ordo-jit-optimization

Schema-aware JIT compilation accelerates rule evaluation by compiling expressions against strongly-typed contexts at runtime, reducing interpreter overhead and enabling ultra-low latency in production decision platforms.

Run the provided quick-start benchmark on a sample rule set to compare Cranelift-based JIT execution with the standard interpreter, measuring latency and throughput across varied schemas and contexts.

TypedContext derivation generates strongly-typed rule contexts from your Rust structs using a derive macro, ensuring type safety and schema alignment during JIT-optimized expression evaluation.

Apply a schema-aware JIT compiler to high-frequency rule paths, leveraging TypedContext derivation and built-in performance-tuning tools with safe defaults to achieve scalable, ultra-low-latency rule execution.

Avoid JIT optimization for low-frequency rules or rapidly changing schemas where compilation overhead outweighs execution gains; the provided performance-tuning tools help benchmark and identify these threshold cases.