Top 10 tips how you can tune your ASP.Net performances

Performance of a website is very important to make a user happy. Here are some best ways how you could overcome silly things and enhance the performance of your website in clicks.

A Website or software works towards enhancing the efficiency of a process and portraying a fine picture of an organization in the minds of its clients. Many a time we get evidence that slow loading of a website or clunky interaction over software drives away the user or the customer elsewhere. SO, you can make an idea of how important the ASP.Net performance is when you are building an application out of ASP.Net. In the process of your training from any ASP.Net training centre in Durgapur, you will come across tips and tricks on how to fine-tune your ASP.Net performance. This article today will provide you with top 10 such tips to get your ASP.Net performance to its heights.

1. Reduce HTTP requests: There is a tax that needs to be paid every time the browser attempts to open up a connection. This tax is actually in the TCP/IP connection overhead. Mostly in high latency scenarios where it takes a long time to establish new connections, this problem is noticeable. Another fact is that the browsers limit the total number of requests they will make to one server at once. From this, you can reduce the number of HTTP requests and achieve great optimisation.

2. HTTP/2 over SSL: The most updated version of HTTP, HTTP/2 introduces several useful optimizations. With the help of a mechanism known as “pipelining” the connection established with the server can transfer more than one file in one go. This is also evident that the reducing of HTTP requests by clubbing with files is grossly unnecessary. This way, the server is now able to make intelligent decisions related to the page content and push the resources down before being requested even. All browsers that are HTTP2 supported require it to be served over HTTPS.

3. Minify your files: Though compression is a very good tool used in reducing the total amount of data sent via wire, all those algorithms used to send HTML, CSS and JavaScript are completely no loss compression algorithms. Now this is clear that the result of compress(x) => decompress(x) always equals x. When you have a clear understanding of what you are going to compress, you can always bring out some additional reduction in size. This process is renowned in the industry as minification which can be applied to CSS and HTML.

4. Load CSS first: It is advisable to load the CSS content of the site first, in the head section of the page preferably. Here a little bit of understanding of the speed of the browser is necessary. When a page is downloading the browser starts rendering the application as it has some content. Often this rendering depends on a guessing game as the browser is not aware of the page content that may invalidate its guesswork here if a style sheet is loaded first which could easily avoid having the style that may change an already rendered element.

5. Load JavaScript last: The thing that needs to be loaded last is the JavaScript as it is a complete about-face from CSS. JavaScript is not necessarily required in the initial rendering, and all that we want is to render the page as quickly as possible. The basic trait is that users will wait a moment for the page to load and decide what to do next. If your site uses JavaScript heavily, you will eventually feel the utility of loading JavaScript last as unfavourable. To load the pages fast isomorphic or universal applications are better as they load without giving up the seamless quality of single-page applications.

6. Shrink images: Ideally, in a page, there should hardly be any images. It is highly efficient to use inline CSS or SVG tricks and create vector art which are far smaller helping your pages to load faster. However, most pages cannot be done on this, and it is better instead to work on shrinking images. There are some really powerful ways taught by ASP.Net training centre in Durgapur to shrink images and work on the speed of the page.

7. Cache your pages: It is mostly found that the data on the pages change very slow. The stack on the overflow page could be updated in real-time, whereas the data changes are not much important for re-querying the actual database. We can easily shove a page into the cache and serve requests using the data. In this process, we would not require to go to the database to re-render a complex looking page.

8. Shrink your libraries: Consider using more focused and smaller parts of the library if you are using libraries like jQuery. Zeptjos is a library which is almost similar in features with jQuery but is much smaller. There are other libraries as well, namely jQuery UI that support constructing personalized packages with fewer features. If you are based on Angular, a tree shaking feature removes entire portions of the library that is not attached to your project use.

9. Avoid client-side redirects: It is always advisable that redirecting users through the client-side redirects should be avoided. The redirects usually add up an extra trip of the server on cellular networks which is undesirable. Instead, a server-side redirect does not add the extra trip of the server. This trick is not going to work if you are redirecting users to the page’s SSL version.

10. Enable compression: There is no particular compression of the content in the HTTP protocol. Some web resources like images are readily compressed, whereas HTML, CSS and JavaScript are usually transferred as text. Using the Gzip algorithm, heaviest of browsers can be compressed to around two thirds with HTTP content.

These tips are meant to give you a real leg-up on the performance of ASP.Net, ultimately tuning up the website, thus making your users happy.