https://roots.io/
I am using the Wordpress roots theme for the first time and also bower for first time. I want to include react js in my theme and was just wondering the correct steps to take.
I ran "bower install --save react"...
So I now have "react" folder at "/wp-content/themes/mytheme/bower_components"
I need it to load 2 files:
"/wp-content/themes/mytheme/bower_components/react/react.min.js"
"/wp-content/themes/mytheme/bower_components/react/JSXTransformer.js"
From here I am not sure the correct steps, I edited the "bower.json" file directly like so...
"overrides": {
"modernizr": {
"main": "./modernizr.js"
},
"react":{
"main":[
"./react.min.js",
"./JSXTransformer.js"
]
}
},
Then I edited the file at "wp-content/themes/mytheme/lib/assets.php" like so...
wp_enqueue_script('react', asset_path('scripts/react.js'), [], null, true);
wp_enqueue_script('JSXTransformer', asset_path('scripts/JSXTransformer.js'), [], null, true);
It is not loading. And how can I change the "type" parameter on the JSXTransformer script to be "text/jsx"
Im not using wordpress so this answer would be based on assumption, but on my experience with bower, you dont need to require the files after being compiled. you can directly call it depends on how they defined the variable. you will just need to require the compiled file.
so for react they use it like React
and there you can add it on your code like
React.createClass({
render() {
return <div>blah</div>;
}
})
hope it helps
Related
New to pnpm, and trying to get my head around some of the basics. But can't find a lot of documentation around it (which often means that it's either very simple, or I'm doing it wrong...).
I have set up a basic pnpm monorepo with an apps and packages folder by basically creating the monorepo folder, running pnpm init and tweaking the result a bit. I got:
package.json
{
"name": "#myorg/root",
"version": "1.0.0",
"description": "",
"main": "index.js",
"scripts": {
"test": "echo \"Error: no test specified\" && exit 1"
},
"keywords": [],
"author": "",
"license": "ISC"
}
pnpm-workspace.yaml
packages:
- "packages/**"
- "apps/**"
.npmrc
shamefully-hoist=true
Notes:
I did not create an index.js, as I have no idea what to put in there..
I know that I can run/build the various apps from the root folder by adding pnpm run dev with a filter to the scripts section, I've not yet gotten around to setting that up, but I believe it's not critical to running the monorepo. (?)
In the apps folder I've already created some Vue3 apps (this works fine). And now I'd like to move some of the Vue components used there into the packages folder of the monorepo, so I can reuse them in the various apps. This is where i'm getting stuck in the sand...
I'm not entirely sure how much scaffolding you're supposed to add to these shared components. Is each one an entire Vue-project by themselves? (I'm guessing yes), and then, how to specify in that project what parts to export?
I have created the folder "y-theme-select" in the "packages" folder, and ran pnpm init and pnpm add vue on it. Now lets say I want to add the following component (let's keep it very simple):
y-theme-select.vue
<template>
<div>
Hello world!
</div>
</template>
Where do I store it? (eg. packages\y-theme-select\src\y-theme-select.vue?)
How do I export it? (clueless)
How do I import it in a shared project (I recon something like "#myorg/y-theme-select": "1.0.0" in the dependencies section of the package.json?)
How to use Vuetify components in here?
Nb. for completeness sake, found two related questions:
Multiple Vue apps, shared components in a monorepo (unanswered, and doesn't specify pnpm monorepo)
How to create my own component library based on Vuetify
First off, the reason it's not documented at pnpm is that it's, except for a few properties, not a PNPM concern.
Secondly, what I found is that reusable components all share a few basic principles, but other than that can vary fairly wildly in setup.
Thirdly, this answer works. But has a few issues, as described at the end of the answer.
I also want to mention the excellent video by "How To Create A Vue.js Plugin Component" by Erik Hanchett, which laid a foundation to this answer.
UPDATE: I stopped building components. As you add functionality to them there's always some new weird issue. Now that scoped CSS turned out to not work, I've changed direction. Here is a super-simple low-tech solution to creating a library of components in this pnpm monorepo:
import YSwitchLang from "/../../packages/common-vtfy/src/components/YSwitchLang.vue"
Just reference the packages folder from within your apps project. (Fingers crossed I won't run into anything new, but so-far so-good.) The instructions below are still valid, but in this scenario you only need step I.
I. Initialization of the project
I'm creating a package that will hold a few generic and similar Vuetify components, so I will call it "common-vtfy". This project will use Vite+Rollup as bundlers. I also use the rollup-plugin-typescript2 package to create the typescript definitions. You can simply leave out vuetify package if your component doesn't depend on it.
cd packages
pnpm create vue#latest
-> common-vtfy
-> Typescript
-> ESLint
cd common-vtfy
echo auto-install-peers = true > .npmrc
pnpm add -D vuetify rollup-plugin-typescript2
pnpm install
In package.json:
prefix the package name with your monorepo name, like so: "name": "#myorg/common-vtfy".
Move "vue": "^3.2.45" entry to devDependencies (not a biggie to leave it here, because we externalize it as well in the build section of vite.config.ts)
Add peerDependencies (not sure if this is needed, but probably won't hurt):
"peerDependencies": {
"vue": "~3.x",
"vuetify": "~3.x"
}
At this point you could run pnpm dev, and see an otherwise empty Vue project, which has way more stuff than we'll be requiring, so go ahead and delete:
public\favicon.ico
src\assets\logo.*
src\components*
Not sure if we could/should delete the css files from src\assets as well. #TBD.
II. Build component
Now we create the components, and setup App.vue to see the results:
YSwitchTheme.vue
<script setup lang="ts"></script>
<template>
<div>
Hello, I'm YSwitchTheme <v-chip>Vuetify Test</v-chip>
</div>
</template>
And similarly for YSwitchLang.vue
App.vue
<script setup lang="ts">
import YSwitchTheme from "./components/YSwitchTheme.vue" // not required if using the vue plugin system
</script>
<template>
<div>
<YSwitchTheme/>
</div>
</template>
III. Create the plugin
Create two files:
src\components\index.ts
export {default as YSwitchLang} from "./YSwitchLang.vue"
export {default as YSwitchTheme} from "./YSwitchTheme.vue"
I believe that this "registers" the components, but the details are not exactly clear to me.
src\CommonVtfyPlugin.ts
The plugin entry file. More information: https://vuejs.org/guide/reusability/plugins.html#writing-a-plugin
I have tried to export the components both as a plugin, and as a individually importable components, which does not require the user to load it as a plugin. However, this did not end up working, so I've commented out that last bit. The plugin must be imported using the Vue plugin system (more on that later)
import type { App } from "vue"
import { YSwitchLang, YSwitchTheme } from "./components"
// Export as plugin
export default {
install: (app: App) => {
app.component("YSwitchLang", YSwitchLang)
app.component("YSwitchTheme", YSwitchTheme)
}
}
// Export as individually importable components
// export { YSwitchLang, YSwitchTheme }
IV. "Local" testing/usage demonstration
To use the plugin we add it to our main.ts, and this is something we can do in this same project. The resulting code is the same as you would use when you are importing it later in your other projects.
main.ts
Add import:
import CommonVtfyPlugin from './CommonVtfyPlugin'
If you're using Vuetify, then also add:
// Vuetify
import 'vuetify/styles'
import { createVuetify } from 'vuetify'
import * as components from 'vuetify/components'
import * as directives from 'vuetify/directives'
const vuetify = createVuetify({
components,
directives,
})
And add the .use clause, in the following manner:
const app = createApp(App)
app.use(vuetify).use(CommonVtfyPlugin)
app.mount('#app')
Now in App.vue, comment out the import statements.
V. Build it
Here we're going to use rollup-plugin-typescript2 to generate the typescript files.
vite.config.ts
Add to the imports:
import vuetify from "vite-plugin-vuetify"
import typeScript2 from "rollup-plugin-typescript2"
Add to the plugins:
vuetify({
autoImport: true,
}),
typeScript2({
check: false,
include: ["src/components/*.vue"],
tsconfigOverride: {
compilerOptions: {
sourceMap: true,
declaration: true,
declarationMap: true,
}
},
exclude: [
"vite.config.ts"
]
})
Add a new section build to the defineConfig:
build: {
cssCodeSplit: false,
lib: {
entry: "./src/CommonVtfyPlugin.ts",
formats: ["es", "cjs"],
name: "CommonVtfyPlugin",
fileName: format => (format == "es" ? "index.js" : "index.cjs"),
},
rollupOptions: {
external: ["vue"],
output: {
globals: {
vue: "Vue"
}
}
}
},
Now you're ready to build it by running pnpm build.
Wrap it up by updating package.json, adding four properties:
"type": "module",
"exports": {
".": "./dist/index.js"
},
"types": "./dist/index.d.ts",
"files": [
"dist"
],
One issue the I've not yet figured out is how to generate a single index.d.ts declarations file. For now I just create the following file by hand in the dist folder. Inspired by the Vuetify project, I have not yet figured out why/how this works.
index.d.ts
declare module '#myorg/common-vtfy' {
import { VueConstructor } from 'vue'
const YSWitchLang: VueConstructor
const YSWitchTheme: VueConstructor
export {
YSWitchLang,
YSWitchTheme
}
}
VI. Use it!
Go back to a project that wants to use these components and add them to the project using pnpm add #myorg/common-vtfy (replace myorg with the name of your monorepo). You should see a new dependency in the package.json file that reads something like "#myorg/common-vtfy": "workspace:^1.0.0".
main.ts or plugins\index.ts (wherever you load your plugins)
Import the components:
import YSwitchTheme from '#myorg/common-vtfy'
import YSwitchLang from '#myorg/common-vtfy'
I was expecting to be able to import the modules using a {}-style import, but this doesn't work. I think this means that we're not correctly exporting the components from the plugin. See issues section.
import { YSwitchTheme, YSwitchLang} from '#myorg/common-vtfy'
And finally, to use the plugin, do:
app.use(YSwitchTheme)
app.use(YSwitchLang)
VII. Updating
At some point you're going to make changes to the component.
Component: Make the changes
Component: pnpm build
Component: Recreate index.d.ts
Application: pnpm update #myorg/common-vtfy
Open issues
Scoped CSS is ignored. I've tried all kinds of different rollup settings.
Confirm that peerDepencies is either a good thing or useless.
I've not been able to figure out how to generate a single index.d.ts typescript declaration file.
Pnpm monorepo update
I think you should run the pnpm update on the whole repo. But haven't dived into that yet.
I will attempt to update and further refine this answer as I gain understanding, and/or when usefull comments are posted here.
When I'm trying to build the Next.Js app then the below error is coming with a successful build. This error is showing when I deploy the app in Vercel.
error - ESLint: Failed to load config "next/babel" to extend from. Referenced from: /vercel/path0/.eslintrc.json
This is my .eslintrc.json
{
"extends": ["next/babel","next/core-web-vitals"]
}
I've also added .babelrc
{
"presets": ["next/babel"],
"plugins": []
}
I also found a solution when I change the eslintrc.json file like below:
{
"extends": ["next","next/core-web-vitals"]
}
then no error is showing while building the app. But there is another problem showing when I use the above solution and the problem is:
Parsing error: Cannot find module 'next/babel'
This is shown in all the imports with red marks.
I tried to search the solution but did not found any solution for this.
I think, this might have to do with this weird hackfix that is being touted in a bunch of places that tells you to place next/babel in your eslint config file for some reason (e.g. here).
It probably was a hackfix for an old bug in older next.js versions. But as of (at least) summer 2022, it makes little sense to do so, considering that next/babel is a babel preset, not an eslint preset. Instead, in recent next.js versions, just reset your .eslintrc.json:
{
"extends": [
"next"
]
}
With this setup, things don't error out, as of next#12.2.*.
You also might want to take a look next's eslint customization options. For example, some people might be confused why eslint is seemingly not working.
In that case, consider this solution and the next.js docs on eslint.
If you have this problem, but you did not copy+paste your .eslintrc.json from the interwebz, then you might need to describe your situation in more detail.
my problem has been solved by this code. just copy and paste it into the eslintrc.json file.
{
"extends": ["next/babel","next/core-web-vitals"]
}
Or just replace "next" and "next/core-web-vitals" to
"plugin:#next/next/recommended"
https://nextjs.org/docs/basic-features/eslint
I had this issue when working with TurboRepo. The solution for me was to add next as a devDependency in the root of the monorepo.
Same Turborepo issue using pnpm. This solved it for me: https://github.com/vercel/next.js/issues/40687#issuecomment-1275184829
Essentially add this to your settings.json
// .vscode/settings.json
{
"eslint.workingDirectories": [
{ "pattern": "apps/*/" },
{ "pattern": "packages/*/" }
]
}
I have this folder structure:
sass/main.sass
css/main.css
js/...
img/...
I want the sass output to go to the css folder, but each time I run sass watcher it creates a new css file within the sass directory among sass files.
Thx for information about using 'Live SASS Compiler' in VS Code.
To set special otuput pathes to your project you need to add the settings for output pathes to the settigns.json of your project:
File: `projectDIR/.vscode/settings.json'
Example for setting the save pathes to output directory:
"settings": {
// output: generate files to ...
// ~ = path starts relative from scss-file
"liveSassCompile.settings.formats":[
{
"format": "expanded",
"extensionName": ".css",
"savePath": "~/../assets"
},
// ad a compressed version
{
"format": "compressed",
"extensionName": ".min.css",
"savePath": "~/../assets"
}
// optional: add more outputs ...
],
}
See also official example in web: https://github.com/ritwickdey/vscode-live-sass-compiler/blob/master/docs/settings.md
Additional hint:
VERSION OFF 'LIVE SASS COMPILER' MAY BE OUTDATED
The actual commmon used Extension Live Sass Compiler is not longer supported (for years now). It uses an outdated SASS Version. The most recent features like #use are not supported in that version. You use that outdated version if author is 'Ritwick Dey'.
But there is an active supported fork with same name 'Live SASS Compiler' build by 'Glenn Marks'. As fork it works the same way and the settings are almost the same. Or you can use another actual compiler which is faster as you can use an direct installed SASS Version on your system. In that case you need to change the settings for your project.
Information about that you will find here:
https://stackoverflow.com/a/66207572/9268485
Updated: Correction name of author of supported extension 'Live SASS Compiler' to correct identification of extension.
Go to path: C:\Users\your user\AppData\Roaming\Code\User\settings.json
and change there the "liveSassCompile.settings.formats" section
for example:
the parameter : "savePath": "/Python/CSS",
I have a web application built with webpack. I have many styling variations, and those styles are all called style.css and in their own respective directories like
./STYLE_A/style.scss
./STYLE_B/style.scss
./STYLE_F/style.scss
I am supplying a cross-env variable STYLE_DIR to webpack and I want that variable to control where the scss gets included from.
I've tried:
require(`./${STYLE_DIR}/style.scss`); //in the webpack (does nothing)
I've tried:
require(`./${STYLE_DIR}/style.scss`); //in my client.js (ends up including every style.scss from every one of the style directories)
I've tried setting this to a 'process.env' variable in webpack, I've tried using an alias to resolve, there's something I'm just missing.
I got interested in your question, then I did a little research and I think I have a way to make it work.
Steps:
1.
In Webpack config file use DefinePlugin in order to have a constant that can be setup at compile time. You do that in this way:
const GLOBALS = {
'process.env.STYLE_DIR': JSON.stringify(process.env.STYLE_DIR)
};
export default {
entry: [
'./app/index'
],
output: {
path: path.resolve(__dirname, '/dist'),
filename: 'bundle.js'
},
plugins: [
new webpack.DefinePlugin(GLOBALS)
],
...
}
2.
Put your style.scss file in the correct folders (STYLE_A, STYLE_B and STYLE_C as you indicated).
3.
In your .js file require your SCSS file as follow (of course be sure to have the corresponding loaders properly setup in Webpack config file):
require(`./${process.env.STYLE_DIR}/style.scss`);
4.
Set the STYLE_DIR variable before you run webpack. Something like this:
export STYLE_DIR = 'STYLE_A'
This is working for me. If I change the STYLE_DIR value before running Webpack I get a different style file imported.
I hope this helps.
Hi there I have been forced to come here due to every resource out there on the topic is very poor and incomplete.
Not only on the babel site but every single post out there is not complete and informative enough.
I tried to reach out at the babel forum and no replies.
I am trying to convert my prototype libraries to Es6 and convert to the most leanest possible code. So no bloaty duplicated generated code and if possible no bloaty requirejs and whatever browserify generates.
I have tried to make a project with grunt and babel directly, configure the external-helpers plugin according to the babel documentation.
It fails to include the relevant helper code and fails to include the import module code altogether.
ie a babel config like
{
options: {
sourceMap: false,
presets: ['es2015'],
"plugins": ["external-helpers"]
},
dist: {
files: {
'build/<%= package.name %>.js': ['src/<%= package.name %>.js']
}
}
}
The main project file has an import like
import Button from './ui/buttons/Button';
The module code looks like this as if the export is placed underneath extra code is generated for that.
export default class ShareButton {}
produces an output like this
Object.defineProperty(exports, "__esModule", {
value: true
});
require('babel-core/external-helpers');
var _Button = require('./ui/buttons/Button');
var _Button2 = babelHelpers.interopRequireDefault(_Button);
No source of the module or the helper object is included.
I searched hard for how to deal with external-helpers and it suggests it has to be imported into a separate file ie something like this to generate only the helper functions needed
babel-external-helpers -l createClass > src/helpers.js
But any resource regards to this fails to go as far as to how to import that into the project.
If I use the transform-runtime plugin, it produces a massive polyfill that cannot be disabled so a bug and not so useful for what I need.
"plugins": [
["transform-runtime", { "polyfill": false, "regenerator": false }]
]
If I use browserify / babelify it makes a royal mess and duplicates code still.
A config like
{
options: {
"transform": [["babelify", {
"presets": ["es2015"],
"plugins": ["external-helpers"],
sourceMap: false
}]]
},
dist: {
files: {
'build/<%= package.name %>.js': ['src/<%= package.name %>.js']
}
}
}
Produces code like this still with the external helper missing and duplicated code not relevant to the helper. ie
Object.defineProperty(exports, "__esModule", {
value: true
});
Is within every module in the generated file.
If I export the classes like this at the bottom of every file
export default class {}
Duplicated code is generated like
var _class = function _class() {
babelHelpers.classCallCheck(this, _class);
};
exports.default = _class;
In terms of filesize that doesn't include bloaty wrapping code like
},{}],2:[function(require,module,exports){
It seems concatting all the prototype classes files together to bundle in one file is the winner still.
So trying to port the library but keep it similar and bundle it together into one file.
Hopefully this is concise enough and there is a simple solution.
FYI browsers do not understand tabs and 4 spaces. I had to edit this post in my editor to get the code blocks working ! It would be nice to have a markup like other places like "```" ?
Let me know thanks.
I'm using rollup with babel now. Rollup produces a clean output as umd mode. Browserify is really bloaty in itself.
There is just a problem with polyfills being converted. I have to concat external ones in like for WeakMap.
I had a problem trying to use the generated Iterator and finding a polyfill for that so I have to code loops a particular way it doesn't generate Iterators.
The polyfill generation in babel is still too bloaty and crazy. It's pretty terrible. So I concat in minified polyfills that are very small and it's used globally.
I was running into something very similar. Was tired of trying to do it the "right way" and ended up just creating https://www.npmjs.com/package/grunt-babel-helpers which simply manipulates the string output.