Performance optimization suggestions are provided in the article, emphasizing a critical approach to the rules due to varying scenarios and complexities involved.
Reducing HTTP requests by combining small files is recommended to improve website performance.
Benefits of using HTTP2 over HTTP1.1 include faster parsing, multiplexing, header compression, priority handling, flow control, and server push.
Server-Side Rendering is suggested for faster initial rendering and improved SEO, despite the complexity and increased server load.
Using a Content Delivery Network (CDN) for static resources can reduce latency by deploying servers across multiple locations.
Placing CSS in the head and JavaScript files at the bottom optimizes rendering and prevents blocking critical content.
Using font icons instead of image icons reduces file size and ensures clarity, while compressing font files further optimizes performance.
Utilizing caching, lazy loading images, responsive images, and minimizing image quality aid in improving load times and reducing bandwidth usage.
Optimizing code through Webpack, lazy loading code components, and efficient image loading techniques can enhance performance.
Reducing reflows and repaints, utilizing event delegation, and focusing on program locality are key strategies for enhancing performance.
Leveraging web workers, bitwise operations, flexbox layout, and transform properties help in improving performance and user experience.