rust-engine

To maintain architecture boundaries between Rust and WASM, enforce engine/src/** separation by standardizing Bevy ECS components, bridge systems, and pending queues to prevent architectural drift during engine evolution.

Mapping JSON-like commands to deterministic Bevy ECS actions requires standardizing command dispatch and pending work flows, ensuring bridge systems safely queue and execute engine actions without race conditions.

Yes, Bevy 0.18 conventions support WASM target builds in a production engine by enforcing validation workflows, command patterns, and bridge isolation to ensure deterministic builds and prevent regressions.

The best way to validate Bevy ECS components and WASM interop is running an architecture validator alongside WASM cargo checks, confirming engine/src/** boundaries and Bevy 0.18 compatibility after component updates.

WASM bridge interop breaks when modifying core Rust components due to architectural drift, which occurs when strict engine/src/** boundaries and pending queue command dispatch patterns are not enforced.

Yes, pending queues are needed to handle command dispatch in a Bevy ECS engine because they map JSON-like commands to deterministic engine actions, ensuring safe and scalable production-grade execution.