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Articles by using Microsoft.Extensions.Caching.Memory
HybridCache in ASP.NET Core 9: A Practical Guide
Let's be honest, we've all experienced the frustration of slow-loading websites. As developers, we know that performance is crucial for a good user experience, and caching is one of our most powerful tools to achieve it. But with the increasing complexity of web applications and the demand for greater scalability, traditional caching methods sometimes fall short. That's where HybridCache comes in.
使用C#和MemoryCache组件实现轮流调用APIKey以提高并发能力 - 程序设计实验室 - 博客园
文章信息 标题：使用C#和MemoryCache组件实现轮流调用API Key以提高并发能力的技巧 摘要：本文介绍了如何利用C#语言中的MemoryCache组件，结合并发编程技巧，实现轮流调用多个API Key以提高系统的并发能力。通过示例代码和详细说明，读者将了解如何有效地管理API Key的调用次数限制，并优化系统性能。 Title: Techniques for Using C# and MemoryCache Component to Rotate API Keys for Improved Concurrency Abstract: This article explores how to utilize the MemoryCache component in C#, combined with concurrency programming techniques, to rotate through multiple API keys for enhancing system concurrency.
IMemoryCache in .NET Core with Example
In .Net Core, managing caching efficiently can significantly enhance the performance of applications. The IMemoryCache interface plays a pivotal role in caching data in memory, providing a simple and effective way to store and retrieve cached data within your applications. This post aims to provide an in-depth understanding of IMemoryCache and its implementation with illustrative examples. What is IMemoryCache?
Understanding CacheEntryOptions in .NET Core
Caching plays a crucial role in enhancing the performance and scalability of applications. In .Net Core, MemoryCache class enables storing frequently accessed data in memory, facilitating quick retrieval. To tailor cached item behavior, developers can utilize CacheEntryOptions. This post delves into CacheEntryOptions and its role in customizing caching behavior in .NET core applications. What are CacheEntryOptions?
What's new in .NET 8
Article 10/05/2023 .NET 8 is the successor to .NET 7. It will be supported for three years as a long-term support (LTS) release. You can download .NET 8 here. This article has been updated for .NET 8 release candidate (RC) 2. Important This information relates to a pre-release product that may be substantially modified before it's commercially released. Microsoft makes no warranties, express or implied, with respect to the information provided here.
Elevate Your Project with ASP .NET Core Best Practices
Performance optimization reduces resource usage, minimizes load times, and enhances responsiveness, ultimately improving productivity and customer satisfaction while reducing operational costs. Today, we will explore the ASP.Net Core best practices to ensure the development of secure, scalable, and maintainable web applications.
Announcing .NET 8 Preview 7
.NET 8 Preview 7 is now available. We’re already at the final preview release for .NET 8 and will now shift to release candidates. Almost all new features for the release are in their final shape. System.Text.Json and codegen have the biggest changes in this build. You’ll want to take a look at those. Now is great time to pick up and test .NET 8 if you haven’t yet.
How to achieve progressive disclosure UI for Non-JS users
What Is Progressive Disclosure UI? Progressive Disclosure UI is an user interface where the content and actions change based on user responses. For example, see the below scenario. Based on the user response to the question — ‘ Do you have the doctor appointment?’, the UI changes dynamically. If the user response is Yes, then the next question will be ‘Is this your first visit?’. Otherwise it will be ‘Do you want to schedule an appointment?’. Please see the flow chart below.
ASP.NET Core Razor component lifecycle
Read in English Read in English Feedback Edit Twitter LinkedIn Facebook Email Article 10/03/2022 80 minutes to read In this article This article explains the ASP.NET Core Razor component lifecycle and how to use lifecycle events. The Razor component processes Razor component lifecycle events in a set of synchronous and asynchronous lifecycle methods. The lifecycle methods can be overridden to perform additional operations in components during component initialization and rendering.
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