Top Challenges Of Development With .NET Frameworks! How To Handle Them?

.NET development challenges are meant to gauge how fast .NET developers could learn relevant technical methods. As a .NET developer, you will not only be evaluated solely on successful completion of all challenges but also how effectively you could work with a team to create wonderful software.

The challenges in .NET development are becoming more difficult and include several core technical tools and concepts that require building modern web applications. For those who do not have knowledge on web applications and databases, the challenges could be very difficult. Whether you are an experienced .NET developer or taking your first program, it is necessary to learn how to conquer the challenges when it comes to developing applications using .Net platform.

The .NET development brings around new set of benefits. These benefits include support for numerous programming languages, connectivity to the internet, managed environment with garbage collection and object orientation. Another major benefit of .NET is allowing .NET developers to encapsulate real-world test hardware, like data acquisition instruments and devices as objects. For example, a data acquisition class may contain properties like a sampling methods and rate. Furthermore, the platform handles plenty of low-level tasks like memory management. Programmers could allocate new memory on demand and rely on garbage collector to dispose of a memory that is no longer needed.

Below are some of the challenges of .NET development that a .NET developer should be aware of and conquer:

1. .NET is a complete framework for software development that lets you create a wide range of applications but needs test and control specific functionality. For control and test applications that need graphing, hardware and analysis, you could utilize the default controls that are provided with Visual Studio to create a business application. The framework could be hosted by unmanaged components that load CLR or common language runtime in the processes and initiate managed code execution, thus creating a software environment that could exploit managed and unmanaged features. Moreover, NET not just provides numerous runtime hosts but supports third-party runtime development hosts as well.

2. Using .Net platform there could be a question on how to preserve the existing investment. The big question is what will come after the .NET platform? When you decide to move into a new technology, you might wonder how you could reuse your existing programming investment. Integrating existing C++, C or Visual Basic 6.0 code to .NET application is not trivial. With C++ or C you could make DLLs or Dynamic Link Libraries form your existing code and you can call them from a .NET application. By calling a DLL from .NET Platform, invoke call to unmanaged code from a managed world. If you have 500 functions you want to reuse, you have to wrap all the functions with DLL and import it in C# manually or declare Function in Visual Basic .NET. The major challenge here would be making sure that all .NET data types will match the data types in the DLL. For instance, character arrays become strings and C pointers become IntPtr.

Regardless of the pitfalls of .NET development, there are software available today that could overcome these challenges.


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