ralphinho-rfc-pipeline

RFC-driven decomposition translates large features into a DAG-style plan with explicit unit dependencies and scopes. This ensures integration does not become a high-risk single merge by isolating schema updates and behavioral refactors.

Merge queue integration handles dependency failure by enforcing dependency checks before queuing. It rebases units to the latest integration branch and re-runs integration tests after each queued merge to prevent broken upstream states.

Quality gates enforce per-unit acceptance tests and rollback plans during feature development. Each work unit undergoes research, planning, implementation, testing, and review to produce a unit scorecard before merge integration.

DAG orchestration manages complex feature development by decomposing RFCs into a dependency graph of work units. It sequences research, implementation, and validation tasks to ensure safer integration of risky multi-part changes.

RFC pipeline orchestration works for features requiring both schema updates and behavioral refactors. It unitizes these risky changes into a dependency-aware plan, applying acceptance tests and controlled merge-queue integration to each unit.

Merge queues require rebasing and re-testing after each unit integration to validate dependencies against the updated branch. This controlled integration step ensures that newly merged code does not break existing functionality or upstream dependencies.