The routes are saved in the pages folder. The main page is contained inside the element in MyLayout.vue, which contains a - the same vue-router you know and love. In order to use a Quasar UI component, you need to explicitly include them in, as we’ll see later. These are all Vue components written by the Quasar team (similar to the v- components of Vuetify). You can spot the Quasar components starting with q- e.g. The layout is a Vue component that has all the Quasar UI elements including a navigation drawer, a toolbar and a main page. Quasar CLI scaffolds a folder structure with the default layout MyLayout.vue inside the layouts folder. Now let’s have a look at the project structure the CLI has created for us, for a quick overview of Quasar. If you’re building an app you want to work on android and iOS, I recommend periodically running it on both platforms. We’ll continue developing with quasar dev, while periodically testing on an actual device to see things are working. This is a crucial feature for an efficient dev process. Quasar will create a Cordova app that’s inner WebView loads from this IP, thereby giving us the ability to develop with hot reload on our device. Choose an IP that’s accessible from your mobile device (they have to be on the same network). Now the CLI asks you which IP to serve on. Note2: If you’re building for iOS, it’s recommended to upgrade from the deprecated UIWebView (that Cordova uses by default) to WKWebView using one of the methods described here To solve this, uncomment https: true, under devServer section in Note: Newer chrome versions block cleartext traffic by default, so Cordova’s internal WebView will throw an ERR_CLEARTEXT_NOT_PERMITTED error. Let’s start by installing the Quasar CLI. I assume you already have a working Cordova setup with android studio / xcode configured.
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