grace-execute

Sequential module generation with built-in verification is coordinated by loading plan artifacts, sequencing steps, and delivering controlled write scopes. The execution engine pairs each step with verification plan checks and delta proposals to ensure guardrails.

A GRACE execution workflow orchestrates end-to-end development by loading Phase- and Step-level packets to build and run step plans. It records module contracts and dependencies while applying canonical ExecutionPacket formation for disciplined generation.

GraphDelta and VerificationDelta consistency is maintained by publishing graph and verification deltas back to shared docs. The execution process synchronizes central artifacts to docs/development-plan.xml, docs/knowledge-graph.xml, and docs/verification-plan.xml.

Yes, sequential step execution requires pre-existing plan artifacts to load pending steps. The orchestration process depends on docs/development-plan.xml, docs/knowledge-graph.xml, and docs/verification-plan.xml to form canonical ExecutionPackets and apply verification checks.

Automating step sequencing and artifact synchronization is best handled by an orchestration engine that loads pending steps and publishes deltas back to shared docs. This approach ensures VerificationDelta proofs and GraphDelta consistency without manual intervention.

Module generation requires integrated verification checks and reviews to enforce development guardrails during execution. Pairing generation with delta proposals and verification plan checks ensures that module contracts and dependencies meet canonical consistency standards.