The computer world is divided into two rooms – software and users, and all representatives of the first always refer to the second – they work with other people’s programs.
Interesting projects are needed, and others are high-quality programs. Therefore, they have to find a common language. They have in common that modern technologies for developing software products do not suit either one or the other (although many of them do not admit it).
In recent years, the cost of computers and hardware has dropped hundreds of times, and productivity has increased. The cost of software development has remained virtually unchanged. Why? Everyone answers this question in his own way and every time in different ways. If we consider the existing system for developing self-developing programs, the answer lies on the surface – modern technologies should seek the reasons.
C # is a programming language; .NET is a generic term encompassing both the .NET Framework (Application Framework Library) and the Common Language Runtime, the runtime in which .NET assemblies are executed.
Microsoft’s implementation of C # is heavily integrated with the .NET framework, so the two concepts would get confused. However, it is important to understand that these are two completely different dataxdev – outsource net development.
The Role of the .NET Platform
Bill Gates once said that the .NET platform is the best Microsoft has ever created. Perhaps he was right. The following main features can be distinguished:
- Support for multiple languages.
- Cross-platform.
- Powerful class library.
What is dotNet, and what does it give?
So, it’s clear: to get a complete picture of dotNet, you need to know what it consists of and what it gives.
On the Microsoft website, everyone interested in dotNet was divided into three categories (an interesting classification, isn’t it): users and developers, information technology professionals, and businessmen, and each of them explained what dotNet gives exactly to it.
The dotNet platform also includes server products that can be used not only (and not so much) by software developers but also by developers of complex corporate information systems.
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An application written for DotNet runs in this environment. Let’s analyze the application path for Dotnet. We get the following: an application written in one of the languages for Dotnet is first converted into the “common language” CIL. CIL is a low-level language. Then, the program enters the CLR, which is adapted for different operating system versions and processor architectures using methods and functions from Dotnet libraries. Only after that does the program enter the computer processor, where its final execution occurs.
Inside the CLR, there is a built-in garbage collector that cleans up RAM from all unnecessary things that remain in the program execution process.
The DotNet toolkit was first released in 2000 with exactly this title: “.Net is the game that will revolutionize the development world.” More than two decades later, we can trace that Dotnet did not turn the world upside down. However, it greatly facilitated the development of products for Windows operating systems. Dotnet has been developing and gaining popularity all this time for a reason, but due to its excellent functionality.
