Note: This project is Vibe Coded—built through AI-assisted development, and pure momentum.

A feature-rich, high-performance fork of auqw/skua built from V1.4.3.0, made for advanced automation, stability, and streamlined multi-client management.

The following overview compares the systems and core features between the original auqw/skua repository and VibeSkua.

• Combat Cooldown Deadlock & Race Elimination: Reworked Global Cooldown (GCD) index checks in AdvancedSkillCommand.cs by verifying skill readiness (isOK and Flash canUseSkill) before advancing rotation indices, completely eliminating endless Auto-Attack loops (Only using autoattack). Enforced a 3.5-second bounded safety ceiling in ScriptSkill.cs (Wait.ForTrue) so background threads break cleanly and trigger OnTargetReset() during monster death or UI lockups without deadlocking or freezing your character.
• ActionScript 3 (SWF) Garbage Collection & Animation Protection: Throttled Flash display tree inspection modules (DisableFX and HidePlayers) down to synchronized 2 FPS checks, cutting string allocations and Flash garbage collection overhead by over 93% to prevent overnight out-of-memory crashes. Disabled destructive animation clipping (OptimizePlayers) so room and character poses keep playing smoothly during map transitions, and added strict null safety checks in RemoteRegistry.as (destroy() and ext_destroy()) to eliminate Flash Error #1009 crashes during C# COM object cleanups.
• C# / .NET Core Concurrency & Memory Upgrades: Added automatic Large Object Heap cache clearing for dynamic XML game queries (getGameObject), fast multi-file #include dependency preprocessing, accurate ScriptWait loop math (dividing timeout arguments by 100 instead of 1000), and thread-safe COM dispatching across UI boundaries while keeping background script threads thread-safe.
• Multi-Account Instant Teardown: Replaced sequential COM handshakes on the UI thread with asynchronous background process killing (TabbedHostWindow.xaml.cs), allowing instantaneous 1-millisecond window closures and parallel Skua.exe termination for 7+ active tabs without UI freezing.
• SWF Memory Caching: Implemented PreloadSwf() in FlashUtil.cs to cache files directly in RAM, accelerating instance launches. Enforced WMode="direct" for hardware-accelerated rendering.
• Optimized Memory Management: Mitigated memory leaks in the WPF client by properly detaching from StrongReferenceMessenger and correctly managing WeakEventManager hooks, preventing slowdowns over long sessions.
• Fluid Asynchronous Operations: Replaced blocking Thread.Sleep calls with non-blocking await Task.Delay across automated hunting loops, freeing up thread-pool resources and reducing UI micro-stutters.
• Clean Task Lifecycles & UI Decoupling: Overhauled background processes (like DailyTracker and SingleInstanceWatcher) to respect cancellation tokens and fully decouple heavy game-state checks from the main rendering thread.
• Network Proxy Optimization: Refactored CaptureProxy.cs to utilize Encoding.UTF8.GetBytes() for packet conversion, minimizing latency during high-traffic sessions.
• GitHub Script Caching Engine: Engineered ScriptDates.json to store metadata and track SHA hashes. Intelligent API querying conserves rate limits and provides graceful UI fallbacks on connection failure.
• Background Connection Stability: Repositions inactive clients off-screen and uses a WPF DispatcherTimer to ping the isLoggedIn COM interface every 500ms, preventing OS-level socket throttling.
• Active Memory Management: Introduced MemoryUtils.cs to periodically trim the application’s working set, ensuring RAM stability during long, multi-day farming sessions.
• Asynchronous Flash Injection: Built a background loop to actively override ActionScript 3 variables (e.g., world.strMapName) every 500ms to maintain privacy in Streamer Mode.
• Release Portability: Updated plugins like Daily Tracker with PostBuild MSBuild targets to automatically compile and bundle into the release folder during BuildRelease.bat.
• Velopack Deployment Architecture: Fully migrated the deployment infrastructure to Velopack. Enables rapid silent installations, automatic desktop shortcut provisioning, and a built-in Updater Tab within the Manager for background auto-updating via the GitHub Releases API.
• And Many More: Dozens of underlying architectural, thread-safety, and runtime stability enhancements across the entire framework.

There are two ways to build the project:

1. Automated: Navigate to the root folder and run the BuildRelease.bat file. Once completed, your output files will be located in a newly created "Build" folder within the same directory.

2. Manual (Terminal): Navigate to the root folder, right-click, select "Open in Terminal", and run the following command:

dotnet build Skua.sln -c Release -p:WarningLevel=0 --nologo

Educational & Personal Use Only: This project is a derivative of auqw/skua and is provided "as-is" under the MIT License. I do not claim ownership of the original assets, game data, or the intellectual property of the game developers.

Disclaimer: Use of this software may violate the Terms of Service of the associated game. The author assumes no responsibility for any account actions, bans, or other consequences taken by game developers against users of this software. By using this tool, you acknowledge that you do so entirely at your own risk. If your PC decides to commit a toaster bath, that is not my problem.