I know this question not quiet right. I couldn't figure how ask this question. When I created a react app using npx create-react-app my-app and started the react app I seen some additional logs in my terminal which is for webpack v5.66. You can see this image. I want to remove those logs and only want to see the warnings and errors that comes from my app.
webpack.config.js file
module.exports = {
infrastructureLogging: {
level: 'warn',
},
};
By defaults its 'info' in webpack v5.66
I don't know to much about webpack can anyone tell how to apply this in react app so the logs can be removed. If there any other instruction need to added please suggest me. Help me.
Related
I am working with a react app locally and when i deploy it to codesandbox it appears this error:
could not find/install babel plugin 'proposal-decorators': Cannot find plugin 'proposal-decorators' or 'babel-plugin-proposal-decorators'
I already tried to add the dependency but it doesn't let me.
this is really important, does anybody know what might be happening?
I am new to Electron, and I have been having some trouble trying to do something simple in an Electron + React application. All I want to do is: Load a 3D model (.glb) located in my src/assets directory from a React component. I created the project using this guide. In a typical React project, I can just import the file directly in my JS module and reference the path in my code. However, with the default Webpack config, the file can't be found. There's obviously a gap in my understanding on how React + Webpack work when loading assets. What am I missing? Any help is greatly appreciated.
Thanks!
Turns out, the Webpack documentation spells out the answer clearly. Who knew? I found a lot of similar questions/answers for older versions of Webpack, so I'll post one here for Webpack 5. It requires a trivial two-line addition to the webpack.rules.js file:
{
test: /\.(png|jpg|gif|svg|glb)$/,
type: 'asset/resource'
}
The key is the asset/resource line. It's new to Webpack 5 and allows the bundling of assets without needing any additional loaders. With that, assets can be included as Javascript modules and Webpack will take care of the rest.
So, one can do:
import modelSrc from "../assets/some_awesome_model.glb";
And that's that. Webpack will spit out a URL such as /9feee593dc369764dd8c.glb, meaning Webpack has located and processed the asset.
I'm trying to locally build the oodt_fm_plugin NPM package and link it locally to the oodt_opsui_sample_app. However, when I'm trying to do that, the following error is thrown in the browser.
Error: Minified React error #321; visit
https://reactjs.org/docs/error-decoder.html?invariant=321 for the full
message or use the non-minified dev environment for full errors and
additional helpful warnings.
The error goes away if I remove the withStyles HOC from the components in oodt_fm_plugin, but I want to preserve it for the material UI styles.
React components in the oodt_fm_plugin have been exported as follows. ( This plugin can be viewed at https://github.com/apache/oodt/tree/development/react-components/oodt_fm_plugin. )
export default withStyles(styles)(Product);
What I tried to overcome this are as follows, but none of those solved the issue.
Making react and react-dom packages in the plugin, dev dependencies
Adding the following snippet to the webpack.config.js of the plugin.
resolve: {
modules: [path.resolve('node_modules'), 'node_modules'],
},
Can someone point me in the right direction so that I can set up both oodt_fm_plugin and oodt_ui_sample_app correctly in local dev environment? Helpful advice is highly appreciated.
Well, I finally managed to solve the problem, after trying for several days. As I found out, it was not a problem with material ui, but with the Create React App. This Github issue comment helped me to solve my problem.
For extra clarity, I will quote the issue comment in this answer itself, so that it will remain here even if the comment gets deleted.
^ Ok, the solution I went for to solve this for create-react-app is to
use react-app-rewired and customize-cra.
Here is my config-overrides.js :
const {
override,
addWebpackAlias, } = require("customize-cra");
const path = require('path');
module.exports = override(
addWebpackAlias({
react: path.resolve('./node_modules/react')
}) )
Example project: https://github.com/dwjohnston/material-ui-hooks-issue/tree/master
Then, modify the start script as follows.
"start": "react-app-rewired start"
I am trying to do this as simple as possible, I studied Yarn Workspaces for a while, but that's a solution that's currently doesn't work with Electron, there were simply too many issues.
I have am Electron project here: ./electron/
I have a directory with components here: ./common/
The components are developed in React/JSX, there is nothing really fancy about them. That said, I am using hooks (useXXX).
I tried many ways to include those components (ideally, I wanted to use Yarn Workspaces, but it only multiplied the number of issues), but they all failed. Which is why I would like to avoid using yarn link or workspaces or making the common a library, etc. I just want my Electron project to behave as if the files were under ./electron. That's it.
The closest I came to a solution is by using electron-webpack, and overriding it with this config:
module.exports = function(config) {
config = merge.smart(config, {
module: {
rules: [
{
test: /\.jsx?$/,
//include: /node_modules/,
include: Path.resolve(__dirname, '../common'),
loaders: ['react-hot-loader/webpack', 'babel-loader?presets[]=#babel/preset-react']
},
]
},
resolve: {
alias: {
'#common': Path.resolve(__dirname, '../common')
}
}
})
return config
}
I can import modules, and they work... except if I use hooks. And I am getting the "Invalid Hook Call Warning": https://reactjs.org/warnings/invalid-hook-call-warning.html.
I feel like that /common folder is not being compiled properly by babel, but the reality is that I have no idea where to look or what to try. I guess there is a solution for this, through that webpack config.
Thanks in advance for your help :)
I found the solution. That happens because the instance of React is different between /common and /electron.
The idea is to add an alias, like this:
'react': Path.resolve('./node_modules/react')
Of course, the same can be done for other modules which need to be exactly on the same instance. Don't hesitate to comment this if this answer it not perfectly right.
I wrestled more than a day with a similar problem. My project has a dependency on a module A that is itself bundled by Webpack (one that I authored myself). I externalised React from A (declaring it to be a commonjs2 module). This will exclude the React files from the library bundle.
My main program, running in the Electron Renderer process, uses React as well. I had Webpack include React into the bundle (no special configuration).
However, this produced the 'hooks' problem because of two instances of React in the runtime environment.
This is caused by these facts:
module A 'requires' React and this is resolved by the module system of Electron. So Electron takes React from node_modules;
the main program relies on the Webpack runtime to 'load' React from the bundle itself.
both Electron and the Webpack runtime have their own module cache...
My solution was to externalise React from the main program as well. This way, both the main program and module A get their React from Electron - a single instance in memory.
I tried any number of aliases, but that does not solve the problem as an alias only gives direction to the question of where to find the module code. It does nothing with respect to the problem of multiple module caches!
If you run into this problem with a module that you cannot control, find out if and how React is externalised. If it is not externalised, I think you cannot solve this problem in the context of Electron. If it is externalised as a global, put React into your .html file and make your main program depend on that as well.
I'm working on Next.js and React-Native-Web. I managed to run them together following the official Next.js example but when I'm trying to use the Animated package from the react-native it fails with Error that the requestAnimationFrame isn't defined. Basically this functionality does the node_modules package but I set the alias in webpack to translate all react-native requires to the react-native-web so even the node_modules package should use the react-native-web.
Any suggestions on how to solve it?
ReferenceError: requestAnimationFrame is not defined
at start (...node_modules\react-native-web\
dist\cjs\vendor\react-native\Animated\animations\TimingAnimation.js:104:11)
enter code here
Thanks for any help!
The problem is in the missed RequestAnimationFrame functionality at the server. This error happens when Next.js tries to render the component during SSR.
Unfortunately, there is no polyfill, etc. for such purpose so I just decided to use the Next.js dynamic imports for a Component that has animation functionality.
Next.js Official documentation
My own case оust to show how code looks:
import dynamic from 'next/dynamic';
const AutocompleteDropdown = dynamic(
() => import(
'myAwesomeLib/components/dropdown/autocomplete/AutocompleteDropdown'
),
{
ssr: false,
}
);
Now you can use the AutocompleteDropdown as the standard JSX component
I'm coding an App with React Native Web and NextJS 12, and in 2021 I encounter this problem and I fixed it, but now I know my fix was only for Next Dev, because it returned for Next Production Build.
Solution details:
No Dynamic import (which is useful too, but can be annoying when having lot of components using it)
Using RAF polyfill and Webpack ProvidePlugin.
Main thing to have in mind is that next.config.js with webpack 5 is going to check the codes first before even reach next entry points _documents.js and _app.js. It means that, you can put polyfill in those entry point files, it will still raise error of RAF undefined. You have to make requestAnimationFrame ready for config check.
DEV approach that will work on Next DEV only. Install RAF package https://www.npmjs.com/package/raf and In next.config.js add codes:
const raf = require('raf');
raf.polyfill();
This will add requestAnimationFrame and cancelAnimationFrame function to global and window object if they don't have it. In our case, it would add it in global for NodeJS.
But this solution won't work when executing npm run dev. I don't know why, if anyone knows why Next or Webpack 5 act differently from DEV to PRODUCTION, let me know.
Complete Solution:
Use ProvidePlugin config of webpack 5 https://webpack.js.org/plugins/provide-plugin/ . Create a file to use as modules, let's say: raf.js in root project or anywhere you want:
const raf = require('raf');
const polys = {};
raf.polyfill(polys);
module.exports = polys.requestAnimationFrame;
And in next.config.js use it inside webpack: () = {} like:
webpack: (config, options) => {
// console.log('fallback', config.resolve.fallback);
if (options.isServer) {
// provide plugin
config.plugins.push(
new options.webpack.ProvidePlugin({
requestAnimationFrame: path.resolve(__dirname, './raf.js'),
}),
);
}
And now, it's up to you to adapt to your existing config logic. By doing this, in Production Build, NextJS is injecting the requestAnimationFrame function in Server Side everywhere a module is using it.