How can you optimize your HTML code to improve website speed in your portfolio?

HTMLMinifier and Minify Code automatically remove whitespace and comments from HTML code. You can also utilise VS Code or Sublime Text plugins or built-in functionality.

Improving website speed in portfolio have numerous benefits, 1. It improves the user experience. Visitors are more likely to stay on a website that loads quickly. 2 .It improve website's SEO ranking. Search engines like Google consider website speed as a ranking factor. This means that a faster website is more likely to rank higher in search results. so the main question is How can you optimize your HTML code to to speed up the website? some of the measurments are - Use a content delivery network (CDN) - Optimize image quality - Load CSS and JavaScript asynchronously - Use a caching plugin. - Use a minimalist design

One way to optimize and increase website speed could be linking to stylesheets instead of inline styles/scripts. Also, use descriptive tags rather than general ones.

1. Remove unnecessary white spaces: Remove any unnecessary white spaces, such as line breaks, tabs, and multiple spaces, from your HTML code. 2. Remove comments: Remove any unnecessary comments from your HTML code. 3. Use a tool: There are many online tools available that can minify your HTML code automatically. 4. Use a minifier plugin: If you use a content management system like WordPress, you can use a plugin like WP Minify and Better WordPress Minify. 5. Check your code: When you are done, make sure to check that your website still functions properly. Sometimes, minifying your code can cause unexpected errors, so it's important to test your website thoroughly.

Minifying the code, following good codes of practice are obviously the right thing to do but the browser processes HTML so fast that the impact on FCP is not going to be huge. It’s things like poorly structured JS and images that have the gig gains

Semantic and valid HTML is important because it helps users with disabilities to understand the content of your website, even if they are not using a visual browser. Also search engines always want the best HTML possible. If you write and position your code well then you will have an easy time understanding it later.

Minify Your HTML Code: Minifying your HTML code involves removing unnecessary characters like whitespace, comments, and extra tags. This reduces the file size of your HTML files, which can lead to faster loading times. Tools like HTMLMinifier or Minify Code can help automate this process.

Using semantic and valid HTML is like having the perfect foundation for your digital masterpiece! ??? Semantic HTML helps search engines understand your content better, while valid HTML ensures it's error-free and plays nice with different browsers. ?? Plus, it's like giving your website a spa day, keeping it clean, organized, and easy to maintain. ?? So go ahead, write that beautiful code and let your Top Level Traffic website shine! ?

Semantic HTML tags are tags that define the meaning of the content they contain. For example, tags like <header>, <article>, and <footer> are semantic HTML tags. They clearly indicate the role of the content they contain. On the other hand, tags like <div> and <span> are typical examples of non-semantic HTML elements.

Write clean, semantic HTML code that adheres to web standards. Valid HTML ensures browsers can interpret your code correctly, promoting better performance and rendering across different devices.

Improve website loading speed by lowering picture and media file size and resolution. To compress and convert files, use TinyPNG, Compress JPEG, or a built-in code editor with plugins.

make sure you also serve your images with the right width and hight for each specific device. Always code your images the right way with responsive images with srcset and sizes. It doesn’t do your performance any good if you show an image of 2400x800px where an thumbnail of 300x100px is needed.

First, let's talk about compression/formats JPG: Photos or gradient images without needing transparency. Lossy compression may lower image quality. PNG: Best for transparency-needed images, logos, icons, or illustrations when SVG isn't an option. Due to being lossless, they are larger files than JPG. GIF: Simple animations and small graphics. Limited color range (256 colors) makes it unsuitable for photos. SVG: Vector graphics, icons, logos, and illustrations, ensures small size and scalability without quality loss. Not for photos. WebP: A modern format offering superior lossless/lossy compression; supports transparency, and animation with smaller files than JPEG & PNG. Generally safe, yet the code should have a PNG/JPG fallback.

Images and media files can be some of the largest files on a website, so it is important to optimise them for speed. I can attest to using TinyPNG for image compression. This site compresses your images without sacrificing quality.

Use the WebP image format. Most of the times it’s smaller than JPEG and PNG. You could include a fallback JPEG image if you want to support pre-2020 browser versions.

Lazyloading is good advice for the image below the fold. Code your images above the fold with loading=“eager”. Lazyloading your images above the fold will give a delay (and thus negative impact) loading that specific image. That’s why using lazyloading for your above the fold images is considered an anti-pattern.

Lazy loading and prefetching are essential tools in your HTML code optimization toolkit. Lazy loading allows you to delay the loading of certain resources, improving website speed by only loading what's visible or needed on the current page. Prefetching takes it a step further by loading resources likely to be needed on the next page. Utilizing HTML attributes such as "loading='lazy'" and "rel='prefetch'" is key to implementing these techniques on your website.

From a developer's perspective: Bandwidth efficiency: Lazy loading makes sure that bandwidth isn't used up on content that hasn't been viewed. This is vital for users with data limits or in areas with slow internet. Anticipative loading with Prefetching: This method preloads expected resources, making navigation smoother, especially on websites where multiple pages are predicted to be visited. Easy application: Modern HTML allows for the simple incorporation of these techniques by utilizing the loading="lazy" attribute for images or other assets.

Implement lazy loading for images and videos to load content as it becomes visible. Prefetch resources for subsequent pages, reducing latency by fetching critical assets in advance.

Ah, the need for speed! ?? When optimizing your HTML code to boost your website speed in your portfolio, lazy loading and prefetching are your trusty sidekicks! Lazy loading is like having a magical cloak that makes your images and videos appear only when your visitors scroll to them, saving precious loading time. ??♂?? And prefetching, oh boy, it's like a psychic assistant predicting which pages your visitors will click next and preloading them in advance. Talk about being one step ahead! ???? So, unleash the power of lazy loading and prefetching, and watch your website zoom into the Top Level Traffic fast lane! ?????

Absolutely! ?? When optimizing your HTML code to turbocharge your website speed in your portfolio, harness the power of external stylesheets and scripts! ??? It's like having a team of fashion stylists and scriptwriters working behind the scenes. By externalizing your CSS and JavaScript files, you enable them to be cached, allowing browsers to load them faster than Flash ??. Plus, you can reuse these files across multiple pages, making maintenance a breeze. So, wave your magic wand ? and separate those styles and scripts from your HTML code to create a speedy and stylish website experience! ?????

Some ways to get started - Use separate files for your styles and scripts. Don't mix them with your website content. - This makes your website load faster because it's like removing extra weight. - Your browser can save these separate files (caching), so when you visit again, it's quicker. - Use "<link>" for styles and "<script>" for scripts in your code. - It's a good way to make websites work well, whether you're making a simple or fancy one.

One of the main benefits is the separation of concerns. By placing your CSS and JavaScript code in separate files, you create a clear division between the structure (HTML), presentation (CSS), and behavior (JavaScript) of your web page. This separation makes your code more organized and easier to maintain.

Host CSS and JavaScript files externally to enable browser caching. This minimizes redundancy, as cached files don't need to be re-downloaded on subsequent visits, improving overall speed.

Store stylesheets and scripts externally to enable browser caching. This allows visitors to reuse cached files for subsequent visits, reducing load times.

Oh, the need for speed continues! ?? When optimizing your HTML code to boost your website speed in your portfolio, HTML compression and caching are your secret weapons! ????? HTML compression is like squishing your code into a suitcase, getting rid of all that unnecessary whitespace and making it leaner than a marathon runner. ??♂??? And caching? It's like having a super-efficient librarian who stores a copy of your web pages in a visitor's browser, so they don't have to fetch it every time. Talk about saving time! ??? So, compress that code and let caching do its magic, and your website will be faster than a Formula 1 car! ?????

Adding a CDN or Content Delivery Network can drastically increase your websites speed. It works by caching your website in areas that are close to where your customers access the site. For example if your website is hosted in Los Angeles and most of your clients are in Texas. Setting up a CDN in Texas will increase your website speed because a copy of your website is living on servers in Texas instead of asking for the files from the home server in Los Angeles.

However, performing and managing minification can be cumbersome. Manual minification is a bad practice and becomes virtually impossible where large files are concerned. Even automated tools (of which there are many) can prove to be challenging, as you’ll be forced to keep separate development and production file versions. Keeping them in sync is often burdensome. A content delivery network (CDN) provides automated minification, relieving you of the overhead required to minify your own files. You keep your original, uncompressed files on your main server, while the CDN automatically stores minified variants on its caching servers and PoPs—keeping them in sync with source modifications.

Enable server-side compression (gzip/deflate) to reduce HTML file sizes. Implement caching strategies to store resources locally, reducing server load and enhancing page load times for returning visitors.

Enable Gzip compression to minimize HTML file sizes during transmission. Implement browser caching to store previously loaded resources, reducing server requests and speeding up subsequent visits.

Realistically, nobody will look at your portfolio speeds when looking for a job, so instead of using the time to implement these things, use that time to polish up your projects. If you are having actual performance issues, they will probably come from JS or framework side or unoptimized images, so that would be the thing to look at.

Besides the automated minification and compression tools, make sure to avoid creating unnecessary HTML nodes. Modern CSS is really powerful and has a plethora of options. Instead of creating empty HTML elements such as `div` for purely aesthetic purposes, first make sure that what you're trying to achieve isn't possible with a few additional styles. I find that keeping HTML as minimal as possible doesn't just speed things up but also improves the ease of maintenance and future modifications.

Some popular modern front-end frameworks tend to generate big javascript bundles by default and cannot be optimized using HTML alone. Look for ways to split those bundles and lazy load whenever possible Another option is to cherry pick functions you are using only, instead of using the whole libraries, when the library allows it. For example lodash is a widely used library and the contribution to the bundle size can be dramatically lowered by cherry picking

Optimize JavaScript: Minify and concatenate your JavaScript files. Load non-essential scripts asynchronously to prevent them from blocking the rendering of the page.

- One thing I've found useful and often problematic when developing with React is the unnecesary use of State and Store, while not being careful about the re-renderizations of the page/component... and this is often an anti-pattern that slows down so much the user interaction with our app.