Html Minifier Terser

To truly optimize your web presence and ensure your users have a snappy experience, minifying your HTML is a crucial step. This process strips away unnecessary characters from your code, such as whitespace, comments, and extra newlines, without altering its functionality. Think of it as spring cleaning for your website’s code – getting rid of the clutter so it can run faster and more efficiently. Utilizing tools like html-minifier-terser can provide significant performance gains, which directly translates to better user engagement and SEO. Here are the detailed steps to effectively minify your HTML, particularly when integrating with build tools like Vite or Gulp:

Understand the Goal: The primary objective is to reduce file size. Smaller files download faster, leading to quicker page loads. This is especially vital for mobile users or those with slower internet connections.
Choose Your Weapon: While html-minifier is a foundational package, html-minifier-terser is often preferred as it integrates Terser for JavaScript minification within <script> tags and clean-css for CSS minification within <style> tags. This gives you a more comprehensive minification solution out of the box.
Installation:
- For Node.js projects, open your terminal and run:
```
npm install html-minifier-terser --save-dev
# or
yarn add html-minifier-terser --dev
```
- If you’re encountering “cannot find package html-minifier-terser”, double-check your spelling and ensure you’re in the correct project directory where your package.json resides. Sometimes, a simple npm install or yarn install can resolve dependency issues after adding it.

Basic Usage (Node.js Script):

Create a simple Node.js script (e.g., minify.js):

const { minify } = require('html-minifier-terser');
const fs = require('fs');

async function runMinification() {
    const html = fs.readFileSync('input.html', 'utf8');
    const result = await minify(html, {
        removeAttributeQuotes: true,
        collapseWhitespace: true,
        removeComments: true,
        // Add more options as needed for aggressive minification
        minifyCSS: true, // Minify CSS in <style> tags
        minifyJS: true,  // Minify JS in <script> tags using Terser
    });
    fs.writeFileSync('output.html', result);
    console.log('HTML minified successfully!');
}

runMinification();

Place your unminified HTML in input.html and run node minify.js.

Integration with Build Tools:

Vite: For modern front-end development, Vite is a popular choice. The vite-plugin-html-minifier-terser package is your friend here.

Install: npm install -D vite-plugin-html-minifier-terser

Configure vite.config.js:

import { defineConfig } from 'vite';
import htmlMinifierTerser from 'vite-plugin-html-minifier-terser';

export default defineConfig({
    plugins: [
        htmlMinifierTerser({
            // Terser options for HTML minification
            minifyCSS: true,
            minifyJS: true,
            collapseWhitespace: true,
            removeComments: true,
            // ... other options
        }),
    ],
});

This plugin automatically minifies your HTML files during the Vite build process (vite build).

Gulp: If you’re using Gulp for task automation, gulp-htmlmin (which often uses html-minifier under the hood, and can be configured to use html-minifier-terser‘s capabilities if the underlying library updates or you pass specific options) is a common choice.

Install: npm install -D gulp gulp-htmlmin (ensure gulp-htmlmin is updated or supports html-minifier-terser‘s options).

Configure gulpfile.js:

const gulp = require('gulp');
const htmlmin = require('gulp-htmlmin');

gulp.task('minify-html', () => {
    return gulp.src('src/*.html')
        .pipe(htmlmin({
            collapseWhitespace: true,
            removeComments: true,
            minifyCSS: true, // Requires configuration or compatible htmlmin version
            minifyJS: true,  // Requires configuration or compatible htmlmin version
            // ... other options matching html-minifier-terser
        }))
        .pipe(gulp.dest('dist'));
});

gulp.task('default', gulp.series('minify-html'));

Run gulp minify-html or simply gulp.

Verify Results: After minification, inspect the output HTML file. While it will look less readable, it should function identically. Check your browser’s developer tools for network performance to see the file size reduction. You might see a 10-20% reduction in HTML file sizes, sometimes more for complex pages, which directly translates to faster load times.

Table of Contents

The Imperative of HTML Minification in Modern Web Development

In the fast-paced digital landscape, every millisecond counts. Website performance is no longer just a “nice-to-have” but a critical factor influencing user experience, search engine rankings, and ultimately, your project’s success. HTML minification, especially when powered by robust tools like html-minifier-terser, is a fundamental optimization technique that directly addresses this need. By stripping away redundant characters from your HTML, you reduce file sizes, accelerate loading times, and enhance overall site efficiency. This isn’t just about making your code look cleaner; it’s about making your website perform better for every user, regardless of their connection speed or device.

Why Minify HTML? The Core Benefits

HTML minification serves as a bedrock for high-performance web applications. It’s a pragmatic step that yields tangible results, often with minimal effort once integrated into your build process.

Reducing Bandwidth Consumption

Every byte transferred over the network contributes to bandwidth usage. Minifying HTML drastically cuts down the size of your main document, leading to lower data consumption for users. This is particularly beneficial for users on limited data plans or in regions with costly internet access. For instance, a complex HTML page might go from 100KB to 70KB, a 30% reduction. Across millions of users, this translates to significant savings in server bandwidth and a more accessible experience.

Accelerating Page Load Times

This is the most direct and impactful benefit. Smaller HTML files mean less data to download. When combined with minified CSS and JavaScript, which html-minifier-terser intelligently handles, the browser can parse, render, and execute your web page much faster. Data from Google shows that a 1-second delay in mobile page load can decrease conversions by up to 20%. By reducing initial server response times and download times, you’re directly improving the critical “first contentful paint” and “largest contentful paint” metrics, which are key for user satisfaction.

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Enhancing Search Engine Optimization (SEO)

Search engines, particularly Google, increasingly prioritize website performance as a ranking factor. Faster loading sites offer a better user experience, which is a signal that algorithms pick up on. Core Web Vitals, a set of metrics measuring real-world user experience, includes Largest Contentful Paint (LCP) and First Input Delay (FID), both of which are positively impacted by faster resource loading. By making your HTML lean and mean with html-minifier-terser, you’re not just pleasing users; you’re also signaling to search engines that your site is high-quality and efficient, potentially boosting your organic visibility. Html encode special characters

Improving User Experience and Engagement

A quick loading website is a pleasant website. Users are notoriously impatient; studies indicate that over half of mobile site visits are abandoned if pages take longer than 3 seconds to load. By providing a swift experience, you reduce bounce rates, increase session duration, and foster a more positive interaction with your content or application. This sustained engagement is vital for achieving business goals, whether it’s sales, sign-ups, or content consumption.

Deep Dive into `html-minifier-terser`

While html-minifier has long been the gold standard for HTML optimization, html-minifier-terser takes it a step further by integrating two powerful companion libraries: Terser for JavaScript and clean-css for CSS. This makes it a comprehensive, one-stop solution for optimizing your entire HTML document, including its embedded scripts and styles.

Understanding `html-minifier` vs. `html-minifier-terser`

The core difference lies in their scope. html-minifier focuses primarily on HTML structure: removing whitespace, comments, collapsing empty attributes, and optimizing attribute values. It’s excellent for making the HTML itself as small as possible.

html-minifier-terser, on the other hand, extends this capability. It includes all the features of html-minifier but adds intelligent minification for JavaScript code found within <script> tags (using Terser) and CSS styles within <style> tags (using clean-css). This means you don’t need separate steps or plugins for your inline JS and CSS, streamlining your build process and ensuring maximum optimization across the entire HTML file. For example, if you have a 10KB HTML file with 5KB of inline JS and 3KB of inline CSS, html-minifier might reduce it to 8KB (by optimizing HTML), while html-minifier-terser could take it down to 5KB (by optimizing HTML, JS, and CSS). This integrated approach makes html-minifier-terser a more powerful and efficient choice for most modern projects.

Key Minification Options and Their Impact

html-minifier-terser offers a rich set of configuration options, allowing you to fine-tune the minification process to your specific needs. Each option targets a different aspect of code redundancy. Html encode c#

collapseWhitespace: This is one of the most impactful options. It removes unnecessary whitespace characters (spaces, tabs, newlines) from around and within HTML tags. This can significantly reduce file size, especially for human-readable, formatted HTML. For example, <div> Hello </div> becomes <div>Hello</div>. This can easily save 5-15% of the HTML file size depending on how much whitespace your original code has.
removeComments: Strips out all HTML comments (), JavaScript comments (//, /* ... */), and CSS comments. Comments are invaluable for developers but are completely superfluous for the browser, so removing them is pure gain. This is a quick win for file size reduction.
removeRedundantAttributes: Eliminates attributes that are implied by the HTML standard or are defaults. For example, type="text/javascript" on a <script> tag or type="text" on an <input> field are often redundant in modern HTML5. This provides minor but cumulative savings.
removeAttributeQuotes: Removes quotes from attributes when possible (e.g., <div id="myId"> becomes <div id=myId>). While it makes the HTML less readable, it shaves off bytes.
minifyCSS: When set to true, html-minifier-terser will use clean-css to minify any CSS code found within <style> tags. This includes removing comments, collapsing whitespace, shortening color codes, and optimizing selectors. This can significantly reduce the size of inline CSS, often by 20-40%.
minifyJS: Setting this to true leverages Terser to minify JavaScript code within <script> tags. Terser performs advanced optimizations like variable renaming, dead code elimination, and whitespace removal, leading to substantial size reductions, typically 30-70% for JavaScript.
removeOptionalTags: Removes optional HTML tags like <body> or <html> or </p> if the HTML parser can reconstruct the DOM correctly without them. This is aggressive and should be tested thoroughly, as it can sometimes lead to unexpected parsing behavior in very old browsers.
collapseBooleanAttributes: Converts boolean attributes to their collapsed form (e.g., <input checked="checked"> becomes <input checked>). This is a small but standard optimization.

By combining these options judiciously, you can achieve impressive minification ratios, ensuring your HTML is as lean as possible without sacrificing functionality.

Integrating `html-minifier-terser` into Your Build Workflow

For most modern web projects, manual minification is impractical. Integrating html-minifier-terser into an automated build process is the most efficient and reliable approach. This ensures that every deployment benefits from optimized code.

Using `html-minifier-terser` with Vite

Vite has rapidly become a favorite for its blazing-fast development server and optimized build process. Integrating html-minifier-terser with Vite is straightforward thanks to the vite-plugin-html-minifier-terser.

Installation: First, ensure you have the plugin installed:

npm install -D vite-plugin-html-minifier-terser
# or
yarn add -D vite-plugin-html-minifier-terser

Configuration (vite.config.js): Open your vite.config.js (or vite.config.ts) file and import the plugin. Then, add it to the plugins array within your defineConfig export.

import { defineConfig } from 'vite';
import htmlMinifierTerser from 'vite-plugin-html-minifier-terser';

export default defineConfig({
    plugins: [
        htmlMinifierTerser({
            // Minification options passed directly to html-minifier-terser
            collapseWhitespace: true,
            removeComments: true,
            minifyCSS: true,
            minifyJS: true,
            // More options:
            // removeRedundantAttributes: true,
            // removeAttributeQuotes: true,
            // collapseBooleanAttributes: true,
            // useShortDoctype: true,
            // removeEmptyAttributes: true,
            // keepClosingSlash: true, // For XHTML/self-closing tags
            // processConditionalComments: true, // For IE conditional comments
        }),
    ],
    // You might also configure build options here
    build: {
        // For example, to ensure all assets are inlined or processed correctly
        rollupOptions: {
            output: {
                // Control asset naming and chunking if needed
            }
        }
    }
});

When you run vite build, this plugin will automatically process your HTML files with the specified minification options, ensuring the output in your dist directory is fully optimized. The vite-plugin-html-minifier-terser effectively wraps the core library, abstracting away the manual piping often required in other build systems.

Leveraging `gulp-htmlmin` with Gulp

Gulp is a popular task runner that uses a stream-based approach. While gulp-htmlmin is commonly used for HTML minification in Gulp, it typically uses the html-minifier library directly. To leverage html-minifier-terser‘s capabilities, you’d configure gulp-htmlmin with options that enable JS and CSS minification (which html-minifier itself can perform if configured, often using Terser and clean-css as peer dependencies or internal modules).

Installation:

npm install -D gulp gulp-htmlmin
# or
yarn add -D gulp gulp-htmlmin

Configuration (gulpfile.js):

const gulp = require('gulp');
const htmlmin = require('gulp-htmlmin');

// Define a task for HTML minification
gulp.task('minifyHtml', () => {
    return gulp.src('src/**/*.html') // Source HTML files
        .pipe(htmlmin({
            collapseWhitespace: true,
            removeComments: true,
            minifyCSS: true, // Minify CSS in <style>
            minifyJS: true,  // Minify JS in <script>
            // Additional html-minifier-terser compatible options
            // removeRedundantAttributes: true,
            // removeAttributeQuotes: true,
            // collapseBooleanAttributes: true,
            // useShortDoctype: true,
            // removeEmptyAttributes: true,
            // keepClosingSlash: true,
            // processConditionalComments: true,
            // This option is crucial to ensure clean-css and terser are used:
            // `html-minifier` (which gulp-htmlmin uses) needs these to be true.
        }))
        .pipe(gulp.dest('dist')); // Destination for minified HTML
});

// Define a default task to run minification
gulp.task('default', gulp.series('minifyHtml'));

To run this task, simply execute gulp in your terminal. Gulp will pick up all .html files in your src directory (and its subdirectories) and output their minified versions to the dist folder. The gulp-htmlmin plugin acts as a wrapper, passing the configuration object directly to the underlying html-minifier (or html-minifier-terser if the gulp-htmlmin package is updated to reflect that dependency, or you’re using a specific version that integrates it).

Best Practices for HTML Minification

While aggressive minification can yield the smallest file sizes, it’s crucial to strike a balance between file size reduction and potential issues. Html encode string

Testing After Minification

Always, and I mean always, test your website thoroughly after minification. While html-minifier-terser is robust, certain aggressive options, especially removeOptionalTags, might occasionally lead to subtle rendering differences or JavaScript errors in very specific edge cases or with malformed HTML. Test across different browsers and devices to ensure everything functions as expected. Automation with end-to-end testing frameworks like Cypress or Playwright can be immensely helpful here.

Source Maps and Debugging Minified Code

Minified HTML (and the JS/CSS within it) is intentionally unreadable. This can make debugging a nightmare during production issues. For JavaScript, source maps are the solution. While html-minifier-terser itself doesn’t generate HTML source maps directly, the minifyJS option, by leveraging Terser, can be configured to generate source maps for the inline JavaScript.

When setting up your build tool (like Vite or Webpack), ensure it’s configured to generate source maps for your bundled JavaScript and CSS.
For inline JavaScript minified by html-minifier-terser, you might need to handle source map generation separately if your build process doesn’t fully capture it.
In your browser’s developer tools, you can usually enable source maps (often under “Settings” or “Preferences”) to see your original, unminified code, making debugging feasible even with highly optimized production builds.

Considering Pre-Minified HTML Templates

For projects where you have static HTML files or serve HTML templates directly, you might consider pre-minifying them as part of your deployment pipeline. This ensures that the HTML served from your server is already optimized, reducing the load on the server and ensuring the fastest possible delivery to the client. This is common for static site generators or server-side rendered applications.

Conditional Minification (e.g., only for production)

It’s generally recommended to apply aggressive minification only for production builds. During development, highly minified code is difficult to read and debug. Most build tools (Vite, Webpack, Gulp) allow you to configure different minification options based on the environment (development vs. production).

For example, in Vite, the build command automatically applies production optimizations, including minification if configured. In Gulp, you might have separate tasks or use environment variables to switch minification options. This allows you to have a fast, readable development experience while delivering the most optimized code to your users in production. Url parse nodejs

Beyond HTML Minification: A Holistic Approach to Web Performance

While html-minifier-terser is an excellent tool, it’s just one piece of the performance puzzle. A truly high-performing website requires a holistic strategy encompassing various optimization techniques.

Image Optimization

Images often account for the largest portion of a web page’s total weight.

Compression: Use tools to compress images without significant loss of quality (e.g., TinyPNG, ImageOptim, or build tools like sharp or imagemin).
Modern Formats: Employ next-gen image formats like WebP or AVIF, which offer superior compression ratios compared to JPEG or PNG. Serve these formats conditionally based on browser support.
Responsive Images: Use srcset and <picture> tags to serve appropriately sized images for different screen resolutions and device types.
Lazy Loading: Implement lazy loading for images (and iframes) that are below the fold, so they only load when they enter the viewport. This dramatically improves initial page load times.

CSS and JavaScript Optimization

Beyond what html-minifier-terser does for inline scripts and styles:

External Minification: For external .js and .css files, use dedicated minifiers (Terser for JS, clean-css for CSS) as part of your build pipeline. Most bundlers like Webpack, Rollup, and Parcel do this automatically in production mode.
Bundling: Combine multiple CSS or JS files into a single bundle to reduce the number of HTTP requests.
Code Splitting: Break large JavaScript bundles into smaller chunks that can be loaded on demand, using dynamic import() for routes or specific components.
Critical CSS: Extract and inline only the CSS required for the initial render of the page (Above-the-Fold CSS) to speed up perceived performance. Load the rest asynchronously.
Tree Shaking: Eliminate unused JavaScript code from your bundles.

Server-Side Optimizations

The server plays a significant role in performance.

GZIP/Brotli Compression: Enable GZIP or Brotli compression on your web server for all text-based assets (HTML, CSS, JS, SVG). Brotli generally offers better compression than GZIP (e.g., 20-25% better for common web assets). This can reduce transfer sizes by 70-80% for these file types.
Caching: Implement robust caching headers (Cache-Control, ETag, Last-Modified) for static assets to leverage browser caching. This allows returning users to load pages almost instantly as many resources are pulled from their local cache.
CDN (Content Delivery Network): Serve your static assets (images, CSS, JS, fonts) from a CDN. CDNs distribute your content across servers globally, serving assets from the closest possible location to the user, significantly reducing latency.
HTTP/2 or HTTP/3: Ensure your server supports modern HTTP protocols. HTTP/2 enables multiplexing (multiple requests over a single connection), header compression, and server push, all of which improve performance. HTTP/3 builds on this with UDP-based transport, further reducing latency.

Web Fonts Optimization

Fonts can be surprisingly heavy. Url parse deprecated

Subset Fonts: Include only the characters you need from a font, especially for icons or specific languages.
Font Display Property: Use font-display: swap in your @font-face declarations to prevent invisible text during font loading (FOIT – Flash of Invisible Text) and allow the browser to display a fallback font immediately.
Preload Fonts: Use <link rel="preload" as="font" crossorigin> for critical fonts to give the browser a hint to fetch them early.

By combining html-minifier-terser with these broader performance strategies, you can build websites that are not only highly optimized but also deliver a truly superior user experience, aligning with the principles of efficiency and thoughtful resource management. This comprehensive approach is what truly sets apart high-performing applications from the rest.

FAQ

What is HTML minifier terser?

html-minifier-terser is a highly configurable, JavaScript-based tool used to compress and optimize HTML code. It removes unnecessary characters like whitespace, comments, and redundant tags, and crucially, it integrates Terser for minifying inline JavaScript and clean-css for minifying inline CSS, making it a comprehensive solution for reducing HTML file sizes.

Why should I use html minifier terser?

You should use html-minifier-terser to significantly reduce the file size of your HTML documents, which directly leads to faster page load times, lower bandwidth consumption for users, improved search engine optimization (SEO) rankings, and an overall better user experience. It’s a key step in optimizing web performance.

How does html minifier terser work?

html-minifier-terser works by parsing the HTML structure and applying various optimization rules. It identifies and removes superfluous characters such as newlines, spaces between tags, HTML comments, and redundant attributes. Additionally, when configured, it extracts inline <script> and <style> blocks, passes them to Terser (for JS) and clean-css (for CSS) respectively for their specialized minification, and then re-embeds the compressed code back into the HTML.

Is html minifier terser the same as html-minifier?

No, html-minifier-terser is not exactly the same as html-minifier. html-minifier-terser is a fork or enhanced version of html-minifier that incorporates Terser for JavaScript minification and clean-css for CSS minification directly into its process, offering a more complete solution for optimizing an entire HTML document, including its embedded scripts and styles. Url decode c#

What are the main benefits of minifying HTML?

The main benefits of minifying HTML include faster page load times (which can lead to lower bounce rates and higher conversion rates), reduced bandwidth costs for both the server and the user, improved Core Web Vitals scores, better search engine rankings due to performance being a ranking factor, and a generally smoother and more responsive user experience.

How do I install html minifier terser?

To install html-minifier-terser, you typically use npm or yarn in your project’s directory. Open your terminal and run either npm install html-minifier-terser --save-dev or yarn add html-minifier-terser --dev. This adds it as a development dependency to your project.

Can I use html minifier terser with Vite?

Yes, you can absolutely use html-minifier-terser with Vite. The easiest way is to use the vite-plugin-html-minifier-terser plugin. After installing it, you configure it in your vite.config.js file by adding it to your plugins array with your desired minification options.

What is vite-plugin-html-minifier-terser?

vite-plugin-html-minifier-terser is a Vite plugin that integrates the html-minifier-terser library into your Vite build process. It automatically minifies your HTML files during the vite build command, applying the specified html-minifier-terser options to optimize your static HTML, including inline JavaScript and CSS.

Can I use html minifier terser with Gulp?

Yes, you can use html-minifier-terser‘s capabilities with Gulp. While gulp-htmlmin is the common Gulp plugin for HTML minification, it typically uses the original html-minifier internally. You would configure gulp-htmlmin with options like minifyJS: true and minifyCSS: true, which then utilize the Terser and clean-css functionalities that html-minifier (and thus html-minifier-terser) supports. Url decode python

What does `cannot find package html-minifier-terser` mean?

This error typically means that the Node.js runtime cannot locate the html-minifier-terser package. This could be due to several reasons: the package was not installed, it was installed incorrectly (e.g., in a different project directory), or there’s a typo in the import statement. To resolve it, ensure you run npm install html-minifier-terser (or yarn add) in the correct project root and check your require() or import paths.

What are common minification options for html-minifier-terser?

Common and highly effective minification options for html-minifier-terser include collapseWhitespace: true (removes unnecessary spaces), removeComments: true (strips all comments), minifyCSS: true (minifies inline CSS), minifyJS: true (minifies inline JavaScript), removeAttributeQuotes: true (removes redundant attribute quotes), and removeRedundantAttributes: true (removes default/implied attributes).

Does html minifier terser minify CSS and JavaScript within HTML?

Yes, one of the key advantages of html-minifier-terser over just html-minifier is its ability to minify CSS within <style> tags (using clean-css) and JavaScript within <script> tags (using Terser), provided you set minifyCSS: true and minifyJS: true in its configuration options.

Is minified HTML harder to debug?

Yes, minified HTML is significantly harder to read and debug directly because all whitespace, comments, and often attribute quotes are removed, and inline JS/CSS might be further mangled. For debugging in production, relying on browser developer tools and properly configured source maps (especially for JavaScript) is essential to map minified code back to its original source.

Should I minify HTML during development?

No, it is generally not recommended to minify HTML during development. Minified code is very difficult to read and debug. You should apply HTML minification only for production builds to ensure maximum performance for your deployed website while maintaining a readable and debuggable codebase during development. Url decoder/encoder

Does minifying HTML affect SEO?

Yes, minifying HTML positively affects SEO. Search engines like Google consider page load speed and user experience as ranking factors. By reducing file sizes and improving load times, minified HTML contributes to better Core Web Vitals scores and a more performant website, which can indirectly lead to higher search rankings.

Can html minifier terser break my HTML?

While html-minifier-terser is robust, aggressive minification options (e.g., removeOptionalTags) or specific edge cases with malformed HTML might, in rare circumstances, lead to subtle rendering differences or unexpected behavior. It’s crucial to thoroughly test your website in different browsers after applying minification to ensure everything functions as expected.

What is the typical file size reduction from HTML minification?

The typical file size reduction from HTML minification can vary widely depending on the original HTML’s complexity, formatting, and the amount of inline CSS/JS. For well-formatted HTML, you might see a 10-20% reduction. If there’s a lot of inline, unminified JavaScript and CSS, the combined effect of html-minifier-terser can lead to reductions of 30-50% or more for the entire HTML document.

How does `html-minifier-terser` handle conditional comments?

html-minifier-terser supports processing conditional comments (used mainly for older Internet Explorer versions) if you enable the processConditionalComments: true option. This allows it to remove or retain them based on their content, ensuring compatibility while optimizing the rest of the HTML.

Are there any alternatives to html minifier terser?

Yes, there are alternatives, though html-minifier-terser is a leading choice due to its comprehensive capabilities. Other options include: Url encode javascript

html-minifier: The base library, without integrated Terser/clean-css (though it can leverage them with specific options).
Online HTML minifiers: Web-based tools for one-off minification, but not suitable for automated workflows.
Build tool specific plugins: Many build tools (like Webpack’s html-webpack-plugin with minify options) have built-in HTML minification capabilities that often rely on html-minifier or similar libraries.

Is `html-minifier-terser` suitable for large-scale projects?

Yes, html-minifier-terser is highly suitable for large-scale projects. Its extensive configuration options, robust parsing capabilities, and integration with Terser and clean-css make it an excellent choice for optimizing HTML documents, including those with significant amounts of inline CSS and JavaScript, as part of an automated, enterprise-grade build pipeline.

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Html minifier terser