![]() to Set a cache value to an existing 10,000 cache values takes ~9 ms. And it gets worse as the cache gets bigger, e.g. For instance, to Set a cache value to an existing 100 cache values takes ~1.5 ms., while a database would normally execute a Set in less than one millisecond. The downside of the FileStore cache is it’s slower than database caches when adding a new cache value (known as Set). This also means you don’t have to set up, or pay, for a database for your caching □. The FileStore cache design is based on ASP.NET Core’s appsetting.json files so it stores the cache entries in a json file which is shared by all the instances of the application. The other positive of the FileStore cache is its very easy to setup and use. to Get a cache value, but a SQL Server distributed cache would take at least 0.1 ms – that means FileStore cache is 4,000 faster on Gets! Typically, you don’t need that speed, but I have a situation where I needed to read lots of cache value in every HTTP request, so I built this FileStore cache. The FileStore distributed cache library is very quick to read a cache value (known as Get), for instance, FileStore cache take ~25 ns. NET distributed cache library called Net.DistributedFileStoreCache (referred to as FileStore cache in this article). With that done, open appsettings.json and add in the following config.Last Updated: Aug| Created: August 8, 2022 services.Configure(Configuration.GetSection("CacheConfiguration")) Open Startup.cs and add in the following under the ConfigureServices method. Let’s add it to the service container of the application. Here create a new class, Customer.cs public class Customer ![]() In this Core Project, add a new folder and name it Entities. Everything related to EFCore, Caching, Hangfire will be implemented here. NET Core 3.1 Library – Name it Infrastructure. The entities and Interfaces will live here. NET Core 3.1 Library – Let’s name it Core. Let’s get started by creating a new Blank Solution in Visual Studio 2019 IDE and adding in 3 New Projects. Getting Started – Repository Pattern with Caching and Hangfire in ASP.NET Core Single Interface with Multiple Implementations**. ![]()
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