Debug mode includes full symbolic debug information in the compiled files to enable easy debugging and does not optimize the binary it produces. By default, solutions are loaded in “Debug” mode. When building, you have a couple of configuration options. In Visual Studio terminology, this is called “Build.” Generate the application executable/package causes Visual Studio to analyze the code, search for errors in syntax or logic, validate all references and links, and generate the application executable/package. Now that we have loaded up the code and had a look at the various Windows and Panes in which we’ll be working, what’s the one thing every developer does as soon as a project is loaded? Try to compile it. It is important to note that all of the windows and panes are modular and can be dragged and docked to set locations within the main Visual Studio window or dragged out altogether. In Visual Studio (click here to get the free Visual Studio 2015 Community edition), the steps are basically the same as starting a project in Xcode. The first step in working with any IDE is loading up a project. In fact, the team at the One Dev Minute blog on Channel 9 put together an excellent summary video that quickly shows a feature-for-feature comparison when putting together a sample app, though it shows older versions of Visual Studio and Xcode. It is no different moving between Xcode and Visual Studio. As a result, once you learn the basics of one IDE, you’ll find you can pretty easily transfer that knowledge to the others. There will be a way to load projects and solutions, lay out controls visually, work with code, and debug with some level of emulation. While each may have its own nuances and intricate IDE features, they will all generally offer the same key functionalities.

Modern IDEs, especially those for app development, are becoming very similar. This post will focus on getting Xcode and iOS developers familiar with the Visual Studio IDE, whether starting from scratch or using existing code from a source repository, such as GitHub. Our third post explores using the iOS bridge to bring Storyboards and Auto Layout to Windows 10.

In the first post in this series, we talked about using the Windows Bridge for iOS to create Universal Windows Platform (UWP) apps that can run on Windows 10 devices using existing Objective-C code.

Ios visual studio