SnapToWindow

Product Introduction

1. Overview: SnapToWindow is a cross-platform window management utility built with Tauri, Rust, and TypeScript.
2. Value: Enables users to instantly snap application windows to precise screen positions (halves, quarters, thirds) using customizable keyboard shortcuts, boosting productivity.

Main Features

1. Precision Window Snapping: Snap windows to 9 predefined zones including thirds, quarters, and halves using Win32 API (Windows) and Accessibility APIs (macOS).
2. Cross-Platform Hotkeys: Unified keyboard shortcuts (Ctrl+Alt on Windows/Ctrl+Opt on macOS) for consistent workflow across operating systems.
3. Multi-Monitor Management: Seamlessly position windows across multiple displays with dedicated display-aware snapping logic.
4. Resource-Efficient Tray Operation: Runs in system tray with <50MB RAM usage thanks to Tauri's Rust backend and optimized event loop.
5. Auto-Update Engine: Silent background updates via Tauri's integrated updater without disrupting workflow.

Problems Solved

1. Challenge: Manual window resizing wastes time and causes inconsistent layouts during multitasking.
2. Audience: Developers, data analysts, and power users who manage multiple applications simultaneously.
3. Scenario: Quickly arranging IDE, browser, and documentation windows into thirds for efficient coding sessions.

Unique Advantages

1. Vs Competitors: Offers consistent keyboard-first workflow across Windows/macOS unlike Rectangle (macOS-only) or PowerToys FancyZones (Windows-only).
2. Innovation: Leverages Tauri's Rust core for native OS integration and 10x smaller footprint compared to Electron alternatives.

Frequently Asked Questions (FAQ)

1. Does it support custom keyboard shortcuts? Yes, all snapping commands are fully customizable through hotkey configuration files.
2. How does it handle multiple monitor setups? Windows snap to active display by default with dedicated shortcuts for display switching.
3. Is Linux supported? Linux support is actively in development using X11/Wayland protocols.
4. What's the memory footprint? Typically under 50MB RAM due to optimized Rust backend and Tauri framework efficiency.