Hybrid file organizer for Windows. A C# / .NET 8 / WinUI 3 desktop shell drives a Python core that handles AI classification (DeepSeek, GitHub Models, Ollama), six cleanup scanners, progressive hash + perceptual dedup, and EXIF-aware photo workflows.

src/FileOrganizer.UI/   ← C# / WinUI 3 desktop shell (new — v0.2.0)
fileorganizer/          ← Python core (legacy PyQt6 GUI + library code)
*.py at repo root       ← CLI runners + NDJSON sidecars (organize_run, cleanup_run, asset_db, ...)

The shell exists to replace the legacy PyQt6 GUI with a UCX-style side-tab NavigationView and tile dashboard, while keeping every line of the AI / dedup / photo logic in Python where the ecosystem lives. The two halves talk over stdout (text or NDJSON). The legacy PyQt6 GUI keeps working in parallel until the shell reaches feature parity.

Two install paths, pick the one that fits.

Grab the latest release zip from Releases (look for ui-v* tags) and extract it anywhere.

shell\FileOrganizer.exe   ← double-click to launch
organize_run.py · cleanup_run.py · fileorganizer\ · requirements.txt

The shell is self-contained for .NET 8, but the live pages still call into Python — install Python 3.10+ on PATH (or drop a .venv\Scripts\python.exe next to the scripts at the extract root, or set %FILEORGANIZER_PYTHON%), then once:

python -m pip install -r requirements.txt

git clone https://github.com/SysAdminDoc/FileOrganizer.git
cd FileOrganizer
python run.py        # auto-installs deps + Ollama, opens the PyQt6 GUI

On first launch this path will:

1. Install PyQt6, rapidfuzz, psd-tools, and other dependencies if missing.
2. Download and install Ollama if not found.
3. Pull the qwen2.5:7b model if not already downloaded.

pwsh src/build.ps1                         # Debug build
pwsh src/build.ps1 -Configuration Release  # Release build

The script wraps VS 2026 MSBuild because bare dotnet build against the .NET 10 SDK fails on the WindowsAppSDK 1.5 AppX/PRI task path. It also cleans obj/ + bin/ first and runs Restore and Build as separate invocations to avoid a known MarkupCompilePass2 cascade.

Output: src/FileOrganizer.UI/bin/x64/Debug/net8.0-windows10.0.19041.0/FileOrganizer.exe.

Sort thousands of marketplace downloads (Envato, Creative Market, Freepik) into a clean category tree. The LLM reads folder + filenames, strips marketplace junk, and picks from 384+ built-in categories.

Before:

Downloads/
├── GraphicRiver - Neon Night Club Party Flyer Template 28394756/
├── CM_elegant-wedding-invitation-set_4829173/
├── christmas-slideshow-after-effects-21098345/
└── ... 2,000 more like this

After:

Organized/
├── After Effects - Slideshows/
│   └── Christmas Slideshow/
├── Print - Flyers & Posters/
│   └── Neon Night Club Party Flyer/
├── Print - Invitations & Events/
│   └── Elegant Wedding Invitation Set/
└── ...

Drive it from the Organize page in the shell, or directly from the CLI runner — see CLI Batch Runner below.

Six progressive scanners, all wired into the Cleanup page in the shell (or callable as python cleanup_run.py --scanner <name> --root <path>):

Results stream live as items are discovered. Cancellation kills the child Python process tree.

• Progressive hash dedup — Size > prefix hash > suffix hash > full SHA-256, plus perceptual image hashing for near-duplicate photos.
• Photos — EXIF metadata, Leaflet geotag map, AI event clustering, optional face detection, thumbnail grid.
• Watch mode — monitor folders, auto-organize new files, system tray.

These all work today through python -m fileorganizer (Path B). Shell pages will land in subsequent ui-v0.X.Y releases.

# AE pipeline (I:\After Effects → G:\Organized)
python organize_run.py --stats                    # Show all classified batches
python organize_run.py --preview --quiet          # Dry run
python organize_run.py --apply --quiet            # Apply all moves
python organize_run.py --retry-errors             # Retry failed items

# Design pipeline (G:\Design Unorganized → G:\Organized)
python organize_run.py --source design --preview --quiet
python organize_run.py --source design --apply --quiet

# Plan-first apply
python organize_run.py --source design --preview --plan-out plan.json
python organize_run.py --apply-plan plan.json
python organize_run.py --report <RUN_ID> --output report.md

# Undo
python organize_run.py --undo-last 10
python organize_run.py --undo-all

# Validate sources
python organize_run.py --validate

python asset_db.py --build G:\Organized          # Hash every file → SQLite DB
python asset_db.py --stats                       # DB summary
python asset_db.py --export                      # asset_fingerprints.json
python asset_db.py --lookup "path/to/folder"     # Look up a folder

Match locally-downloaded templates against a community-curated catalog of already-classified assets by SHA-256 — get clean names and categories instantly without an AI API call.

Set DEEPSEEK_API_KEY to enable DeepSeek routing.

Six dark themes with live preview: Steam Dark (default), Catppuccin Mocha, OLED Black, GitHub Dark, Nord, Dracula. The WinUI 3 shell uses the Steam Dark palette with a cyan accent and currently does not expose a theme picker.

src/FileOrganizer.UI/
├── App.xaml(.cs)             ← brand tokens, DI, crash handler
├── Views/
│   ├── MainWindow.xaml(.cs)  ← side-tab NavigationView shell
│   └── Pages/
│       ├── HomePage          ← hero + tile grid + cluster cards
│       ├── OrganizePage      ← live, runs organize_run.py
│       ├── CleanupPage       ← live, runs cleanup_run.py over NDJSON
│       └── PlaceholderPage   ← parameterized stub for unwired routes
├── Services/
│   ├── PythonRunner.cs       ← text + NDJSON Python invocation
│   └── SidecarRunner.cs      ← NDJSON for future tools/<name>/<name>.exe
└── FileOrganizer.UI.csproj

fileorganizer/
├── classifier.py             ← 7-level classification engine
├── categories.py             ← 384+ canonical category definitions
├── providers.py              ← multi-provider AI router (DeepSeek + GH + Ollama)
├── catalog.py                ← marketplace lookup + fingerprint DB pre-check
├── cleanup.py                ← six cleanup scanners
├── duplicates.py             ← progressive hash + perceptual image hash
├── photos.py                 ← EXIF / faces / events / map markers
├── files.py                  ← PC file organizer
├── workers.py                ← QThread workers (legacy GUI)
├── main_window.py            ← legacy PyQt6 main window
└── ...

repo root:
├── organize_run.py           ← CLI batch runner (text-stdout sidecar)
├── cleanup_run.py            ← NDJSON sidecar for the Cleanup page
├── asset_db.py               ← community SHA-256 fingerprint DB
├── classify_design.py        ← DeepSeek batch classifier for design assets
└── deepseek_research.py      ← _Review-folder ID resolver

Should I install Path A (shell) or Path B (Python)? — If you want the new UI and you're on Windows, Path A. If you're on Linux/macOS, or you need the photo / duplicates / watch features today, Path B. Both share the same fileorganizer/ package so you can switch later.

Ollama won't install automatically — Download from ollama.com/download, then restart.

Classification is slow — Use DeepSeek for bulk batches (60 items/call, ~1–2s). Ollama is per-item; use it only for small jobs.

Why position-based batch mapping? — AI agents may clean or reformat folder names in their response. The only reliable mapping is by position: batch_NNN.json[i] always corresponds to org_index[(N-1)*60 + i] regardless of name changes.

Why two release tag schemes (v8.x vs ui-v0.x)? — The Python core and the WinUI 3 shell version independently. Python uses vX.Y.Z, the shell uses ui-vX.Y.Z, and they release on their own cadences.

Issues and PRs welcome. The codebase is modular — categories in fileorganizer/categories.py, classification in fileorganizer/catalog.py, legacy GUI in fileorganizer/main_window.py, shell in src/FileOrganizer.UI/.

MIT — see LICENSE.