Then you can use my sample project at or the CODE Magazine website, which contains the CSCS compiler in the shared C# code section, and play around with the script file script.cscs there. To use CSCS for mobile development, you need to download any version of Visual Studio 2017 and enable the Xamarin option there. It's also associated with this article on the CODE Magazine website. People with little or no programming experience can easily create the UI using CSCS scripting.Īll of the code in this article is available for free at.You can also use platform-specific features more easily. The differences from Xamarin.Forms are that you don't need to know XAML, and there fewer lines of code.For example, it's very easy to add a new widget, and you'll see some examples in this article. Because of the proximity of CSCS to the C# code, you can easily modify the existing CSCS functionality or add a new function.The changes in the XML/Storyboard aren't necessary anymore for changing the layout (and it does take some time recompiling the layout changes unless you really have a “cr?me de la cr?me” development computer). When making some modifications in the script, there's no recompilation of the source code. Debugging time is quicker with CSCS than with C#.You'll see how to do this in this article. You can avoid delays due to marshalling by pre-compilation. You can call the native C# code from inside a CSCS script.A simpler layout system works exactly the same for Android and iOS and there's no possibility of conflicts.Windows Phone can be added easily as well. The same code is used to create and place a widget on both iOS and Android.The advantages of using customized scripting in C# for mobile development are: Both systems permit having conflicts - definitions conflicting with each other - that are solved at runtime (not always obviously and depending on the screen size). For Android you usually use XML, and for iOS, there's Auto Layout, a constraint-based layout system. The most time-consuming part, at least for me, has always been the layout, which is implemented differently on iOS and Android. The scripting language doesn't have to be used exclusively but can be combined with the C# code. And this is where I saw the next step and an application for the CSCS scripting language: I can extend the CSCS scripting language for mobile development, so creating and placing different widgets will be just one-liners. The first step of shortening time-to-market if you develop cross-platform apps, is to use Xamarin. “I want to be buried with a mobile phone, just in case I'm not dead.” – Amanda Holden There's a choice of using either Xamarin.Forms (in case users don't require platform-specific functionality and are comfortable with using XAML) or platform-specific Xamarin.iOS and Xamarin.Android to write apps with any features that they can get as if they were using iOS Swift/Objective-C or Android Java development. Now individual developers and even small companies can develop iOS and Android apps in C# using Xamarin for free (in addition to the Windows Phone apps that they were already able to develop in C#). Since then, Xamarin was acquired by Microsoft and at first Xamarin Studio Community Edition, and later Visual Studio 2017 Community Edition which contained Xamarin, were released for Windows and macOS. But I didn't mention any practical usage of such a scripting language at the time, even though there were some unexpected applications of it, e.g., in game hacking. I called this language CSCS: Customized Scripting in C#. This flag can be set to activity in the following way.In the July/August 2016 issue of CODE Magazine, I published an article on how to create your own scripting language and implement it in C#. !Kotlin Bugsee.addSecureActivity(MySecretActivity::())Īctivities with system flag FLAG_SECURE are protected from video and touches recording without necessity to call any Bugsee methods. We substitute the actual screen content with black frames and stop recording touch events. Whenever user navigates to such activity, You can protect any activity and prevent it from being recorded by adding it's class to the list of secure activities. Video recording can be disabled completely using VideoEnabled launch option.
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