(This is a followup to the post iCircuit Code Reuse Part Trois.
#ICIRCUIT ANDROID DRIVER#
The Skia driver is used to render thumbnails, draw the scope, and other UI elements, while the OpenGL driver renders the main editor (very quickly).Ĭode reuse aside, I’m very excited to have this released (it’s taken me awhile), and hope all the Android engineers out there give the app a try! The first uses Skia (Android.Graphics) to render scenes, and the other uses OpenGL. The dial will eventually make it into the other platforms (iCircuit 1.5). The other is a new dial that makes it much easier to input numbers on a multi-touch screen. The first is a “mini-scope” that is shown persistently on the screen. Two new UI controls have been added that are unique to Android.I can chalk this difference up to two new additions to the code base: This is great, but I was aiming for closer to the 90% mark as the Mac was able to achieve. We can see that Android was only (“only”, haha) an 81% code reuse - I had to write nearly 7,000 lines of code to port iCircuit to it. This Car Stereo comes with Android Version 8.0 Oreo. The percentage in green is the amount of code reused while the code in red is code I had to write for each platform. Innova Crysta CIRCUITi Car Stereo is 9.0 inch Android Player. Here is a visualization of the code reuse. Its advanced simulation engine can handle both analog and digital. How much of the Android code base had to be written anew and how much was I able to reuse from the other platforms? iCircuit is a fun and educational app for designing and experimenting with circuits. That means it’s time to run that code reuse script and find out how I did as a developer. I wrote the app using Xamarin’s Mono for Android so that I could reuse large amounts of code that I have painstakingly written and debugged on other platforms. Hell has indeed frozen over and I have released the Android version of iCircuit! iCircuit is now on 4 platforms!
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