This setup is assuming that GUI Linux apps can run in your WSL2.
Execute the following commands to install Node, npm, git, Java, Ionic CLI:
cd ~
sudo apt update
sudo apt upgrade
This setup is assuming that GUI Linux apps can run in your WSL2.
Execute the following commands to install Node, npm, git, Java, Ionic CLI:
cd ~
sudo apt update
sudo apt upgrade
Install, build and debug a react native app in WSL2 (Windows Subsystem for Linux) and Ubuntu.
Webpack 4 automatically polyfilled many Node APIs in the browser. This was not a great system, because it could lead to surprisingly giant libraries getting pulled into your app by accident, and it gave you no control over the exact versions of the polyfills you were using.
So Webpack 5 removed this functionality. That means you need to make changes if you were relying on those polyfills. This is a quick reference for how to replace the most common patterns.
For each automatically-polyfilled node package name on the left, this shows the name of the NPM package that was used to polyfill it on the right. Under webpack 5 you can manually install these packages and use them via resolve.fallback
.
'use strict'; | |
const ExtractTextPlugin = require('extract-text-webpack-plugin'); | |
const path = require('path'); | |
exports.tslint = { | |
test: /\.ts$/, | |
loader: 'tslint', | |
exclude: [ |
You don't really need a framework or fancy cutting-edge JavaScript features to do two-way data binding. Let's start basic - first and foremost, you need a way to tell when data changes. Traditionally, this is done via an Observer pattern, but a full-blown implementation of that is a little clunky for nice, lightweight JavaScript. So, if native getters/setters are out, the only mechanism we have are accessors:
var n = 5;
function getN() { return n; }
function setN(newN) { n = newN; }
console.log(getN()); // 5
setN(10);