ck-game-driver-architecture

Use promise-based readiness gating to prevent race conditions during entity spawning by ensuring deterministic dependency resolution before executing scoped gameplay controller logic.

The best way to avoid global service locators is using scoped game driver architecture, which separates policy from mechanism through MVC-compliant controller logic and subordinate ownership management.

Set up dependency injection for complex gameplay systems by defining a scoped Driver entity to manage entity lifecycles, subordinate ownership, and request routing without relying on global state.

Yes, this architecture applies to building complex gameplay systems like day-night cycles and store managers that require reliable dependency injection and deterministic lifecycle management.

You should avoid global state when building gameplay systems requiring deterministic readiness gating and dependency injection, as it creates architectural debt and unmanaged entity spawning issues.

Yes, you can generate boilerplate for a new game driver entity script that implements the required readiness promise and scoped discovery patterns for your gameplay systems.