ralphinho-rfc-pipeline

Feature decomposition breaks oversized requirements into discrete work units using an RFC-style template. The pipeline structures these units into a directed acyclic graph (DAG) so multiple agents can execute and validate them independently before integration.

An RFC-driven workflow pipeline orchestrates multi-agent development by enforcing unit specifications, dependency management, and quality gates. It ensures each work unit passes validation through a merge queue before final integration.

Multi-agent DAG execution manages dependencies by mapping work units in a directed acyclic graph. The pipeline enforces risk assessment and rollback plans at each node, ensuring stalled work has clear recovery paths without blocking the entire queue.

Quality gates and merge queues are designed for multi-team environments to validate integration readiness. The pipeline applies unit-level checks before merging, ensuring independently developed features meet specifications without breaking the main branch.

RFC-style decomposition is not suited for small, isolated tasks that do not require multi-agent coordination. If a feature lacks complex interdependencies or risk factors requiring rollback plans, the overhead of unit specs and DAG execution outweighs the benefits.

Handling stalled work units involves triggering predefined recovery paths within the pipeline. The RFC framework enforces clear unit specs and rollback plans, allowing agents to assess integration readiness and bypass or retry failed nodes without disrupting the merge queue.