Instead, configuration changes are made by editing AndroidManifest.xml for Android and ist for Xcode Because of the above, Capacitor does not use config.xml or a similar custom configuration for platform settings.That means, Capacitor wants you to keep the platform source code in the repository, unlike Cordova which always assumes that you will generate the platform code on build time Capacitor considers each platform project a source asset instead of a build time asset.Here are the differences between Cordova and Capacitor Capacitor is very similar to Cordova, but with some key differences in the app workflow Ionic people call these apps “Native Progressive Web Apps” and they represent the next evolution beyond Hybrid apps. But there are some limitations of Cordova, which Capacitor tries to overcome with a new App workflow.Ĭapacitor is a cross-platform app runtime that makes it easy to build web apps that run natively on iOS, Android, Electron, and the web. Let’s see a brief intro to each of the included frameworks (Skip this if you already know about these) :Ĭordova helps build Ionic web app into a device installable app. We will be doing this for Ionic-React apps in Capacitor, which doesn’t make much difference from Angular, as Icon and Splash are front-end independent.
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So you’ll have to use native IDEs to create icons and splash for Ionic-React Capacitor apps. But Capacitor gives user total command over native project code. Creating icon and splash is pretty straight-forward in Cordova apps. It is created to be a replacement and an improvement over Cordova. In this post, you will learn how to make custom Icon and Splash in your Capacitor Ionic React app.Ĭapacitor is the latest buzz in hybrid app world.