asupersync-mega-skill

Migrating Rust from Tokio to Asupersync involves replacing Tokio, Axum, Tonic, Hyper, and Reqwest with native Asupersync equivalents to ensure structured concurrency, cancel-correctness, and deterministic testing.

Structured concurrency and cancel-correctness are async runtime guarantees enforced by Asupersync using `Cx` and regions, ensuring tasks are reliably scoped and safely canceled to improve service reliability and testability.

Yes, you can replace Axum and Hyper with native Asupersync components when migrating your Rust application, which allows you to architect services with built-in cancel-awareness and deterministic testing capabilities.

The best way to architect new Rust services with Asupersync is by utilizing its core principles like `Cx`, regions, and cancel-awareness from scratch to achieve high-performance and deterministic testability.

Debugging Asupersync runtime internals requires understanding its scheduler and leveraging its advanced features, which provides guidance for resolving complex concurrency issues within your Rust application.

Migrating from Tokio to Asupersync improves deterministic testing by replacing Tokio's asynchronous stack with a runtime designed around structured concurrency and cancel-correctness, yielding stronger reliability guarantees.