![]() ![]() ![]() Contracts are simply assemblies that you compile against and are designed with proper factoring in mind taking care of the dependencies between them. The idea of contracts is to provide a well-factored API surface area. To face the problem of code sharing between verticals, the driving force was on how to refactor the framework. NET Framework was designed around the assumption that it would always be deployed as a single unit, so factoring wasn't a concern. NET verticals.īy the time Windows 8 was released, the concept of Portable Class Libraries (PCLs) was born. In this case, you need a unified coding experience that can span all of these. For example, your application may have a desktop admin part, a customer-facing web site that shares the back-end logic running on a server, and even a mobile client. However, in many cases you might need more than one target platform in the same solution. If you're targeting only one of these platforms, you can use this model. All of these stacks have a common structure, containing an app model, a framework, and a runtime, but they differ in the implementation of each of the parts. NET Framework maintained by different independent teams. That led to fragmentation on the versions of. That way, development capabilities could be customized for the needs of the specific stack, which maximized the potential of every platform. NET Framework and creating a different application stack for each technology. Therefore, Microsoft approached this evolution by taking parts of. NET Framework has evolved to support many technologies, like Windows Forms, ASP.NET, Entity Framework, Windows Store, and many others. Let's look into the history of each implementation to understand the differences and benefits of each. NET Framework, for example, 4.6, 4.7, and 4.8, there are also different versions of. NET Core (specifically its 3.0 version) started supporting desktop applications.NET Core was rebranded to. ![]() If you've been developing Windows Forms or WPF applications for a long time, you're familiar with. In this chapter, we'll talk about the history of each implementation, explain the differences, and show what new features await desktop developers in newer implementations. Desktop applications such as Windows Forms and WPF can be built using various. ![]()
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