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Framework-agnostic PHP library for efficient HTTP compression (gzip, brotli, zstd) — simple, safe, and deterministic.

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Aurynx | HttpCompression

Aurynx Mascot

Modern PHP library for HTTP compression with native type safety

gzip • brotli • zstd — simple, safe, and fast

Installation • Quick Start • Features • Use Cases • API • AI Guide

Why HttpCompression?

Modern web applications need efficient compression to reduce bandwidth and improve response times. HttpCompression makes it simple with a clean, modern API focused on:

  • 🔷 Native PHP 8.4+ types — zero docblock types, full IDE autocomplete
  • 🎯 Single facade pattern — one intuitive API for all scenarios
  • 🚀 Glob pattern support — compress entire directories with wildcards
  • 💾 Memory-safe streaming — handle large files without memory limits
  • 🛡️ Fail-fast validation — catch errors at configuration time
  • 🤖 AI-friendly design — perfect for code generation and assistants

Installation

Requirements:

  • PHP 8.4 or higher
  • ext-zlib (required for gzip)
  • ext-brotli (optional, for brotli compression)
  • ext-zstd (optional, for zstd compression)
composer require aurynx/http-compression

Quick Start

Single File Compression

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\Enums\AlgorithmEnum;

// Compress and save to file
CompressorFacade::once()
    ->file('public/index.html')
    ->withGzip(9)
    ->saveTo('public/index.html.gz');

// Compress in-memory data
$html = '<html><body>Hello World</body></html>';
$result = CompressorFacade::once()
    ->data($html)
    ->withBrotli(11)
    ->compress();

$compressed = $result->getData(AlgorithmEnum::Brotli);

Batch Compression

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\ValueObjects\ItemConfig;

$result = CompressorFacade::make()
    ->addGlob('public/**/*.{html,css,js}')
    ->withDefaultConfig(
        ItemConfig::create()
            ->withGzip(9)
            ->withBrotli(11)
            ->build()
    )
    ->skipAlreadyCompressed()
    ->toDir('./dist')
    ->compress();

echo "Compressed {$result->count()} files\n";
echo "Success rate: " . ($result->allOk() ? '100%' : 'partial') . "\n";

Features

✨ Native Type Safety

The public API uses native PHP 8.4+ types everywhere (parameters, return types, readonly DTOs). This makes the library:

  • Easier for IDEs and AI agents to navigate (no docblock type guessing)
  • Safer at runtime thanks to engine-level type checks
  • More self-documenting due to explicit signatures

Example signature:

public function compress(ItemConfig $config): CompressionResult

🎯 Fluent Facade API

Two facades for different scenarios:

CompressorFacade::make() — Batch compression

CompressorFacade::make()
    ->addFile('index.html')
    ->addGlob('assets/*.css')
    ->withDefaultConfig(ItemConfig::create()->withGzip(9)->build())
    ->toDir('./output')
    ->compress();

CompressorFacade::once() — Quick single-item tasks

CompressorFacade::once()
    ->file('logo.svg')
    ->withGzip(9)
    ->saveTo('logo.svg.gz');

🚀 Glob Pattern Support

Compress entire directories with powerful glob patterns:

CompressorFacade::make()
    ->addGlob('public/**/*.html')           // All HTML files recursively
    ->addGlob('assets/*.{css,js}')          // CSS and JS in assets/
    ->addGlob('fonts/*.woff2')              // Specific extension
    ->skipAlreadyCompressed()               // Skip images, videos, etc.
    ->toDir('./dist', keepStructure: true)
    ->compress();

💾 Memory-Safe Streaming

Handle large files without loading into memory:

use Aurynx\HttpCompression\ValueObjects\OutputConfig;

$result = CompressorFacade::make()
    ->addFile('large-file.json')  // 500MB file
    ->withDefaultConfig(ItemConfig::create()->withGzip(6)->build())
    ->inMemory(maxBytes: 100_000_000)  // 100MB limit
    ->compress();

// Stream compressed data
$result->first()->read(AlgorithmEnum::Gzip, function (string $chunk) {
    echo $chunk;  // Process in chunks
});

🛡️ Fail-Fast Validation

Errors are caught at configuration time, not during compression:

// ❌ Throws immediately (invalid level)
AlgorithmSet::gzip(99);  // InvalidArgumentException: Level must be between 1 and 9

// ❌ Throws immediately (multiple algorithms for saveTo)
CompressorFacade::once()
    ->file('test.txt')
    ->withGzip(9)
    ->withBrotli(11)  // Multiple algorithms
    ->saveTo('test.gz');  // CompressionException: saveTo() requires exactly one algorithm

📈 Rich Result Objects

Detailed statistics and easy access:

$result = CompressorFacade::make()
    ->addGlob('*.html')
    ->withDefaultConfig(ItemConfig::create()->withGzip(9)->withBrotli(11)->build())
    ->inMemory()
    ->compress();

// Access results
foreach ($result as $id => $item) {
    if ($item->isOk()) {
        echo "Original: {$item->originalSize} bytes\n";
        echo "Gzip: {$item->compressedSizes['gzip']} bytes\n";
        echo "Brotli: {$item->compressedSizes['brotli']} bytes\n";
    }
}

// Aggregated statistics
$summary = $result->summary();
echo "Median compression ratio (gzip): " . $summary->getMedianRatio(AlgorithmEnum::Gzip) . "\n";
echo "P95 compression time (brotli): " . $summary->getP95TimeMs(AlgorithmEnum::Brotli) . " ms\n";

Use Cases

1. Static Site Pre-Compression

Compress assets during build for nginx gzip_static:

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\ValueObjects\ItemConfig;

// Build script
$result = CompressorFacade::make()
    ->addGlob('dist/**/*.{html,css,js,svg,json}')
    ->withDefaultConfig(
        ItemConfig::create()
            ->withGzip(9)
            ->withBrotli(11)
            ->build()
    )
    ->skipAlreadyCompressed()
    ->toDir('./dist', keepStructure: true)
    ->compress();

if (!$result->allOk()) {
    foreach ($result->failures() as $id => $failure) {
        echo "Failed: {$id} - {$failure->getFailureReason()?->getMessage()}\n";
    }
    exit(1);
}

echo "✓ Compressed {$result->count()} files\n";

Nginx configuration:

gzip_static on;
brotli_static on;

2. Dynamic HTTP Response Compression

Compress content on-the-fly with caching:

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\AlgorithmEnum;

function compressResponse(string $content, string $acceptEncoding): string
{
    $cacheKey = 'compressed_' . md5($content) . '_' . $acceptEncoding;
    
    if ($cached = apcu_fetch($cacheKey)) {
        return $cached;
    }
    
    $algo = str_contains($acceptEncoding, 'br') ? AlgorithmEnum::Brotli : AlgorithmEnum::Gzip;
    
    $result = CompressorFacade::once()
        ->data($content)
        ->withAlgorithm($algo, $algo->getDefaultLevel())
        ->compress();
    
    $compressed = $result->getData($algo);
    apcu_store($cacheKey, $compressed, 3600);
    
    return $compressed;
}

// In your controller
$html = view('welcome')->render();
$acceptEncoding = $_SERVER['HTTP_ACCEPT_ENCODING'] ?? '';

if (str_contains($acceptEncoding, 'br') || str_contains($acceptEncoding, 'gzip')) {
    $compressed = compressResponse($html, $acceptEncoding);
    header('Content-Encoding: ' . (str_contains($acceptEncoding, 'br') ? 'br' : 'gzip'));
    echo $compressed;
} else {
    echo $html;
}

3. API Response Compression

Compress JSON API responses:

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\AlgorithmEnum;

function compressApiResponse(array $data, string $acceptEncoding): string
{
    $json = json_encode($data);
    
    if (!str_contains($acceptEncoding, 'gzip')) {
        return $json;
    }
    
    $result = CompressorFacade::once()
        ->data($json)
        ->withGzip(6)  // Lower level for speed
        ->compress();
    
    header('Content-Encoding: gzip');
    header('Vary: Accept-Encoding');
    
    return $result->getData(AlgorithmEnum::Gzip);
}

// Usage
$data = ['users' => User::all()];
echo compressApiResponse($data, $_SERVER['HTTP_ACCEPT_ENCODING'] ?? '');

4. Log File Archival

Compress and archive old log files:

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\ValueObjects\ItemConfig;

// Daily cron job
$result = CompressorFacade::make()
    ->addGlob('storage/logs/*.log')
    ->withDefaultConfig(ItemConfig::create()->withZstd(19)->build())  // Maximum compression
    ->toDir('storage/logs/archive', keepStructure: false)
    ->compress();

// Delete originals
foreach ($result->successes() as $id => $item) {
    $originalPath = "storage/logs/{$id}";
    if (file_exists($originalPath)) {
        unlink($originalPath);
    }
}

echo "Archived {$result->count()} log files\n";

5. Asset Pipeline Integration

Integrate with your build tools:

use Aurynx\HttpCompression\CompressorFacade;
use Aurynx\HttpCompression\ValueObjects\ItemConfig;

class AssetCompiler
{
    public function compile(): void
    {
        // Step 1: Bundle and minify (webpack, vite, etc.)
        system('npm run build');
        
        // Step 2: Compress for production
        $result = CompressorFacade::make()
            ->addGlob('public/build/**/*.{js,css}')
            ->addGlob('public/build/**/*.{svg,json}')
            ->withDefaultConfig(
                ItemConfig::create()
                    ->withGzip(9)
                    ->withBrotli(11)
                    ->build()
            )
            ->skipExtensions(['woff2', 'png', 'jpg'])
            ->toDir('public/build', keepStructure: true)
            ->failFast(true)
            ->compress();
        
        if (!$result->allOk()) {
            throw new \RuntimeException('Asset compression failed');
        }
        
        $summary = $result->summary();
        $avgRatio = $summary->getAverageRatio(AlgorithmEnum::Gzip);
        echo "✓ Compressed {$result->count()} assets (avg ratio: " . round($avgRatio * 100, 1) . "%)\n";
    }
}

API Reference

Facades

CompressorFacade::make() — Batch Compression

use Aurynx\HttpCompression\CompressorFacade;

$result = CompressorFacade::make()
    // Add inputs
    ->add(CompressionInput $input, ?ItemConfig $config = null)
    ->addMany(iterable $inputs)
    ->addFile(string $path, ?ItemConfig $config = null, ?string $id = null)
    ->addData(string $data, ?ItemConfig $config = null, ?string $id = null)
    ->addGlob(string $pattern, ?ItemConfig $config = null)
    ->addFrom(InputProviderInterface $provider, ?ItemConfig $config = null)
    
    // Configuration
    ->withDefaultConfig(ItemConfig $config)
    
    // Output
    ->toDir(string $dir, bool $keepStructure = false)
    ->inMemory(int $maxBytes = 5_000_000)
    
    // Options
    ->failFast(bool $enable = true)
    ->skipExtensions(array $extensions)
    ->skipAlreadyCompressed()
    
    // Execute
    ->compress(): CompressionResult;

CompressorFacade::once() — Single Item

use Aurynx\HttpCompression\CompressorFacade;

CompressorFacade::once()
    // Input
    ->file(string $path)
    ->data(string $data)
    
    // Algorithm (choose ONE)
    ->withGzip(int $level = 6)
    ->withBrotli(int $level = 11)
    ->withZstd(int $level = 3)
    
    // Execute
    ->compress(): CompressionItemResult
    ->saveTo(string $path): void;  // Requires exactly one algorithm

Configuration

ItemConfig — Compression Configuration

use Aurynx\HttpCompression\ValueObjects\ItemConfig;
use Aurynx\HttpCompression\ValueObjects\AlgorithmSet;

// Using builder
$config = ItemConfig::create()
    ->withGzip(9)
    ->withBrotli(11)
    ->withZstd(3)
    ->limitBytes(5_000_000)
    ->build();

// Direct instantiation
$config = new ItemConfig(
    algorithms: AlgorithmSet::gzip(9),
    maxBytes: 1_000_000
);

// Static factories
$config = ItemConfig::gzip(9);
$config = ItemConfig::brotli(11);
$config = ItemConfig::zstd(3);

AlgorithmSet — Algorithm Configuration

use Aurynx\HttpCompression\ValueObjects\AlgorithmSet;
use Aurynx\HttpCompression\Enums\AlgorithmEnum;

// Static factories
$set = AlgorithmSet::gzip(9);
$set = AlgorithmSet::brotli(11);
$set = AlgorithmSet::zstd(3);
$set = AlgorithmSet::fromDefaults();  // All algorithms with default levels

// Manual construction from pairs
$set = AlgorithmSet::from([
    [AlgorithmEnum::Gzip, 9],
    [AlgorithmEnum::Brotli, 11],
]);

Results

CompressionResult — Batch Results

$result = CompressorFacade::make()->compress();

// Access
$result->get(string $id): CompressionItemResult
$result->first(): CompressionItemResult
$result->toArray(): array

// Filtering
$result->successes(): array
$result->failures(): array
$result->allOk(): bool

// Statistics
$result->summary(): CompressionSummaryResult
$result->count(): int

// Iteration
foreach ($result as $id => $item) {
    // Process each item
}

CompressionItemResult — Single Item Result

$item = $result->first();

// Status
$item->isOk(): bool
$item->success: bool
$item->originalSize: int

// Data access
$item->getData(AlgorithmEnum $algo): string
$item->getStream(AlgorithmEnum $algo): resource
$item->read(AlgorithmEnum $algo, callable $consumer): void

// Metadata
$item->has(AlgorithmEnum $algo): bool
$item->compressedSizes: array<string, int>
$item->compressionTimes: array<string, float>
$item->errors: array<string, \Throwable>
$item->getFailureReason(): ?\Throwable

CompressionSummaryResult — Aggregated Statistics

$summary = $result->summary();

// Compression ratios (compressed / original)
$summary->getAverageRatio(AlgorithmEnum $algo): float
$summary->getMedianRatio(AlgorithmEnum $algo): float  // p50
$summary->getP95Ratio(AlgorithmEnum $algo): float

// Timing (milliseconds)
$summary->getMedianTimeMs(AlgorithmEnum $algo): float  // p50
$summary->getP95TimeMs(AlgorithmEnum $algo): float
$summary->getTotalTimeMs(AlgorithmEnum $algo): float

// Counts
$summary->getTotalItems(): int
$summary->getSuccessCount(): int
$summary->getFailureCount(): int

For AI Assistants

This library is designed to be AI-friendly with:

  • ✅ Native types — no docblock parsing needed
  • ✅ Explicit naming — CompressionResult, AlgorithmEnum, etc.
  • ✅ Fluent API — easy to chain methods
  • ✅ Fail-fast — errors are obvious and immediate
  • ✅ Immutable value objects — no side effects

For a deeper, agent-focused walkthrough, see the AI Guide: AI_GUIDE.md. You can also use the structured hints in docs/ai.md and the machine-readable schema docs/ai-tool.json.

Common Patterns

// Quick compression
CompressorFacade::once()->file('test.txt')->withGzip(9)->saveTo('test.txt.gz');

// Batch with glob
CompressorFacade::make()
    ->addGlob('*.html')
    ->withDefaultConfig(ItemConfig::create()->withGzip(9)->build())
    ->toDir('./out')
    ->compress();

// Multiple algorithms
$config = ItemConfig::create()
    ->withGzip(9)
    ->withBrotli(11)
    ->withZstd(3)
    ->build();

Avoid These Mistakes

❌ Multiple algorithms with saveTo():

// WRONG - saveTo() requires exactly one algorithm
CompressorFacade::once()->file('x')->withGzip()->withBrotli()->saveTo('x.gz');

✅ Use compress() instead:

$result = CompressorFacade::once()->file('x')->withGzip()->withBrotli()->compress();
$result->getData(AlgorithmEnum::Gzip);

Contributing

Contributions are welcome! Please see CONTRIBUTING.md for details.

Development Setup

# Install dependencies
composer install

# Run tests
composer test

# Run PHPStan
composer phpstan

# Run CS Fixer
composer cs-fix

License

The MIT License (MIT). Please see License File for more information.

Credits

Created and maintained by Anton Semenov.

Crafted by Aurynx 🔮

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Framework-agnostic PHP library for efficient HTTP compression (gzip, brotli, zstd) — simple, safe, and deterministic.

packagist.org/packages/aurynx/http-compression

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nginx php library performance gzip optimization brotli zstd static-assets http-compression content-encoding aurynx

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