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engine_agnostic_architecture

Separate Godot-specific code from pure Core ECS logic in .NET 8 projects.

2|Updated Jul 2, 2026
Search Tags:#architecture#godot#ecs#dependency inversion#boundary enforcement#syncbridge
One-click install
npx skills add https://github.com/Xyrces/godot-ecs-gamedev-playbook --skill engine-agnostic-architecture
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: engine_agnostic_architecture
Source: https://github.com/Xyrces/godot-ecs-gamedev-playbook/tree/main/skills/engine_agnostic_architecture
Command: npx skills add https://github.com/Xyrces/godot-ecs-gamedev-playbook --skill engine-agnostic-architecture

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill prevents engine code from leaking into your game logic by enforcing a strict separation between a pure C# Core and a Godot-specific Client, making ECS gameplay easier to test, maintain, and scale.

Core Features & Use Cases

  • Assembly Boundary Enforcement: Keeps Core free of Godot references through project structure and dependency rules.
  • Dependency Inversion: Uses interfaces in Core and engine implementations in Client for audio, input, logging, and other platform services.
  • SyncBridge Pattern: Maps ECS state to Godot nodes for rendering, animation, and scene updates without mixing responsibilities.
  • Architecture Tests: Validates that Core remains engine-agnostic and catches accidental leakage early in CI.
  • Use Case: Ideal for building a .NET 8 and Godot 4.x game where simulation, AI, and world state stay pure while presentation and I/O remain engine-specific.

Quick Start

Ask the AI to audit your Godot ECS project and rewrite the architecture so Core stays pure C# while Client handles all Godot-specific rendering, input, audio, and scene synchronization.

Frequently Asked Questions about engine_agnostic_architecture

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I keep Godot code from leaking into my C# ECS game logic?▼

To keep Godot code out of your C# ECS game logic, enforce strict assembly boundaries that separate a pure Core from a Godot-specific Client, using dependency inversion and architecture tests to prevent engine type leakage.

What's the best way to separate Godot rendering from pure ECS simulation in .NET 8?▼

The best way to separate Godot rendering from pure ECS simulation is using a SyncBridge pattern that maps ECS state to Godot nodes for rendering and scene updates, ensuring presentation and I/O remain engine-specific while simulation stays pure.

Can I use dependency inversion to keep audio and input platform-agnostic in Godot 4.x?▼

Yes, you can keep audio and input platform-agnostic in Godot 4.x by defining service interfaces in your pure Core and implementing those engine-specific adapters in the Client layer using dependency inversion.

How do architecture tests validate that my Core assembly is engine-agnostic?▼

Architecture tests validate an engine-agnostic Core assembly by checking dependency rules across gameplay, input, audio, and rendering layers, ensuring the Core remains free of Godot types and catching accidental leakage early in CI.

Do I need .NET 8 and Godot 4.x to enforce engine-agnostic architecture boundaries?▼

Yes, this engine-agnostic architecture enforcement applies to .NET 8 and Godot 4.x projects, requiring project structures that support strict assembly boundaries between pure C# Core logic and engine-specific Client implementations.

Why does my ECS state synchronization with Godot nodes keep mixing responsibilities?▼

ECS state synchronization with Godot nodes mixes responsibilities when SyncBridge adapters are not properly enforced, causing Core simulation, AI, and world state to tangle with presentation and I/O engine-specific code.

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