sparc-mapping

To add a pseudocode checkpoint to your development plan, you map SPARC phases onto existing lifecycle steps and append a structured ## Pseudocode section with placeholders for critical functions. This forces explicit edge cases and failure modes before execution.

A pseudocode gate is needed for algorithm design when handling non-trivial control flow, state machines, concurrency, and algorithmic data transforms. It prevents jumping straight from architecture to implementation by forcing a human-authored pseudocode scaffold.

SPARC phase mapping works by aligning Specification, Architecture, Refinement, and Completion phases with the lifecycle artifacts you already use. It highlights the missing Pseudocode gate and reports which phases your current plan has evidence for.

The best way to de-risk an architecture plan before coding is to run an interactive human review loop that drafts pseudocode for critical functions. This ensures edge cases, invariants, and failure modes are explicitly named before passing to execution.

Yes, you can use SPARC mapping if your plan has no pseudocode section. The skill triages gate necessity by comparing your candidate plan against rules, then appends a structured ## Pseudocode section at the correct location with 1–5 critical function subsections.

Your development plan skips edge cases and failure modes because it lacks an explicit pseudocode checkpoint between architecture and implementation. Adding a pseudocode gate enforces an interactive review loop that checks whether these constraints are explicitly named.