ordo-rule-development

To build a ruleset workflow in Rust, you define and connect Decision, Action, and Terminal steps to form an executable Step Flow model. This approach provides structured, hands-on guidance for designing reliable rule execution logic.

A Step Flow model in a rule engine structures logic by connecting Decision, Action, and Terminal steps. This architecture enables developers to sequentially process inputs, evaluate conditions, and route actions within a Rust-based engine.

You validate and execute a ruleset in Rust by constructing the Step Flow, applying validation checks, and running the compiled logic through the RuleExecutor. This ensures the workflow operates reliably and processes inputs correctly before deployment.

Yes, you need prior Rust programming experience to design Ordo rule engines. The implementation requires familiarity with Rust to effectively define RuleSet workflows, configure steps, and execute logic within the engine.

Use Decision steps to evaluate conditions and branch logic, and Terminal steps to end the workflow in a ruleset. Combining these with Action steps allows you to model complex processes such as loan approvals, order routing, and compliance checks.