Audit the last 20 finished workflows across ALL projects for engine issues: dump instances, session anomalies (restarts, nudges, stall/stop-blocks, rate-limits, low-context), error messages, final-result findings and be.log errors via gather.sh, classify each signal against the signature map, verify root causes in the…
Cut a new nrflo release. Bumps VERSION, generates human-readable release notes from git log, tags, pushes, monitors the GoReleaser and Docker CI runs, then replaces the GitHub Release body with the synthesized notes. Accepts one SemVer bump argument: patch (+0.0.1), minor (+0.1.0), major (+1.0.0).
Close out a chunk of work in one pass: analyze the uncommitted diff, bring the implicated CLAUDE.md / doc/ / capabilities notes up to date (present-state per Rule 1, byte caps, one-canonical-location), run the static gates (CLAUDE.md caps, make filesize, make lint, make deadcode) and the test gates (make test, make…
Compare the unified models registry (per-mode model IDs, contexts, effort lists, and defaults) against what the providers actually ship today: codex app-server model/list, claude --help --effort, and the Anthropic/OpenAI docs. Reports delisted models, mode/effort drift, and duplicate mappings. Read-only — proposes a…
Market scan for tier-model substitution: fetch live OpenRouter pricing, platform popularity, and contamination-resistant coding benchmarks (SWE-rebench, Terminal-Bench), reprice a real recent nrflo workload from the local DB against each candidate, and produce a ranked candidates table per tier (t1 executor / t2…
Run the full manualtesting suite and report whether everything passed. All seven provider folders (engine, claude, codex, python, api, openaiapi, console) launch concurrently, each with its own NRFLOHOME + NRFLOSOCKET. Overwrites /capabilities.md with results, CLI versions, nrflo version, and a UTC timestamp. Spawns…
Instructions for nrflo/nrflo, covering claude code instructions for nrflo, new features, mandatory rules, 1. claude.md describes present state, under a cap and 2. layer-based phase execution.