- #How to run webpack for ios install
- #How to run webpack for ios android
- #How to run webpack for ios windows
Configuring webpack properly for NativeScript development can be tricky, so there’s a template available, made by Tiago Alves, that has a pre-configured nativescript-vue and webpack project. Most likely you’ll want vue template support for your apps, so you’ll need a module bundler, like webpack. Now, of course, the next step is to create an app. ( tns is the name of the NativeScript CLI, though you can use nativescript if you’d prefer.) Creating an App
To confirm that everything is set up properly, you can run tns doctor.
(Yeah, okay, the package name is rather obvious.)
#How to run webpack for ios install
Next, install NativeScript using npm install -g nativescript.
#How to run webpack for ios android
Make sure to set JAVA_HOME and ANDROID_HOME! If you don’t have an Android device, you’ll also want an emulator.
#How to run webpack for ios windows
NativeScript conveniently gives you some one-line setup scripts you can run in a terminal on Windows or macOS to install and configure everything you’ll need. Getting Set Upīefore you can use NativeScript to develop an app for iOS or Android, you first need the dependencies for, well, developing an iOS or Android app. Originally, NativeScript was developed with Angular in mind, along with a native JavaScript API, but recently, members of the NativeScript and Vue communities have released version 1.0 ✨ of a plugin that allows you to use Vue.js instead. Here is a quite typical configuration with two entry points: module.NativeScript is a platform, similar to React Native, that allows native mobile apps to be written in JavaScript and rendered using native UI components. But first, let’s see how bundling works and what it consist of. This is one of the main features of Statoscope. It’s simply a more elaborate, in-depth tool for analyzing your bundle. Basically, it’s the same as Webpack Runtime Analyzer but in a different packaging and with more sophisticated features. In October 2020, I released the first version of Statoscope. So, in 2018, I wanted to revive Webpack Runtime Analyzer, using my newly accumulated experience. But at about the same time, I started working more closely with webpack, contributing to its core. At first, utilities for these tasks were available in the console, but not in the browser.Īfter a year of work on the project, I ran out of ideas and so I put it on pause. That is, you run the special tool in your browser, and it shows you what is happening inside your bundle: what it consists of, is it working now, which errors have occurred.
We wanted to provide a visual interface to analyze bundles in real-time. It was a technical demo of another rempl tool made by Roman Dvornov. In 2016, I released the first version of the Statoscope tool (named “Webpack Runtime Analyzer” at the time). Created by Sergey Melukov, it started out as an experimental version in late 2016, which has now become a full-fledged toolkit for viewing, analyzing, and validating webpack-bundles.Įditor’s Note: This article is a transcription of Sergey’s live performance (Russian). Statoscope is an instrument that analyses your webpack-bundles.