulted in the same
`shared` layer, but with different resource queries. This PR excluded
that transform so now they're identical across layers.
### What
For webpack, we aligned the loaders applying to the async local storage,
so that they're resolved as the same module now.
For turbopack, we leverage module transition, sort of creating a new
`app-shared` layer for these modules, and apply the transition to all
async local storage instances therefore the instances of them are only
bundled once.
To make the turbopack chanegs work, we change how the async local
storage modules defined, separate the instance into a single file and
mark it as "next-shared" layer with import:
```
any module -> async local storage --- use transition, specify "next-shared" layer ---> async local storage instance
```
Closes NEXT-3085
### What?
Toolchain is updated as well.
Should improve compile times marginally, also added the new parallel
frontend.
Depends on https://github.com/vercel/turbo/pull/7409
Closes PACK-2526
Resolves#64412
This adds a client transition to the app route `ModuleAssetContext` and
the corresponding transforms so that client components can be safely
imported and referenced (as their proxies) in app routes.
Test Plan: Added an integration test
Closes PACK-2964
### What
CSS imports in components that loaded by `next/dynamic` in client
components will cause the css are missing initial in
SSR, and loaded later on client side which will lead to FOUC. This PR
fixes the issue and get CSS preloaded in the SSR for dynamic components.
### Why
The CSS from client components that created through `next/dynamic` are
not collected in the SSR, unlike RSC rendering we already collect the
CSS resources for each entry so we included them in the server rendering
so the styles are availble at that time. But for client components, we
didn't traverse all the client components and collect the CSS resources.
In pages router we kinda collect all the dynamic imports and preload
them during SSR, but this approach is not able to be applied to app
router due to different architecture. Since we already have all the
dynamic imports info and their related chunks in
react-loadable-manifest, so we can do the similar "preloading" thing in
app router. We use the current dynamic module key (`app/page.js ->
../components/foo.js`) which created by SWC transform and match it in
the react loadable manifest that accessed from `AsyncLocalStorage`, to
get the css files created by webpack then render them as preload
styleshee links. In this way we can SSR all the related CSS resources
for dynamic client components.
The reason we pass down the react loadable manifest through
`AsyncLocalStorage` is that it's sort of exclude the manifest from RSC
payload as it's not required for hydration, but only required for SSR.
Note: this issue only occurred in dynamic rendering case for client
components.
### Other Changes Overview
- Change the react loadable manifest key from pages dir based relative
path to a source dir based relative path, to support cases with both
directory or only one of them
Closes NEXT-2578
Fixes#61212Fixes#61111Fixes#62940
Replacement for #64021 but only with production test
### What?
Emit `<link data-next-font="size-adjust" rel="preconnect" href="/"
crossorigin="anonymous"/>` in more cases.
### Why?
To align with the default mode
### How?
### What
Supports root segment config inherit from layout. Currently route
segment config only runs agasint own source, so individual route segment
config works but if the config is set in layout level it is being
ignored. PR introduces root segment and pass into each route if tree
level have a corresponding layout.
Closes PACK-2839
### What
This PR implements runtime warning for dynamic codes (`eval`,
`Function`...) in edge runtime. Webpack uses middleware plugin to
replace / wrap codes, in case of Turbopack we don't have equivalent, so
creating a new transform visitor and run it if the context is edge.
Since sandbox augments global fn (__next_*), transform simply wraps the
expr if it matches to the condition.
Closes PACK-2804
### What?
route/middleware/instrumentation use server assets
server assets use full url rewrite
### Why?
### How?
https://github.com/vercel/turbo/pull/7750
Fixes PACK-2522
fixes PACK-2645
### What
Fixes to honor metadata route's segment config - turbopack replaces it
into route handler, then parsed segment config so original segment
config was ignored always.
Closes PACK-2762
### What?
add support for `new URL(..., import.meta.url)` assets in edge. e. g.
needed for og-image.
### Why?
### Turbopack Changes
* https://github.com/vercel/turbo/pull/7712 <!-- Tobias Koppers - allow
to use full urls in browser runtime -->
Closes PACK-2725
### What
I noticed the font manifest generated by Turbopack was always empty.
Debugging showed that the path to the client_root was always incorrect
when calculating `get_font_paths_from_root`. And also fixed an issue
where for certain paths, the (`/index`) manifest key should contain the
original path.
Closes PACK-2666
## What?
Working on fixing `test/e2e/conflicting-app-page-error`, this adds a
compiler error for the case where App Router routes conflict with Pages
Router routes. It's not 1:1 the same error as in webpack because in the
webpack version we hijacked the App Router resolving logic to assume
there's a certain set of paths, where Turbopack has the full route to
route tree resolving implementation which doesn't assume there's a
single page that can be resolved.
The tests are updated to reflect this change.
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Closes NEXT-2592
### What?
We now keep track of all client assets emitted for each route in
`ClientAssetMapper` and remove all issues associated with them when a
route get deleted.
Fixes#61384
Closes PACK-2487
### Why?
We currently use `page` and `pathname` in different places for file
system paths (manifests can be in a different folder to the js entry),
this PR makes more things just use `page` directly instead of going
through `pathname`.
This PR also adds an entry key (similar to the webpack version) uniquely
identifying all entry points (and assets).
Closes PACK-2432
### What
This PR changes setup for the turbopack documentation.
Long story in short, we want to 2 types of documentation: one for high
level description (archtecture, etcs) and another for the api doc.
rustdoc / cargo doc unfortunately doesn't support to integrate both
easily.
PR adds mdbook setup to workaround those - instead of using rustdoc's
index as entrypoint, mdbook becomes an entrypoint to rustdoc. This
allows to host plain text document, and also able to access full rustdoc
pages.
preview: https://turbopack-rust-docs-b6qta4xdq.vercel.sh/
rustdoc:
https://turbopack-rust-docs-b6qta4xdq.vercel.sh/rustdoc/index.html
Closes PACK-2475
Closes PACK-2468
In #61794, the routes manifest is used to find the interception route rewrites in `next-server` and computed on the fly in `next-dev-server` based on `appPaths`.
The edge runtime doesn't have access to the routes manifest nor a full list of app paths. This writes an entry for the edge runtime to make the interception routes readable, and adds plumbing to return them in the `getInterceptionRouteRewrites` handling in `web-server`. This is what we use to signal to the server whether to return ‘Next-URL’ in the Vary for RSC requests.
This piggybacks on the existing interception routes test but adds an edge runtime case.
Closes NEXT-2304
