Comments (7)
I need to update the redux example still to use new apis etc from federation
from module-federation-examples.
use dynamic remotes like this.
use module-federation/enhanced
as well
from module-federation-examples.
id love to chip in, yet dont know if you meant it as a "wow theres so much to it, i might do this myself" or more of a "good if this gets an update sometime"
from module-federation-examples.
Well I'm trying to update as many as I can but it's very repetitive and takes a long time. But the tasks are not particularly difficult to port. There's just a lot. By all means feel free to look at any of the examples. All webpack ones still use v1 MF from webpack. But rspack ships with enhanced built in. If you want to give it a stab I'll push to a branch etc if needed.
from module-federation-examples.
Resources
here is the official documentation:
https://webpack.js.org/concepts/module-federation/
i am going to link mentioned resources here just for further reference:
https://github.com/module-federation/universe/tree/main/packages/runtime
https://github.com/module-federation/universe/tree/main/packages/enhanced
id like to include the video and its resources as well:
webpack/webpack.js.org#3757
https://www.youtube.com/watch?v=9F7GoDMrzeQ
Contention
after having a look i assume the dynamic remote pattern applies for it is the remote which should override the mutated store, due to injecting its reducer into it, making it accessible to the host via the App component.
Reasoning
from the official documentation
Each build acts as a container and also consumes other builds as containers. This way, each build is able to access any other exposed module by loading it from its container.
Shared modules are modules that are both overridable and provided as overrides to nested containers. They usually point to the same module in each build, e.g., the same library.
the loadComponent function
// from example dynamic-remotes
function loadComponent(scope, module) {
return async () => {
// Initializes the share scope. This fills it with known provided modules from this build and all remotes
const Module = await loadRemote(`${scope}/${module.slice(2)}`);
return Module;
};
}
which relies on the loadRemote function
https://github.com/module-federation/universe/blob/b129098e1004a2577bc43c9bf2c5004ce928b399/packages/runtime/src/core.ts#L556
async loadRemote<T>(
id: string,
options?: { loadFactory?: boolean; from: 'build' | 'runtime' },
): Promise<T | null> {
try {
const { loadFactory = true } = options || { loadFactory: true };
// 1. Validate the parameters of the retrieved module. There are two module request methods: pkgName + expose and alias + expose.
// 2. Request the snapshot information of the current host and globally store the obtained snapshot information. The retrieved module information is partially offline and partially online. The online module information will retrieve the modules used online.
// 3. Retrieve the detailed information of the current module from global (remoteEntry address, expose resource address)
// 4. After retrieving remoteEntry, call the init of the module, and then retrieve the exported content of the module through get
// id: pkgName(@federation/app1) + expose(button) = @federation/app1/button
// id: alias(app1) + expose(button) = app1/button
// id: alias(app1/utils) + expose(loadash/sort) = app1/utils/loadash/sort
const { module, moduleOptions, remoteMatchInfo } =
await this._getRemoteModuleAndOptions(id);
const { pkgNameOrAlias, remote, expose, id: idRes } = remoteMatchInfo;
const moduleOrFactory = (await module.get(expose, options)) as T;
await this.hooks.lifecycle.onLoad.emit({
id: idRes,
pkgNameOrAlias,
expose,
exposeModule: loadFactory ? moduleOrFactory : undefined,
exposeModuleFactory: loadFactory ? undefined : moduleOrFactory,
remote,
options: moduleOptions,
moduleInstance: module,
origin: this,
});
return moduleOrFactory;
} catch (error) {
const { from = 'runtime' } = options || { from: 'runtime' };
const failOver = await this.hooks.lifecycle.errorLoadRemote.emit({
id,
error,
from,
origin: this,
});
if (!failOver) {
throw error;
}
return failOver as T;
}
}
should load a shared container and initialize sharing on webpack
// ./core/src/api/api.ts
16 export async function loadAndInitializeRemote(
17 remoteOptions: RemoteOptions,
18 ): Promise<RemoteContainer> {
19 const globalScope = getScope();
20 const containerKey = getContainerKey(remoteOptions);
21
22 // TODO: Make this generic, possibly the runtime?
23 const asyncContainer = loadScript(containerKey, remoteOptions);
24
25 if (!asyncContainer) {
26 throw new Error('Unable to load remote container');
27 }
28
29 // TODO: look at init tokens, pass to getSharingScope
30
31 if (!globalScope.__sharing_scope__) {
32 // TODO: Make this generic, possibly the runtime?
33 globalScope.__sharing_scope__ = await initializeSharingScope();
34 }
35
36 return initContainer(asyncContainer, globalScope.__sharing_scope__);
37 }
// ./core/src/integrations/webpack/factory.ts
5 export async function initializeSharingScope(
6 scopeName = 'default',
7 ): Promise<SharedScope> {
8 const webpackShareScopes = __webpack_share_scopes__ as unknown as SharedScope;
9
10 if (!webpackShareScopes?.default) {
11 await __webpack_init_sharing__(scopeName);
12 }
13
14 // TODO: Why would we reference __webpack_require and not __webpack_share_scopes__ ?
15 return (__webpack_require__ as unknown as WebpackRequire)
16 .S as unknown as SharedScope;
17 }
exactly as the function would.
what i dont get, which leads me to my initial question, is how do these approaches differ from one another?
One declared within the confines of a webpack configuration and called using an import statement
// remote2/config/module-federation.js
...
exposes: {
'./App': './src/bootstrap',
},
...
// remote1/src/App.js
...
const RemoteApp = React.lazy(
() => import('remote2/App') as Promise<{ default: React.FC<{ store: AppStore }> }>,
);
...
there while the other within the App.js file (as above)
// from example dynamic-remotes
function loadComponent(scope, module) {
return async () => {
// Initializes the share scope. This fills it with known provided modules from this build and all remotes
const Module = await loadRemote(`${scope}/${module.slice(2)}`);
return Module;
};
}
sorry for updating the comment so frequently 😅
from module-federation-examples.
trying to use dynamicFederation as in
const dynamicFederation = async (scope, module) => {
const container = window[scope];
// or get the container somewhere else
// Initialize the container, it may provide shared modules
await container.init(__webpack_share_scopes__.default);
return container.get(module).then(factory => {
const Module = factory();
return Module;
});
};
sadly fails as the module scoped in window is only the current one, but id like to import from the remote one.
removing ssr is not an option.
from module-federation-examples.
related #3580
from module-federation-examples.
Related Issues (20)
- Hot Module Reloading is solved! HOT 1
- [Question] Shared modules are duplicate in multi-bundle files of MF v8.2.2 above HOT 14
- Can I Remove remote.js?[hash] for cache remote.js HOT 2
- NPM package unavailable - nextjs-shared-v14 HOT 1
- [Bug][Nextjs13] Uncaught TypeError: Cannot read properties of undefined (reading 'consumes') HOT 2
- Examples issue HOT 3
- vue-cli master分支跑不起来 HOT 1
- [Question] URL parameters? HOT 6
- externals @module-federation/webpack-bundler-runtime no work HOT 1
- Dynamic-remotes shared config not work HOT 2
- Does V2 currently support Vite? HOT 1
- Microfe
- nextjs mf does not generate remoteEntry.js HOT 6
- Add ability to reduce requests waterfall for host-ui HOT 3
- [Help] Router Module forRoot Issue with Module Federation HOT 1
- css-Isolation not working in rspack example HOT 2
- Does it work with the Next 14 App router? HOT 2
- vite-react-microfrontends example is broken
- Lost css style of remote app when call from host at production mode
- Cannot export _app.js with Next module federation
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from module-federation-examples.