Derive dependency-ordered build sequences from traversable spec graphs.
npx skills add https://github.com/alvazone/traverspec --skill traverspec-waves
Please help me install this Agent Skill. Skill: traverspec-waves Source: https://github.com/alvazone/traverspec/tree/main/templates/skills/traverspec-waves Command: npx skills add https://github.com/alvazone/traverspec --skill traverspec-waves
This skill solves the challenge of determining the correct build order for features in a spec-driven development project, preventing incorrect implementation sequences and identifying hidden dependencies.
Run the traverspec-waves skill to generate a dependency-ordered build sequence for the current graph.
High-intent search queries and answers about installing and using this skill.
A dependency-ordered build sequence is derived by mechanically traversing a spec graph to group features into sequential waves. This process resolves explicit edges and implicit domain constraints to prevent incorrect implementation sequences.
Wave-based build ordering groups features into sequential implementation phases by applying mechanical graph traversal to dependencies. It ensures all prerequisites are satisfied before subsequent features are built.
Finding hidden dependencies requires combining mechanical graph traversal with a prose verification pass. This approach catches build-ordering facts not captured by explicit edges, ensuring accurate feature sequencing.
Graph traversal alone cannot fully determine build order because it misses implicit domain constraints. Combining mechanical graph analysis with prose-based verification catches build-ordering facts not captured by explicit edges.
Generating a build sequence requires a traversable spec graph containing your features and explicit dependencies. The skill processes this graph structure to automatically group features into sequential waves for roadmap planning.
Use prose verification for build ordering when your spec graph contains implicit domain constraints not captured by explicit edges. It complements mechanical graph traversal to ensure accurate feature development sequencing.
PacificStudioConvert clarified specs into OpenASE tickets with dependency edges.
jpoutrinExecute multiple Claude Code agents in parallel with wave dependencies and git worktrees.
BAIZ1DEnforce a spec-first SPEC to PLAN to EXECUTE to VERIFY to COMMIT protocol for software engineering tasks.
kriscendobotTopologically sort pull request identifiers using a dependency graph.
