filoma 1.3.3

Modular Python tool for profiling files, analyzing directory structures, and inspecting image data

filoma

Fast, multi-backend Python tool for directory analysis and file profiling.

Analyze directory structures, profile files, and inspect image data with automatic performance optimization through Rust, fd, or Python backends.

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Documentation: Installation • Backends • Advanced Usage • Benchmarks

Source Code: https://github.com/kalfasyan/filoma

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Quick Start

# Install
uv add filoma  # or: pip install filoma

from filoma.directories import DirectoryProfiler

# Analyze any directory (automatically uses fastest backend)
profiler = DirectoryProfiler()
result = profiler.analyze("/path/to/directory")

# Beautiful terminal output
profiler.print_summary(result)
# Directory Analysis: /path (🦀 Rust) - 2.3s, 15,249 files, 1,847 folders

# Access data programmatically  
print(f"Files: {result['summary']['total_files']}")
print(f"Extensions: {result['file_extensions']}")

Key Features

• 🚀 3 Performance Backends - Automatic selection: Rust (2.5x faster), fd (competitive), Python (universal)
• 📊 Directory Analysis - File counts, extensions, empty folders, depth distribution, size statistics
• 🔍 Smart File Search - Advanced patterns with regex/glob support via FdSearcher
• 📈 DataFrame Support - Build Polars DataFrames for advanced analysis and filtering
• 🖼️ Image Analysis - Profile .tif, .png, .npy, .zarr files with metadata and statistics
• 📁 File Profiling - System metadata, permissions, timestamps, symlink analysis
• 🎨 Rich Terminal Output - Beautiful progress bars and formatted reports

Examples

Directory Analysis

from filoma.directories import DirectoryProfiler

# Basic analysis
profiler = DirectoryProfiler()
result = profiler.analyze("/path/to/directory", max_depth=3)
profiler.print_summary(result)

# Access specific data
print(f"📁 Files: {result['summary']['total_files']}")
print(f"📂 Folders: {result['summary']['total_folders']}")
print(f"🗂️ Empty folders: {result['summary']['empty_folder_count']}")
print(f"📄 Extensions: {result['file_extensions']}")

Smart File Search

from filoma.directories import FdSearcher

searcher = FdSearcher()

# Find Python files
python_files = searcher.find_files(pattern=r"\.py$", max_depth=2)

# Find by multiple extensions
code_files = searcher.find_by_extension(['py', 'rs', 'js'], directory=".")

# Glob patterns
config_files = searcher.find_files(pattern="*.{json,yaml}", use_glob=True)

DataFrame Analysis

# Build DataFrame for advanced analysis
profiler = DirectoryProfiler(build_dataframe=True)
result = profiler.analyze(".")
df = profiler.get_dataframe(result)

# Add path components and analyze
df = df.add_path_components().add_file_stats()
python_files = df.filter_by_extension('.py')
df.save_csv("analysis.csv")

File & Image Profiling

from filoma.files import FileProfiler
from filoma.images import PngProfiler

# File metadata
file_profiler = FileProfiler()
report = file_profiler.profile("/path/to/file.txt")
file_profiler.print_report(report)

# Image analysis
img_profiler = PngProfiler()
img_report = img_profiler.analyze("/path/to/image.png")
print(img_report)  # Shape, dtype, stats, etc.

Performance

Automatic backend selection for optimal speed:

Backend	Speed	Use Case
🦀 Rust	~70K files/sec	Large directories, DataFrame building
🔍 fd	~46K files/sec	Pattern matching, network filesystems
🐍 Python	~30K files/sec	Universal compatibility, reliable fallback

Cold cache benchmarks on NVMe SSD. See benchmarks for detailed methodology.

System directories: filoma automatically handles permission errors and falls back to Python implementation when needed for directories like /proc, /sys.

Installation & Setup

See installation guide for:

• Quick setup with uv/pip
• Optional performance optimization (Rust/fd)
• Verification and troubleshooting

Documentation

• Installation Guide - Setup and optimization
• Backend Architecture - How the multi-backend system works
• Advanced Usage - DataFrame analysis, pattern matching, backend control
• Performance Benchmarks - Detailed performance analysis and methodology

Project Structure

src/filoma/
├── core/          # Backend integrations (fd, Rust)
├── directories/   # Directory analysis with 3 backends
├── files/         # File profiling and metadata
└── images/        # Image analysis (.tif, .png, .npy, .zarr)

License

This project is licensed under the MIT License.

Contributing

Contributions welcome! Please check the issues for planned features and bug reports.

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filoma - Fast, multi-backend file and directory analysis for Python.