Deploying a mobile app is often more difficult than building it. In this guide, we simplify the confusing, often poorly documented process of deploying a Flutter app for internal testing. Learn step-by-step how to distribute your app through Google Play Internal Release and Apple TestFlight, so real-world testers can start using your app sooner.
This post covers three options for customizing an iOS or Android keyboard in a Flutter mobile application, with a code walkthrough of using the Keyboard Actions package to easily add keyboard features that increase user efficiency.
Mobile app developers, have you ever noticed that the native iOS numeric keyboard does not include certain features that might be helpful? For example, a Done button? Or how about arrow buttons to traverse form fields? To jog your memory, here’s what the native iOS numeric keyboard looks like…
Push notifications are a vital feature for today’s enterprise mobile applications. Why are they so important? They allow the business to communicate with its users without requiring the application to be in an open state.
Xamarin.Forms allows developers to create user interfaces in XAML with code behind it in C#, which then renders as native controls on iOS and Android platforms.
In this blog, we go through a step-by-step tutorial for setting up and configuring push notifications on Xamarin.Forms applications using Azure Notification Hubs. Let’s dive right in.
The React Native framework supports an installable mobile application created from JavaScript source code. It is not a React-based web app wrapper. It isn’t a code generator. There is no required application source code in Java, Objective-C, Swift, or Kotlin. Moreover, a single React Native application targets both iOS and Android devices.
In this blog, we show a quick-start that results in an executing application on a phone, within five minutes. That application is live-reloadable, native cross-platform, and written in JavaScript. It is not a web application.
We have reached a peak in computer science: I can make fire come out of my face. Apple has made it simple with an iPhone X to track a user’s face and use a particle systems file to add special effects.
In this post, I will demonstrate how to “breathe fire” using Xcode 9.4.1, Swift 4.1.2, and iOS 11.4.1 on my iPhone X. For this tutorial, you will need a physical device with a TrueDepth camera. The completed project is available on GitHub.
File -> New -> Project
A lot of iOS tutorials start off with creating a Single View Application. That can get boring. Luckily in this article….
