Presentation: Rust at the Core - Accelerating Polyglot SDK Development
📰 InfoQ AI/ML
Learn how to accelerate polyglot SDK development using Rust at the core, enabling safer and more efficient cross-language integration
Action Steps
- Build a shared core in Rust for your polyglot SDK
- Use Foreign Function Interface (FFI) to navigate boundaries between languages
- Implement async concepts bridging to ensure seamless communication between languages
- Manage memory safely using Rust's ownership system and borrow checker
- Explore WebAssembly as an emerging tech to streamline cross-language integration
Who Needs to Know This
Software engineers and developers working on multi-language projects can benefit from this approach to improve development efficiency and reduce errors, while team leads and architects can apply this pattern to design more scalable and maintainable systems
Key Insight
💡 Using Rust as a shared core enables safer and more efficient cross-language integration, reducing errors and improving development efficiency
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🚀 Accelerate polyglot SDK development with Rust at the core! 🚀
Full Article
Spencer Judge discusses the architectural pattern of building a shared core in Rust with language-specific layers on top. Drawing from his work on Temporal's SDKs, he shares lessons on navigating FFI boundaries, bridging async concepts, and managing memory safely. He explains the limitations of native extensions and how emerging tech like WebAssembly can streamline cross-la
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