Can it detect circular dependencies?

Yes, the skill analyzes your script logic to identify and help resolve dependency cycles that could cause stack overflows or logic errors.

When should I use this skill during development?

It is best used right after writing a new feature but before merging it into your main branch to catch integration issues early.

Does this work for Unity projects?

While generic, its focus on GameManagers, Inspector references, and initialization sequences makes it ideal for Unity, Godot, and other component-based game engines.

What is the primary purpose of the Integration Validator?

It ensures that any new code you write is fully compatible with your existing project architecture, specifically focusing on how scripts interact with global managers and starter kits.

Integration Validator

Name: Integration Validator
Author: karchtho

bykarchtho

Game Development

Validates that new code integrates seamlessly with existing game managers, starter scripts, and dependency chains.

About

The Integration Validator Skill is a specialized tool designed for game developers to ensure that new scripts and features function correctly within an existing project architecture. It meticulously checks for manager dependencies, prevents circular references, validates initialization sequences, and confirms that event chains and object pooling systems are properly connected. By generating detailed integration maps and dependency graphs, this skill helps catch breaking changes and architectural conflicts before they impact the build, making it an essential companion for rapid prototyping and complex game jam environments.

Key Features

Analyzes event and callback chains for correct execution timing
Verifies reference integrity and Inspector-side wiring requirements
Validates initialization order for managers and utility systems
0 GitHub stars
Maps interactions between new code and existing starter scripts
Detects and resolves circular dependencies between script modules

Use Cases

Checking if a new boss enemy system correctly registers with the GameManager and AudioManager
Validating that a new UI menu doesn't cause race conditions during scene initialization
Ensuring custom game logic properly utilizes existing object pooling and input managers

About

Key Features

Analyzes event and callback chains for correct execution timing
Verifies reference integrity and Inspector-side wiring requirements
Validates initialization order for managers and utility systems
0 GitHub stars
Maps interactions between new code and existing starter scripts
Detects and resolves circular dependencies between script modules

Use Cases

Checking if a new boss enemy system correctly registers with the GameManager and AudioManager
Validating that a new UI menu doesn't cause race conditions during scene initialization
Ensuring custom game logic properly utilizes existing object pooling and input managers