unity-asmdef

Optimize Unity build times by defining clear asmdef boundaries that separate editor, runtime, and test domains. This reduces unnecessary recompilation, improves modularity across teams, and minimizes churn during performance-sensitive builds.

Asmdef boundaries are justified for Unity projects with multiple domains, editor/runtime separation, and performance-sensitive builds. Assessing project size and domain separation determines if these boundaries are necessary to improve compile times and modularity.

Split Unity assemblies by proposing concrete assemblies and allowed dependency directions based on your project's domain separation. This ensures justified boundaries, improves compile times, and provides clear editor, runtime, and test split guidance.

Migration steps involve proposing concrete assemblies, setting allowed dependency directions, and providing risk considerations to minimize churn. This structured approach ensures smooth transition to justified asmdef boundaries for better compile times.

Risk notes and limitations indicate when not to use asmdef boundaries, particularly for small Unity projects lacking multiple domains or performance-sensitive builds. Unjustified boundaries can increase complexity without improving compile times or modularity.

The best way to structure Unity assembly definitions for large teams is to propose concrete assemblies with allowed dependency directions and editor, runtime, and test split guidance. This improves modularity and compile times across performance-sensitive builds.