erne-native-module

To automate React Native native module scaffolding, use a sequential generation tool that creates TypeScript API contracts alongside platform-specific Swift and Kotlin implementations, reducing manual boilerplate and ensuring cross-platform parity.

The best way to ensure iOS and Android parity is applying contract-driven development that defines TypeScript interfaces first, then running an automated code-review validation phase to check robust error handling across Swift and Kotlin implementations.

Yes, you can scaffold Turbo Modules and Fabric Components for bare React Native projects, as the sequential scaffolding process explicitly supports both bare setups and Expo managed workflows for multiple module types.

Contract-driven development for React Native modules works by generating TypeScript API contracts first, then scaffolding platform-specific Swift and Kotlin implementations against that contract, and finally validating cross-platform behavior through automated tests.

No, you do not need to write separate boilerplate for Expo Modules and Turbo Modules, because end-to-end native module creation automates sequential scaffolding across these multiple module types while applying TypeScript interfaces and platform-specific code generation.

Limitations of automated native module scaffolding tools include potential constraints on custom architectural patterns, as the sequential process enforces contract-driven development with specific TypeScript, Swift, and Kotlin structures rather than free-form implementations.