However, it is also possible to render the same components into HTML strings on the server, send them directly to the browser, and finally “hydrate” the static markup into a fully interactive app on the client.Ī server-rendered Quasar app can also be considered isomorphic or universal, in the sense that the majority of your app’s code runs on both the server and the client. By default, Quasar Vue components produce and manipulate DOM in the browser as output. Now back to work.Quasar and Vue.js are frameworks for building client-side applications. That’s it! The Quasar project files remain the same, but the Android files have been recreated. Since all the actual Android files are managed by Cordova we can execute two commands to start over: $ cordova platform remove android $ cordova platform add android I can’t image this is the official stance, but whenever I ran into an issue I would wipe the slate clean and start over. If you’re serious about publishing now, take a look at Publish to Google Play Store of this series. Keep in mind that it costs $25 to register.
The first step to publishing on the Google Play Store is to create a Play Store Developer account.
#QUASAR FRAMEWORK APK#
Take note that as you develop the Quasar project further, you will still need to run quasar build to update the project files and then you can run cordova build to reflect those changes in the APK file.
#QUASAR FRAMEWORK INSTALL#
That APK file is all you need in order to install the app on an Android device (with a slight workaround). The last line of the output provides you with the path to your newly built APK file. Once this all checks out you can build the Android APK file: $ cordova build -release If this fails, please consult the Configuring Cordova tutorial to address the errors. Then you can add Android to the list of platforms: $ cordova platform add androidĬonfirm that Cordova is still configured properly: $ cordova requirements
Let’s wrap this build with Cordova: $ quasar wrap cordova $ cd cordova Otherwise create a basic project with: $ quasar init default android-app $ cd android-app $ yarn install # or npm installįirst, let’s make sure we have a fresh build to work with: $ quasar build This tutorial is not project specific, so if you already have a Quasar project ready to use, feel free to use it. Other systems will probably be different. Note: I am developing on a Linux-based system and will be using commands for such.
I had been experimenting with the Quasar framework for quite some time, but had yet to work with the Cordova wrapper.
#QUASAR FRAMEWORK HOW TO#
Lastly, you will learn how to create a Play Store Developer account and publish your newly created Android app to the Play Store for everyone to download. Build Android App (this article)įrom there, this article describes how to use a Quasar project and Cordova to build the necessary APK (Android Package Kit) file. If you do not have the Android tools and Cordova installed properly, the rest of this page is not going to work. I advise that you read this article first if you haven’t already. And it won’t actually be covering Quasar as a whole, just the Cordova wrapper built into it, so it’s best if you are familiar with Quasar already. This article will not cover Vue.js directly, but will be exploring the popular Quasar Framework which is powered by Vue. Use your Vue.js knowledge to build a great hybrid Android app.
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