what is Performance Optimization in asp.net mvc c#?

Question

Clear Explaination in Performance Optimization in mvc

Rajeesh Menoth · Answer

Hi You can refer the following links for optimizing performance of ASP.NET MVC applications. Using Asynchronous Methods in ASP.NET MVC 4 - https://learn.microsoft.com/en-us/aspnet/mvc/overview/performance/using-asynchronous-methods-in-aspnet-mvc-4 Profile and debug your ASP.NET MVC app with Glimpse - https://learn.microsoft.com/en-us/aspnet/mvc/overview/performance/profile-and-debug-your-aspnet-mvc-app-with-glimpse Bundling and Minification - https://learn.microsoft.com/en-us/aspnet/mvc/overview/performance/bundling-and-minification Reference: https://learn.microsoft.com/en-us/aspnet/mvc/overview/performance/

Jitendra Mesavaniya · Answer

Performance optimization in ASP.NET MVC applications involves various strategies and techniques to ensure that your web application runs efficiently and can handle a high load of users. Here are some key areas to focus on: Efficient Data Access : Use ORM tools wisely : Optimize Entity Framework (or other ORM) queries by using eager loading lazy loading and explicit loading appropriately. Minimize database calls : Reduce the number of database queries by retrieving all necessary data in a single call. Indexing : Ensure that your database tables are properly indexed to speed up data retrieval. Caching : Output Caching : Cache the output of controller actions to reduce the need for generating the same content repeatedly. Data Caching : Store frequently accessed data in memory (e.g. using MemoryCache or DistributedCache ) to minimize expensive database operations. Distributed Caching : Use distributed caching solutions like Redis or Memcached for scalability. Asynchronous Programming : Async/Await : Use asynchronous programming to free up threads that can handle other requests while waiting for I/O operations to complete. Task-based Asynchronous Pattern (TAP) : Implement TAP to improve the responsiveness of your application. Minification and Bundling : Bundle and Minify : Use bundling and minification to reduce the number of HTTP requests and decrease the size of CSS and JavaScript files. Content Delivery Networks (CDN) : Serve static files like CSS and JavaScript from a CDN to improve load times. Optimize Web Content : Image Optimization : Compress and resize images to reduce their load times. Lazy Loading : Load images and other resources only when they are needed. HTTP Compression : Enable gzip or Brotli compression to reduce the size of the data transferred over the network. Connection Pooling : Database Connection Pooling : Reuse database connections instead of opening a new connection for every request. Session State Management : In-Proc vs Out-Proc : Use out-of-process session state management (e.g. SQL Server or Redis) for better scalability in web farms. Code Optimization : Efficient Algorithms : Use efficient algorithms and data structures to optimize performance. Remove Unnecessary Code : Refactor and remove any unnecessary or redundant code. Profiling and Monitoring : Use profiling tools (e.g. MiniProfiler Glimpse) to identify performance bottlenecks. Reduce View Rendering Time : ViewData/ViewBag vs. Strongly Typed Views : Use strongly typed views instead of ViewData/ViewBag for better performance. Partial Views : Avoid excessive use of partial views; they can be expensive if overused. Optimize HTTP Requests : Use HTTP/2 : Leverage HTTP/2 for multiplexed streams and header compression. Reduce HTTP Requests : Combine resources to minimize the number of HTTP requests.

Jignesh Kumar · Answer

Hello Please refer below links which will help you out https://www.c-sharpcorner.com/UploadFile/8a67c0/8-steps-make-your-Asp-Net-mvc-website-faster/ https://positiwise.com/blog/asp-net-performance-optimization

Vikas Singh · Answer

Performance optimization in ASP.NET MVC involves various strategies to improve application efficiency and responsiveness: Efficient Data Access : Optimize Entity Framework usage employ stored procedures and implement caching strategies. Server-Side Code : Use async/await minimize ViewState bundle and minify resources and enable GZIP compression. Resource Management : Utilize connection pooling manage memory effectively and use thread pooling. Front-End Performance : Implement lazy loading use CDNs and set appropriate browser caching headers. Query Optimization : Properly index tables use pagination and optimize LINQ queries. Monitoring and Profiling : Use tools like Azure Application Insights and profiling tools to identify bottlenecks. Configuration and Deployment : Tune settings for session state request timeouts and scalability. Load Balancing : Distribute traffic with load balancers and manage session state in a distributed manner. You can see below article for detailed info. https://www.c-sharpcorner.com/article/performance-optimization-in-asp-net-mvc-applications/