LogDash

A production-grade, high-performance native desktop application suite for macOS and Windows (SOON) . This project demonstrates advanced operating system integration, robust security hardening, and high-performance user interface design without the overhead of web-based runtimes or Electron-like frameworks.

Architecture

The project adheres to a strict MVVM (Model-View-ViewModel) architectural pattern, emphasizing separation of concerns and platform-specific optimization:

• Core: Contains shared abstractions, domain models, and service interfaces to define system contracts.
• Services: Abstracted platform-specific implementations leveraging low-level system APIs.
• ViewModels: Encapsulates rich business logic, state management, complex data transformations, UI coordination, and robust error handling.
• Views: 100% native user interfaces constructed using WinUI 3 / WPF (Windows) and SwiftUI (macOS), ensuring optimal rendering performance and tight integration with native compositor APIs.

System Integration Features

The suite leverages advanced operating system capabilities for both performance and deep integration:

• High-Performance Rendering Pipeline:
  • Employs hardware-accelerated rendering utilizing Windows Media infrastructure and CoreAnimation/SwiftUI transitions.
  • Implements dynamic Gaussian blur computations on wallpapers, ensuring smooth continuous compositing.
  • Cinematic staggered animations generated through calculated delayed-entry matrices for application components.
• macOS Subsystem Integration:
  • Inter-process communication via DistributedNotificationCenter for zero-latency Apple Music & Spotify state synchronization.
  • Process launching and discovery delegated to the NSWorkspace APIs.
  • Cryptographic credential management and secure persistence via the Apple Keychain.
• Windows Subsystem Integration:
  • Direct Registry-based application discovery.
  • Media state polling utilizing the Windows.Media.Control API.
  • Secure credential storage delegated to the PasswordVault mechanisms.

Security Hardening

Security is treated as a fundamental requirement, integrated directly into the infrastructure:

• Account Lockout Policy: Continuous monitoring of authentication attempts, enforcing strict mathematical backoff or automated 15-minute lockouts upon crossing configured threshold limits.
• Zero-Plaintext Storage: Absolute prohibition of plaintext credential storage. Utilizes platform-native, hardware-backed security modules. Memory lifecycle management ensures passwords are aggressively zeroed out post-authentication.
• Persistence Layer Integrity: Custom SettingsService implementations strictly bind to the Windows Registry and macOS UserDefaults, preventing external tampering.

Installation & Deployment Pipelines

Note: Requires Swift Command Line Tools (macOS) or .NET SDK (Windows).

Manual Compilation Strategy

The project features IDE-independent build pipelines designed for CI/CD integration.

Windows (.NET 6 SDK):

./Windows-Install.ps1

Executes targeted MSBuild operations, dependency restoration, native compilation, and subsequent packaging routines.

macOS (Swift 5.7+ Environment):

./macOS-Install.sh

Triggers the Swift Package Manager (SPM) pipeline, compiling native binaries and structuring the final standard .app bundle structure out-of-tree.

Repository Structure

├── Windows/
│   ├── StartupDashboard/      # Main WPF/WinUI Application Namespace
│   ├── StartupDashboard.Tests/ # Automated NUnit/xUnit Test Suite
│   └── StartupDashboard.sln   # Primary MSBuild Solution File
├── macOS/
│   ├── StartupDashboard/      # Main Swift/SwiftUI Application Target
│   └── Tests/                 # XCTest validation suite
├── Package.swift              # Canonical SPM target/dependency definitions
├── build.sh                   # Unix shell deployment automation script
└── install.sh                 # Initial multi-platform bootstrapping router

System Customization

Configuration points span multiple architectural layers:

• Dynamic Presentation: WelcomeViewModel string interpolation for user-specific greetings.
• Security Thresholds: Rate-limiting and temporal lockout constraints are actively tunable via the SecurityPolicyService.
• Cryptographic Reset: Requires explicit interaction with the platform's root security layer (Keychain Access on macOS, Credential Manager on Windows) to evict the "StartupDashboard" generic credentials token.

License

MIT