gear-architecture-planner

To turn a Vara feature spec into a structured program architecture, translate the approved specification into compliant designs that define state ownership, message flows, and off-chain integration surfaces using Gear and Sails constraints.

Sails IDL generation influences Gear program design boundaries by requiring thin #[program] constructs and standardized message contracts. This ensures architecture plans explicitly define async failure policies and align with client generation requirements.

The best way to plan state ownership for a Gear smart contract is to map approved feature specifications against guardrail-aligned design principles, ensuring explicit state boundaries and clear async failure policies within the architecture document.

Yes, you can use this architecture planning approach for off-chain integration surfaces. It translates Gear and Vara feature specifications into structured service boundary definitions that explicitly map off-chain components and messaging flows.

Yes, Gear message flow architecture requires explicit async failure policies. Structured planning ensures designs align with gstd API capabilities and platform best practices to properly handle asynchronous messaging constraints.

Gear architecture plans often lack consistent service boundary definitions due to manual guesswork. Applying guardrail-aligned design eliminates inconsistency by enforcing standardized Sails message contracts and explicit state ownership.