ilovecli 1.0.1

CLI tool to compress images, PDFs, and videos

🚀 ilovecli (v1.0.0)

Compress smarter. From your terminal.

ilovecli is a fast, cross-platform command-line tool to compress Images, PDFs, and Videos directly from your terminal.

Built with an unapologetic focus on performance, the engine dynamically utilizes multi-threading, hardware-accelerated HEVC encoding, and RAM-disk buffering to guarantee blazing-fast execution times while maintaining beautiful, context-aware console output.

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✨ Features

• 🖼 Images (JPG, PNG, WEBP): Multi-core parallel compression with io.BytesIO() RAM-buffering.
• 📄 PDFs: Ghostscript-powered size reduction utilizing /tmp/ TMPFS RAM-disks to eliminate slow I/O.
• 🎬 Videos: Next-gen libx265 HEVC FFmpeg conversion dynamically mapping to 100% of CPU threads.
• 🎯 Target-size Compression: Feed a precise KB target, and the binary-search algorithm guarantees a fit.
• ⚡ Lightning Fast Aliases: Trigger any command with single keystrokes (c, f, t, cv, u, d).
• 🎨 Gorgeous UI: Fully mapped Rich terminal integration with contextual progress spinners.
• 🐳 Docker Support: Run effortlessly inside lightweight, pre-configured containers.

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📦 Installation

Install the CLI Core

pip install ilovecli

Auto-Install System Dependencies (Magic! ✨)

ilovecli requires FFmpeg and Ghostscript to perform video and PDF compressions. Instead of installing these manually, simply run our auto-installer and we will provision everything for your specific OS (Linux/macOS/Windows):

ilovecli install

That's it! You are now ready to compress.

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🔧 System Diagnostics

If you ever need to verify the integrity of your installed compression engines:

ilovecli doctor   # or: ilovecli d

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🚀 Usage Guide

All commands support Short Aliases for massive speed typing improvements. Run ilovecli --help anytime for a gorgeous, color-coded manual!

🔹 Compress Any Supported File (compress / c)

ilovecli c file.jpg          # Image
ilovecli c document.pdf      # PDF
ilovecli c video.mp4         # Video

The system automatically detects the file MIME-type and routes it to the correct multi-threaded compression engine.

🎯 Compress to a Precise Target Size (target / t)

Need a PDF below 2MB for an email attachment? Just specify the KB:

ilovecli t image.jpg 300
ilovecli t document.pdf 1500 --quality ebook

Our engine calculates the file differential on the fly, rendering beautiful context-aware spinners: ⠼ Compressing document.pdf (14.20 MB) to 1500 KB...

📁 Parallel Folder Compression (folder / f)

ilovecli f ./images --smart

Shrink thousands of images at once utilizing 100% of your CPU cores.

🌐 Direct URL Processing (url / u)

ilovecli u https://example.com/massive_image.png

Downloads the file to a standard path and instantly executes the compression flow.

🔄 Format Converter (convert / cv)

ilovecli cv raw_photo.png optimized.webp

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📄 PDF Quality Profiles (-p / -q)

When compressing PDFs, you no longer have to guess what quality you are exporting. We map directly to structured DPI variants:

• screen : Fast compression, extremely low quality (72 DPI). Best for emails and web.
• ebook : Good balance of quality and size (150 DPI). General reading default.
• printer : High quality for physical printing (300 DPI).
• prepress : Lossless, exceptionally high quality (300 DPI+). Minimal size reduction.

Example:

ilovecli c report.pdf -p prepress

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🎬 Video Compression Engine

By default, ilovecli runs all video compression using libx265 (HEVC). This yields incredibly small file sizes with no perceptible loss compared to legacy h264.

Control the Constant Rate Factor (--crf / -c):

• Lower CRF → Better quality
• Higher CRF → Smaller file (Recommended range: 18–35)

ilovecli c video.mp4 -c 24

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🐳 Docker Deployment

Don't want to install FFmpeg or Ghostscript locally? No problem.

docker build -t ilovecli .
docker run --rm -v $(pwd):/data ilovecli c /data/huge_file.pdf

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🛠 Advanced Tech Stack

• Typer & Rich: Next-generation CLI routing and gorgeous rendering frameworks.
• io.BytesIO & tempfile.tmpfs: Complete removal of disk I/O chokepoints during deep binary searches.
• Pillow-SIMD & Multiprocessing: Heavily optimized concurrent graphical transformations.
• HEVC / FFmpeg: Fully threaded video crunching.

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📄 License & Contributing

Licensed under the MIT License. Contributions are absolutely welcome! Support the project by dropping a ⭐ on the repository if this tool saved your hard drive!