liangxiegame/QFramework

Features

• Command Query Responsibility Segregation Patterns - Centrally implements Command Query Responsibility Segregation to separate state-changing operations from data-retrieval queries.
• Game Architecture Layers - Organizes game logic into strict layers of models, systems, and controllers to separate data from presentation.
• Data Querying - Provides a dedicated query system for retrieving specific information without modifying state.
• Asset and Resource Management Systems - Handles the asynchronous loading and unloading of game resources using a reference counting model to optimize memory.
• Asset Lifecycle Management - Implements a reference-counting system for loading and automatically unloading game assets from local and network sources.
• Command Pattern Implementations - Implements a command execution mechanism to isolate data modification logic from the presentation layer.
• Command Query Responsibility Segregation Patterns - A structural approach using commands for data modification and queries for retrieval to prevent controller bloat.
• Dependency Injection Containers - Includes a dependency injection container to manage the registration and resolution of singletons and modular components.
• Dependency Injection Frameworks - Provides a container to manage the registration and lifecycle of singletons and modular components to decouple logic.
• Dependency Injection - Implements dependency injection to decouple software components by resolving required instances through a central container.
• Inversion-of-Control Containers - Provides an inversion-of-control container for registering and retrieving singletons and modular components.
• MVC Pattern Implementations - Decouples data, user interface, and interaction logic through a structured Model-View-Controller implementation.
• Reactive Data Binding - Implements properties that trigger events on value changes to synchronize data across different architectural layers.
• Layered Architectures - Employs a layered architecture that separates presentation, system, and model logic to ensure a strict data flow.
• State Management Patterns - Utilizes a command-based state management pattern to ensure consistent mutations across the system and model layers.
• Event-Driven State Synchronizers - Uses an event-driven synchronization system to notify higher architectural layers of data updates without circular dependencies.
• Architectural State Synchronizers - Notifies higher architectural layers of data changes via a decoupled messaging system to prevent circular dependencies.
• Unity Game Frameworks - Provides a layered software architecture for Unity that separates presentation, system, and data logic.
• Live Reloading Environments - Allows modifying scripts and observing results in the running application without needing to restart the scene.
• C# Game Development Workflows - Optimizes development productivity through a combination of fluent APIs, live reloading, and automated UI binding.
• Game Engine Utilities - Ships a comprehensive library of tools for asset management, object pooling, and audio control tailored for Unity.
• Sequential Action Coordination - Provides a system to execute tasks, delays, and callbacks in a defined order or in parallel.
• Audio Playback - Provides a system for playing background music and sound effects with integrated volume control and asynchronous loading.
• Global Event Dispatchers - Implements a decoupled messaging system to dispatch events to registered listeners globally or through specific systems.
• Asset Lifecycle Tracking - Implements reference-counting asset management to automatically unload local and network resources when no longer needed.
• Application Component Lifecycles - Manages the initialization and cleanup sequences for systems and models to ensure clean setup and teardown.
• Infrastructure Wrappers - Provides a dedicated utility layer that encapsulates low-level APIs for networking and storage.
• Object Pooling - Provides object pooling to reuse frequently created and destroyed game objects and reduce garbage collection overhead.
• Interface Panel Lifecycle Management - Provides a navigation stack to control the opening, closing, and layering of interface panels and back-button logic.
• Hierarchical Navigation Stacks - Manages the lifecycle and layering of interface screens using a hierarchical navigation stack.
• Reactive Property Bindings - Uses reactive property bindings to automatically synchronize user interface elements with underlying data changes.
• Automated Component Binders - Generates scripts that map object references to class fields, eliminating manual drag-and-drop assignments.

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