http://bit.ly/2Ftb5WP

Cranking up the performance rate of our apps is what we crave. Memoization is one of the techniques in JavaScript to speed up the lookup of expensive operations by caching the results and re-using the cache in the next operation.

#javascript #performance #memoization

​​In an open space worked a frontend developper. Not a nasty or a dirty app maker. He had been doing HTML, CSS and JS for many years. He had known dark ages when all those word meant danger and trouble. Many years after the golden age of One day One JS webapp framework, he did not know a new initiation quest was coming to him: Web app performances.

#webpack #performance

​​​​React can be slow. Well, I mean, any medium-size React application can seem slow. But before you start looking for alternatives, you should know that any medium-size Angular or Ember application is slow, too.

#React #Performance

https://t.me/WebpackNews/17

​​webpack is a brilliant tool for bundling frontend assets. When things start to slow down, though, its batteries-included nature and the ocean of third-party tooling can make it difficult to optimize. Poor performance is the norm and not the exception. But it doesn’t have to be that way, and so — after many hours of research, trial, and error — what follows is a field guide offering up what we learned on our path towards a faster build.

11 minute read

#Webpack #Performance #Optimization

​​The performance of a React application can be defined by how long the user should wait before seeing the UI resulting from a certain interaction.

8 min read

#React #Performance

​​In the implementation of the Wolfram Cloud notebook interface, performance is super-critical. We’re essentially writing our own layout engine in JavaScript, to support the rich typesetting constructs that notebooks offer.

10 min read

#JavaScript #Performance

​​In recent years, instagram.com has seen a lot of changes — we’ve launched stories, filters, creation tools, notifications, and direct messaging as well as myriad other features and enhancements. However, as the product grew, one unfortunate side effect was that our web performance began to suffer. Over the last year, we made a conscious effort to improve this. Our ongoing efforts have thus far resulted in almost 50% cumulative improvement to our feed page load time. This series of blog posts will outline some of the work we’ve done that led to these improvements.

⏱ 8 min read

🔘 #Performance

​​​​Part 2:

In recent years, instagram.com has seen a lot of changes — we’ve launched stories, filters, creation tools, notifications, and direct messaging as well as myriad other features and enhancements. However, as the product grew, one unfortunate side effect was that our web performance began to suffer. Over the last year, we made a conscious effort to improve this. Our ongoing efforts have thus far resulted in almost 50% cumulative improvement to our feed page load time. This series of blog posts will outline some of the work we’ve done that led to these improvements.

⏱ 6 min read

🔘 #Performance

​​​​​​Part 3:

In recent years, instagram.com has seen a lot of changes — we’ve launched stories, filters, creation tools, notifications, and direct messaging as well as myriad other features and enhancements. However, as the product grew, one unfortunate side effect was that our web performance began to suffer. Over the last year, we made a conscious effort to improve this. Our ongoing efforts have thus far resulted in almost 50% cumulative improvement to our feed page load time. This series of blog posts will outline some of the work we’ve done that led to these improvements.

⏱ 5 min read

🔘 #Performance

​​​​​​​​Part 4:

In recent years, instagram.com has seen a lot of changes — we’ve launched stories, filters, creation tools, notifications, and direct messaging as well as myriad other features and enhancements. However, as the product grew, one unfortunate side effect was that our web performance began to suffer. Over the last year, we made a conscious effort to improve this. Our ongoing efforts have thus far resulted in almost 50% cumulative improvement to our feed page load time. This series of blog posts will outline some of the work we’ve done that led to these improvements.

⏱ 7 min read

🔘 #Performance

​​Learn how to optimize the JavaScript bundle by minizming how much code is transpiled.

⏱ 6 min read

🔘 #Performance #Webpack #JavaScript

​​You might have used Chrome’s Developer Tools to profile your JavaScript to improve performance or find bottlenecks.

⏱ 7 min read

🔘 #Performance

​​We rendered the top 1 million pages on the web, tracking every conceivable performance metric, logging every error, noting every requested URL. To our knowledge, this produces the first dataset that connects performance, errors, and library use on the web. In this article, we analyze what the data can tell us about creating high performance web sites.

⏱ 10 minutes read

#Performance

​​Organic traffic is a great way to get eyeballs on your website and Google is the most popular search engine of choice that you can use to get that organic traffic coming.

⏱ 6 minutes

#Performance #CDN #Caching

​​A popular metric commonly used in performance measurement and evaluation, is the total page load time. This metric, obviously, has its importance when evaluating performance, as it states the full download time, to get your website and all of its assets.

⏱ 9 minutes read

#Performance

​​Google introduced Web Vitals initially to measure User Experience quality in web applications. However, Core Web Vitals (a subset of Web Vitals) later purely focused on web application performance.

⏱️ 5 minutes read

#Performance #Metrics

​​Hey, senior JS React developers! Are you looking to take your skills to the next level and optimize your React applications for top-notch performance?

⏱️ 4 minutes read

#performance #React