The free, open-source.NET Framework, a general-purpose programming platform maintained by Microsoft, has a new version called.NET Core. Running on Windows, macOS, and Linux, it is a cross-platform framework.
The.NET Core Framework may be used to create a variety of apps, including those for mobile, desktop, web, cloud, Internet of Things, machine learning, microservices, games, and more.
.NET Core was created from the ground up to be a modular, swift, lightweight, and cross-platform Framework. It has all the essential components needed to operate a straightforward.NET Core application. You can add additional functionality to your application as needed by using the NuGet packages that are available. The performance of the.NET Core program is accelerated, the memory footprint is decreased, and it is made simpler to maintain.
The following major components make up the.NET Core Platform:
Today, it's typical to have an application that works on several platforms, including a backend on the web server, a front-end for administrators on Windows desktops, and online and mobile apps for users. Therefore, a universally applicable framework is required. As a result, Microsoft developed .NET Core. The fundamental goal of.NET Core is to open-source, cross-platform compatibility so that.NET the Framework may be utilized in a wide range of industries, from the data center to touch-based devices.
The most recent general-purpose programming platform supported by Microsoft is called.NET Core. It is cross-platform compatible and has been developed in a way that makes.NET quick, adaptable, and contemporary. This is actually one of Microsoft's most significant contributions. With.NET, developers can now create programmes for Android, iOS, Linux, Mac, and Windows that are all Open Source.
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The simplest approach, Zero Garbage Collectors, accomplishes almost nothing. It only permits object allocation because the Execution Engine clearly needs it. Theoretically, created objects are never automatically erased, and memory that is no longer required is never freed.
Dependency Injection is a design pattern that is supported by.NET Core and aids in the development of IoC. (Inversion of Control). Dependencies need their lifetime to be specified at registration. The service's lifetime determines the circumstances in which an instance of the service will be generated and how long it will remain active.
Three different service lifespan types are offered by.NET Core:
Cache-related headers are referred to during response caching in the HTTP replies of.NET Core MVC activities. We can specify the client/proxy machine's caching policies using these headers. Because the responses are provided directly from the cache, this in turn lowers the volume of client/proxy queries to the web server.
The initial request goes through a full cycle, starting with the client browser, going via the proxy server, and ending up at the web server, as shown in the diagram below. Currently, the response is cached on the proxy server. The proxy server responds to all subsequent requests directly from the cache. As a result, there are fewer requests from clients or proxy servers to the web server.