Runs the multi-agent refactoring-backlog pipeline in docs/project/ refactor-backlog-setup/ up to and including three of the seven Phase 1 agents. 00-baseline.md establishes the metrics every later agent must cite, using only tooling already in the repo (vitest lcov, coverlet cobertura, ESLint's core `complexity` rule at threshold 0 for a full distribution, depcruise --metrics). Duplication and C# complexity had no tooling, so tools/baseline-scan.mjs adds a deterministic ~200-line text scan rather than a new dependency; the approximations are labelled as such. Headline: FE 75.1% line coverage but only over the 98 of 220 source files a spec loads; BE 97.6% line / 79.6% branch; 0 layering violations; 7.1% duplication; 25 of 2085 TS functions over CC 10. Then 02-testability, 04-cqrs-light and 06-adr-conformance (27 findings). 01/03/05 were skipped deliberately — the baseline shows little for them to find; 07 (BIO2) and 08 (consolidation) are still open. Each agent corrected a baseline observation of mine, and in every case the error was in something derived rather than measured: - BL-007 counted ~13 adapter "mutations" from the `runSubmit` helper name; 5 of those call sites are reads. It also missed 3 real mutations that reach the raw ApiClient and never return a Result. - BL-002 diagnosed the 100%-duplicated auth folders as ADR-0002's divergence prediction failing. It never had a chance to fail: §3's `Principal` union was never built. - BL-004 named libs/shared/domain and libs/beheer/contracts as coverage gaps; both are pure type declarations where 0% is unimprovable. All three corrections are recorded inline in 00-baseline.md §10, so agent 08 does not inherit the bad numbers. .prettierignore excludes the agent prompt directories — reflowing their markdown would edit the prompt text itself. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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2.7 KiB
Refactoring backlog — automated setup
What's in this package
refactor-backlog-setup/
setup.sh ← run this once, from the root of the target repo
agents/ ← source prompts (edit these if you need to tweak
scope/wording before running setup.sh)
_persistence-protocol.md
00-baseline.prompt.md
01-readability.prompt.md
02-testability.prompt.md
03-ddd-hexagonal.prompt.md
04-cqrs-light.prompt.md
05-bdd.prompt.md
06-adr-conformance.prompt.md
07-bio2-compliance.prompt.md
08-consolidation.prompt.md
09-implementation.prompt.md (template — one TICKET-ID per Phase 3 dispatch)
Usage
- Copy this
refactor-backlog-setup/folder into the root of the target repo (or reference it via a relative path). - Edit anything in
agents/if scope/exclusions need repo-specific detail (e.g. exact module paths, ADR folder location) — the prompts currently use the defaults agreed in the design conversation. - Run:
This creates
bash refactor-backlog-setup/setup.sh./refactor-backlog/with:_status.mdinitialized, all agentsnot_started00-baseline.mdthrough07-bio2-compliance.mdinitialized with headers99-backlog.mdempty, ready for Consolidationimplementation/folder for Phase 3 notesfinal-prompts/— every agent prompt with the persistence protocol already merged in. These are the exact prompts to dispatch — no manual copy-paste needed.
Dispatch order
- Dispatch
final-prompts/00-baseline.prompt.md(Opus). Wait for_status.md→ baseline: complete. - Dispatch the 7 Phase 1 prompts in parallel (Opus):
01through07. Each checks its own dependency in_status.mdbefore starting. - Once all 7 show
complete, dispatchfinal-prompts/08-consolidation.prompt.md(Opus). It writes99-backlog.mdand halts for human approval — check the file for anyADR-fixor BIO2-flagged tickets before proceeding. - For each approved ticket, copy
final-prompts/09-implementation.prompt.md, fill inTICKET-ID:, dispatch (Sonnet). Run tickets in parallel within a CD batch, sequential across batches, per theDepends oncolumn in99-backlog.md.
Re-running / resuming
Safe to re-run setup.sh only on a fresh workspace — it does not check for an
existing ./refactor-backlog/ and will overwrite _status.md and the phase
output files. If a run is already in progress, don't re-run setup.sh; just
re-dispatch the relevant final-prompts/*.prompt.md — each agent reads
_status.md and its own output file first and resumes from where it left off.