tdewolff/minify

Features

• Web Asset Minification - Provides a comprehensive set of libraries to batch-minify HTML, CSS, JS, JSON, SVG, and XML files to reduce transfer size.
• Web Asset Minifiers - Provides a comprehensive suite of Go libraries to minify HTML, CSS, JavaScript, JSON, SVG, and XML assets.
• Real-Time Compression - Provides real-time compression of web resources via middleware that shrinks files on the fly based on content type.
• CSS Minification - Strips comments and whitespace from stylesheets while optimizing colors and numeric values to reduce CSS size.
• Multi-Format Asset Compressors - Offers a set of tools to compress multiple web data formats to reduce payload sizes.
• Vector Graphic Compression - Optimizes SVG files by removing metadata and streamlining path data to reduce the size of scalable images.
• Markup State Machines - Utilizes deterministic state machines to tokenize and minify markup languages character by character without constructing a full AST.
• JavaScript Minification - Reduces JavaScript payload size by shortening variable names and removing whitespace and semicolons.
• Stream-Based Text Processing - Implements stream-based text processing using reader and writer interfaces to maintain a low memory footprint for large assets.
• Compression Middleware - Provides middleware that intercepts HTTP responses to apply minification in real-time before sending data to the client.
• Resource Minifications - Converts content from various input streams into minified formats in real-time based on the detected media type.
• Response Compression - Intercepts and minifies web content in real-time as part of the HTTP response cycle to improve load times.
• Content Minification - Implements whitespace removal and character stripping for JSON and XML payloads to reduce data transfer size.
• HTML Minification - Decreases markup file size by removing superfluous quotes, default attributes, and unnecessary whitespace from HTML.
• JSON Minification - Eliminates unnecessary whitespace and optimizes numeric representations to reduce the size of JSON data files.
• SVG Minification - Trims metadata, comments, and whitespace from SVG files while optimizing path data to reduce image size.
• XML Minification - Reduces XML file size by deleting unnecessary whitespace, removing comments, and collapsing empty tags.
• Web Asset Optimization - Reduces the size of HTML, CSS, and JavaScript assets to improve website loading speeds and minimize bandwidth usage.
• Real-Time Data Compressors - Provides middleware capabilities to intercept and minify web responses on the fly based on MIME types.
• Frontend Build Pipelines - Integrates automated minification of web assets into frontend build pipelines to ensure minimal production file sizes.
• Pattern-Based Reduction - Employs regular expressions to optimize and shrink numeric values and color representations within stylesheets and markup.
• Go Text Processors - Utilizes a high-performance Go implementation for efficient processing of structured web formats.
• Reusable Buffer Pools - Implements reusable buffer pools to minimize memory allocations and garbage collection pressure during text processing.
• MIME Type Mappings - Uses MIME type mappings to route content to the appropriate minification logic based on file extension or media type.
• General Utilities - Fast file minification for web assets.
• General Utility Libraries - Fast minifier for web assets.
• Text Processing - Minifier for web static resources.

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