From cf798a809f1584e36a39881020aa1f8c11b57e38 Mon Sep 17 00:00:00 2001 From: Claude Date: Tue, 1 Sep 2026 06:39:22 -0500 Subject: [PATCH] gitea-saas-core#42: review-gate calibration corpus + report (measure, don't tune) MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit Calibration harness that measures the existing review gate's false-approve rate on real farm history before gold-tier auto-merge is sold: - tests/calibration/corpus/ — 25 real farm PRs with known outcomes (merged/bounced) from 11 pbwraith repos; each entry records the inputs the gate saw (issue body, changed files, diff, observed test/hygiene exit). - tests/calibration/manifest.json — curated known outcome, category, and recorded gate inputs per entry. - tests/calibration/run_calibration.py — one-line command that re-runs the EXISTING deterministic reviewer against the corpus and regenerates tests/calibration/calibration_report.md. - CALIBRATION.md — the measured rate and the recommendation. Result: 0/14 false-approve on the deterministic gate (44% of real PRs refused as unverifiable), and 2/16 = 12.5% on the operator's terms (both owner-documented botmanager regressions included: #220's wrong-check-target ship and !22's sibling-merge regression). Recommendation: not safe to sell gold auto-merge yet; close acceptance-format coverage, test-target selection, and sibling-merge verification first. reviewer.py / review_policy.py untouched (read-only). --- CALIBRATION.md | 79 ++++ tests/calibration/build_corpus.py | 269 ++++++++++++ tests/calibration/calibration_report.md | 99 +++++ .../calibration/corpus/after-hours-vn-19.json | 20 + tests/calibration/corpus/bot-contracts-8.json | 23 ++ tests/calibration/corpus/botmanager-191.json | 20 + tests/calibration/corpus/botmanager-200.json | 21 + tests/calibration/corpus/botmanager-209.json | 19 + tests/calibration/corpus/botmanager-220.json | 51 +++ tests/calibration/corpus/botmanager-231.json | 27 ++ .../calibration/corpus/dice-and-deeds-27.json | 25 ++ .../corpus/gitea-saas-core-10.json | 23 ++ .../corpus/gitea-saas-core-19.json | 19 + .../corpus/gitea-saas-core-22.json | 21 + .../corpus/gitea-saas-core-27.json | 28 ++ .../corpus/gitea-worker-ops-43.json | 19 + .../corpus/gopher64-netplay-18.json | 50 +++ .../corpus/gopher64-netplay-21.json | 18 + .../corpus/gopher64-netplay-9.json | 50 +++ tests/calibration/corpus/microkit-10.json | 22 + tests/calibration/corpus/nexus-aio-40.json | 26 ++ tests/calibration/corpus/nexus-aio-44.json | 26 ++ tests/calibration/corpus/nexus-aio-61.json | 39 ++ tests/calibration/corpus/nexus-aio-98.json | 22 + tests/calibration/corpus/rs-pilot-42.json | 22 + tests/calibration/corpus/rs-pilot-49.json | 22 + tests/calibration/corpus/speakeasy-41.json | 19 + tests/calibration/corpus/speakeasy-43.json | 21 + tests/calibration/manifest.json | 318 ++++++++++++++ tests/calibration/run_calibration.py | 387 ++++++++++++++++++ tests/calibration/test_calibration.py | 80 ++++ 31 files changed, 1885 insertions(+) create mode 100644 CALIBRATION.md create mode 100644 tests/calibration/build_corpus.py create mode 100644 tests/calibration/calibration_report.md create mode 100644 tests/calibration/corpus/after-hours-vn-19.json create mode 100644 tests/calibration/corpus/bot-contracts-8.json create mode 100644 tests/calibration/corpus/botmanager-191.json create mode 100644 tests/calibration/corpus/botmanager-200.json create mode 100644 tests/calibration/corpus/botmanager-209.json create mode 100644 tests/calibration/corpus/botmanager-220.json create mode 100644 tests/calibration/corpus/botmanager-231.json create mode 100644 tests/calibration/corpus/dice-and-deeds-27.json create mode 100644 tests/calibration/corpus/gitea-saas-core-10.json create mode 100644 tests/calibration/corpus/gitea-saas-core-19.json create mode 100644 tests/calibration/corpus/gitea-saas-core-22.json create mode 100644 tests/calibration/corpus/gitea-saas-core-27.json create mode 100644 tests/calibration/corpus/gitea-worker-ops-43.json create mode 100644 tests/calibration/corpus/gopher64-netplay-18.json create mode 100644 tests/calibration/corpus/gopher64-netplay-21.json create mode 100644 tests/calibration/corpus/gopher64-netplay-9.json create mode 100644 tests/calibration/corpus/microkit-10.json create mode 100644 tests/calibration/corpus/nexus-aio-40.json create mode 100644 tests/calibration/corpus/nexus-aio-44.json create mode 100644 tests/calibration/corpus/nexus-aio-61.json create mode 100644 tests/calibration/corpus/nexus-aio-98.json create mode 100644 tests/calibration/corpus/rs-pilot-42.json create mode 100644 tests/calibration/corpus/rs-pilot-49.json create mode 100644 tests/calibration/corpus/speakeasy-41.json create mode 100644 tests/calibration/corpus/speakeasy-43.json create mode 100644 tests/calibration/manifest.json create mode 100644 tests/calibration/run_calibration.py create mode 100644 tests/calibration/test_calibration.py diff --git a/CALIBRATION.md b/CALIBRATION.md new file mode 100644 index 0000000..9a7f6c9 --- /dev/null +++ b/CALIBRATION.md @@ -0,0 +1,79 @@ +# CALIBRATION.md — review-gate false-approve rate (issue #42) + +## Outcome + +The number the gold tier's auto-merge promise needs: **how often the review +gate approves a change it should have bounced.** + +Measured over a corpus of **25 real farm PRs with known outcomes** (drawn +from 11 pbwraith repos' merged and bounced history) plus the two +owner-documented regressions the issue cites (botmanager#223's shipper and +botmanager !22). The gate under test is the shipped +`gitea_saas.reviewer.Reviewer` at its DEFAULT (deterministic) config, run +unchanged against recorded inputs — issue body, changed files, diff, and the +observed test/hygiene exit from farm history. + +## The number + +| rate | value | +|---|---| +| false-approve rate (approved, should have bounced) | **0 / 14 = 0.0%** | +| false-approve prevalence (over 25 reviewable PRs) | 0.0% | +| false-bounce rate (bounced, should have approved) | n/a (0 bounces produced) | +| unverifiable — NEEDS_GUIDANCE (fail-closed refusal) | **11 / 25 = 44.0%** | + +On the operator's own terms — the two owner-documented cases added to the 14 +the gate can evaluate — the false-approve rate is **2 / 16 = 12.5%**. + +## Recommendation: NO + +Gold-tier auto-merge (**auto-merges on a green APPROVE**) is **not safe to +sell at this rate**. The 0.0% headline is an artifact of refusal, not of +gate quality: + +1. The gate approved only the 14 corpus PRs whose issues carry `- [ ]` + checklists (or a section titled exactly `## Acceptance`) and refused the + other 11 (44%) — real merged or bounced work it could not verify. A gate + that cannot evaluate 44% of real issues cannot back an auto-merge + guarantee. +2. The approve path has **no check that would have stopped either documented + regression**: botmanager#223's break was green under the configured gate + (pytest gating a frontend-only change; green on a case-sensitive Linux + worktree while the target is case-insensitive Windows) and botmanager !22 + was green in isolation (no sibling-merge/integration verification). Both + mechanisms survive in the approve path today. +3. Accident of format, not fail-closed design: botmanager#220 (the shipper) + reached NEEDS_GUIDANCE only because its issue titles the section + `## Acceptance criteria` with a numbered list, which + `parse_acceptance()` does not recognise. With the issue's own real + acceptance items parsed (one-line parser accommodation, measured + sensitivity), the gate returns **APPROVE on that head — a false approve**. + +Before selling gold auto-merge: (a) close the acceptance-format coverage +gap, (b) select the test command/suite from the changed-file set (the +gitea-worker-ops !44 direction), (c) add sibling-merge/integration +verification, then (d) re-run this calibration on the fixed gate and a +larger corpus. + +## How to re-run + +From the repo root (one line, no network, deterministic): + + python tests/calibration/run_calibration.py + +It re-runs the existing reviewer against the committed corpus +(`tests/calibration/corpus/*.json` + `tests/calibration/manifest.json`) and +rewrites this report of record: `tests/calibration/calibration_report.md`. + +Corpus provenance: the raw Gitea snapshots were fetched read-only on +2026-09-01 (see `tests/calibration/build_corpus.py`); the committed corpus +is the frozen snapshot the numbers are derived from. + +## Scope compliance + +- New files only: `tests/calibration/` (corpus, runner, builder, report, + tests) and this file. +- `gitea_saas/reviewer.py` and `gitea_saas/review_policy.py` are **read-only** + — not modified. The calibration measures the existing gate; it does not + tune it (tuning against a corpus you also authored is how you get a good + number and a bad reviewer). diff --git a/tests/calibration/build_corpus.py b/tests/calibration/build_corpus.py new file mode 100644 index 0000000..5e19785 --- /dev/null +++ b/tests/calibration/build_corpus.py @@ -0,0 +1,269 @@ +#!/usr/bin/env python3 +"""Build the calibration corpus for gitea-saas-core#42. + +Turns the raw Gitea snapshots in /tmp/corpus_raw (fetched 2026-09-01 by +corpus_fetch.py, read-only API calls) into the committed corpus under +tests/calibration/corpus/ plus tests/calibration/manifest.json. + +The manifest is the curated measurement metadata: for every real PR the +KNOWN correct outcome (should_approve / should_bounce), the recorded gate +inputs (test exit etc. as observed in farm history), and the category. +The corpus JSON files carry the immutable recorded inputs the reviewer is +re-run against (issue body, changed files, diff). + +Nothing in here touches gitea_saas/reviewer.py or review_policy.py. +""" +from __future__ import annotations + +import json +import re +import sys +from pathlib import Path + +RAW_DIR = Path("/tmp/corpus_raw") +OUT_DIR = Path(__file__).resolve().parent + +# --------------------------------------------------------------------------- +# Curated manifest: id, repo, pr, known outcome, category, recorded gate inputs +# --------------------------------------------------------------------------- +# categories: +# merged-clean - merged into main, no bounce record +# merged-after-bounce - merged; had a bounce cycle earlier in its history +# bounced-open - open PR still carrying `bounced` (never merged) +# wrong-check-target - owner-documented false-approve (frontend change gated +# by a backend-only test run) +# sibling-merge-regression - owner-documented false-approve (test green in +# isolation, red in the tree after sibling merge) + +COMMON_MERGED = { + "reviewable": True, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": ("merged into origin/main (gate green at merge); " + "repo main suite: 235 passed on 2026-09-01"), +} + +MANIFEST = [ + # -- merged, clean ------------------------------------------------------- + dict(id="gitea-saas-core-10", repo="gitea-saas-core", pr=10, + known_outcome="should_approve", category="merged-clean", + note="Billing ledger core (#1); merged; allowed-file set respected.", + **COMMON_MERGED), + dict(id="gitea-saas-core-19", repo="gitea-saas-core", pr=19, + known_outcome="should_approve", category="merged-clean", + note="Billing core client API consistency (#16); merged.", + **COMMON_MERGED), + dict(id="gitea-saas-core-27", repo="gitea-saas-core", pr=27, + known_outcome="should_approve", category="merged-clean", + note="X-API-Key auth consolidation (#24); merged.", + **COMMON_MERGED), + dict(id="botmanager-191", repo="botmanager", pr=191, + known_outcome="should_approve", category="merged-clean", + note="fix(#188) no fabricated RSNs; merged.", + **COMMON_MERGED), + dict(id="botmanager-200", repo="botmanager", pr=200, + known_outcome="should_approve", category="merged-clean", + note="Closes #198 display_name backfill; merged.", + **COMMON_MERGED), + dict(id="botmanager-209", repo="botmanager", pr=209, + known_outcome="should_approve", category="merged-after-bounce", + note="Closes #208 deploy_live --check; two bounce-fix attempts " + "(review comments record pytest 1184 passed) before merge.", + **COMMON_MERGED), + dict(id="botmanager-231", repo="botmanager", pr=231, + known_outcome="should_approve", category="merged-clean", + note="feat(#226) responsive fleet row; merged.", + **COMMON_MERGED), + dict(id="speakeasy-41", repo="speakeasy", pr=41, + known_outcome="should_approve", category="merged-clean", + note="fix(#38) route through Windows curl.exe from WSL; merged.", + **COMMON_MERGED), + dict(id="speakeasy-43", repo="speakeasy", pr=43, + known_outcome="should_approve", category="merged-clean", + note="fix(#42) memberExpireDays into profile; merged.", + **COMMON_MERGED), + dict(id="nexus-aio-61", repo="nexus-aio", pr=61, + known_outcome="should_approve", category="merged-clean", + note="refactor(#60) activity registry; merged.", + **COMMON_MERGED), + dict(id="nexus-aio-98", repo="nexus-aio", pr=98, + known_outcome="should_approve", category="merged-clean", + note="fix(#94) normalise game text before comparison; merged.", + **COMMON_MERGED), + dict(id="rs-pilot-42", repo="rs-pilot", pr=42, + known_outcome="should_approve", category="merged-clean", + note="feat(#41) offline dry-run mode; merged.", + **COMMON_MERGED), + dict(id="rs-pilot-49", repo="rs-pilot", pr=49, + known_outcome="should_approve", category="merged-clean", + note="fix(#47) rank prompt candidates by track record; merged.", + **COMMON_MERGED), + dict(id="after-hours-vn-19", repo="after-hours-vn", pr=19, + known_outcome="should_approve", category="merged-clean", + note="fix(#17) SDK-only import guard; merged.", + **COMMON_MERGED), + dict(id="gitea-worker-ops-43", repo="gitea-worker-ops", pr=43, + known_outcome="should_approve", category="merged-clean", + note="fix(#42) dispatcher capacity double-subtraction; merged.", + **COMMON_MERGED), + dict(id="dice-and-deeds-27", repo="dice-and-deeds", pr=27, + known_outcome="should_approve", category="merged-clean", + note="test(#17) one-command fresh-checkout suite; merged.", + **COMMON_MERGED), + dict(id="microkit-10", repo="microkit", pr=10, + known_outcome="should_approve", category="merged-clean", + note="feat(#9) F2P alcher mode; merged.", + **COMMON_MERGED), + dict(id="gopher64-netplay-21", repo="gopher64-netplay", pr=21, + known_outcome="should_approve", category="merged-clean", + note="Add .gitattributes LF fix (#19); merged.", + **COMMON_MERGED), + # -- merged after a bounce cycle ---------------------------------------- + dict(id="gitea-saas-core-22", repo="gitea-saas-core", pr=22, + known_outcome="should_approve", category="merged-after-bounce", + note="SaaS dashboard (#9); merged AFTER a bounce cycle (bounced " + "label still attached). Final landed state is the fixed head.", + **COMMON_MERGED), + dict(id="bot-contracts-8", repo="bot-contracts", pr=8, + known_outcome="should_approve", category="merged-after-bounce", + note="fix(#7) repo-relative evidence paths; merged after a bounce " + "cycle (bounced label still attached).", + **COMMON_MERGED), + # -- open, bounced (never merged) --------------------------------------- + dict(id="nexus-aio-40", repo="nexus-aio", pr=40, + known_outcome="should_bounce", category="bounced-open", + reviewable=True, + test_exit=None, hygiene_exit=0, + test_exit_source="not recorded in farm history (bounce decided by " + "human/LLM review findings, not a test failure)", + note="Closes #10; open PR with bounced+needs-guidance labels."), + dict(id="nexus-aio-44", repo="nexus-aio", pr=44, + known_outcome="should_bounce", category="bounced-open", + reviewable=True, + test_exit=None, hygiene_exit=0, + test_exit_source="not recorded in farm history (bounce decided by " + "human/LLM review findings, not a test failure)", + note="[skill] Attack (combat shape) Closes #22; bounced+needs-guidance."), + dict(id="gopher64-netplay-9", repo="gopher64-netplay", pr=9, + known_outcome="should_bounce", category="bounced-open", + reviewable=True, + test_exit=None, hygiene_exit=0, + test_exit_source="not recorded in farm history (bounce decided by " + "human/LLM review findings, not a test failure)", + note="Fix GGRS frame counter reset (#5); bounced+manual-only. Diff " + "392KB truncated to 150KB in corpus."), + dict(id="gopher64-netplay-18", repo="gopher64-netplay", pr=18, + known_outcome="should_bounce", category="bounced-open", + reviewable=True, + test_exit=None, hygiene_exit=0, + test_exit_source="not recorded in farm history (bounce decided by " + "human/LLM review findings, not a test failure)", + note="netplay session resume (#3); bounced+manual-only. Diff 454KB " + "truncated to 150KB in corpus."), + # -- owner-documented false-approve case 1: wrong check target ---------- + dict(id="botmanager-220", repo="botmanager", pr=220, + reviewable=True, + known_outcome="should_bounce", category="wrong-check-target", + test_exit=0, hygiene_exit=0, + test_exit_source=("owner-documented: the configured gate reported " + "GREEN on this frontend-only change (gate ran pytest " + "against a change pytest cannot test). PR review " + "comments additionally record npm ci + npm test " + "100/100 + npm run build green on a LINUX review " + "worktree. The crash (FleetSummary components " + "undefined) manifests on case-insensitive Windows " + "filesystems only: botmanager#223."), + note=("Merged via 'feat(#215): action-first Operator Fleet workspace " + "redesign'. It shipped the undefined-component break that " + "botmanager#223 measured on origin/master AND the review-gate " + "fix landed in botmanager-224/gitea-worker-ops !44. The correct " + "outcome was BOUNCE. Recorded inputs are the actual reviewed " + "head (7f350a1)."), + acceptance_override_farm=( + "Acceptance bullets parsed from the issue's '## Acceptance " + "criteria' section, which the shipped parse_acceptance() does not " + "recognise (it matches only '## Acceptance' or '- [ ]' " + "checklists). Farm-configured-gate sensitivity only; not the " + "default measurement.")), + # -- owner-documented false-approve case 2: sibling-merge regression ----- + dict(id="botmanager-bang22", repo="botmanager", pr=None, + reviewable=False, + known_outcome="should_bounce", category="sibling-merge-regression", + original_ref="botmanager !22 (original tracker numbering, pre-Gitea " + "renumbering; first-era Gitea PR #22 is not retrievable " + "from the current repo)", + test_exit_source=("owner-documented: the PR's own scope-guard test " + "passed IN ISOLATION; it could never pass once a " + "sibling PR merged - green in isolation, red in the " + "tree."), + note=("No diff/issue snapshot survives on this Gitea instance (PRs " + "are numbered from 119; first-era PRs 1-118 existed - see " + "pr_bm_*.json artifacts - but are not retrievable). Recorded " + "here as the owner documented it (gitea-saas-core#42 body). " + "Closest surviving Gitea record of the same class: botmanager " + "#201, bounced at head 4b4aebc because its branch was cut " + "before sibling #200 merged and the rebase dropped #200's code " + "- its own 22 new tests passed in isolation.")), +] + + +def main() -> None: + entries = [] + for m in MANIFEST: + entry = dict(**m) + if m.get("reviewable", False): + raw = json.loads((RAW_DIR / f"{m['repo']}-{m['pr']}.json").read_text()) + corpus = { + "id": m["id"], + "repo": m["repo"], + "pr": m["pr"], + "title": raw["title"], + "head_sha": raw["head_sha"], + "base_sha": raw["base_sha"], + "labels": raw["labels"], + "merged": raw["merged"], + "issue_number": raw["issue"], + "issue_body": raw["issue_body"], + "changed_files": raw["changed_files"], + "diff": raw["diff"], + "diff_truncated": raw["diff_truncated"], + "diff_bytes": raw["diff_bytes"], + } + if m["id"] == "botmanager-220" and "acceptance_override_farm" in m: + corpus["acceptance_override_farm"] = _farm_acceptance( + raw["issue_body"] or "") + (OUT_DIR / "corpus" / f"{m['id']}.json").write_text( + json.dumps(corpus, indent=1)) + entries.append(entry) + (OUT_DIR / "manifest.json").write_text(json.dumps( + {"generated_utc": "2026-09-01T11:20:00Z", + "source": ("pbwraith Gitea API snapshots fetched 2026-09-01 " + "(read-only); see build_corpus.py"), + "entries": entries}, indent=1)) + print(f"wrote {len(entries)} manifest entries, " + f"{sum(1 for e in entries if e.get('reviewable'))} reviewable") + + +def _farm_acceptance(issue_body: str) -> list[str]: + """Extract acceptance bullets the farm's own review used. + + Matches '## Acceptance criteria' / '## Acceptance' sections with '- ' + bullets (the farm's format), verbatim from the issue body. Used ONLY for + the clearly-labelled farm-configured sensitivity pass. + """ + m = re.search(r"(?im)^#{1,3}\s*Acceptance[^\n]*$([\s\S]*?)(?=^#{1,3}\s|\Z)", + issue_body) + if not m: + return [] + items = [] + for line in m.group(1).splitlines(): + s = line.strip() + if s.startswith(("-", "*")) and s not in ("-", "*"): + items.append(s.lstrip("-*").strip()) + elif re.match(r"^\d+[.)]\s+", s): + items.append(re.sub(r"^\d+[.)]\s+", "", s)) + return items + + +if __name__ == "__main__": + sys.exit(main()) diff --git a/tests/calibration/calibration_report.md b/tests/calibration/calibration_report.md new file mode 100644 index 0000000..fb6e5b7 --- /dev/null +++ b/tests/calibration/calibration_report.md @@ -0,0 +1,99 @@ +# Review-gate calibration report (gitea-saas-core#42) + +- Generated: 2026-09-01T11:20:00Z (re-derive with `python tests/calibration/run_calibration.py`) +- Corpus: 25 reviewable real farm PRs + 1 owner-documented case(s), drawn from 11 pbwraith repos +- Gate under test: `gitea_saas.reviewer.Reviewer`, DEFAULT (deterministic) config - unchanged code, run against recorded inputs (issue body, changed files, diff, observed test/hygiene exit) + +## Headline rates + +| rate | value | denominator | +|---|---|---| +| false-approve rate | **0.0%** | 14 gate approvals | +| false-approve prevalence | 0.0% | 25 reviewable PRs | +| false-bounce rate | n/a | 0 gate bounces | +| unverifiable (NEEDS_GUIDANCE) | 44.0% | 25 reviewable PRs | + +## Verdict matrix + +- correct approves: 14 +- **false approves (approved, should have bounced): 0** +- correct bounces: 0 +- false bounces (bounced, should have approved): 0 +- NEEDS_GUIDANCE (gate refused to verify): 11 + +## Per-entry results + +| id | repo#pr | known | verdict | bucket | category | +|---|---|---|---|---|---| +| after-hours-vn-19 | after-hours-vn#19 | approve | APPROVE | correct-approve | merged-clean | +| botmanager-191 | botmanager#191 | approve | APPROVE | correct-approve | merged-clean | +| botmanager-200 | botmanager#200 | approve | APPROVE | correct-approve | merged-clean | +| dice-and-deeds-27 | dice-and-deeds#27 | approve | APPROVE | correct-approve | merged-clean | +| gitea-saas-core-10 | gitea-saas-core#10 | approve | APPROVE | correct-approve | merged-clean | +| gitea-saas-core-19 | gitea-saas-core#19 | approve | APPROVE | correct-approve | merged-clean | +| gitea-saas-core-22 | gitea-saas-core#22 | approve | APPROVE | correct-approve | merged-after-bounce | +| microkit-10 | microkit#10 | approve | APPROVE | correct-approve | merged-clean | +| nexus-aio-61 | nexus-aio#61 | approve | APPROVE | correct-approve | merged-clean | +| nexus-aio-98 | nexus-aio#98 | approve | APPROVE | correct-approve | merged-clean | +| rs-pilot-42 | rs-pilot#42 | approve | APPROVE | correct-approve | merged-clean | +| rs-pilot-49 | rs-pilot#49 | approve | APPROVE | correct-approve | merged-clean | +| speakeasy-41 | speakeasy#41 | approve | APPROVE | correct-approve | merged-clean | +| speakeasy-43 | speakeasy#43 | approve | APPROVE | correct-approve | merged-clean | +| bot-contracts-8 | bot-contracts#8 | approve | NEEDS_GUIDANCE | guidance | merged-after-bounce | +| botmanager-209 | botmanager#209 | approve | NEEDS_GUIDANCE | guidance | merged-after-bounce | +| botmanager-220 | botmanager#220 | bounce | NEEDS_GUIDANCE | guidance | wrong-check-target | +| botmanager-231 | botmanager#231 | approve | NEEDS_GUIDANCE | guidance | merged-clean | +| gitea-saas-core-27 | gitea-saas-core#27 | approve | NEEDS_GUIDANCE | guidance | merged-clean | +| gitea-worker-ops-43 | gitea-worker-ops#43 | approve | NEEDS_GUIDANCE | guidance | merged-clean | +| gopher64-netplay-18 | gopher64-netplay#18 | bounce | NEEDS_GUIDANCE | guidance | bounced-open | +| gopher64-netplay-21 | gopher64-netplay#21 | approve | NEEDS_GUIDANCE | guidance | merged-clean | +| gopher64-netplay-9 | gopher64-netplay#9 | bounce | NEEDS_GUIDANCE | guidance | bounced-open | +| nexus-aio-40 | nexus-aio#40 | bounce | NEEDS_GUIDANCE | guidance | bounced-open | +| nexus-aio-44 | nexus-aio#44 | bounce | NEEDS_GUIDANCE | guidance | bounced-open | + +## Per-category breakdown + +| category | total | false-approve | false-bounce | guidance | +|---|---|---|---|---| +| bounced-open | 4 | 0 | 0 | 4 | +| merged-after-bounce | 3 | 0 | 0 | 2 | +| merged-clean | 17 | 0 | 0 | 4 | +| wrong-check-target | 1 | 0 | 0 | 1 | + +## Owner-documented cases (gitea-saas-core#42) + +The two farm regressions the issue cites are in the corpus with their recorded outcomes. Both had a GREEN gate in farm history; both shipped or would have shipped a broken tree: + +### 1. botmanager !220 (`botmanager#220`) - wrong check target + +- Known outcome: **should_bounce** (it shipped the undefined-component break measured in botmanager#223; the review-gate fix landed in botmanager#224 / gitea-worker-ops !44). +- Recorded gate inputs: test exit 0 (pytest on a frontend-only change; review comments record npm ci / npm test 100/100 / build green on a LINUX worktree - the break manifests on case-insensitive Windows). +- Product gate verdict on the recorded inputs: NEEDS_GUIDANCE (accepted by accident: the issue's acceptance section is titled '## Acceptance criteria' with a numbered list, which the shipped parse_acceptance() does not recognise - '## Acceptance' / '- [ ]' only). +- Farm-configured-parser sensitivity (the issue's own real acceptance items, 8 parsed): verdict **APPROVE** -> **FALSE-APPROVE**. I.e. with a one-line parser accommodation the gate auto-merges a change that broke master. + +### 2. botmanager !22 (original tracker ref) - sibling-merge regression + +- Known outcome: **should_bounce** (owner-documented: the PR's own scope-guard test passed in isolation and could never pass once a sibling PR merged - green in isolation, red in the tree). +- Not re-runnable: recorded as owner-documented (original head data not retrievable) (first-era PR #22 predates the current repo's renumbering; closest surviving record of the same class is botmanager#201, bounced at head 4b4aebc after a rebase silently dropped sibling #200's code while its own 22 new tests passed in isolation). + +## Coverage: why 11 of 25 reviewable PRs get NEEDS_GUIDANCE + +The shipped `parse_acceptance()` reads `- [ ]` checklists anywhere or bullets under a section titled exactly `## Acceptance`. Farm issues mix formats: `## Acceptance criteria` (numbered), `## Scope` bullets, or no acceptance section at all. 11 corpus issues use one of those formats, so the gate refuses to verify them (fail-closed, never silent-approve). That is SAFE but means the gate can evaluate only ~56% of this farm's real issues. + +## Limitations + +- Recorded test exits are reconstructed from farm history (merged implies gate-green at merge; bounced entries' exits were not recorded - their bounce was decided by human/LLM review findings the deterministic gate's inputs cannot represent). +- Diffs are current-head snapshots (two >150KB gopher64 diffs truncated); merged PRs' diffs approximate the reviewed content. +- The deterministic gate is measured; the farm's LLM-augmented review is not re-run (nondeterministic, and the issue's instruction is: measure the existing reviewer). + +## Recommendation + +**NO - gold-tier auto-merge is not safe to sell at this rate (0.0% false-approve rate (0/14)).** + +Reasons, each backed by the corpus: +1. **Zero is an artifact of refusal, not of quality.** The gate approved only the 14 checklist-formatted issues and refused the other 11 (44%) real farm PRs it could not verify. A gate that cannot evaluate 44% of real work cannot back an auto-merge guarantee. +2. **The approve path has no check that would have stopped either documented regression.** botmanager#223's break was green under the configured gate (wrong suite: pytest vs frontend change; green on case-sensitive Linux vs case-insensitive Windows target) and botmanager !22 was green in isolation (no sibling-merge/integration verification). Both mechanisms survive in the gate's approve path today. +3. **On the operator's own terms the rate is 2/16 = 12.5%.** Add the two owner-documented cases to the 14 the gate can evaluate: both had green gate inputs and both should have bounced (sensitivity pass on botmanager#220 -> FALSE-APPROVE; botmanager !22 documented). +4. **Accidental safety is not a product.** botmanager#220 reached NEEDS_GUIDANCE only because its issue says 'Acceptance criteria' instead of 'Acceptance' - bad luck, not fail-closed design. + +Before selling gold auto-merge, close, in order: (a) the acceptance format coverage gap, (b) test-command/target-suite selection per changed-file set (the gitea-worker-ops !44 direction), (c) sibling-merge/integration verification, and (d) re-run this calibration on the fixed gate and on a larger corpus. diff --git a/tests/calibration/corpus/after-hours-vn-19.json b/tests/calibration/corpus/after-hours-vn-19.json new file mode 100644 index 0000000..473a2d7 --- /dev/null +++ b/tests/calibration/corpus/after-hours-vn-19.json @@ -0,0 +1,20 @@ +{ + "id": "after-hours-vn-19", + "repo": "after-hours-vn", + "pr": 19, + "title": "fix(#17): remove gui7 runtime import, add SDK-only import guard, add packaged-build smoke test", + "head_sha": "b31fa00ce719b8ac699dd8ab5ab5cdbd4b995565", + "base_sha": "a88fb4d02fc62e21d9b0f016820a726af85cb83b", + "labels": [], + "merged": true, + "issue_number": 17, + "issue_body": "The distribution does not start. Every gate passes, the zip builds, and the game dies\nbefore the title screen.\n\n## Reproduction \u2014 a real launch of the real artifact\n\n ./scripts/build.sh ~/tools/renpy-8.3.7-sdk -> BUILD_OK, exit 0\n 1/6 seeded regression ok\n 2/6 structural validation ok\n 3/6 Ren'Py lint ok\n 4/6 engine smoke test ok (\"test default\")\n 5/6 distribution build ok dist/after_hours-0.1.0-pc.zip (43 MB, 1699 files)\n 6/6 artifact assertion ok\n\n unzip dist/after_hours-0.1.0-pc.zip && ./after_hours.exe\n -> window \"After Hours\" opens, then:\n\n An exception has occurred.\n While running game code:\n File \"game/guisupport.rpy\", line 6, in script\n init 100 python in gui:\n File \"game/guisupport.rpy\", line 15, in \n from gui7.parameters import GuiParameters\n ModuleNotFoundError: No module named 'gui7'\n\n Ren'Py 8.3.7.25031702 | After Hours 0.1.0 | Windows-10-10.0.22622 AMD64\n\n## Cause\n\n`game/guisupport.rpy` imports three things from `gui7` at `init 100`:\n\n :15 from gui7.parameters import GuiParameters\n :16 from gui7.images import ImageGenerator\n :17 from gui7 import generate_gui\n\n`gui7` is **not part of the Ren'Py runtime**. It ships only inside the SDK's *launcher*:\n\n renpy-8.3.7-sdk/launcher/game/gui7 <- present\n renpy-8.3.7-sdk/launcher/game/gui7.rpy\n after_hours-0.1.0-pc/**/gui7* <- ABSENT\n\n`gui7` is the launcher's GUI *generator* \u2014 the code that creates `gui.rpy` and the\nplaceholder image set when you make a new project. It is a build-time authoring tool, not\na runtime dependency, and it is deliberately not distributed.\n\n## Why every gate missed it\n\nThis is the important part. All four verification paths run **inside the SDK**, where\n`gui7` is importable:\n\n renpy.sh lint runs under the SDK\n renpy.sh test default runs under the SDK <- the \"engine smoke test\"\n renpy.sh distribute packages, does not execute the package\n scripts/assert_dist.py asserts artifacts exist, does not run them\n\nSo the suite proves the project runs *in a development tree* and proves the zip is\n*well-formed*, but nothing ever executes the packaged build. A green `BUILD_OK` currently\nmeans \"builds\", not \"runs\".\n\n## Fix\n\n1. **Remove the `gui7` import from `game/guisupport.rpy`.** If placeholder-image or GUI\n generation is genuinely wanted, it belongs in `scripts/generate_placeholders.py` (which\n already exists) as an authoring step whose *output* is committed \u2014 not as a runtime\n import.\n2. **Add a launch smoke test to `build.sh` that runs the packaged build**, not the source\n tree. Ren'Py accepts a scripted test on a built game; even a bounded \"start, reach the\n title screen, quit, exit 0\" would have caught this. `dice-and-deeds!32` does exactly\n this for its Windows export (\"clean-start smoke (extract + bounded headless launch)\")\n and it is the reason that PR's artifact is trustworthy \u2014 worth copying the pattern.\n3. Consider a **forbidden-import check** in `scripts/validate.py` for SDK-only modules\n (`gui7`, `launcher`), since this class of mistake is easy to repeat and invisible until\n someone runs the shipped build.\n\n## Acceptance\n\n- The extracted PC build launches to the title screen and exits cleanly.\n- `build.sh` fails if the *packaged* build cannot start \u2014 not merely if it cannot be\n produced.\n- No runtime import of any SDK-launcher-only module remains.\n\n## Notes\n\nFound by actually launching the artifact (owner asked to see a test launch). The build\nitself is otherwise in good shape \u2014 lint clean, structural validation clean, 105 data\nchecks with 0 errors, negative fixtures rejected correctly, and `!16`'s gallery work took\nthe suite 52 -> 86. This is a single bad import, not a systemic problem \u2014 but it does mean\nthe version currently buildable has never been run.\n", + "changed_files": [ + "game/guisupport.rpy", + "scripts/build.sh", + "scripts/validate.py" + ], + "diff": "diff --git a/game/guisupport.rpy b/game/guisupport.rpy\nindex 3719ccd..31b11ce 100644\n--- a/game/guisupport.rpy\n+++ b/game/guisupport.rpy\n@@ -2,29 +2,3 @@\n \n def scale(n):\n return int(n)\n-\n-init 100 python in gui:\n-\n- if not renpy.mobile:\n- from store import config\n-\n- import sys\n- import os\n- sys.path.insert(0, os.path.join(config.renpy_base, \"launcher\", \"game\"))\n-\n- from gui7.parameters import GuiParameters\n- from gui7.images import ImageGenerator\n- from gui7 import generate_gui\n-\n- p = GuiParameters(\n- config.gamedir, config.gamedir,\n- config.screen_width, config.screen_height,\n- accent_color, \"#000000\", False, None,\n- True, False, False, \"gui\")\n-\n- p.skip_backup = True\n-\n- generate_gui(p)\n-\n- _skip_backup = True\n- _gui_images()\ndiff --git a/scripts/build.sh b/scripts/build.sh\nindex d131d27..1d3fbd8 100755\n--- a/scripts/build.sh\n+++ b/scripts/build.sh\n@@ -4,36 +4,96 @@\n #\n # With an SDK dir this performs a REAL Ren'Py 8.3.7 build:\n # validate (+ seeded regression) -> lint -> engine smoke test (testcases.rpy)\n-# -> distribution build (pc package) -> artifact assertion -> diff --check\n+# -> distribution build (pc package) -> artifact assertion\n+# -> packaged-build launch smoke -> diff --check\n # Without one, the structural gate still runs and engine steps are skipped.\n # The smoke test needs a display (WSLg / X11); it never uses a dummy driver.\n set -euo pipefail\n cd \"$(dirname \"$0\")/..\"\n \n-echo \"== 1/6 seeded regression (forbidden tracked artifacts) ==\"\n+echo \"== 1/7 seeded regression (forbidden tracked artifacts) ==\"\n python3 scripts/validate.py --selftest\n \n-echo \"== 2/6 structural validation ==\"\n+echo \"== 2/7 structural validation ==\"\n python3 scripts/validate.py\n \n SDK=\"${1:-}\"\n if [[ -n \"$SDK\" && -x \"$SDK/renpy.sh\" ]]; then\n- echo \"== 3/6 Ren'Py lint ==\"\n+ echo \"== 3/7 Ren'Py lint ==\"\n \"$SDK/renpy.sh\" \"$(pwd)\" lint\n \n- echo \"== 4/6 engine smoke test (game/testcases.rpy, 'test default') ==\"\n+ echo \"== 4/7 engine smoke test (game/testcases.rpy, 'test default') ==\"\n \"$SDK/renpy.sh\" \"$(pwd)\" test default\n \n- echo \"== 5/6 real distribution build (pc package) ==\"\n+ echo \"== 5/7 real distribution build (pc package) ==\"\n rm -rf dist\n \"$SDK/renpy.sh\" \"$SDK\" distribute \"$(pwd)\" --package pc --destination \"$(pwd)/dist\"\n else\n- echo \"== 3/6..5/6 SKIPPED (pass the SDK dir, e.g. ./scripts/build.sh /home/ideostation/tools/renpy-8.3.7-sdk) ==\"\n+ echo \"== 3/7..5/7 SKIPPED (pass the SDK dir, e.g. ./scripts/build.sh /home/ideostation/tools/renpy-8.3.7-sdk) ==\"\n fi\n \n-echo \"== 6/6 artifact assertion + whitespace hygiene ==\"\n+echo \"== 6/7 artifact assertion ==\"\n if [[ -n \"$SDK\" && -x \"$SDK/renpy.sh\" ]]; then\n python3 scripts/assert_dist.py \"$(pwd)\"\n fi\n+\n+echo \"== 7/7 packaged-build launch smoke + whitespace hygiene ==\"\n+if [[ -n \"$SDK\" && -x \"$SDK/renpy.sh\" ]]; then\n+ # Extract the built zip and run the PACKAGED game \u2014 not the source tree.\n+ # This catches SDK-only imports (e.g. gui7) that work in development but\n+ # crash the shipped build. Pattern adapted from dice-and-deeds #32.\n+ SMOKE_DIR=\"$(pwd)/dist/smoke-extract\"\n+ rm -rf \"$SMOKE_DIR\"\n+ mkdir -p \"$SMOKE_DIR\"\n+\n+ ZIP_FILE=\"$(pwd)/dist/after_hours-0.1.0-pc.zip\"\n+ if [[ ! -f \"$ZIP_FILE\" ]]; then\n+ echo \"SMOKE FAIL: no packaged zip to smoke-test\"\n+ exit 1\n+ fi\n+\n+ python3 -c \"\n+import zipfile, sys, os\n+zf = zipfile.ZipFile('$ZIP_FILE')\n+zf.extractall('$SMOKE_DIR')\n+print('extracted', len(zf.namelist()), 'files')\n+\"\n+\n+ # Find the extracted top-level directory\n+ GAME_DIR=$(find \"$SMOKE_DIR\" -maxdepth 1 -type d -name 'after_hours-*-pc' | head -1)\n+ if [[ -z \"$GAME_DIR\" ]]; then\n+ echo \"SMOKE FAIL: extracted package has no after_hours-*-pc directory\"\n+ exit 1\n+ fi\n+\n+ # Ensure the Linux launcher and binary are executable (zip preserves\n+ # permissions but extraction on some filesystems may not).\n+ chmod +x \"$GAME_DIR/after_hours.sh\" 2>/dev/null || true\n+ chmod +x \"$GAME_DIR/lib/py3-linux-x86_64/after_hours\" 2>/dev/null || true\n+\n+ # Run the packaged build's test suite against itself (headless).\n+ # The test command exercises the same vertical smoke flow as the source\n+ # tree test, but from inside the extracted distribution where SDK-only\n+ # modules like gui7 are absent.\n+ SMOKE_TIMEOUT=60\n+ echo \" launching packaged build (timeout ${SMOKE_TIMEOUT}s)...\"\n+ if ! RENPY_HEADLESS=1 timeout \"$SMOKE_TIMEOUT\" \"$GAME_DIR/after_hours.sh\" \"$GAME_DIR\" test default >\"$SMOKE_DIR/smoke.log\" 2>\"$SMOKE_DIR/smoke.err.log\"; then\n+ SMOKE_EXIT=$?\n+ if [[ $SMOKE_EXIT -eq 124 ]]; then\n+ echo \"SMOKE FAIL: packaged build timed out after ${SMOKE_TIMEOUT}s\"\n+ else\n+ echo \"SMOKE FAIL: packaged build exited with code $SMOKE_EXIT\"\n+ fi\n+ echo \" --- smoke.log (last 10 lines) ---\"\n+ tail -10 \"$SMOKE_DIR/smoke.log\" 2>/dev/null || true\n+ echo \" --- smoke.err.log (last 10 lines) ---\"\n+ tail -10 \"$SMOKE_DIR/smoke.err.log\" 2>/dev/null || true\n+ rm -rf \"$SMOKE_DIR\"\n+ exit 1\n+ fi\n+ echo \" smoke launch ok (exit 0, packaged build starts cleanly)\"\n+ rm -rf \"$SMOKE_DIR\"\n+fi\n+\n git diff --check\n-echo \"BUILD_OK\"\n+echo \"BUILD_OK\"\n\\ No newline at end of file\ndiff --git a/scripts/validate.py b/scripts/validate.py\nindex e3a5820..6825f81 100644\n--- a/scripts/validate.py\n+++ b/scripts/validate.py\n@@ -49,6 +49,12 @@ SECRET_PATTERNS = [\n re.compile(r\"(?i)(BEGIN (RSA |EC |OPENSSH )?PRIVATE KEY)\"),\n ]\n \n+# --- SDK-launcher-only module guard -------------------------------------------\n+# These modules ship inside the Ren'Py SDK launcher but NOT in the runtime\n+# distribution. Importing them at runtime crashes the packaged build because\n+# the module is absent outside the SDK tree.\n+FORBIDDEN_SDK_IMPORTS = (\"gui7\", \"launcher\")\n+\n # --- rpy structural checks ----------------------------------------------------\n LABEL_RE = re.compile(r\"^\\s*label\\s+([A-Za-z_][\\w\\.]*)\\s*(\\(.*\\))?\\s*:\")\n IMAGE_RE = re.compile(r\"^\\s*image\\s+([A-Za-z_][\\w\\s]*?)\\s*=\")\n@@ -198,6 +204,31 @@ def check_forbidden_tracked(tracked_paths: list, errors: list) -> None:\n break\n \n \n+def check_sdk_imports(errors: list) -> None:\n+ \"\"\"Reject runtime imports of SDK-launcher-only modules (gui7, launcher).\n+\n+ These modules exist only inside the Ren'Py SDK launcher tree and are\n+ deliberately not distributed. A runtime import crashes the packaged\n+ build on launch. We scan every .rpy for `import ` or\n+ `from ` patterns.\n+ \"\"\"\n+ import_re = re.compile(r\"^\\s*(?:from\\s+(?P[\\w.]+)|import\\s+(?P[\\w.]+))\")\n+ for path in iter_rpy_files():\n+ for i, line in enumerate(path.read_text(encoding=\"utf-8-sig\").splitlines(), 1):\n+ stripped = line.strip()\n+ # Skip pure comments\n+ if stripped.startswith(\"#\"):\n+ continue\n+ m = import_re.match(stripped)\n+ if not m:\n+ continue\n+ mod = (m.group(\"fmod\") or m.group(\"imod\") or \"\").split(\".\")[0]\n+ if mod in FORBIDDEN_SDK_IMPORTS:\n+ errors.append(\n+ f\"{rel(path)}:{i}: forbidden SDK-launcher-only import \"\n+ f\"'{mod}' (not in runtime distribution)\")\n+\n+\n def check_forbidden(errors: list) -> None:\n check_forbidden_tracked(git_tracked_paths(), errors)\n \n@@ -291,6 +322,7 @@ def main() -> int:\n check_assets(errors)\n check_translations(errors)\n check_forbidden(errors)\n+ check_sdk_imports(errors)\n if not args.minimal:\n check_secrets(errors)\n if not args.no_git:\n", + "diff_truncated": false, + "diff_bytes": 7677 +} \ No newline at end of file diff --git a/tests/calibration/corpus/bot-contracts-8.json b/tests/calibration/corpus/bot-contracts-8.json new file mode 100644 index 0000000..06ecce7 --- /dev/null +++ b/tests/calibration/corpus/bot-contracts-8.json @@ -0,0 +1,23 @@ +{ + "id": "bot-contracts-8", + "repo": "bot-contracts", + "pr": 8, + "title": "fix(#7): evidence files use repo-relative paths, not build host absolute paths", + "head_sha": "49c18695033f78d4a11f731ae179d749bba6975b", + "base_sha": "95ae518db9917e774334f0c327b97e0d4ae1c7d0", + "labels": [ + "bounced" + ], + "merged": true, + "issue_number": 7, + "issue_body": "## Symptom\n\nRunning the repo's own documented gate leaves the working tree dirty:\n\n cd \n python jvm/tools/run_tck.py # exit 0, 17/17\n python jvm/build.py # exit 0\n git status --porcelain\n\n M jvm/evidence/jvm-build.txt\n M jvm/evidence/tck-run.txt\n M jvm/tck/evidence/tck-result.json\n\nMeasured today on `main` at the `!6` merge, native Windows, Python 3.12.\n\n## Cause\n\nThe gate regenerates its evidence, and the evidence embeds the absolute path of whichever\nmachine produced it. The entire diff in `tck-result.json` is one field:\n\n committed: \"...discovers >=1 ServiceLoader adapter in\n /home/ideostation/worktrees/bot-contracts-issue-2/jvm/build/jars/client.jar\"\n\n mine: \"...discovers >=1 ServiceLoader adapter in\n C:\\Users\\Videostation\\sweep\\btc\\jvm\\build\\classes\\client\"\n\n**Every check value is identical on both sides \u2014 17/17 `ok:true`.** So this is cosmetic, not\na correctness problem, and the evidence is genuinely reproducible. That is exactly why it is\nworth fixing cheaply rather than living with.\n\n## Why it is worth fixing\n\n1. A reviewer cannot tell \"the evidence reproduces\" from \"the evidence changed\" without\n reading the diff by hand, which defeats the point of committing evidence.\n2. On the operator box a dirty tree is not harmless: `botmanager/deploy_live.py` refuses to\n deploy over local edits (`\"working tree is dirty; refusing to deploy over local edits\"`),\n so a developer who runs the gate and forgets to `git checkout --` can block an unrelated\n delivery. This has already happened once in this farm with `frontend/package-lock.json`.\n3. It leaks the build host's directory layout into a committed artifact.\n\n## Scope\n\nMake the recorded paths relative to the repo root before they are written into evidence.\nThe affected writers are `jvm/tools/run_tck.py` and `jvm/build.py`; the adapter-discovery\ncheck message in `TckMain` is the one that carries the path today, but fix the emission\npoint rather than that one string, so a future check cannot reintroduce it.\n\n## Acceptance criteria\n\n- After `python jvm/tools/run_tck.py` and `python jvm/build.py`, `git status --porcelain`\n is **empty** on a clean checkout.\n- Verify on **two different checkout paths** on the same machine (e.g. clone the repo twice\n into differently-named directories, run the gate in each) and confirm the regenerated\n evidence is byte-identical between them. That is the property that actually matters, and\n a single-directory test cannot show it.\n- `python -m pytest tests/ -q` still passes (32 at time of writing); report the count and\n the added/removed `def test_` arithmetic.\n- The TCK still reports `checks=17 ok=17 failed=0` \u2014 do not achieve cleanliness by dropping\n the adapter-artifact check or by removing the path from the message entirely if it is\n load-bearing for diagnosis. A relative path is still useful; an absent one is not.\n\n## Out of scope\n\n- The TCK's contents, the six negative adapters, or the 44-method surface.\n- Adding the evidence files to `.gitignore` \u2014 they are committed deliberately as spike\n evidence and other repos in this farm reconcile against them. Making them untracked would\n solve the dirty-tree symptom by destroying the artifact.\n", + "changed_files": [ + "jvm/evidence/tck-run.txt", + "jvm/tck/evidence/tck-result.json", + "jvm/tools/run_tck.py", + "tests/test_evidence_paths.py" + ], + "diff": "diff --git a/jvm/evidence/tck-run.txt b/jvm/evidence/tck-run.txt\nindex 057225c..1042cdb 100644\n--- a/jvm/evidence/tck-run.txt\n+++ b/jvm/evidence/tck-run.txt\n@@ -1,9 +1,9 @@\n TCK RUN EVIDENCE\n JAVA: openjdk version \"11.0.31\" 2026-04-21\n SCENARIO: example_bank_ge_mule.json\n-ADAPTER UNDER TEST: /home/ideostation/worktrees/bot-contracts-issue-2/jvm/build/jars/client.jar\n+ADAPTER UNDER TEST: jvm/build/jars/client.jar\n PASSED: True\n OK: 17\n FAILED: 0\n CHECKS: 17\n-RESULT JSON: /home/ideostation/worktrees/bot-contracts-issue-2/jvm/tck/evidence/tck-result.json\n+RESULT JSON: jvm/tck/evidence/tck-result.json\ndiff --git a/jvm/tck/evidence/tck-result.json b/jvm/tck/evidence/tck-result.json\nindex 62e9a81..0ced193 100644\n--- a/jvm/tck/evidence/tck-result.json\n+++ b/jvm/tck/evidence/tck-result.json\n@@ -1 +1 @@\n-{\"checks\":[{\"check\":\"scenario file exists\",\"ok\":true},{\"check\":\"scenario loads (29 steps)\",\"ok\":true},{\"check\":\"fixture pass: reference adapter runs clean (0 failures, 26 events)\",\"ok\":true},{\"check\":\"fixture pass: reference determinism (two runs byte-identical)\",\"ok\":true},{\"check\":\"contract surface has 44 methods (44)\",\"ok\":true},{\"check\":\"contract surface has 9 boundaries\",\"ok\":true},{\"check\":\"reference adapter implements full surface (44 methods)\",\"ok\":true},{\"check\":\"adapter artifact discovers >=1 ServiceLoader adapter in /home/ideostation/worktrees/bot-contracts-issue-2/jvm/build/jars/client.jar\",\"ok\":true},{\"check\":\"adapter ClientShellAdapter: runs scenario clean (0 failures, 26 events)\",\"ok\":true},{\"check\":\"adapter ClientShellAdapter: transcript byte-identical to reference payload\",\"ok\":true},{\"check\":\"missing-methods\",\"ok\":true},{\"check\":\"nondeterminism\",\"ok\":true},{\"check\":\"schema-mismatch\",\"ok\":true},{\"check\":\"shared-state-isolation\",\"ok\":true},{\"check\":\"fail-closed-capability\",\"ok\":true},{\"check\":\"json-safe-values\",\"ok\":true},{\"check\":\"dispatch covers all 44 contract methods (probe round-trip)\",\"ok\":true}],\"failed\":0,\"ok\":17,\"passed\":true,\"suite\":\"adapter-tck\",\"version\":\"1.0.0\"}\n\\ No newline at end of file\n+{\"checks\":[{\"check\":\"scenario file exists\",\"ok\":true},{\"check\":\"scenario loads (29 steps)\",\"ok\":true},{\"check\":\"fixture pass: reference adapter runs clean (0 failures, 26 events)\",\"ok\":true},{\"check\":\"fixture pass: reference determinism (two runs byte-identical)\",\"ok\":true},{\"check\":\"contract surface has 44 methods (44)\",\"ok\":true},{\"check\":\"contract surface has 9 boundaries\",\"ok\":true},{\"check\":\"reference adapter implements full surface (44 methods)\",\"ok\":true},{\"check\":\"adapter artifact discovers >=1 ServiceLoader adapter in build/classes/client\",\"ok\":true},{\"check\":\"adapter ClientShellAdapter: runs scenario clean (0 failures, 26 events)\",\"ok\":true},{\"check\":\"adapter ClientShellAdapter: transcript byte-identical to reference payload\",\"ok\":true},{\"check\":\"missing-methods\",\"ok\":true},{\"check\":\"nondeterminism\",\"ok\":true},{\"check\":\"schema-mismatch\",\"ok\":true},{\"check\":\"shared-state-isolation\",\"ok\":true},{\"check\":\"fail-closed-capability\",\"ok\":true},{\"check\":\"json-safe-values\",\"ok\":true},{\"check\":\"dispatch covers all 44 contract methods (probe round-trip)\",\"ok\":true}],\"failed\":0,\"ok\":17,\"passed\":true,\"suite\":\"adapter-tck\",\"version\":\"1.0.0\"}\n\\ No newline at end of file\ndiff --git a/jvm/tools/run_tck.py b/jvm/tools/run_tck.py\nindex 810be57..2f0aa65 100644\n--- a/jvm/tools/run_tck.py\n+++ b/jvm/tools/run_tck.py\n@@ -54,6 +54,20 @@ JARS = BUILD / \"jars\"\n TCK_EVIDENCE = ROOT / \"tck\" / \"evidence\"\n EVIDENCE = ROOT / \"evidence\"\n \n+\n+def _rel(p: Path) -> str:\n+ \"\"\"Return a path string relative to the repo root (TCK_ROOT).\n+\n+ Evidence files must not embed the build host's absolute path \u2014\n+ that dirties tracked files on every machine (issue #7). Paths\n+ are made relative to the repo root so evidence is byte-identical\n+ across differently-named checkout directories.\n+ \"\"\"\n+ try:\n+ return str(p.relative_to(TCK_ROOT)).replace(os.sep, \"/\")\n+ except ValueError:\n+ return str(p)\n+\n #: the concrete-client-free surface compiled onto the main classpath\n #: (mirrors build.py; the isolated client is compiled separately)\n SURFACE_PACKAGES = (\"contracts\", \"sim\", \"fake\", \"harness\", \"tests\")\n@@ -133,11 +147,26 @@ def build_surface_jar() -> None:\n \n \n def run_tck(scenario: Path, adapter_dir: Path) -> None:\n- \"\"\"Run TckMain (cwd=jvm so the evidence JSON lands in jvm/tck/evidence/).\"\"\"\n+ \"\"\"Run TckMain (cwd=jvm so the evidence JSON lands in jvm/tck/evidence/).\n+\n+ The adapter_dir is passed as a path relative to ROOT (jvm/) so the\n+ TckMain check messages \u2014 which embed the path \u2014 do not carry the\n+ build host's absolute checkout path into committed evidence (issue #7).\n+ \"\"\"\n cp = os.pathsep.join([str(CLASSES_MAIN), str(CLASSES_TCK)])\n+ # Pass adapter_dir relative to ROOT (the cwd) so the path in the\n+ # TCK result JSON is a stable repo-relative path, not an absolute one.\n+ try:\n+ adapter_dir_rel = adapter_dir.relative_to(ROOT)\n+ except ValueError:\n+ adapter_dir_rel = adapter_dir\n+ # Pass scenario relative to ROOT (the cwd) too, for the same reason.\n+ # The scenario lives at TCK_ROOT/scenarios/, which is ../scenarios/\n+ # relative to ROOT (jvm/). Use os.path.relpath for non-subpath relatives.\n+ scenario_rel = os.path.relpath(str(scenario), str(ROOT))\n p = run(\n [tool(\"java\"), \"-cp\", cp, \"dev.botcontracts.tck.TckMain\",\n- str(scenario), \"--adapter-dir\", str(adapter_dir)],\n+ str(scenario_rel), \"--adapter-dir\", str(adapter_dir_rel)],\n cwd=str(ROOT),\n )\n if p.returncode != 0:\n@@ -212,12 +241,12 @@ def capture_evidence(report: dict, adapter_jar: Path | None) -> None:\n \"TCK RUN EVIDENCE\",\n \"JAVA: \" + java_line,\n \"SCENARIO: \" + SCENARIO.name,\n- \"ADAPTER UNDER TEST: \" + (str(adapter_jar) if adapter_jar else str(JARS / \"client.jar\")),\n+ \"ADAPTER UNDER TEST: \" + _rel(adapter_jar if adapter_jar else JARS / \"client.jar\"),\n \"PASSED: \" + str(report.get(\"passed\")),\n \"OK: \" + str(report.get(\"ok\")),\n \"FAILED: \" + str(report.get(\"failed\")),\n \"CHECKS: \" + str(len(report.get(\"checks\", []))),\n- \"RESULT JSON: \" + str(TCK_EVIDENCE / \"tck-result.json\"),\n+ \"RESULT JSON: \" + _rel(TCK_EVIDENCE / \"tck-result.json\"),\n ]\n (EVIDENCE / \"tck-run.txt\").write_text(\"\\n\".join(lines) + \"\\n\", encoding=\"utf-8\")\n print(\"RESULT tck-evidence written to \" + str(EVIDENCE / \"tck-run.txt\"))\ndiff --git a/tests/test_evidence_paths.py b/tests/test_evidence_paths.py\nnew file mode 100644\nindex 0000000..245bfa6\n--- /dev/null\n+++ b/tests/test_evidence_paths.py\n@@ -0,0 +1,128 @@\n+#!/usr/bin/env python3\n+\"\"\"Test: evidence files use repo-relative paths, not absolute (issue #7).\n+\n+The TCK runner and build driver emit evidence files that are committed to\n+the repo. If those files embed the build host's absolute checkout path,\n+running the gate on any other machine (or even a second clone with a\n+different directory name) dirties the tracked evidence \u2014 a reviewer cannot\n+tell \"the evidence reproduces\" from \"the evidence changed\".\n+\n+This test verifies the evidence paths are repo-relative by checking the\n+committed evidence files contain no absolute paths, and by verifying the\n+_rel() helper in run_tck.py produces repo-relative paths.\n+\"\"\"\n+import json\n+import os\n+import sys\n+import unittest\n+from pathlib import Path\n+\n+ROOT = Path(__file__).resolve().parents[1]\n+JVM = ROOT / \"jvm\"\n+sys.path.insert(0, str(JVM / \"tools\"))\n+\n+\n+class TestEvidencePaths(unittest.TestCase):\n+ \"\"\"Evidence files must not embed the build host's absolute path.\"\"\"\n+\n+ def _read(self, rel: str) -> str:\n+ return (ROOT / rel).read_text(encoding=\"utf-8\")\n+\n+ def test_tck_run_evidence_no_absolute_path(self):\n+ \"\"\"tck-run.txt must not contain an absolute path.\"\"\"\n+ text = self._read(\"jvm/evidence/tck-run.txt\")\n+ for line in text.splitlines():\n+ if line.startswith(\"ADAPTER UNDER TEST:\"):\n+ path = line.split(\":\", 1)[1].strip()\n+ self.assertFalse(\n+ os.path.isabs(path),\n+ f\"ADAPTER UNDER TEST has absolute path: {path}\")\n+ if line.startswith(\"RESULT JSON:\"):\n+ path = line.split(\":\", 1)[1].strip()\n+ self.assertFalse(\n+ os.path.isabs(path),\n+ f\"RESULT JSON has absolute path: {path}\")\n+\n+ def test_tck_result_json_no_absolute_path(self):\n+ \"\"\"tck-result.json check names must not contain absolute paths.\"\"\"\n+ text = self._read(\"jvm/tck/evidence/tck-result.json\")\n+ report = json.loads(text)\n+ for check in report.get(\"checks\", []):\n+ name = check.get(\"check\", \"\")\n+ # The adapter discovery check embeds the adapter dir path.\n+ # It must be a relative path, not absolute.\n+ if \"ServiceLoader adapter in\" in name:\n+ path_part = name.split(\"in\", 1)[1].strip()\n+ self.assertFalse(\n+ os.path.isabs(path_part),\n+ f\"TCK check name has absolute path: {path_part}\")\n+\n+ def test_jvm_build_evidence_no_absolute_path(self):\n+ \"\"\"jvm-build.txt must not contain absolute paths.\"\"\"\n+ text = self._read(\"jvm/evidence/jvm-build.txt\")\n+ for line in text.splitlines():\n+ # Skip the JAVA: line (version string, not a path)\n+ if line.startswith(\"JAVA:\"):\n+ continue\n+ # Check for absolute paths in BUILD TREE or other lines\n+ # (paths like \"/home/...\" or \"C:\\...\" on Windows)\n+ stripped = line.strip()\n+ if stripped.startswith(\" \"):\n+ # BUILD TREE entry: \" jars/foo.jar size=123\"\n+ parts = stripped.split()\n+ if parts:\n+ self.assertFalse(\n+ os.path.isabs(parts[0]),\n+ f\"jvm-build.txt has absolute path: {parts[0]}\")\n+\n+ def test_rel_helper_produces_relative_path(self):\n+ \"\"\"The _rel() helper in run_tck.py must produce repo-relative paths.\"\"\"\n+ from run_tck import _rel, TCK_ROOT, JARS\n+ # A path inside the repo should be relative\n+ test_path = JARS / \"client.jar\"\n+ result = _rel(test_path)\n+ self.assertFalse(os.path.isabs(result),\n+ f\"_rel() returned absolute path: {result}\")\n+ self.assertTrue(result.startswith(\"jvm/\"),\n+ f\"_rel() should start with jvm/: {result}\")\n+\n+ def test_rel_helper_outside_repo_returns_absolute(self):\n+ \"\"\"_rel() on a path outside the repo returns it unchanged.\"\"\"\n+ from run_tck import _rel\n+ outside = Path(\"/tmp/nonexistent_test_path\")\n+ result = _rel(outside)\n+ self.assertEqual(str(outside), result)\n+\n+\n+class TestEvidenceReproducible(unittest.TestCase):\n+ \"\"\"Re-running the gate on a clean checkout must not dirty evidence.\"\"\"\n+\n+ def test_tck_run_evidence_has_expected_fields(self):\n+ \"\"\"Verify the committed evidence has the expected structure.\"\"\"\n+ text = self._read(\"jvm/evidence/tck-run.txt\")\n+ self.assertIn(\"TCK RUN EVIDENCE\", text)\n+ self.assertIn(\"JAVA:\", text)\n+ self.assertIn(\"SCENARIO:\", text)\n+ self.assertIn(\"ADAPTER UNDER TEST:\", text)\n+ self.assertIn(\"PASSED:\", text)\n+ self.assertIn(\"OK:\", text)\n+ self.assertIn(\"FAILED:\", text)\n+ self.assertIn(\"CHECKS:\", text)\n+ self.assertIn(\"RESULT JSON:\", text)\n+\n+ def test_tck_result_json_has_17_checks_all_ok(self):\n+ \"\"\"The committed TCK result must show 17/17 ok.\"\"\"\n+ text = self._read(\"jvm/tck/evidence/tck-result.json\")\n+ report = json.loads(text)\n+ self.assertEqual(report[\"suite\"], \"adapter-tck\")\n+ self.assertTrue(report[\"passed\"])\n+ self.assertEqual(report[\"ok\"], 17)\n+ self.assertEqual(report[\"failed\"], 0)\n+ self.assertEqual(len(report[\"checks\"]), 17)\n+\n+ def _read(self, rel: str) -> str:\n+ return (ROOT / rel).read_text(encoding=\"utf-8\")\n+\n+\n+if __name__ == \"__main__\":\n+ unittest.main()\n\\ No newline at end of file\n", + "diff_truncated": false, + "diff_bytes": 12215 +} \ No newline at end of file diff --git a/tests/calibration/corpus/botmanager-191.json b/tests/calibration/corpus/botmanager-191.json new file mode 100644 index 0000000..959855d --- /dev/null +++ b/tests/calibration/corpus/botmanager-191.json @@ -0,0 +1,20 @@ +{ + "id": "botmanager-191", + "repo": "botmanager", + "pr": 191, + "title": "fix(#188): no fabricated RSNs; first-class RSN-unknown state + coverage endpoint", + "head_sha": "549207f5c7c9d393ebd61383620ef76eaf05b9f0", + "base_sha": "b2b30ad09c596fe3692d177e57068cc51ba71616", + "labels": [], + "merged": true, + "issue_number": 188, + "issue_body": "Blocks the `#171` DreamBot-EOL alcher migration. The `#172` runbook (merged as `!174`)\nstates the precondition correctly: **highalch casts High Level Alchemy only, so the\naccount needs Magic 55+**, and it tells the owner to \"pick an account whose Magic is\nalready 55+\". The farm cannot answer that for a single viable account.\n\n## Measured on disk 2026-08-23 (re-verified; unchanged since 08-21)\n\nThe 12 accounts configured for `CloveHlaPilotPro`, from `botmanager/stats.json` and\n`bans.json`:\n\n magic 55+ AND not banned NONE\n have any Magic data at all 2 of 12 (berevu1982 = 79, bee1983 = 75)\n ...both of those banned\n no skill snapshot whatsoever 10 of 12\n\nSo the live run `#172` was written to enable cannot be scheduled. Choosing the account is\nthe owner's call, but the farm currently gives them nothing to choose on.\n\n## Root cause \u2014 a fabricated RSN\n\n`StatsCollector` polls the OSRS hiscores by display name. With no registry\n`display_name` it invents one from the email:\n\n workers.py:1502 entry[\"display_name\"] = entry.get(\"display_name\") or user.split(\"@\")[0]\n\nFor `c.ferrusiuqvzd@outlook.com` that polls the hiscores for `c.ferrusiuqvzd`, which is\nnot a RuneScape name. The miss is then recorded as an ordinary \"not on hiscores\" result:\n\n stats.json entries 55\n with a display_name 35\n on_hiscores == True 9 <- only 9 of 55 ever resolved\n with any snapshots 25\n\n registry rows with a NON-EMPTY display_name: 1 of 72\n (15 more carry the key with an empty value)\n\nThe fallback launders a missing-data problem into a successful-looking poll.\n`on_hiscores: false` currently means both \"polled, absent from hiscores\" and \"we never\nknew this account's name\" \u2014 two very different facts.\n\n**`speakeasy/accounts.txt` is NOT the source.** I checked its structure without reading\nits contents \u2014 it holds credentials, do not `cat` it. 51 of 67 lines carry a third\nfield and **zero** match an RSN shape (`^[A-Za-z0-9 _-]{1,12}$`).\n\n## Scope \u2014 `StatsCollector` ONLY (workers.py 1347-2453 on origin/master dd2f0ad)\n\nStay inside this class. A sibling issue works `RulesEngine` (`workers.py:2454`+). They\nare parallel-safe **only** while each stays in its own region of the file.\n\n1. **Stop guessing.** Remove the `user.split(\"@\")[0]` fallback at `workers.py:1502`, or\n gate it behind an explicit opt-in. An account with no known RSN must be recorded as\n *unknown* and never polled under a fabricated name.\n2. **Make \"RSN unknown\" a first-class state**, distinct from `on_hiscores: false`.\n3. **Surface it** per account so the dashboard and any preflight can read: is there a\n known RSN, and when was the last successful poll?\n4. **Provide a backfill path** that needs no client launch \u2014 set `display_name` on the\n registry row and trigger an immediate re-poll. Supplying the actual names is owner\n data-entry; this issue delivers the mechanism plus the report of who needs it.\n5. **Report against the alcher 12 specifically**: after this, it must be possible to\n answer \"which CloveHlaPilotPro accounts have Magic >= 55\" from farm data, or to state\n exactly which are unknown and why.\n\n## Acceptance\n\n- No hiscores request is issued under a name derived from an email local part.\n- \"RSN unknown\" is distinguishable from \"RSN known, absent from hiscores\".\n- A command or endpoint lists accounts with no known RSN; the 10 alcher accounts with no\n Magic data must appear in it.\n- Given a `display_name`, a re-poll populates skills with no client launch.\n- Tests: unknown RSN is not polled; supplied RSN is polled and stored; an on-hiscores\n miss is distinguishable from an unknown name.\n\n## Out of scope\n\n- Launching any client or logging in to read a name off the game. This is entirely\n offline \u2014 the hiscores API is public and needs only the RSN.\n- Choosing which account runs the alcher, and any registry `client`/`script` mutation.\n Owner decisions per `#172`.\n- Reading or parsing credentials out of `accounts.txt`.\n", + "changed_files": [ + "server.py", + "test_stats_rsn.py", + "workers.py" + ], + "diff": "diff --git a/server.py b/server.py\nindex 15f7b75..8dc59d1 100644\n--- a/server.py\n+++ b/server.py\n@@ -314,10 +314,22 @@ API_HELP = {\n \"provision_credentials.py / agent/PROVISION-CREDS.md (#242 part C/D); this endpoint never \"\n \"writes anything, it only reports the gap.\"},\n {\"method\": \"GET\", \"path\": \"/api/stats\",\n- \"desc\": \"Per-account stats summary: display_name, total_level, total_xp, \"\n+ \"desc\": \"Per-account stats summary: display_name, rsn_known (#188: first-class \"\n+ \"'RSN unknown' state \u2014 false when the name is missing/placeholder/\"\n+ \"email-derived, distinct from on_hiscores which says the last poll \"\n+ \"missed), total_level, total_xp, \"\n \"xp_24h, xp_7d, xp_today, xp_series, uptime_today_s. \"\n \"Includes top-level totals object. \"\n \"Hiscores are polled every stats_interval_s (default 6h).\"},\n+ {\"method\": \"GET\", \"path\": \"/api/stats/rsn-unknown\",\n+ \"desc\": \"#188: Registry-driven RSN coverage report. Every registry account gets \"\n+ \"a row joined against its stats entry: rsn_known, rsn_reason (why \"\n+ \"unknown), rsn_source (registry | telemetry \u2014 telemetry means the name \"\n+ \"is hiscores-proven and the poll path migrates it), script, status, \"\n+ \"display_name (registry RSN when known), \"\n+ \"on_hiscores, last_fetch, last_report, snapshots, magic_level (latest \"\n+ \"snapshot). Accounts with no known RSN are listed in `unknown` and \"\n+ \"never hiscores-polled. Read-only; no client launch needed.\"},\n {\"method\": \"GET\", \"path\": \"/api/stats/{user}\",\n \"desc\": \"Full stats history for one account: hiscores snapshots \"\n \"(all 24 skills as [level, xp]) and per-day uptime seconds.\"},\n@@ -910,6 +922,9 @@ class Handler(BaseHTTPRequestHandler):\n return self._send(200, self.mgr.credential_coverage())\n if path == \"/api/stats\":\n return self._send(200, self.stats.summary())\n+ if path == \"/api/stats/rsn-unknown\":\n+ result = self.stats.unknown_rsn_report()\n+ return self._send(200 if result.get(\"ok\") else 400, result)\n if path == \"/api/tokens\":\n return self._send(200, self.tokens.state())\n if path == \"/api/wealth\":\ndiff --git a/test_stats_rsn.py b/test_stats_rsn.py\nnew file mode 100644\nindex 0000000..18ed159\n--- /dev/null\n+++ b/test_stats_rsn.py\n@@ -0,0 +1,299 @@\n+\"\"\"Tests for #188: RSN coverage in StatsCollector.\n+\n+Acceptance-driven:\n+ * ingest() never fabricates a display_name from the email local part\n+ \u2014 an account with no known RSN stays \"RSN unknown\"\n+ * unknown RSN accounts (missing/placeholder/email-derived names) are\n+ never hiscores-polled; a supplied registry RSN IS polled and stored\n+ with no client launch\n+ * \"RSN known, absent from hiscores\" (on_hiscores=False) is\n+ distinguishable from \"RSN unknown\"\n+ * unknown_rsn_report() lists registry accounts with no known RSN\n+ (registry is the source of truth; stale telemetry names are never\n+ trusted) and reports the alcher accounts lacking Magic data\n+\n+Style matches the repo: stdlib unittest, no network, no real client.\n+\"\"\"\n+import os\n+import shutil\n+import tempfile\n+import threading\n+import time\n+import unittest\n+from unittest.mock import patch\n+\n+from workers import StatsCollector\n+\n+\n+def _bare_collector(mgr=None, data=None):\n+ col = StatsCollector.__new__(StatsCollector)\n+ col.mgr = mgr or StubMgr()\n+ col.lock = threading.Lock()\n+ col.data = data if data is not None else {}\n+ col.fetch_now = threading.Event()\n+ col.last_beat = time.time()\n+ col.last_cycle = None\n+ return col\n+\n+\n+class StubMgr:\n+ def __init__(self, accounts_result=None):\n+ self._acc = accounts_result or {\"ok\": True, \"accounts\": []}\n+ self.registry_updates = []\n+\n+ def accounts(self, *a, **k):\n+ return self._acc\n+\n+ def registry_update(self, email, fields):\n+ # Records evidence-backed migrations exactly like the real\n+ # Manager.registry_update (display_name is an allowed field).\n+ self.registry_updates.append((email, fields))\n+ return {\"ok\": True}\n+\n+\n+def acct(email, display_name=None, script=None, status=\"idle\"):\n+ return {\"email\": email, \"display_name\": display_name,\n+ \"script\": script, \"status\": status}\n+\n+\n+class StatsCollectorRsnTest(unittest.TestCase):\n+ def setUp(self):\n+ self.tmp = tempfile.mkdtemp()\n+ self.stats_path = os.path.join(self.tmp, \"stats.json\")\n+ patcher = patch(\"workers.STATS_PATH\", self.stats_path)\n+ patcher.start()\n+ self.addCleanup(patcher.stop)\n+ self.addCleanup(shutil.rmtree, self.tmp, True)\n+\n+ # ---- acceptance: never fabricate from the email local part ----\n+\n+ def test_ingest_does_not_fabricate_display_name_from_email(self):\n+ col = _bare_collector()\n+ col.ingest(\"c.ferrusiuqvzd@outlook.com\",\n+ {\"overall\": [200, 12345], \"magic\": [21, 5000]})\n+ entry = col.data[\"c.ferrusiuqvzd@outlook.com\"]\n+ self.assertIsNone(\n+ entry.get(\"display_name\"),\n+ \"ingest must not invent an RSN from the email local part\")\n+ self.assertEqual(len(entry[\"snapshots\"]), 1)\n+ self.assertEqual(entry[\"snapshots\"][0][\"skills\"][\"magic\"], [21, 5000])\n+\n+ def test_ingest_preserves_an_already_known_name(self):\n+ col = _bare_collector(\n+ data={\"alice@example.com\": {\"display_name\": \"RealRsn\"}})\n+ col.ingest(\"alice@example.com\", {\"overall\": [500, 99999]})\n+ self.assertEqual(col.data[\"alice@example.com\"][\"display_name\"],\n+ \"RealRsn\")\n+\n+ # ---- acceptance: unknown RSN is never polled ----\n+\n+ def test_unknown_rsn_accounts_never_polled(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"none@example.com\", display_name=\"\"),\n+ acct(\"noneword@example.com\", display_name=\"none\"),\n+ acct(\"unknownword@example.com\", display_name=\"unknown\"),\n+ acct(\"local@example.com\", display_name=\"local\"), # local part\n+ acct(\"at@example.com\", display_name=\"has@at\"),\n+ acct(\"banned@example.com\", display_name=\"RealName\",\n+ status=\"banned\"),\n+ acct(\"ok@example.com\", display_name=\"RealName\"),\n+ ]})\n+ col = _bare_collector(mgr)\n+ targets = col._targets()\n+ self.assertEqual(targets, {\"ok@example.com\": \"RealName\"},\n+ \"only a known, non-banned RSN may be polled\")\n+\n+ def test_supplied_rsn_is_polled_and_stored_without_client(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"ok@example.com\", display_name=\"RealName\"),\n+ ]})\n+ col = _bare_collector(mgr)\n+ skills = {\"overall\": [1000, 99999], \"magic\": [79, 1000000]}\n+ with patch.object(StatsCollector, \"fetch_hiscores\",\n+ return_value=skills), \\\n+ patch(\"workers.random.uniform\", return_value=0.0):\n+ col._fetch_cycle()\n+ entry = col.data[\"ok@example.com\"]\n+ self.assertEqual(entry[\"display_name\"], \"RealName\")\n+ self.assertTrue(entry[\"on_hiscores\"])\n+ self.assertEqual(len(entry[\"snapshots\"]), 1)\n+ self.assertEqual(entry[\"snapshots\"][0][\"skills\"][\"magic\"],\n+ [79, 1000000])\n+\n+ # ---- acceptance: on-hiscores miss vs unknown RSN ----\n+\n+ def test_on_hiscores_miss_distinguishable_from_unknown(self):\n+ col = _bare_collector(data={\n+ \"known@example.com\": {\"display_name\": \"KnownRs\",\n+ \"on_hiscores\": False, \"last_fetch\": 1,\n+ \"snapshots\": []},\n+ \"unk@example.com\": {\"display_name\": None,\n+ \"on_hiscores\": False,\n+ \"snapshots\": []},\n+ })\n+ s = col.summary()[\"accounts\"]\n+ self.assertTrue(s[\"known@example.com\"][\"rsn_known\"])\n+ self.assertFalse(s[\"known@example.com\"][\"on_hiscores\"],\n+ \"known RSN, absent from hiscores\")\n+ self.assertFalse(s[\"unk@example.com\"][\"rsn_known\"],\n+ \"no known RSN at all\")\n+ self.assertTrue(col.detail(\"known@example.com\")[\"rsn_known\"])\n+ self.assertFalse(col.detail(\"unk@example.com\")[\"rsn_known\"])\n+\n+ # ---- acceptance: report of who still has no known RSN ----\n+\n+ def test_unknown_rsn_report_lists_alcher_accounts_without_magic(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"alcher1@example.com\", script=\"CloveHlaPilotPro\"),\n+ acct(\"alcher2@example.com\", script=\"CloveHlaPilotPro\"),\n+ acct(\"alcher3@example.com\", display_name=\"alcher3\",\n+ script=\"CloveHlaPilotPro\"), # laundered local-part name\n+ acct(\"legit@example.com\", display_name=\"LegitRs\",\n+ script=\"CloveHlaPilotPro\"),\n+ acct(\"other@example.com\"),\n+ ]})\n+ # alcher2 carries a stale TELEMETRY name (fabricated by the old\n+ # ingest fallback) plus a snapshot; the registry must still win.\n+ col = _bare_collector(\n+ mgr, data={\n+ \"alcher2@example.com\": {\n+ \"display_name\": \"alcher2\",\n+ \"on_hiscores\": False,\n+ \"snapshots\": [{\"ts\": 1, \"total_level\": 500,\n+ \"total_xp\": 99999,\n+ \"skills\": {\"magic\": [60, 500000]}}],\n+ },\n+ \"legit@example.com\": {\n+ \"display_name\": \"LegitRs\",\n+ \"on_hiscores\": True,\n+ \"snapshots\": [{\"ts\": 1, \"total_level\": 900,\n+ \"total_xp\": 88888,\n+ \"skills\": {\"magic\": [79, 1000000]}}],\n+ },\n+ })\n+ report = col.unknown_rsn_report()\n+ self.assertTrue(report[\"ok\"])\n+ unknown = {r[\"email\"]: r for r in report[\"unknown\"]}\n+ # The alcher accounts with no Magic data must appear in the list.\n+ self.assertIn(\"alcher1@example.com\", unknown)\n+ self.assertEqual(unknown[\"alcher1@example.com\"][\"magic_level\"],\n+ None)\n+ self.assertEqual(unknown[\"alcher1@example.com\"][\"rsn_reason\"],\n+ \"no display_name\")\n+ # Stale telemetry name + snapshot does not make the RSN known.\n+ self.assertIn(\"alcher2@example.com\", unknown)\n+ self.assertFalse(unknown[\"alcher2@example.com\"][\"rsn_known\"])\n+ self.assertEqual(unknown[\"alcher2@example.com\"][\"magic_level\"], 60)\n+ # A registry name matching the email local part is never trusted.\n+ self.assertIn(\"alcher3@example.com\", unknown)\n+ self.assertIn(\"local part\",\n+ unknown[\"alcher3@example.com\"][\"rsn_reason\"])\n+ self.assertIn(\"other@example.com\", unknown)\n+ # A genuinely known alcher account is reported known with Magic.\n+ rows = {r[\"email\"]: r for r in report[\"accounts\"]}\n+ self.assertTrue(rows[\"legit@example.com\"][\"rsn_known\"])\n+ self.assertEqual(rows[\"legit@example.com\"][\"magic_level\"], 79)\n+ self.assertEqual(report[\"total\"], 5)\n+ self.assertEqual(report[\"unknown_rsn\"], 4)\n+\n+ def test_unknown_rsn_report_registry_unavailable(self):\n+ mgr = StubMgr({\"ok\": False})\n+ report = _bare_collector(mgr).unknown_rsn_report()\n+ self.assertFalse(report[\"ok\"])\n+ self.assertIn(\"registry\", report[\"error\"])\n+\n+ # ---- #188 bounce regression: proven telemetry names ---------------\n+ # Real-box shape reviewed live: the working RSNs live in stats.json\n+ # (on_hiscores=True) while the registry row has no display_name.\n+ # Registry-only sourcing silently dropped 8 of 9 working accounts;\n+ # a proven telemetry name must be migrated AND still polled.\n+\n+ def test_proven_telemetry_rsn_migrated_and_polled(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"proven@example.com\"), # registry has NO display_name\n+ acct(\"known@example.com\", display_name=\"RegName\"),\n+ ]})\n+ col = _bare_collector(mgr, data={\n+ # The proven name lives in telemetry only (the real-box shape).\n+ \"proven@example.com\": {\"display_name\": \"ProvenRs\",\n+ \"on_hiscores\": True,\n+ \"snapshots\": []},\n+ })\n+ targets = col._targets()\n+ self.assertEqual(targets, {\"proven@example.com\": \"ProvenRs\",\n+ \"known@example.com\": \"RegName\"},\n+ \"proven telemetry RSN must still be polled\")\n+ self.assertEqual(mgr.registry_updates,\n+ [(\"proven@example.com\", {\"display_name\": \"ProvenRs\"})],\n+ \"evidence-backed name must be migrated to the \"\n+ \"registry (single source of truth)\")\n+\n+ def test_unproven_telemetry_name_never_polled_or_migrated(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"unproven@example.com\"), # registry blank\n+ ]})\n+ col = _bare_collector(mgr, data={\n+ # Name exists in telemetry but NEVER resolved \u2014 this is the\n+ # laundered-fabrication case; the discriminator is\n+ # on_hiscores, not the mere presence of a name.\n+ \"unproven@example.com\": {\"display_name\": \"SuspiciousRs\",\n+ \"on_hiscores\": False,\n+ \"snapshots\": []},\n+ })\n+ targets = col._targets()\n+ self.assertEqual(targets, {},\n+ \"unproven telemetry name must stay unknown and \"\n+ \"never be polled\")\n+ self.assertEqual(mgr.registry_updates, [],\n+ \"unproven name must never be migrated\")\n+\n+ def test_proven_telemetry_rsn_polled_and_stored_via_cycle(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"proven@example.com\"),\n+ ]})\n+ col = _bare_collector(mgr, data={\n+ \"proven@example.com\": {\"display_name\": \"ProvenRs\",\n+ \"on_hiscores\": True,\n+ \"snapshots\": []},\n+ })\n+ skills = {\"overall\": [1000, 99999], \"magic\": [79, 1000000]}\n+ with patch.object(StatsCollector, \"fetch_hiscores\",\n+ return_value=skills), \\\n+ patch(\"workers.random.uniform\", return_value=0.0):\n+ col._fetch_cycle()\n+ entry = col.data[\"proven@example.com\"]\n+ self.assertEqual(entry[\"display_name\"], \"ProvenRs\")\n+ self.assertTrue(entry[\"on_hiscores\"])\n+ self.assertEqual(len(entry[\"snapshots\"]), 1)\n+ self.assertEqual(entry[\"snapshots\"][0][\"skills\"][\"magic\"],\n+ [79, 1000000])\n+\n+ def test_report_proven_telemetry_is_known_with_source(self):\n+ mgr = StubMgr({\"ok\": True, \"accounts\": [\n+ acct(\"proven@example.com\"),\n+ acct(\"truly-unknown@example.com\"),\n+ ]})\n+ col = _bare_collector(mgr, data={\n+ \"proven@example.com\": {\"display_name\": \"ProvenRs\",\n+ \"on_hiscores\": True,\n+ \"snapshots\": []},\n+ })\n+ report = col.unknown_rsn_report()\n+ rows = {r[\"email\"]: r for r in report[\"accounts\"]}\n+ self.assertTrue(rows[\"proven@example.com\"][\"rsn_known\"])\n+ self.assertEqual(rows[\"proven@example.com\"][\"rsn_source\"],\n+ \"telemetry\")\n+ self.assertEqual(rows[\"proven@example.com\"][\"display_name\"],\n+ \"ProvenRs\")\n+ # Not in the unknown list \u2014 coverage must not undercount.\n+ self.assertNotIn(\"proven@example.com\",\n+ {r[\"email\"] for r in report[\"unknown\"]})\n+ self.assertFalse(rows[\"truly-unknown@example.com\"][\"rsn_known\"])\n+ self.assertIsNone(rows[\"truly-unknown@example.com\"][\"rsn_source\"])\n+ self.assertIn(\"truly-unknown@example.com\",\n+ {r[\"email\"] for r in report[\"unknown\"]})\n+ self.assertEqual(report[\"unknown_rsn\"], 1)\n+\n+\n+if __name__ == \"__main__\":\n+ unittest.main()\ndiff --git a/workers.py b/workers.py\nindex 7b6d628..31ece90 100644\n--- a/workers.py\n+++ b/workers.py\n@@ -1353,6 +1353,17 @@ class StatsCollector(threading.Thread):\n \"skills\": {name: [level, xp]}}],\n \"uptime\": {\"YYYY-MM-DD\": seconds},\n \"last_fetch\": ts, \"on_hiscores\": bool}}\n+ display_name is only ever written from a known registry RSN (#188);\n+ it is never derived from the email. An account with no known RSN is\n+ \"RSN unknown\": it is never hiscores-polled and rsn_known() is False,\n+ which stays distinguishable from a known RSN that simply missed the\n+ hiscores (on_hiscores=False).\n+\n+ Registry is the polling source of truth. A telemetry display_name is\n+ only trusted \u2014 and migrated onto its registry row \u2014 when the hiscores\n+ have PROVEN it (on_hiscores=True); an unproven telemetry name (never\n+ resolved, or laundered from the old email fallback) stays unknown and\n+ is never polled (#188 bounce).\n \"\"\"\n \n def __init__(self, mgr):\n@@ -1400,11 +1411,85 @@ class StatsCollector(threading.Thread):\n return {name: [int(rows[i][1]), int(rows[i][2])]\n for i, name in enumerate(SKILL_ORDER)}\n \n+ @staticmethod\n+ def rsn_state(display_name, email=None):\n+ \"\"\"Classify a display_name as a known RSN, or say why not (#188).\n+\n+ Returns ``(known: bool, reason: str | None)``. A name is known\n+ only when it is a real RSN: non-empty, not a placeholder\n+ (\"none\"/\"unknown\"), contains no \"@\" (never an RSN), and is not\n+ the email local part \u2014 the signature of the old fabricated-name\n+ fallback. The local-part check is what keeps a laundered or\n+ stale email-derived name from ever being polled or reported as\n+ known.\n+ \"\"\"\n+ if not display_name:\n+ return False, \"no display_name\"\n+ s = str(display_name).strip()\n+ if not s or s.lower() in (\"none\", \"unknown\"):\n+ return False, f\"placeholder display_name {s!r}\"\n+ if \"@\" in s:\n+ return False, f\"display_name {s!r} contains '@' (not an RSN)\"\n+ if email and s.lower() == str(email).split(\"@\")[0].lower():\n+ return False, \"display_name matches the email local part \" \\\n+ \"(not a real RSN)\"\n+ return True, None\n+\n+ @staticmethod\n+ def rsn_known(display_name, email=None):\n+ \"\"\"True when display_name is a real, pollable RSN.\"\"\"\n+ return StatsCollector.rsn_state(display_name, email)[0]\n+\n+ @staticmethod\n+ def _proven_telemetry_rsn(email, entry):\n+ \"\"\"Return the stats display_name only when the hiscores PROVED it.\n+\n+ The discriminator is ``on_hiscores == True``, never the mere\n+ presence of a name: a telemetry name that never resolved could\n+ still be a laundered fabrication, and must stay unknown (#188\n+ bounce). The name must also pass ``rsn_state`` (real RSN shape,\n+ not the email local part). Returns None otherwise.\n+ \"\"\"\n+ if not isinstance(entry, dict) or entry.get(\"on_hiscores\") is not True:\n+ return None\n+ dn = (entry.get(\"display_name\") or \"\").strip() or None\n+ if dn is None or not StatsCollector.rsn_known(dn, email):\n+ return None\n+ return dn\n+\n+ def _migrate_display_name(self, email, display_name):\n+ \"\"\"Best-effort registry write of an evidence-backed RSN.\n+\n+ Migrating makes the registry the genuine single source of truth\n+ (#188 bounce): after one successful write, ``_targets()`` finds\n+ the name on the registry row and polling loses nothing. A write\n+ failure must never break the poll cycle \u2014 the proven name is\n+ still polled this round from telemetry.\n+ \"\"\"\n+ try:\n+ res = self.mgr.registry_update(email, {\"display_name\": display_name})\n+ if isinstance(res, dict) and not res.get(\"ok\"):\n+ logging.warning(\n+ \"stats-collector: registry display_name migration \"\n+ \"refused for %s: %s\", email, res.get(\"error\"))\n+ except Exception:\n+ logging.exception(\n+ \"stats-collector: registry display_name migration \"\n+ \"failed for %s (polling continues from telemetry)\", email)\n+\n def _targets(self):\n \"\"\"email -> display_name for accounts worth polling.\n \n Accounts with a recent wrapper report (< 1h) are skipped so\n hiscores doesn't duplicate the data the wrapper already pushed.\n+ Accounts whose registry display_name is not a known RSN (#188)\n+ are never polled \u2014 unknown stays unknown, absent from hiscores\n+ is a separate fact (on_hiscores=False).\n+\n+ Exception (#188 bounce): a telemetry display_name that has PROVEN\n+ itself on the hiscores (on_hiscores=True) is evidence-backed \u2014\n+ it is migrated onto the registry row and polled this cycle, so\n+ the registry-only read loses no working coverage.\n \"\"\"\n acc = self.mgr.accounts()\n if not isinstance(acc, dict) or not acc.get(\"ok\"):\n@@ -1412,15 +1497,26 @@ class StatsCollector(threading.Thread):\n out = {}\n now = time.time()\n for a in acc[\"accounts\"]:\n+ email = a.get(\"email\")\n+ if not email:\n+ continue\n+ if a.get(\"status\") == \"banned\":\n+ continue\n dn = a.get(\"display_name\")\n- if dn and str(dn).lower() not in (\"none\", \"unknown\", \"\") \\\n- and a.get(\"status\") != \"banned\":\n- email = a[\"email\"]\n- entry = self.data.get(email, {})\n- last_report = entry.get(\"last_report\")\n- if last_report and (now - last_report) < 3600:\n- continue # wrapper-fed; skip hiscores poll\n- out[email] = dn\n+ if not self.rsn_known(dn, email):\n+ # Registry name unknown \u2014 a proven telemetry name is the\n+ # only acceptable fallback; anything else stays unknown.\n+ proven = self._proven_telemetry_rsn(\n+ email, self.data.get(email, {}))\n+ if proven is None:\n+ continue\n+ dn = proven\n+ self._migrate_display_name(email, proven)\n+ entry = self.data.get(email, {})\n+ last_report = entry.get(\"last_report\")\n+ if last_report and (now - last_report) < 3600:\n+ continue # wrapper-fed; skip hiscores poll\n+ out[email] = dn\n return out\n \n def _fetch_cycle(self):\n@@ -1499,7 +1595,11 @@ class StatsCollector(threading.Thread):\n now = time.time()\n with self.lock:\n entry = self.data.setdefault(user, {})\n- entry[\"display_name\"] = entry.get(\"display_name\") or user.split(\"@\")[0]\n+ # #188: never fabricate an RSN from the email local part. An\n+ # account with no known display_name stays \"RSN unknown\"\n+ # until the owner supplies a real name in the registry \u2014\n+ # ingest only ever keeps (never invents) names.\n+ entry.setdefault(\"display_name\")\n entry[\"last_report\"] = now\n entry[\"source\"] = source\n entry[\"on_hiscores\"] = entry.get(\"on_hiscores\", False)\n@@ -1578,6 +1678,8 @@ class StatsCollector(threading.Thread):\n total = latest[\"total_xp\"] if latest else 0\n out[email] = {\n \"display_name\": e.get(\"display_name\"),\n+ \"rsn_known\": StatsCollector.rsn_known(\n+ e.get(\"display_name\"), email),\n \"on_hiscores\": e.get(\"on_hiscores\"),\n \"last_fetch\": e.get(\"last_fetch\"),\n \"last_report\": e.get(\"last_report\"),\n@@ -1615,9 +1717,79 @@ class StatsCollector(threading.Thread):\n with self.lock:\n for k, e in self.data.items():\n if k.lower() == email.lower():\n- return {\"ok\": True, \"email\": k, **e}\n+ out = {\"ok\": True, \"email\": k, **e}\n+ out[\"rsn_known\"] = StatsCollector.rsn_known(\n+ e.get(\"display_name\"), k)\n+ return out\n return {\"ok\": False, \"error\": f\"no stats for {email}\"}\n \n+ def unknown_rsn_report(self):\n+ \"\"\"Registry-driven RSN coverage report (#188).\n+\n+ Every registry account gets a row joined against its stats\n+ entry: ``rsn_known`` (first-class state), ``rsn_source``\n+ (``registry`` when the registry row holds the name, ``telemetry``\n+ when a hiscores-PROVEN stats name is the evidence \u2014 the poll\n+ path migrates those automatically), the known\n+ ``display_name``, and the latest Magic level when a snapshot\n+ exists. Accounts whose RSN is unknown appear in ``unknown``\n+ regardless of any stale telemetry display_name \u2014 an unproven or\n+ email-derived name is never trusted. Read-only; needs no client\n+ launch.\n+ \"\"\"\n+ acc = self.mgr.accounts()\n+ if not isinstance(acc, dict) or not acc.get(\"ok\"):\n+ return {\"ok\": False, \"error\": \"registry unavailable\"}\n+ rows = []\n+ with self.lock:\n+ for a in acc[\"accounts\"]:\n+ email = a.get(\"email\", \"\")\n+ if not email:\n+ continue\n+ entry = self.data.get(email, {})\n+ reg_dn = (a.get(\"display_name\") or \"\").strip()\n+ known, reason = self.rsn_state(reg_dn, email)\n+ rsn_source = \"registry\" if known else None\n+ if not known:\n+ # #188 bounce: a telemetry name the hiscores PROVED\n+ # (on_hiscores=True) is evidence-backed \u2014 report it\n+ # known so coverage never undercounts; the poll path\n+ # migrates it onto the registry row.\n+ proven = self._proven_telemetry_rsn(email, entry)\n+ if proven is not None:\n+ known, reason, reg_dn = True, None, proven\n+ rsn_source = \"telemetry\"\n+ snaps = entry.get(\"snapshots\") or []\n+ magic = None\n+ if snaps:\n+ skills = snaps[-1].get(\"skills\") or {}\n+ lv = skills.get(\"magic\")\n+ if isinstance(lv, list) and len(lv) >= 1:\n+ magic = lv[0]\n+ rows.append({\n+ \"email\": email,\n+ \"script\": a.get(\"script\"),\n+ \"status\": a.get(\"status\"),\n+ \"rsn_known\": known,\n+ \"rsn_reason\": reason,\n+ \"rsn_source\": rsn_source,\n+ \"display_name\": reg_dn if known else None,\n+ \"on_hiscores\": entry.get(\"on_hiscores\"),\n+ \"last_fetch\": entry.get(\"last_fetch\"),\n+ \"last_report\": entry.get(\"last_report\"),\n+ \"snapshots\": len(snaps),\n+ \"magic_level\": magic,\n+ })\n+ rows.sort(key=lambda r: (r[\"rsn_known\"], str(r[\"email\"]).lower()))\n+ unknown = [r for r in rows if not r[\"rsn_known\"]]\n+ return {\n+ \"ok\": True,\n+ \"total\": len(rows),\n+ \"unknown_rsn\": len(unknown),\n+ \"unknown\": unknown,\n+ \"accounts\": rows,\n+ }\n+\n # ---- main loop ----\n \n def run(self):\n", + "diff_truncated": false, + "diff_bytes": 28231 +} \ No newline at end of file diff --git a/tests/calibration/corpus/botmanager-200.json b/tests/calibration/corpus/botmanager-200.json new file mode 100644 index 0000000..58cb080 --- /dev/null +++ b/tests/calibration/corpus/botmanager-200.json @@ -0,0 +1,21 @@ +{ + "id": "botmanager-200", + "repo": "botmanager", + "pr": 200, + "title": "Closes #198: Backfill display_name automatically from RuneLite RS-profile + live /state capture", + "head_sha": "24106bca0d61ce7b6cb2315ab37f49fe7f5ffa97", + "base_sha": "b2b30ad09c596fe3692d177e57068cc51ba71616", + "labels": [], + "merged": true, + "issue_number": 198, + "issue_body": "`#188` said supplying RSNs was \"owner data-entry\". **That was wrong.** The names are\nalready on this box and reachable mechanically. 71 of 72 accounts have no `display_name`\npurely because nothing reads the sources that already have it.\n\n## Source 1 \u2014 the RuneLite profile, offline, no client needed\n\nRuneLite persists the logged-in character per profile:\n\n /.runelite/microbot-profiles/$rsprofile--1.properties\n rsprofile.rsprofile.3zVc2AjC.displayName=6V9E8rEnHUM (dfellhauerlzkpn8)\n rsprofile.rsprofile.GyHtr_aN.displayName=Tame_Salle (fakogu2021)\n\n`Tame_Salle` matches what `stats.json` already holds for `fakogu2021`, which confirms the\nmapping is sound.\n\n**Note the trap:** this lives in `$rsprofile--1.properties`, the file every previous sweep\n(including mine) skipped as a backup artifact. The account's own\n`-.properties` does **not** carry it.\n\nCurrently 2 of 5 Microbot homes have a value \u2014 the two that have actually logged in.\n\n## Source 2 \u2014 the agent server already reports it live\n\n agentserver/handler/StateHandler.java:47 Player localPlayer = client.getLocalPlayer();\n :51 playerInfo.put(\"name\", localPlayer.getName());\n\nEvery `GET /state` on a logged-in client already returns the character name. Nothing\npersists it. Any account that runs, at all, could self-populate its own `display_name` for\nfree.\n\n## Source 3 \u2014 the write path exists\n\n manager.py:1850 allowed = {..., \"display_name\", ...}\n manager.py:1894 validation for display_name on registry_update\n\nSo `registry_update(email, {\"display_name\": ...})` already works. There is no missing\nplumbing \u2014 only the two readers above are absent.\n\n## Scope\n\n1. **Offline sweep**: read `rsprofile.*.displayName` from each account home's\n `$rsprofile--1.properties` and write it to that account's registry row. Read-only\n against the profile; no client launch. Report how many of the 72 resolve.\n2. **Live capture**: when `GET /state` returns `player.name` for a logged-in client,\n persist it to the registry row if the account has no known RSN. This makes the problem\n self-healing \u2014 every future run backfills its own account.\n3. **Never overwrite a known-good name** with a different one silently. If a captured name\n disagrees with the stored one, log it and keep the stored value \u2014 an account renamed, or\n a home reused for a different character, is a real event worth surfacing rather than\n quietly clobbering.\n4. Feed straight into `!191`'s classifier: a name from either source is a **registry** RSN,\n not a telemetry one, so `rsn_source` should say `registry` once written.\n\n## Why this matters now\n\n`#188`'s finding stands \u2014 of 19 accounts with known Magic, every one at 55+ is banned and\nthe best clean account is `fakogu2021` at 38. But that is 19 of 72. The other **53 are\nunknown, not absent**, and the DreamBot-EOL alcher decision is being made on a third of the\nfleet because nothing reads a file that is already sitting on disk.\n\n## Acceptance\n\n- The offline sweep populates `display_name` for every account whose home carries one, and\n reports the count resolved vs unresolved.\n- A logged-in client's name is persisted without manual action.\n- A conflicting name is logged, not silently applied.\n- After the sweep, `/api/stats/rsn-unknown` shrinks measurably, and the alcher-viability\n question in `#188` can be answered for more of the fleet.\n\n## Out of scope\n\n- Launching any client to harvest names. Source 1 is entirely offline; source 2 is\n opportunistic on runs that happen anyway.\n- Reading `speakeasy/accounts.txt` \u2014 it holds credentials and its third field is not an\n RSN (checked: 0 of 51 match an RSN shape).\n", + "changed_files": [ + "lifecycle.py", + "manager.py", + "microbot_ports.py", + "test_display_name_backfill_198.py" + ], + "diff": "diff --git a/lifecycle.py b/lifecycle.py\nindex fd5003c..ac6b69c 100644\n--- a/lifecycle.py\n+++ b/lifecycle.py\n@@ -245,6 +245,62 @@ class LifecycleEngine:\n except Exception:\n return False\n \n+ def _capture_player_name(self, user, state):\n+ \"\"\"#198: persist the logged-in player's RSN from GET /state.\n+\n+ When ``state`` reports ``loggedIn=true`` and carries a non-empty\n+ ``player.name``, write it to the account's registry ``display_name``\n+ \u2014 but ONLY when the registry row is blank, or the captured name\n+ agrees with the stored one. A conflicting name is logged and the\n+ stored value is kept (an account renamed, or a home reused for a\n+ different character, is a real event worth surfacing rather than\n+ quietly clobbering).\n+\n+ Must never crash the monitor thread: every failure is swallowed.\n+ \"\"\"\n+ if not isinstance(state, dict):\n+ return\n+ if not state.get(\"loggedIn\"):\n+ return\n+ player = state.get(\"player\")\n+ if not isinstance(player, dict):\n+ return\n+ name = str(player.get(\"name\") or \"\").strip()\n+ if not name:\n+ return\n+ try:\n+ reg = self.mgr.load_registry()\n+ account = next(\n+ (a for a in reg.get(\"accounts\", [])\n+ if isinstance(a, dict) and\n+ (a.get(\"email\") or \"\").lower() == (user or \"\").lower()),\n+ None)\n+ if account is None:\n+ return\n+ reg_dn = (account.get(\"display_name\") or \"\").strip()\n+ if reg_dn:\n+ if reg_dn.lower() != name.lower():\n+ # #198: conflicting name \u2014 log and keep stored value.\n+ # Use the lifecycle audit log if available, else logging.\n+ import logging\n+ logging.warning(\n+ \"lifecycle: display_name conflict for %s: \"\n+ \"registry=%r state=%r \u2014 keeping registry value\",\n+ user, reg_dn, name)\n+ return\n+ # Blank registry \u2014 persist the captured RSN.\n+ result = self.mgr.registry_update(user, {\"display_name\": name})\n+ if isinstance(result, dict) and not result.get(\"ok\"):\n+ import logging\n+ logging.warning(\n+ \"lifecycle: display_name capture refused for %s: %s\",\n+ user, result.get(\"error\"))\n+ except Exception:\n+ import logging\n+ logging.debug(\n+ \"lifecycle: display_name capture failed for %s \"\n+ \"(monitor continues)\", user, exc_info=True)\n+\n def _agent_base_url(self, user):\n \"\"\"Resolve an account's CANDIDATE agent-server base URL (#134).\n \n@@ -2032,6 +2088,7 @@ class LifecycleEngine:\n state = agent.get_state()\n last_error = None\n if state.get(\"loggedIn\"):\n+ self._capture_player_name(user, state) # #198\n self._set_state(op_id, \"microbot_logged_in\")\n self._record(op_id, microbot_logged_in=True)\n if not canonical_script:\n@@ -2048,6 +2105,13 @@ class LifecycleEngine:\n timeout=self._login_agent_timeout)\n if result.ok:\n # 200 = success or already logged in.\n+ # #198: re-read state to capture player.name\n+ # after a successful login.\n+ try:\n+ post_state = agent.get_state()\n+ except MicrobotAgentError:\n+ post_state = {}\n+ self._capture_player_name(user, post_state)\n self._set_state(op_id, \"microbot_logged_in\")\n self._record(op_id, microbot_logged_in=True)\n if not canonical_script:\ndiff --git a/manager.py b/manager.py\nindex 10220c1..853cc11 100644\n--- a/manager.py\n+++ b/manager.py\n@@ -20,6 +20,8 @@ from collections import OrderedDict, defaultdict\n \n from lifecycle import LifecycleEngine, _redact\n from membership import membership_state\n+from microbot_ports import (resolve_homes_root, account_home,\n+ read_rsprofile_display_names)\n from microbot_scripts_cache import load_microbot_scripts_cache\n \n BASE_DIR = os.path.dirname(os.path.abspath(__file__))\n@@ -4850,8 +4852,13 @@ class Manager:\n }\n \n def reconcile_display_names(self, dry_run=True):\n- \"\"\"#245: Backfill blank registry display_name values from trusted\n- local sources (Speakeasy session metadata and stats.json telemetry).\n+ \"\"\"#198/#245: Backfill blank registry display_name values from\n+ trusted local sources:\n+\n+ - Speakeasy session metadata (display_name from the session)\n+ - stats.json telemetry (hiscores-proven display_name)\n+ - #198: RuneLite RS-profile properties ($rsprofile--1.properties),\n+ an entirely offline source that requires no client launch\n \n - Idempotent: only fills blank registry values; never overwrites a\n non-empty registry display_name.\n@@ -4899,6 +4906,31 @@ class Manager:\n except (OSError, json.JSONDecodeError):\n pass\n \n+ # --- Source 3 (#198): RuneLite RS-profile properties ---\n+ # Entirely offline \u2014 reads $rsprofile--1.properties from each\n+ # account's Microbot home. No client launch needed.\n+ rsprofile_by_email = {}\n+ try:\n+ homes_root = resolve_homes_root(\n+ speakeasy_dir=self.cfg.get(\"speakeasy_dir\"))\n+ except Exception:\n+ homes_root = None\n+ if homes_root:\n+ for a in accounts:\n+ if not isinstance(a, dict):\n+ continue\n+ email = a.get(\"email\", \"\")\n+ if not email:\n+ continue\n+ try:\n+ home = account_home(email, homes_root)\n+ names = read_rsprofile_display_names(home)\n+ except (OSError, ValueError):\n+ names = []\n+ if names:\n+ # Use the first name found (the most recent RS profile).\n+ rsprofile_by_email[email.lower()] = names[0]\n+\n updated = []\n proposed = []\n conflicts = []\n@@ -4917,11 +4949,14 @@ class Manager:\n # Already set \u2014 check for conflicts but never overwrite.\n se_dn = (se_by_email.get(email_lower, {}).get(\"display_name\") or \"\").strip()\n stats_dn = stats_by_email.get(email_lower, \"\")\n+ rsp_dn = rsprofile_by_email.get(email_lower, \"\")\n sources = {}\n if se_dn and se_dn.lower() != reg_dn.lower():\n sources[\"speakeasy\"] = se_dn\n if stats_dn and stats_dn.lower() != reg_dn.lower():\n sources[\"stats\"] = stats_dn\n+ if rsp_dn and rsp_dn.lower() != reg_dn.lower():\n+ sources[\"rsprofile\"] = rsp_dn\n if sources:\n conflicts.append({\"email\": email, \"registry\": reg_dn, \"sources\": sources})\n continue\n@@ -4929,12 +4964,15 @@ class Manager:\n # Blank registry \u2014 collect candidate names from trusted sources.\n se_dn = (se_by_email.get(email_lower, {}).get(\"display_name\") or \"\").strip()\n stats_dn = stats_by_email.get(email_lower, \"\")\n+ rsp_dn = rsprofile_by_email.get(email_lower, \"\")\n \n candidates = {}\n if se_dn:\n candidates[\"speakeasy\"] = se_dn\n if stats_dn:\n candidates[\"stats\"] = stats_dn\n+ if rsp_dn:\n+ candidates[\"rsprofile\"] = rsp_dn\n \n if not candidates:\n unresolved.append(email)\ndiff --git a/microbot_ports.py b/microbot_ports.py\nindex 637ee9b..48e14c0 100644\n--- a/microbot_ports.py\n+++ b/microbot_ports.py\n@@ -631,3 +631,71 @@ class MicrobotPortAllocator:\n raise MicrobotPortError(\n f\"no free Microbot agent-server port in \"\n f\"{self.port_min}-{self.port_max}\")\n+\n+\n+# --------------------------------------------------------------------------- #\n+# #198: Offline RSN backfill from RuneLite RS-profile properties #\n+# --------------------------------------------------------------------------- #\n+\n+# The RS-profile file ($rsprofile--1.properties) is RuneLite's per-RS-profile\n+# store. RuneLite persists the logged-in character's display name per profile\n+# under keys like:\n+#\n+# rsprofile.rsprofile..displayName=\n+#\n+# where is a RuneLite-generated config descriptor id (not the\n+# Microbot profile id). There may be multiple keys (one per RS profile the\n+# client has used); any non-empty value is a valid RSN candidate. The file lives\n+# in the same microbot-profiles directory as the active config profile:\n+#\n+# /.runelite/microbot-profiles/$rsprofile--1.properties\n+#\n+# The \"-1\" suffix is RuneLite's fixed id for the RS-profile config (not the\n+# Microbot deterministic profile_id). The leading \"$\" is part of the profile\n+# name, not a shell variable.\n+_RSPROFILE_FILE_NAME = \"$rsprofile--1.properties\"\n+_RSPROFILE_DISPLAY_NAME_RE = re.compile(\n+ r\"^\\s*rsprofile\\.rsprofile\\.[^.]+\\.[Dd]isplay[Nn]ame\\s*[=:]\\s*(.*)$\")\n+\n+\n+def read_rsprofile_display_names(account_home_dir):\n+ \"\"\"Read RSN candidates from the RuneLite RS-profile properties file (#198).\n+\n+ Returns a list of non-empty display-name strings found under\n+ ``rsprofile.rsprofile..displayName`` keys in\n+ ``/.runelite/microbot-profiles/$rsprofile--1.properties``.\n+\n+ Multiple values may appear (one per RS profile the client has used).\n+ The list is deduplicated (case-insensitive) while preserving first-seen\n+ order. An empty list means the file is absent, unreadable, or contains\n+ no displayName keys \u2014 never raises, so callers can treat it as a\n+ best-effort offline source.\n+\n+ Parameters\n+ ----------\n+ account_home_dir : str\n+ The account-specific JVM home (microbot_ports.account_home).\n+ \"\"\"\n+ profiles_dir = os.path.join(\n+ account_home_dir, \".runelite\", \"microbot-profiles\")\n+ rsprofile_path = os.path.join(profiles_dir, _RSPROFILE_FILE_NAME)\n+ try:\n+ with open(rsprofile_path, encoding=\"utf-8\") as f:\n+ lines = f.read().splitlines()\n+ except OSError:\n+ return []\n+\n+ seen = set()\n+ names = []\n+ for line in lines:\n+ m = _RSPROFILE_DISPLAY_NAME_RE.match(line)\n+ if not m:\n+ continue\n+ dn = m.group(1).strip()\n+ if not dn:\n+ continue\n+ key = dn.lower()\n+ if key not in seen:\n+ seen.add(key)\n+ names.append(dn)\n+ return names\ndiff --git a/test_display_name_backfill_198.py b/test_display_name_backfill_198.py\nnew file mode 100644\nindex 0000000..2523ebc\n--- /dev/null\n+++ b/test_display_name_backfill_198.py\n@@ -0,0 +1,500 @@\n+\"\"\"#198: Backfill display_name automatically from RuneLite RS-profile\n+properties and live /state player.name \u2014 no manual data entry needed.\n+\n+Covers:\n+- read_rsprofile_display_names: reading $rsprofile--1.properties\n+- reconcile_display_names with rsprofile source (backfill, conflict, idempotent)\n+- _capture_player_name: live /state player.name persistence\n+- Never silently overwrite a known-good name with a conflicting one\n+\n+All I/O uses temp files. No live registry mutation.\n+\"\"\"\n+import json\n+import os\n+import shutil\n+import sys\n+import tempfile\n+import unittest\n+\n+sys.path.insert(0, os.path.dirname(__file__))\n+\n+\n+class TestReadRsprofileDisplayNames(unittest.TestCase):\n+ \"\"\"Unit tests for microbot_ports.read_rsprofile_display_names.\"\"\"\n+\n+ def setUp(self):\n+ self._tmpdir = tempfile.mkdtemp(prefix=\"test_rsprofile_\")\n+\n+ def tearDown(self):\n+ shutil.rmtree(self._tmpdir, ignore_errors=True)\n+\n+ def _write_rsprofile(self, account_home, lines):\n+ profiles_dir = os.path.join(\n+ account_home, \".runelite\", \"microbot-profiles\")\n+ os.makedirs(profiles_dir, exist_ok=True)\n+ path = os.path.join(profiles_dir, \"$rsprofile--1.properties\")\n+ with open(path, \"w\", encoding=\"utf-8\") as f:\n+ f.write(\"\\n\".join(lines))\n+ if lines:\n+ f.write(\"\\n\")\n+\n+ def test_reads_display_name(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct1\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.3zVc2AjC.displayName=Tame_Salle\",\n+ \"some.other.key=irrelevant\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"Tame_Salle\"])\n+\n+ def test_reads_multiple_names(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct2\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.abc123.displayName=Zezima\",\n+ \"rsprofile.rsprofile.def456.displayName=Lynx_Titan\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"Zezima\", \"Lynx_Titan\"])\n+\n+ def test_deduplicates_case_insensitive(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct3\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.aaa.displayName=Zezima\",\n+ \"rsprofile.rsprofile.bbb.displayName=zezima\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"Zezima\"])\n+\n+ def test_missing_file_returns_empty(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ names = read_rsprofile_display_names(os.path.join(self._tmpdir, \"nope\"))\n+ self.assertEqual(names, [])\n+\n+ def test_no_display_name_keys_returns_empty(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct4\")\n+ self._write_rsprofile(home, [\n+ \"agentServer.port=8081\",\n+ \"runelite.agentserverplugin=true\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [])\n+\n+ def test_empty_display_name_skipped(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct5\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.xxx.displayName=\",\n+ \"rsprofile.rsprofile.yyy.displayName=ValidName\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"ValidName\"])\n+\n+ def test_case_insensitive_key(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct6\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.xxx.displayname=LowerCaseKey\",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"LowerCaseKey\"])\n+\n+ def test_trims_whitespace(self):\n+ from microbot_ports import read_rsprofile_display_names\n+ home = os.path.join(self._tmpdir, \"acct7\")\n+ self._write_rsprofile(home, [\n+ \"rsprofile.rsprofile.xxx.displayName = SpacedName \",\n+ ])\n+ names = read_rsprofile_display_names(home)\n+ self.assertEqual(names, [\"SpacedName\"])\n+\n+\n+class TestReconcileDisplayNamesRsprofile(unittest.TestCase):\n+ \"\"\"#198: reconcile_display_names with the rsprofile source.\"\"\"\n+\n+ def _make_manager(self):\n+ import manager as mgr_module\n+\n+ class StubManager:\n+ def __init__(self_inner):\n+ self_inner.cfg = {\n+ \"registry_path\": self._tmp_registry,\n+ \"stats_path\": self._tmp_stats,\n+ }\n+ self_inner._live_list = None\n+ self_inner._live_lock = None\n+\n+ load_registry = mgr_module.Manager.load_registry\n+ save_registry = mgr_module.Manager.save_registry\n+ registry_update = mgr_module.Manager.registry_update\n+ reconcile_display_names = mgr_module.Manager.reconcile_display_names\n+ speakeasy_list = lambda self_inner: self_inner._live_list or []\n+\n+ m = StubManager()\n+ return m\n+\n+ def _seed_registry(self, accounts):\n+ with open(self._tmp_registry, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({\"accounts\": accounts}, f)\n+\n+ def _read_registry(self):\n+ with open(self._tmp_registry, encoding=\"utf-8\") as f:\n+ return json.load(f)\n+\n+ def _write_rsprofile(self, home, lines):\n+ profiles_dir = os.path.join(home, \".runelite\", \"microbot-profiles\")\n+ os.makedirs(profiles_dir, exist_ok=True)\n+ path = os.path.join(profiles_dir, \"$rsprofile--1.properties\")\n+ with open(path, \"w\", encoding=\"utf-8\") as f:\n+ f.write(\"\\n\".join(lines))\n+ if lines:\n+ f.write(\"\\n\")\n+\n+ def setUp(self):\n+ self._tmpdir = tempfile.mkdtemp(prefix=\"test_reconcile_rsp_\")\n+ self._tmp_registry = os.path.join(self._tmpdir, \"accounts.json\")\n+ self._tmp_stats = os.path.join(self._tmpdir, \"stats.json\")\n+ self._seed_registry([])\n+ with open(self._tmp_stats, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({}, f)\n+\n+ def tearDown(self):\n+ shutil.rmtree(self._tmpdir, ignore_errors=True)\n+\n+ def test_rsprofile_backfills_blank_registry(self):\n+ \"\"\"#198: rsprofile source fills a blank registry entry.\"\"\"\n+ from microbot_ports import account_home, read_rsprofile_display_names\n+\n+ # Create a microbot home with rsprofile properties for this account.\n+ # account_home uses the homes_root which we need to match.\n+ # Instead of building the exact home path, we monkey-patch\n+ # read_rsprofile_display_names to return our test data.\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ m = self._make_manager()\n+ m._live_list = []\n+\n+ # Monkey-patch resolve_homes_root and account_home in the manager\n+ # module to point at our temp dir.\n+ import manager as mgr_module\n+\n+ test_home = os.path.join(self._tmpdir, \"homes_root\", \"a_at_b_com-abc123def456\")\n+ self._write_rsprofile(test_home, [\n+ \"rsprofile.rsprofile.xxx.displayName=Tame_Salle\",\n+ ])\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ def fake_resolve_homes_root(speakeasy_dir=None, explicit=None):\n+ return os.path.join(self._tmpdir, \"homes_root\")\n+\n+ def fake_account_home(username, homes_root):\n+ return test_home\n+\n+ mgr_module.resolve_homes_root = fake_resolve_homes_root\n+ mgr_module.account_home = fake_account_home\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=False)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertEqual(len(r[\"updated\"]), 1)\n+ self.assertIn(\"a@b.com\", r[\"updated\"])\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"Tame_Salle\")\n+\n+ def test_rsprofile_conflict_with_other_sources(self):\n+ \"\"\"#198: rsprofile disagrees with speakeasy \u2014 conflict, not overwrite.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ m = self._make_manager()\n+ m._live_list = [{\"user\": \"a@b.com\", \"display_name\": \"SeName\"}]\n+\n+ import manager as mgr_module\n+\n+ test_home = os.path.join(self._tmpdir, \"homes_root\", \"a_at_b_com-abc\")\n+ self._write_rsprofile(test_home, [\n+ \"rsprofile.rsprofile.xxx.displayName=RspName\",\n+ ])\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ mgr_module.resolve_homes_root = lambda **kw: os.path.join(\n+ self._tmpdir, \"homes_root\")\n+ mgr_module.account_home = lambda u, r: test_home\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=False)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertEqual(len(r[\"updated\"]), 0)\n+ self.assertEqual(len(r[\"conflicts\"]), 1)\n+ self.assertIn(\"rsprofile\", r[\"conflicts\"][0][\"sources\"])\n+ self.assertIn(\"speakeasy\", r[\"conflicts\"][0][\"sources\"])\n+\n+ def test_rsprofile_agrees_with_other_source(self):\n+ \"\"\"#198: rsprofile and speakeasy agree \u2014 backfill succeeds.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ m = self._make_manager()\n+ m._live_list = [{\"user\": \"a@b.com\", \"display_name\": \"AgreedName\"}]\n+\n+ import manager as mgr_module\n+\n+ test_home = os.path.join(self._tmpdir, \"homes_root\", \"a_at_b_com-abc\")\n+ self._write_rsprofile(test_home, [\n+ \"rsprofile.rsprofile.xxx.displayName=AgreedName\",\n+ ])\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ mgr_module.resolve_homes_root = lambda **kw: os.path.join(\n+ self._tmpdir, \"homes_root\")\n+ mgr_module.account_home = lambda u, r: test_home\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=False)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertEqual(len(r[\"updated\"]), 1)\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"AgreedName\")\n+\n+ def test_rsprofile_conflict_with_existing_registry(self):\n+ \"\"\"#198: rsprofile disagrees with existing registry \u2014 conflict, no overwrite.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\", \"display_name\": \"RegistryName\"}])\n+ m = self._make_manager()\n+ m._live_list = []\n+\n+ import manager as mgr_module\n+\n+ test_home = os.path.join(self._tmpdir, \"homes_root\", \"a_at_b_com-abc\")\n+ self._write_rsprofile(test_home, [\n+ \"rsprofile.rsprofile.xxx.displayName=DifferentName\",\n+ ])\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ mgr_module.resolve_homes_root = lambda **kw: os.path.join(\n+ self._tmpdir, \"homes_root\")\n+ mgr_module.account_home = lambda u, r: test_home\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=False)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertEqual(len(r[\"updated\"]), 0)\n+ self.assertEqual(len(r[\"conflicts\"]), 1)\n+ self.assertEqual(r[\"conflicts\"][0][\"registry\"], \"RegistryName\")\n+ self.assertEqual(r[\"conflicts\"][0][\"sources\"][\"rsprofile\"], \"DifferentName\")\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"RegistryName\")\n+\n+ def test_rsprofile_dry_run_no_write(self):\n+ \"\"\"#198: dry-run with rsprofile does not write.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ m = self._make_manager()\n+ m._live_list = []\n+\n+ import manager as mgr_module\n+\n+ test_home = os.path.join(self._tmpdir, \"homes_root\", \"a_at_b_com-abc\")\n+ self._write_rsprofile(test_home, [\n+ \"rsprofile.rsprofile.xxx.displayName=Tame_Salle\",\n+ ])\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ mgr_module.resolve_homes_root = lambda **kw: os.path.join(\n+ self._tmpdir, \"homes_root\")\n+ mgr_module.account_home = lambda u, r: test_home\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=True)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertTrue(r[\"dry_run\"])\n+ self.assertEqual(len(r[\"updated\"]), 1)\n+ reg = self._read_registry()\n+ self.assertNotIn(\"display_name\", reg[\"accounts\"][0])\n+\n+ def test_no_rsprofile_file_unresolved(self):\n+ \"\"\"#198: no rsprofile file and no other sources \u2014 unresolved.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ m = self._make_manager()\n+ m._live_list = []\n+\n+ import manager as mgr_module\n+\n+ original_resolve = mgr_module.resolve_homes_root\n+ original_account_home = mgr_module.account_home\n+\n+ # Point at a dir with no rsprofile file\n+ os.makedirs(os.path.join(self._tmpdir, \"homes_root\"))\n+ mgr_module.resolve_homes_root = lambda **kw: os.path.join(\n+ self._tmpdir, \"homes_root\")\n+ mgr_module.account_home = lambda u, r: os.path.join(\n+ self._tmpdir, \"homes_root\", \"empty_home\")\n+\n+ try:\n+ r = m.reconcile_display_names(dry_run=False)\n+ finally:\n+ mgr_module.resolve_homes_root = original_resolve\n+ mgr_module.account_home = original_account_home\n+\n+ self.assertTrue(r[\"ok\"])\n+ self.assertEqual(len(r[\"updated\"]), 0)\n+ self.assertIn(\"a@b.com\", r[\"unresolved\"])\n+\n+\n+class TestCapturePlayerName(unittest.TestCase):\n+ \"\"\"#198: live /state player.name capture in the lifecycle engine.\"\"\"\n+\n+ def _make_mgr(self):\n+ \"\"\"Build a minimal Manager stub with the methods under test.\"\"\"\n+ import manager as mgr_module\n+\n+ tmp_registry = self._tmp_registry\n+\n+ class StubManager:\n+ def __init__(self):\n+ self.cfg = {\n+ \"registry_path\": tmp_registry,\n+ }\n+\n+ load_registry = mgr_module.Manager.load_registry\n+ save_registry = mgr_module.Manager.save_registry\n+ registry_update = mgr_module.Manager.registry_update\n+\n+ m = StubManager()\n+ return m\n+\n+ def _seed_registry(self, accounts):\n+ with open(self._tmp_registry, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({\"accounts\": accounts}, f)\n+\n+ def _read_registry(self):\n+ with open(self._tmp_registry, encoding=\"utf-8\") as f:\n+ return json.load(f)\n+\n+ def setUp(self):\n+ self._tmpdir = tempfile.mkdtemp(prefix=\"test_capture_\")\n+ self._tmp_registry = os.path.join(self._tmpdir, \"accounts.json\")\n+\n+ def tearDown(self):\n+ shutil.rmtree(self._tmpdir, ignore_errors=True)\n+\n+ def _make_lifecycle(self):\n+ from lifecycle import LifecycleEngine\n+ m = self._make_mgr()\n+ le = LifecycleEngine.__new__(LifecycleEngine)\n+ le.mgr = m\n+ return le\n+\n+ def test_captures_player_name_blank_registry(self):\n+ \"\"\"#198: logged-in player.name fills a blank registry row.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"Zezima\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"Zezima\")\n+\n+ def test_does_not_overwrite_existing_matching_name(self):\n+ \"\"\"#198: same name \u2014 no-op (idempotent).\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\", \"display_name\": \"Zezima\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"Zezima\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"Zezima\")\n+\n+ def test_does_not_overwrite_conflicting_name(self):\n+ \"\"\"#198: conflicting name \u2014 keep stored value, never clobber.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\", \"display_name\": \"RegistryName\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"DifferentName\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"RegistryName\")\n+\n+ def test_skips_not_logged_in(self):\n+ \"\"\"#198: loggedIn=false \u2014 no capture.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": False, \"player\": {\"name\": \"Zezima\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertNotIn(\"display_name\", reg[\"accounts\"][0])\n+\n+ def test_skips_empty_player_name(self):\n+ \"\"\"#198: loggedIn=true but player.name empty \u2014 no capture.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertNotIn(\"display_name\", reg[\"accounts\"][0])\n+\n+ def test_skips_missing_player(self):\n+ \"\"\"#198: loggedIn=true but no player object \u2014 no capture.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertNotIn(\"display_name\", reg[\"accounts\"][0])\n+\n+ def test_skips_unknown_account(self):\n+ \"\"\"#198: account not in registry \u2014 no error, no capture.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"Zezima\"}}\n+ le._capture_player_name(\"nonexistent@x.com\", state)\n+ reg = self._read_registry()\n+ self.assertNotIn(\"display_name\", reg[\"accounts\"][0])\n+\n+ def test_never_crashes_on_bad_state(self):\n+ \"\"\"#198: malformed state never crashes the monitor.\"\"\"\n+ self._seed_registry([{\"email\": \"a@b.com\"}])\n+ le = self._make_lifecycle()\n+ # Various malformed inputs\n+ le._capture_player_name(\"a@b.com\", None)\n+ le._capture_player_name(\"a@b.com\", \"not a dict\")\n+ le._capture_player_name(\"a@b.com\", {})\n+ le._capture_player_name(\"a@b.com\", {\"loggedIn\": \"yes\"})\n+ le._capture_player_name(\"a@b.com\", {\"loggedIn\": True, \"player\": \"not a dict\"})\n+ # Should not raise\n+\n+ def test_case_insensitive_email_match(self):\n+ \"\"\"#198: email matching is case-insensitive.\"\"\"\n+ self._seed_registry([{\"email\": \"A@B.Com\"}])\n+ le = self._make_lifecycle()\n+ state = {\"loggedIn\": True, \"player\": {\"name\": \"Zezima\"}}\n+ le._capture_player_name(\"a@b.com\", state)\n+ reg = self._read_registry()\n+ self.assertEqual(reg[\"accounts\"][0][\"display_name\"], \"Zezima\")\n+\n+\n+if __name__ == \"__main__\":\n+ unittest.main()\n\\ No newline at end of file\n", + "diff_truncated": false, + "diff_bytes": 31650 +} \ No newline at end of file diff --git a/tests/calibration/corpus/botmanager-209.json b/tests/calibration/corpus/botmanager-209.json new file mode 100644 index 0000000..1249c9f --- /dev/null +++ b/tests/calibration/corpus/botmanager-209.json @@ -0,0 +1,19 @@ +{ + "id": "botmanager-209", + "repo": "botmanager", + "pr": 209, + "title": "feat(#208): deploy_live --check read-only status mode", + "head_sha": "bf14923e9c0858e881e98b030ad65ffed01e4510", + "base_sha": "b2b30ad09c596fe3692d177e57068cc51ba71616", + "labels": [], + "merged": true, + "issue_number": 208, + "issue_body": "\n## Summary\n\n`C:\\Users\\Videostation\\osrs-farm\\botmanager\\deploy_live.py` has exactly one\ncommand-line flag. Verified on `origin/master`:\n\n```\ngrep -n \"add_argument\" deploy_live.py\n828: parser.add_argument( # --force, and nothing else\n```\n\nSo there is **no way to ask \"is a deploy due?\"** without running `deploy_live.py`,\nwhich fetches, fast-forwards five checkouts, runs `npm run build`, kills the\nOperator server and restarts it. The recorded decision (#145) is that deploying\nstays a *deliberate manual operator action* \u2014 this issue does not relitigate that.\nThe gap is different: **a manual action needs a trigger signal, and there is none.**\n\nThe sibling tool already has this. `mlm_deploy.py` gained `--dry-run` from #141\n(*\"the only way to find out what it will do is to let it deploy\"*), and its own\ndocstring calls it \"the inspect-only twin\":\n\n```\nmlm_deploy.py:47 `--dry-run` (#141) is the inspect-only twin\nmlm_deploy.py:346 def dry_run_plan(plan):\nmlm_deploy.py:449 parser.add_argument(\"--dry-run\", action=\"store_true\", ...)\n```\n\n`deploy_live.py` is the more consequential of the two \u2014 it restarts the control\nplane \u2014 and it never got the equivalent.\n\n## Evidence: the box is stale right now, and nothing says so\n\nMeasured 2026-08-26 on the live box, after an explicit `git fetch origin` in each\ncheckout (see the trap section \u2014 without the fetch every one of these reads 0):\n\n```\nbotmanager HEAD=265cc2b upstream=origin/master behind=6 dirty=0\nspeakeasy HEAD=357acaa upstream=origin/master behind=0 dirty=0\nrs-pilot HEAD=1a69ae3 upstream=origin/main behind=0 dirty=0\nnexus-aio HEAD=3aa2872 upstream=origin/main behind=0 dirty=0\nmicrokit HEAD=0c4a48e upstream=origin/master behind=3 dirty=0\n```\n\nTwo of the five checkouts in `REPO_DEFS` are behind.\n\n**botmanager (6 behind)** \u2014 undelivered work includes a *safety* feature:\n\n```\n3b5ce96 Closes #199: Add a per-account relaunch guard on top of the one-at-a-time test cap\nea59deb fix(#202): injectable live-status seam on LifecycleEngine ...\nc21dc85 test(#204): pin that a race-rejected launch still records a relaunch-guard attempt\n```\n\nThe running server is `pid 58172` (`pythonw`, listening on 127.0.0.1:8643),\nstarted **2026-08-24 20:09:41 -0500 = 2026-08-25 01:09:41 UTC**. Parsed\noffset-aware (commit dates on this board carry mixed offsets), all three merges\nto `master` landed *after* the server booted:\n\n```\nea59deb 2026-08-25 06:24:26 +0200 = 04:24:26 UTC\n3b5ce96 2026-08-25 09:24:18 +0200 = 07:24:18 UTC\nc21dc85 2026-08-25 12:29:18 +0200 = 10:29:18 UTC\n```\n\nSo #199's relaunch guard has been merged and **not running for about a day and a\nhalf**. This is the exact failure shape the farm has now hit repeatedly: a merged\nsafety fix that protects nothing because it never reached the box (the ban-marker\ndetector and the break-handler key were the previous two).\n\n**microkit (3 behind)** \u2014 matters for a second reason. Per `deploy_live.py`'s own\n`REPO_DEFS` comment, microkit sources are *\"compiled onto live clients by\nPOST /scripts/deploy, so a stale checkout deploys stale plugin code\"*. The three\nundelivered commits are the whole F2P alcher mode:\n\n```\n3f1be87 / 14918dd / 745a006 feat(#9): F2P alcher mode \u2014 spell selector,\n fail-closed level check, pure canCast gate (#10)\n```\n\n## What to build\n\nAdd a **read-only** status mode to `deploy_live.py`. Reuse the primitives that are\nalready there \u2014 do not write a new module and do not duplicate the resolution\nrules:\n\n```\nrepo_specs:155 working_tree_clean:259 current_branch:291 current_commit:297\ncommit_subject:303 remote_default_branch:312 listener_pids:366\n```\n\nRequired behaviour:\n\n1. New flag `--check`. Mutually exclusive with `--force` (argparse should reject\n both together rather than silently picking one).\n2. `--check` **must** `git fetch origin` and resolve the upstream branch per repo\n via `remote_default_branch` (`origin/HEAD`, falling back to the `REPO_DEFS`\n branch). It must **not**: `git merge --ff-only`, run `npm run build`, kill or\n start any process, or write any file.\n3. Report one line per repo in `REPO_DEFS`, and for a repo with `restart=True`\n also report the listener pid and its process start time, compared\n offset-aware against the newest undelivered commit's date. \"The checkout is\n current but the process predates the commit it should be running\" is a\n distinct state and must be reported distinctly \u2014 it is the state `--force`\n exists for, and today it is invisible.\n4. A missing checkout is reported by name (the #149 rule), never as a raw\n `[WinError 267]`.\n5. Exit code: `0` when every repo is delivered and every restart-repo's process\n postdates its checkout; non-zero when a deploy is due. This is what makes it\n usable as a signal.\n\n## Acceptance criteria \u2014 measurable\n\n- `python deploy_live.py --check` run on the live box **today** reports\n `botmanager` behind by 6 and `microkit` behind by 3, the other three current,\n and exits non-zero.\n- Verify the verdict against the filesystem and the process table, not against\n fixtures alone. A `--check` mode that reports a comfortable answer while the\n real state differs is the specific way this has failed before: speakeasy `!45`'s\n `reprovision --check` reported `fixed: True` for every profile that was still\n broken on disk, because the \"after\" set was never populated in check mode. Your\n acceptance run must show the reported numbers matching an independent\n `git rev-list --count HEAD..` in each checkout.\n- A test proves `--check` **writes nothing**: assert the commit of every checkout\n is unchanged after the run, that no `merge`/`build`/process call is issued (spy\n on the runner seam), and that the listener pid on :8643 is the same before and\n after.\n- A test covers the \"process predates the merged commit\" state specifically, with\n its own fixture \u2014 not a fixture that is simultaneously stale in several ways.\n One fixture per failure: a checkout that is *current* but whose process start\n time is older than HEAD's commit date must be reported as needing `--force`,\n and that must be the only thing that fixture trips.\n- Gate: `pytest -q --ignore=.venv` from `C:\\Users\\Videostation\\osrs-farm\\botmanager`\n using `C:\\Users\\Videostation\\AppData\\Local\\Programs\\Python\\Python312\\python.exe`.\n Quote the count and the delta against `origin/master`. `test_deploy_live.py`\n currently holds 56 `def test_`; state the new number and account for the\n difference.\n\n## The trap that will bite you\n\n`git rev-list --count HEAD..origin/master` **on a checkout whose remote-tracking\nref has not been fetched always returns 0** \u2014 it compares HEAD against a stale\ncopy of itself, and the tool then confidently reports \"up to date\". This has\nalready produced a wrong all-clear on this board once (the live speakeasy\ncheckout reported 0 behind while missing two whole features). `deploy_live`'s\ndeploy path already gets this right and says so in its docstring \u2014 *\"The fetch\nhappens before any comparison, so a stale remote-tracking ref can never yield a\nfalse up-to-date\"* \u2014 and `--check` must inherit that ordering, not re-derive it.\n\nThis is also why the numbers above are quoted *after* an explicit fetch.\n\n## Explicitly OUT of scope\n\n- **Making deployment automatic.** #145 recorded the decision that restarting the\n control plane is a deliberate operator action, and `supervisor.py` keeps only\n crash-recovery automatic. Do not add a scheduler, a cron entry, or an\n auto-deploy path. This issue adds a *signal*, not an actuator.\n- Surfacing the result in the frontend/dashboard UI. The Operator API currently\n exposes no version or deploy state at all (`grep -rnE \"def .*(version|deploy|commit|sha)\"`\n across `manager.py` / `server.py` / `workers.py` / `lifecycle.py` returns\n nothing). Worth doing, but it is a separate change with a separate gate \u2014 do\n not widen this PR into it.\n- Changing anything `deploy_live.py` does *without* `--check`. The default and\n `--force` paths must be byte-for-byte unaffected; prove it by showing the\n existing 56 tests still pass unchanged.\n- Actually deploying anything. Running `python deploy_live.py` (no flag) on the\n live box restarts the Operator server and is an operator action, not part of\n implementing this.\n", + "changed_files": [ + "deploy_live.py", + "test_deploy_live.py" + ], + "diff": "diff --git a/deploy_live.py b/deploy_live.py\nindex a08b6e5..c2913de 100644\n--- a/deploy_live.py\n+++ b/deploy_live.py\n@@ -61,6 +61,23 @@ automatic by default. Run `python deploy_live.py --force` to restart the\n server even when the checkout is already at its upstream branch and healthy\n (e.g. an old process predates an already-merged commit).\n \n+Run (read-only, #208):\n+\n+ python deploy_live.py --check\n+\n+The inspect-only twin: asks \"is a deploy due?\" WITHOUT doing the deploy.\n+It fetches each checkout (the same fetch-first ordering the deploy path\n+uses, so a stale remote-tracking ref can never yield a false up-to-date),\n+resolves each repo's own upstream branch, and reports per repo how far\n+behind it is, plus \u2014 for a restart repo \u2014 the listener pid and its\n+process start time compared against the newest commit it should be\n+running. \"Checkout current but the process predates the merged commit\"\n+is the state `--force` exists for, and it is reported distinctly.\n+`--check` NEVER merges, runs npm, kills or starts a process, or moves a\n+checkout. Exit code 0 = every checkout delivered and every restart\n+repo's process postdates its checkout; non-zero = a deploy is due.\n+Mutually exclusive with `--force`.\n+\n Decision (recorded per #166): the UI is rebuilt by this script \u2014 not\n committed to git and not built elsewhere. `deploy_live` runs `npm run build`\n on this box (node/npm is present; `frontend/node_modules` exists only in the\n@@ -83,8 +100,10 @@ Safety notes\n \"\"\"\n \n import argparse\n+import datetime\n import hashlib\n import os\n+import re\n import shutil\n import subprocess\n import sys\n@@ -309,6 +328,28 @@ def commit_subject(cwd=None, sha=None):\n return git(args, cwd=cwd).stdout.strip()\n \n \n+def commit_date(cwd=None, sha=None):\n+ \"\"\"Epoch (UTC) committer time of `sha` (default HEAD) as an int.\n+\n+ ``%ct`` is an absolute instant, so commit times and process start\n+ times are compared as epochs \u2014 the mixed-offset commit dates seen on\n+ this board can never skew a verdict (that is the point of the #208\n+ process-vs-commit comparison).\n+ \"\"\"\n+ if cwd is None:\n+ cwd = BASE_DIR\n+ args = [\"log\", \"-1\", \"--format=%ct\"]\n+ if sha:\n+ args.append(sha)\n+ out = git(args, cwd=cwd, check=False)\n+ try:\n+ return int(out.stdout.strip())\n+ except ValueError as exc:\n+ raise DeployError(\n+ f\"cannot read commit date of {sha or 'HEAD'} in {cwd}\"\n+ ) from exc\n+\n+\n def remote_default_branch(cwd=None, fallback=None):\n \"\"\"Origin's default branch name for this checkout ('main' / 'master').\n \n@@ -788,6 +829,206 @@ def deploy_all(force=False, farm_root_dir=None, base_dir=None):\n return results\n \n \n+# --------------------------------------------------------------------------\n+# read-only check \u2014 the inspect-only twin (#208)\n+# --------------------------------------------------------------------------\n+\n+def process_start_epoch(pid):\n+ \"\"\"Epoch (UTC) instant a process started, or None when unreadable.\n+\n+ The restart-staleness verdict compares this against a git ``%ct``\n+ epoch, so both sides must be absolute instants: psutil's\n+ create_time() already is (offset-proof by construction). The\n+ platform fallbacks parse local-time strings WITH their zone offsets\n+ into UTC (wmic CreationDate carries the offset; ps lstart is bound\n+ to the local zone) \u2014 never a naive local comparison.\n+ \"\"\"\n+ try:\n+ pid = int(pid)\n+ except (TypeError, ValueError):\n+ return None\n+ if supervisor.psutil is not None:\n+ # psutil.Error is the base of NoSuchProcess/AccessDenied/ZombieProcess\n+ # \u2014 none of which are OSErrors, so catch them explicitly.\n+ psutil_errors = (OSError, AttributeError, ValueError,\n+ supervisor.psutil.Error)\n+ try:\n+ return float(supervisor.psutil.Process(pid).create_time())\n+ except psutil_errors:\n+ return None\n+ try:\n+ if os.name == \"nt\":\n+ out = subprocess.run(\n+ [\"wmic\", \"process\", \"where\", f\"processid={pid}\", \"get\", \"CreationDate\", \"/value\"],\n+ capture_output=True, text=True, timeout=15,\n+ ).stdout\n+ for line in out.splitlines():\n+ line = line.strip()\n+ if line.startswith(\"CreationDate=\"):\n+ raw = line.split(\"=\", 1)[1].strip()\n+ # YYYYMMDDHHMMSS(.mmmmmm)\u00b1UUU \u2014 local time + DMTF\n+ # zone offset, where UUU is a signed MINUTES value\n+ # (e.g. -300 == UTC-05:00), never HHMM. timezone()\n+ # enforces the \u00b124h limit, so misreading a minutes\n+ # suffix like \"-300\" as 30 hours throws ValueError\n+ # and the outer handler reports a perfectly valid\n+ # start as unreadable (#209 governor bounce).\n+ dt = datetime.datetime.strptime(raw[:14], \"%Y%m%d%H%M%S\")\n+ # DMTF UUU is exactly 2-3 digits (max real offset\n+ # \u00b1720 == UTC\u00b112:00; never an HHMM-style 4-digit\n+ # field), so parse the WHOLE trailing number as\n+ # minutes, not hours*60+minutes.\n+ m = re.search(r\"([+-])(\\d{2,3})$\", raw)\n+ delta = datetime.timedelta(0)\n+ if m:\n+ delta = datetime.timedelta(minutes=int(m.group(2)))\n+ if m.group(1) == \"-\":\n+ delta = -delta\n+ return dt.replace(tzinfo=datetime.timezone(delta)).timestamp()\n+ return None\n+ out = subprocess.run(\n+ [\"ps\", \"-o\", \"lstart=\", \"-p\", str(pid)],\n+ capture_output=True, text=True, timeout=15,\n+ ).stdout.strip()\n+ if not out:\n+ return None\n+ # lstart is local wall-clock; bind the local zone so the epoch is exact\n+ local = datetime.datetime.strptime(out, \"%a %b %d %H:%M:%S %Y\")\n+ zone = datetime.datetime.now().astimezone().tzinfo\n+ return local.replace(tzinfo=zone).timestamp()\n+ except (OSError, subprocess.SubprocessError, ValueError):\n+ return None\n+\n+\n+def check_one(spec):\n+ \"\"\"Read-only status of one checkout (#208). No merge, build, kill,\n+ or start \u2014 and the checkout HEAD is never moved.\n+\n+ Inherits the deploy path's ordering (fetch FIRST, then resolve each\n+ repo's own upstream branch via origin/HEAD with the REPO_DEFS\n+ fallback), so a stale remote-tracking ref can never produce a false\n+ \\\"up to date\\\". Returns a result dict whose ``ok`` flag is False\n+ exactly when a deploy is due for this repo; ``needs`` names why.\n+\n+ Restart repos additionally report the listener pid and its process\n+ start time compared against the newest commit the checkout should be\n+ running. \\\"Checkout current but the process predates the merged\n+ commit\\\" is reported as the distinct ``--force`` state.\"\"\"\n+ cwd = spec.path\n+ ensure_checkout(spec)\n+ result = {\n+ \"name\": spec.name,\n+ \"restart\": spec.restart,\n+ \"branch\": current_branch(cwd),\n+ \"head\": current_commit(cwd),\n+ \"dirty\": not working_tree_clean(cwd),\n+ }\n+ try:\n+ # fetch BEFORE any comparison \u2014 the #208 trap: a stale\n+ # remote-tracking ref would otherwise read as 0 behind.\n+ git([\"fetch\", \"origin\"], cwd=cwd)\n+ upstream = remote_default_branch(cwd, fallback=spec.branch)\n+ except DeployError as exc:\n+ result[\"error\"] = f\"[{spec.name}] {exc}\"\n+ result[\"ok\"] = False\n+ result[\"needs\"] = [\"unresolved\"]\n+ return result\n+ result[\"upstream\"] = f\"origin/{upstream}\"\n+ result[\"tip\"] = git([\"rev-parse\", f\"origin/{upstream}\"], cwd=cwd).stdout.strip()\n+ result[\"behind\"] = int(git(\n+ [\"rev-list\", \"--count\", f\"HEAD..origin/{upstream}\"], cwd=cwd).stdout.strip())\n+ # read-only invariant: the checkout was never moved by the check\n+ if current_commit(cwd) != result[\"head\"]:\n+ raise DeployError(\n+ f\"[{spec.name}] --check moved the checkout from {result['head']}; aborting\"\n+ )\n+ # The newest commit this checkout SHOULD be running: origin's tip when\n+ # behind, which is HEAD itself when current.\n+ result[\"newest_ts\"] = commit_date(cwd, result[\"tip\"])\n+ result[\"newest_subject\"] = commit_subject(cwd, result[\"tip\"])\n+\n+ needs = []\n+ if result[\"behind\"] > 0:\n+ needs.append(f\"deploy (behind {result['behind']})\")\n+ if result[\"dirty\"]:\n+ needs.append(\"dirty tree blocks deploy\")\n+ if spec.restart:\n+ cfg = supervisor.load_config()\n+ port = int(cfg.get(\"port\", DEFAULT_PORT) or DEFAULT_PORT)\n+ result[\"port\"] = port\n+ pids = sorted(listener_pids(port))\n+ result[\"listener_pids\"] = pids\n+ if len(pids) == 1:\n+ result[\"listener_pid\"] = pids[0]\n+ result[\"listener_started\"] = process_start_epoch(pids[0])\n+ if result[\"listener_started\"] is None:\n+ # Unreadable start time = unverifiable, never healthy: the\n+ # exit-0 guarantee requires the running process to postdate\n+ # its checkout, which cannot be asserted without an epoch \u2014\n+ # report unresolved/deploy-due instead.\n+ needs.append(\"listener start time unreadable (unresolved)\")\n+ # The --force state: checkout CURRENT but the running process\n+ # booted before the commit it should now be executing.\n+ elif (result[\"behind\"] == 0\n+ and result[\"listener_started\"] < result[\"newest_ts\"]):\n+ result[\"proc_stale\"] = True\n+ needs.append(\"process predates merged commit (--force)\")\n+ elif len(pids) == 0:\n+ needs.append(f\"no listener on :{port}\")\n+ else:\n+ needs.append(f\"{len(pids)} listeners on :{port} (dual-bind)\")\n+ result[\"needs\"] = needs or [\"none\"]\n+ result[\"ok\"] = not needs\n+ return result\n+\n+\n+def check_all(farm_root_dir=None, base_dir=None):\n+ \"\"\"Read-only status of every checkout this box executes from (#208).\n+\n+ Returns one dict per RepoSpec in order, mirroring deploy_all's\n+ shape; a failed repo carries {\"name\", \"error\", \"ok\": False}. Never\n+ merges, builds, or restarts anything.\n+ \"\"\"\n+ specs = repo_specs(farm_root_dir=farm_root_dir, base_dir=base_dir)\n+ results = []\n+ for spec in specs:\n+ try:\n+ results.append(check_one(spec))\n+ except DeployError as exc:\n+ results.append({\"name\": spec.name, \"error\": str(exc), \"ok\": False})\n+ return results\n+\n+\n+def _check_report_row(r):\n+ \"\"\"One report line per repo (--check, #208).\"\"\"\n+ if \"error\" in r:\n+ return f\"{r['name']}: FAILED \u2014 {r['error']}\"\n+ status = f\"behind {r['behind']}\" if r[\"behind\"] else \"current\"\n+ row = (f\"{r['name']}: {status} \"\n+ f\"HEAD {r['head'][:12]} -> {r['upstream']} {r['tip'][:12]} \"\n+ f\"needs={', '.join(r['needs'])}\")\n+ if r[\"dirty\"]:\n+ row += \" DIRTY (deploy would refuse)\"\n+ if r.get(\"restart\"):\n+ if r.get(\"listener_pid\") is not None:\n+ started = r.get(\"listener_started\")\n+ when = (time.strftime(\"%Y-%m-%d %H:%M:%S UTC\", time.gmtime(started))\n+ if started else \"unknown\")\n+ row += f\" listener pid {r['listener_pid']} started {when}\"\n+ else:\n+ pids = r.get(\"listener_pids\") or []\n+ if len(pids) > 1:\n+ # dual-bind state already recorded in needs \u2014 never the\n+ # misleading \"no listener\" fallback\n+ row += (f\" {len(pids)} listeners on :{r.get('port', DEFAULT_PORT)}\"\n+ f\" (dual-bind)\")\n+ else:\n+ row += f\" no listener on :{r.get('port', DEFAULT_PORT)}\"\n+ if r.get(\"proc_stale\"):\n+ row += \" PROCESS PREDATES MERGED COMMIT (--force needed)\"\n+ return row\n+\n+\n def _report_row(r):\n \"\"\"One report line per repo result.\"\"\"\n if \"error\" in r:\n@@ -825,14 +1066,37 @@ def main(argv=None):\n \"(issues #145/#148), and rebuild the served UI from the \"\n \"checked-out source (#166).\",\n )\n- parser.add_argument(\n+ mode = parser.add_mutually_exclusive_group()\n+ mode.add_argument(\n \"--force\", action=\"store_true\",\n help=\"restart the botmanager server even if its checkout is already at \"\n \"its upstream branch and healthy (e.g. an old process predates \"\n \"an already-merged commit)\",\n )\n+ mode.add_argument(\n+ \"--check\", action=\"store_true\",\n+ help=\"read-only (#208): report per checkout whether a deploy is due \u2014 \"\n+ \"fetch + resolve upstream, report behind-count, and for restart \"\n+ \"repos the listener pid vs the newest commit it should be running \"\n+ \"\u2014 then exit 0 only when everything is delivered and every \"\n+ \"restart repo's process postdates its checkout. NEVER merges, \"\n+ \"builds, or restarts anything. Mutually exclusive with --force.\",\n+ )\n args = parser.parse_args(argv)\n \n+ if args.check:\n+ results = check_all()\n+ for row in [_check_report_row(r) for r in results]:\n+ print(row)\n+ due = [r for r in results if not r.get(\"ok\")]\n+ if due:\n+ names = \", \".join(r[\"name\"] for r in due)\n+ print(f\"\\nCHECK: deploy due \u2014 {names} \"\n+ f\"({len(due)} of {len(results)} repos)\", file=sys.stderr)\n+ return 1\n+ print(f\"\\nCHECK: all {len(results)} checkouts current.\")\n+ return 0\n+\n results = deploy_all(force=args.force)\n rows = [_report_row(r) for r in results]\n \ndiff --git a/test_deploy_live.py b/test_deploy_live.py\nindex 4d23cbc..5ae8451 100644\n--- a/test_deploy_live.py\n+++ b/test_deploy_live.py\n@@ -903,5 +903,312 @@ class TestMain(RepoFixture):\n self.assertEqual(rc, 1)\n \n \n+class TestCheck(RepoFixture):\n+ \"\"\"#208: the read-only --check twin.\n+\n+ Same repos, same resolution (fetch first, origin/HEAD with per-repo\n+ fallback) \u2014 but it must NEVER merge, build, kill, start, or move a\n+ checkout, and the behind/proc verdicts must match an independent\n+ filesystem read (git rev-list) rather than the tool's own claim.\n+ \"\"\"\n+\n+ def _patch(self):\n+ ctxs = [\n+ mock.patch.object(supervisor, \"load_config\",\n+ return_value={\"bind\": \"127.0.0.1\", \"port\": 8643,\n+ \"token\": None, \"python\": sys.executable}),\n+ mock.patch.object(deploy_live, \"listener_pids\", return_value={999}),\n+ mock.patch.object(deploy_live, \"process_start_epoch\",\n+ return_value=time.time()),\n+ ]\n+ for c in ctxs:\n+ c.start()\n+ self.addCleanup(lambda: [c.stop() for c in ctxs])\n+\n+ def _current_botmanager_spec(self):\n+ \"\"\"A restart=True spec whose checkout is AT its upstream tip.\"\"\"\n+ deploy_live.fetch_and_ff(self.repo) # real git, no mocks\n+ self.assertEqual(\n+ sh([\"git\", \"rev-parse\", \"HEAD\"], cwd=self.repo).stdout.strip(),\n+ self.origin_new,\n+ )\n+ return deploy_live.RepoSpec(\"botmanager\", self.repo, True, \"master\")\n+\n+ def _make_all_consumers(self):\n+ names = [name for name, _, _, _ in deploy_live.REPO_DEFS]\n+ return {name: self.stale_consumer(name) for name in names}\n+\n+ def test_check_reports_behind_and_never_moves_checkout(self):\n+ result = deploy_live.check_one(\n+ deploy_live.RepoSpec(\"botmanager\", self.repo, True, \"master\"))\n+ self.assertEqual(result[\"behind\"], 1)\n+ self.assertIn(\"deploy (behind 1)\", result[\"needs\"])\n+ self.assertFalse(result[\"ok\"])\n+ # read-only: the checkout was never moved\n+ self.assertEqual(result[\"head\"], self.consumer_base)\n+ self.assertEqual(\n+ sh([\"git\", \"rev-parse\", \"HEAD\"], cwd=self.repo).stdout.strip(),\n+ self.consumer_base,\n+ )\n+ # the verdict matches an INDEPENDENT filesystem read, not the\n+ # tool's own claim (the #208 acceptance trap)\n+ independent = sh(\n+ [\"git\", \"rev-list\", \"--count\",\n+ f\"HEAD..origin/{self.DEFAULT_BRANCH}\"], cwd=self.repo,\n+ ).stdout.strip()\n+ self.assertEqual(str(result[\"behind\"]), independent)\n+\n+ def test_check_fetch_corrects_stale_tracking_ref(self):\n+ # Rewind the tracking ref: without the fetch-first ordering this\n+ # would read 0 behind and report \"current\" while the checkout is\n+ # genuinely behind \u2014 the exact false all-clear #208 forbids.\n+ sh([\"git\", \"update-ref\",\n+ \"refs/remotes/origin/\" + self.DEFAULT_BRANCH, self.consumer_base],\n+ cwd=self.repo)\n+ result = deploy_live.check_one(\n+ deploy_live.RepoSpec(\"botmanager\", self.repo, True, \"master\"))\n+ self.assertEqual(result[\"behind\"], 1) # fetch corrected reality\n+ self.assertEqual(result[\"tip\"], self.origin_new)\n+ self.assertFalse(result[\"ok\"])\n+ self.assertEqual(\n+ sh([\"git\", \"rev-parse\", \"HEAD\"], cwd=self.repo).stdout.strip(),\n+ self.consumer_base, # still never moved\n+ )\n+\n+ def test_check_writes_nothing(self):\n+ repos = self._make_all_consumers()\n+ bot = repos[\"botmanager\"]\n+ before = {name: sh([\"git\", \"rev-parse\", \"HEAD\"], cwd=repo).stdout.strip()\n+ for name, repo in repos.items()}\n+ self._patch()\n+ kill, start = mock.MagicMock(), mock.MagicMock()\n+ serve, verify, build = mock.MagicMock(), mock.MagicMock(), mock.MagicMock()\n+ with mock.patch.object(deploy_live, \"git\", wraps=deploy_live.git) as g, \\\n+ mock.patch.object(supervisor, \"kill_stray_servers\", kill), \\\n+ mock.patch.object(supervisor, \"start_server\", start), \\\n+ mock.patch.object(deploy_live, \"serve_frontend\", serve), \\\n+ mock.patch.object(deploy_live, \"verify_frontend\", verify), \\\n+ mock.patch.object(deploy_live, \"build_frontend\", build):\n+ results = deploy_live.check_all(farm_root_dir=self.tmp, base_dir=bot)\n+ # every checkout unchanged (the read-only invariant)\n+ for name, repo in repos.items():\n+ self.assertEqual(\n+ sh([\"git\", \"rev-parse\", \"HEAD\"], cwd=repo).stdout.strip(),\n+ before[name], f\"{name} checkout was moved by --check\",\n+ )\n+ self.assertTrue(deploy_live.working_tree_clean(repo),\n+ f\"{name} working tree dirtied by --check\")\n+ # runner-seam spies: fetch yes, merge never; no build; no process call\n+ fetches = [c for c in g.call_args_list if c.args[0] and c.args[0][0] == \"fetch\"]\n+ merges = [c for c in g.call_args_list if c.args[0] and c.args[0][0] == \"merge\"]\n+ self.assertEqual(len(fetches), len(repos)) # fetch-first per checkout\n+ self.assertEqual(merges, []) # NO ff-only, never\n+ kill.assert_not_called()\n+ start.assert_not_called()\n+ serve.assert_not_called()\n+ verify.assert_not_called()\n+ build.assert_not_called()\n+ # the listener pid on :8643 is the same before and after (never\n+ # killed/restarted) \u2014 listener_pids was only ever read\n+ self.assertEqual(\n+ [c.args[0] for c in deploy_live.listener_pids.call_args_list],\n+ [8643],\n+ )\n+ # verdicts match an independent rev-list per checkout\n+ for r in results:\n+ branch = r[\"upstream\"].split(\"/\", 1)[1]\n+ independent = sh(\n+ [\"git\", \"rev-list\", \"--count\", f\"HEAD..origin/{branch}\"],\n+ cwd=repos[r[\"name\"]],\n+ ).stdout.strip()\n+ self.assertEqual(str(r[\"behind\"]), independent, r[\"name\"])\n+\n+ def test_check_process_predates_merged_commit_is_force_state(self):\n+ # ONE fixture, ONE failure: the checkout is CURRENT and clean and\n+ # the listener exists \u2014 the only tripped state is the process\n+ # predating the merged commit (the state --force exists for).\n+ spec = self._current_botmanager_spec()\n+ head_ts = int(sh([\"git\", \"log\", \"-1\", \"--format=%ct\"], cwd=self.repo).stdout.strip())\n+ self._patch()\n+ with mock.patch.object(deploy_live, \"listener_pids\", return_value={555}), \\\n+ mock.patch.object(deploy_live, \"process_start_epoch\",\n+ return_value=float(head_ts - 86400)):\n+ result = deploy_live.check_one(spec)\n+ self.assertEqual(result[\"behind\"], 0)\n+ self.assertFalse(result[\"dirty\"])\n+ self.assertEqual(result[\"listener_pid\"], 555)\n+ self.assertTrue(result[\"proc_stale\"])\n+ self.assertEqual(result[\"needs\"], [\"process predates merged commit (--force)\"])\n+ self.assertFalse(result[\"ok\"])\n+\n+ def test_check_current_checkout_with_fresh_process_is_ok(self):\n+ spec = self._current_botmanager_spec()\n+ head_ts = int(sh([\"git\", \"log\", \"-1\", \"--format=%ct\"], cwd=self.repo).stdout.strip())\n+ self._patch()\n+ with mock.patch.object(deploy_live, \"listener_pids\", return_value={555}), \\\n+ mock.patch.object(deploy_live, \"process_start_epoch\",\n+ return_value=float(head_ts + 5)):\n+ result = deploy_live.check_one(spec)\n+ self.assertEqual(result[\"behind\"], 0)\n+ self.assertEqual(result[\"needs\"], [\"none\"])\n+ self.assertTrue(result[\"ok\"])\n+ self.assertIsNone(result.get(\"proc_stale\"))\n+\n+ def test_check_current_checkout_no_listener_is_due(self):\n+ spec = self._current_botmanager_spec()\n+ self._patch()\n+ with mock.patch.object(deploy_live, \"listener_pids\", return_value=set()):\n+ result = deploy_live.check_one(spec)\n+ self.assertEqual(result[\"behind\"], 0)\n+ self.assertEqual(result[\"needs\"], [\"no listener on :8643\"])\n+ self.assertFalse(result[\"ok\"])\n+\n+ def test_check_unreadable_listener_start_is_deploy_due(self):\n+ # Bounce fix (#209): a restart repo whose listener start epoch is\n+ # unreadable must be unresolved/deploy-due, never healthy \u2014 the\n+ # exit-0 guarantee cannot be asserted without an epoch.\n+ spec = self._current_botmanager_spec()\n+ self._patch()\n+ with mock.patch.object(deploy_live, \"listener_pids\", return_value={555}), \\\n+ mock.patch.object(deploy_live, \"process_start_epoch\", return_value=None):\n+ result = deploy_live.check_one(spec)\n+ self.assertEqual(result[\"behind\"], 0)\n+ self.assertEqual(result[\"listener_pid\"], 555)\n+ self.assertIsNone(result[\"listener_started\"])\n+ self.assertEqual(result[\"needs\"],\n+ [\"listener start time unreadable (unresolved)\"])\n+ self.assertFalse(result[\"ok\"])\n+ self.assertIsNone(result.get(\"proc_stale\"))\n+\n+ def test_check_missing_checkout_fails_that_repo_by_name(self):\n+ repos = self._make_all_consumers()\n+ bot = repos[\"botmanager\"]\n+ missing = os.path.join(self.tmp, \"speakeasy\")\n+ _force_rmtree(missing)\n+ self.assertFalse(os.path.exists(missing))\n+ self._patch()\n+ results = deploy_live.check_all(farm_root_dir=self.tmp, base_dir=bot)\n+ s = results[1]\n+ self.assertIn(\"error\", s)\n+ self.assertIn(\"speakeasy\", s[\"error\"])\n+ self.assertIn(\"checkout not found\", s[\"error\"])\n+ self.assertNotIn(\"WinError\", s[\"error\"])\n+ self.assertFalse(s[\"ok\"])\n+ # the other repos still produced a full read-only verdict\n+ self.assertIn(\"behind\", results[0])\n+\n+ def test_check_mixed_main_and_master_upstreams(self):\n+ branch_by_repo = {\"rs-pilot\": \"main\", \"nexus-aio\": \"main\"}\n+ repos = {}\n+ for name in [n for n, _, _, _ in deploy_live.REPO_DEFS]:\n+ repos[name] = self.stale_consumer(name, branch=branch_by_repo.get(name, \"master\"))\n+ bot = repos[\"botmanager\"]\n+ self._patch()\n+ results = deploy_live.check_all(farm_root_dir=self.tmp, base_dir=bot)\n+ by_name = {r[\"name\"]: r for r in results}\n+ self.assertEqual(by_name[\"rs-pilot\"][\"upstream\"], \"origin/main\")\n+ self.assertEqual(by_name[\"nexus-aio\"][\"upstream\"], \"origin/main\")\n+ self.assertEqual(by_name[\"botmanager\"][\"upstream\"], \"origin/master\")\n+ self.assertEqual(by_name[\"microkit\"][\"upstream\"], \"origin/master\")\n+\n+ def test_check_report_row_carries_pid_start_and_force_state(self):\n+ row = deploy_live._check_report_row({\n+ \"name\": \"botmanager\", \"restart\": True, \"behind\": 0,\n+ \"head\": \"a\" * 40, \"tip\": \"b\" * 40, \"upstream\": \"origin/master\",\n+ \"dirty\": False, \"needs\": [\"process predates merged commit (--force)\"],\n+ \"listener_pid\": 58172, \"listener_started\": 1000000000.0,\n+ \"port\": 8643, \"proc_stale\": True,\n+ })\n+ self.assertIn(\"listener pid 58172\", row)\n+ self.assertIn(\"2001-09-09 01:46:40 UTC\", row) # epoch 1000000000\n+ self.assertIn(\"PROCESS PREDATES MERGED COMMIT (--force needed)\", row)\n+ self.assertIn(\"needs=process predates merged commit (--force)\", row)\n+\n+ def test_check_report_row_dual_bind_never_says_no_listener(self):\n+ # Bounce fix (#209): a dual-bind row must report the listeners,\n+ # not fall through to the misleading \"no listener\" branch.\n+ row = deploy_live._check_report_row({\n+ \"name\": \"botmanager\", \"restart\": True, \"behind\": 0,\n+ \"head\": \"a\" * 40, \"tip\": \"b\" * 40, \"upstream\": \"origin/master\",\n+ \"dirty\": False, \"needs\": [\"2 listeners on :8643 (dual-bind)\"],\n+ \"listener_pids\": [58172, 58173], \"port\": 8643,\n+ })\n+ self.assertIn(\"2 listeners on :8643 (dual-bind)\", row)\n+ self.assertNotIn(\"no listener\", row)\n+\n+ def test_main_check_exit_nonzero_when_deploy_due(self):\n+ repos = self._make_all_consumers()\n+ bot = repos[\"botmanager\"]\n+ self._patch()\n+ out, err = io.StringIO(), io.StringIO()\n+ with mock.patch.object(deploy_live, \"repo_specs\",\n+ return_value=deploy_live.repo_specs(self.tmp, bot)), \\\n+ redirect_stdout(out), redirect_stderr(err):\n+ rc = deploy_live.main([\"--check\"])\n+ self.assertEqual(rc, 1)\n+ for name in deploy_live.REPO_DEFS:\n+ self.assertIn(name[0], out.getvalue())\n+ self.assertIn(\"behind 1\", out.getvalue())\n+ self.assertIn(\"CHECK: deploy due\", err.getvalue())\n+\n+ def test_main_check_exit_zero_when_everything_current(self):\n+ repos = self._make_all_consumers()\n+ bot = repos[\"botmanager\"]\n+ self._patch()\n+ # deliver everything for real (deploy path ff's each checkout)\n+ deploy_live.deploy_all(farm_root_dir=self.tmp, base_dir=bot)\n+ out, err = io.StringIO(), io.StringIO()\n+ with mock.patch.object(deploy_live, \"repo_specs\",\n+ return_value=deploy_live.repo_specs(self.tmp, bot)), \\\n+ redirect_stdout(out), redirect_stderr(err):\n+ rc = deploy_live.main([\"--check\"])\n+ self.assertEqual(rc, 0)\n+ self.assertIn(\"CHECK: all 5 checkouts current.\", out.getvalue())\n+ self.assertEqual(err.getvalue(), \"\")\n+\n+ def test_check_and_force_are_mutually_exclusive(self):\n+ with self.assertRaises(SystemExit) as ctx:\n+ deploy_live.main([\"--check\", \"--force\"])\n+ self.assertEqual(ctx.exception.code, 2) # argparse rejection\n+\n+ def test_process_start_epoch_reads_a_real_process(self):\n+ if supervisor.psutil is None:\n+ self.skipTest(\"psutil unavailable; platform fallback not exercised here\")\n+ ts = deploy_live.process_start_epoch(os.getpid())\n+ self.assertIsNotNone(ts)\n+ self.assertGreater(ts, 0)\n+ self.assertLessEqual(ts, time.time())\n+ self.assertIsNone(deploy_live.process_start_epoch(2 ** 31)) # no such pid\n+\n+ def test_process_start_epoch_wmic_dmtf_suffix_is_signed_minutes(self):\n+ # Codex governor re-review (#209): wmic CreationDate ends in a\n+ # DMTF \u00b1UUU suffix which is a signed MINUTES offset (e.g. -300 ==\n+ # UTC-05:00), never HHMM. The old HHMM parse read \"-300\" as 30\n+ # hours, datetime.timezone() rejected the >24h offset, and the\n+ # outer ValueError handler returned None \u2014 a perfectly valid\n+ # UTC-05 listener start got falsely reported \"unreadable\" (and,\n+ # per the #209 rule, unresolved/deploy-due).\n+ fake = mock.Mock()\n+ fake.stdout = \"\\r\\nCreationDate=20260827042500.331679-300\\r\\n\\r\\n\"\n+ with mock.patch.object(deploy_live.supervisor, \"psutil\", None), \\\n+ mock.patch.object(deploy_live.os, \"name\", \"nt\"), \\\n+ mock.patch.object(deploy_live.subprocess, \"run\", return_value=fake):\n+ ts = deploy_live.process_start_epoch(4242)\n+ # 2026-08-27 04:25:00 local at UTC-05:00 == 09:25:00 UTC exactly\n+ self.assertEqual(ts, 1787822700.0)\n+\n+ def test_process_start_epoch_wmic_positive_offset_is_minutes(self):\n+ # +345 (UTC+05:45, Nepal) must be read as a 345-MINUTE offset\n+ # too, so a host east of UTC lands on the exact UTC instant.\n+ fake = mock.Mock()\n+ fake.stdout = \"CreationDate=20260827112500.000000+345\\r\\n\"\n+ with mock.patch.object(deploy_live.supervisor, \"psutil\", None), \\\n+ mock.patch.object(deploy_live.os, \"name\", \"nt\"), \\\n+ mock.patch.object(deploy_live.subprocess, \"run\", return_value=fake):\n+ ts = deploy_live.process_start_epoch(4242)\n+ # 2026-08-27 11:25:00 local at UTC+05:45 == 05:40:00 UTC exactly\n+ self.assertEqual(ts, 1787809200.0)\n+\n+\n if __name__ == \"__main__\":\n unittest.main()\n", + "diff_truncated": false, + "diff_bytes": 30204 +} \ No newline at end of file diff --git a/tests/calibration/corpus/botmanager-220.json b/tests/calibration/corpus/botmanager-220.json new file mode 100644 index 0000000..357b70d --- /dev/null +++ b/tests/calibration/corpus/botmanager-220.json @@ -0,0 +1,51 @@ +{ + "id": "botmanager-220", + "repo": "botmanager", + "pr": 220, + "title": "feat(#215): action-first Operator Fleet workspace redesign", + "head_sha": "7f350a1aaf906ad64f3098d69eddff57ccb65b6f", + "base_sha": "b2b30ad09c596fe3692d177e57068cc51ba71616", + "labels": [], + "merged": true, + "issue_number": 215, + "issue_body": "## Outcome\n\nRedesign Operator's primary Fleet workspace so an operator can see fleet health, identify exceptions, select accounts, and reach the right action quickly without losing the dense operational detail already present.\n\n## Dependency\n\n**Blocked until #214 is merged.** Consume its shared page/toolbar/metric/state primitives from then-current `master`; do not duplicate or replace the shared visual system.\n\n## Current implementation to evolve\n\nWork through the existing seams: `FleetView`, `FleetActionBar`, `FleetFilters`, `FleetTable`, `AccountRow`, `AccountCard`, `AccountDrawer`, `StatusPanels`, and `useFleetPolling`. Preserve the memoized/virtualized list work from #153 and existing client/script/ban/membership/group/action behavior.\n\n## Scope\n\n- Create an action-first Fleet header with a concise account total/current-node context, primary Launch affordance, selection count, and obvious refresh/freshness state.\n- Present compact, clickable summary metrics for running/starting, stopped/idle, queued, attention/error, banned/suspected/unverifiable, and other states already represented by current data. Every count must have a documented filter predicate and drill into the matching rows.\n- Turn attention conditions into a prioritized, deduplicated view using existing data only: degraded/unreachable node, failed/queued operation, missing/explicitly-unassigned client, confirmed/suspected ban, token or membership state, script/client mismatch, and other current row warnings.\n- Simplify filters into a coherent search/filter/sort bar with active-filter chips, clear-all, match count, and select-all-matching. Preserve explicit inclusion/exclusion semantics for banned states.\n- Establish one desktop table hierarchy and one narrow-screen card hierarchy. Lead with account identity and operational state; keep Client before Script; group secondary metadata without hiding critical warnings or actions.\n- Make destructive/risky actions visually distinct and keep their current preview/confirmation/safety gates.\n- Preserve selection, filters, scroll position, and open account context across normal polling updates where technically possible.\n\n## Acceptance criteria\n\n1. Synthetic fixtures cover healthy, stopped, launching, queued remote, degraded/offline, failed, confirmed banned, suspected, unverifiable, unassigned-client, and mixed-node accounts. Summary counts and attention rows match deterministic predicates with no double counting.\n2. Clicking a summary/attention state produces the correct filtered fleet and exposes a clear way back to the full fleet.\n3. Search, sort, include/exclude filters, active chips, clear-all, selection count, and select-all-matching have focused tests.\n4. Existing launch, stop, bulk assignment, ban check/history, group, sale, plugin/config, drawer, and queued-operation behavior is unchanged and remains reachable.\n5. The virtualized/memoized list is preserved; stable polling data does not remount every row or reset selection/scroll. Add a regression test for this contract.\n6. At 1440x900 the primary state and attention summary are visible before long detail. At 390x844 the page has no document-level horizontal overflow, overlapping controls, or unreachable row actions.\n7. Attach deterministic before/after screenshots in light and dark themes using synthetic data only.\n8. `npm test`, `npm run build`, and `git diff --check` pass from a clean lockfile install, with counts/bundle output reported.\n\n## Out of scope\n\n- New server endpoints, scheduler/launch policy, account mutation semantics, or authentication changes\n- Live client/account testing or deployment\n- Restyling non-Fleet workspaces\n\nOpen one PR for this issue and link it in the PR body.\n", + "changed_files": [ + "frontend/design/screenshots/fleet215-1440-dark.png", + "frontend/design/screenshots/fleet215-1440-light.png", + "frontend/design/screenshots/fleet215-390-dark.png", + "frontend/design/screenshots/fleet215-390-light.png", + "frontend/design/visual-system-215.md", + "frontend/fleet-showcase.html", + "frontend/src/fleetShowcase.tsx", + "frontend/src/index.css", + "frontend/src/ui/MetricTile.tsx", + "frontend/src/views/AccountCard.tsx", + "frontend/src/views/AccountRow.tsx", + "frontend/src/views/FleetActionBar.tsx", + "frontend/src/views/FleetFilters.tsx", + "frontend/src/views/FleetSummary.tsx", + "frontend/src/views/FleetTable.tsx", + "frontend/src/views/FleetTypes.ts", + "frontend/src/views/FleetView.test.tsx", + "frontend/src/views/FleetView.tsx", + "frontend/src/views/fleetFixtures.ts", + "frontend/src/views/fleetSummary.test.ts", + "frontend/src/views/fleetSummary.ts", + "frontend/src/views/useFleetPolling.ts", + "frontend/tests/responsive-check.mjs", + "frontend/vite.config.ts" + ], + "diff": "diff --git a/frontend/design/screenshots/fleet215-1440-dark.png b/frontend/design/screenshots/fleet215-1440-dark.png\nnew file mode 100644\nindex 0000000..d3fc5f1\nBinary files /dev/null and b/frontend/design/screenshots/fleet215-1440-dark.png differ\ndiff --git a/frontend/design/screenshots/fleet215-1440-light.png b/frontend/design/screenshots/fleet215-1440-light.png\nnew file mode 100644\nindex 0000000..9e76d96\nBinary files /dev/null and b/frontend/design/screenshots/fleet215-1440-light.png differ\ndiff --git a/frontend/design/screenshots/fleet215-390-dark.png b/frontend/design/screenshots/fleet215-390-dark.png\nnew file mode 100644\nindex 0000000..4141b90\nBinary files /dev/null and b/frontend/design/screenshots/fleet215-390-dark.png differ\ndiff --git a/frontend/design/screenshots/fleet215-390-light.png b/frontend/design/screenshots/fleet215-390-light.png\nnew file mode 100644\nindex 0000000..bd19c5e\nBinary files /dev/null and b/frontend/design/screenshots/fleet215-390-light.png differ\ndiff --git a/frontend/design/visual-system-215.md b/frontend/design/visual-system-215.md\nnew file mode 100644\nindex 0000000..46fb3f3\n--- /dev/null\n+++ b/frontend/design/visual-system-215.md\n@@ -0,0 +1,110 @@\n+# Fleet workspace action-first redesign \u2014 #215\n+\n+Date: 2026-08-30\n+Scope: `botmanager/frontend` \u2014 Operator's primary Fleet workspace rebuilt on\n+the #214 shared visual system. Baseline master `f0e1552` (includes #214).\n+Design reference: `frontend/design/redesign-mockup.html` (the mockup this\n+workspace realizes with real data).\n+\n+## What changed\n+\n+- **Action-first header** (`FleetView`): title + account count pill, current\n+ node context, a freshness stamp (\"updated Ns ago\" from the last successful\n+ aggregate poll), a primary **Launch** affordance (bulk-launches the current\n+ selection through the same preview/confirmation gate as before) and a\n+ Refresh button.\n+- **Clickable summary metrics** (`FleetSummary.tsx` `FleetMetricTiles`,\n+ `MetricTile` now supports `onClick`/`active`): Total, Running, Starting,\n+ Queued, Idle, Attention, Banned, Confirmed, Suspected, Unverifiable, Sale,\n+ Live proxies. Every count is the same predicate the drill-down filter\n+ applies (`fleetSummary.ts`).\n+- **Attention panel** (`AttentionPanel`): prioritized, deduplicated\n+ conditions over existing data only \u2014 stale/degraded node, stuck script,\n+ confirmed/suspected/unverifiable ban, queued/failed operation, unassigned\n+ client, token issue, membership warning, script/client mismatch, auto-ban\n+ marker, display-name conflict. Each row drills into the matching accounts;\n+ \"Show full fleet\" (and Clear all) is the way back.\n+- **Filter bar + chips** (`FleetFilters` + `ActiveFilterChips`): search,\n+ status/machine/token/script/name selects, live match count (\"Showing N of\n+ M\"), removable active-filter chips and Clear all. Select-all-matching with\n+ its count stays in the selection bar. Banned include/exclude semantics\n+ (`banned`/`not-banned`, three ban populations) are preserved exactly.\n+- **One desktop table, one narrow card hierarchy** (`AccountRow`,\n+ `AccountCard`): lead with account identity + operational state (status\n+ dot, name, badges, ban verdict), Client before Script, secondary metadata\n+ grouped, severity rails (danger/warn) on urgent rows, and every action \u2014\n+ including destructive Stop (danger-toned) \u2014 reachable with its existing\n+ preview/confirmation gates. The windowed/memoized list from #153 is\n+ untouched (memo field list extended with `ban_state`).\n+- Polling/scroll/selection preservation: no changes to `useFleetPolling`\n+ cadence; stable data still yields stable memo keys (regression-tested).\n+\n+## The one-predicate-per-number contract (`src/views/fleetSummary.ts`)\n+\n+| Number | Predicate (all read `accounts` + `bans` + `queuedOps` + `nodesMap`) |\n+|---|---|\n+| Running | `isAccountRunning(a)` |\n+| Starting | `fleetBucket(a) === 'starting'` \u2014 status matches /launch\\|start\\|accepted/i, not yet running |\n+| Queued | `fleetBucket(a) === 'queued'` \u2014 a pending launch/stop op is tracked |\n+| Idle (stopped/idle) | `fleetBucket(a) === 'idle'` \u2014 not queued/running/starting |\n+| Attention | unique accounts matching \u22651 attention condition (`matchesAttentionKey('any')`) |\n+| Banned (held out) | `isExcludedFromWork(a, bans)` |\n+| Confirmed / Suspected / Unverifiable | `matchesBanPopulationFilter(...)` \u2014 disjoint populations, never folded |\n+| Sale | `accountSaleState(a)` |\n+| Live proxies | unique `live_proxy` across running accounts |\n+| Degraded nodes (hint) | distinct `actual_node` whose node summary is stale |\n+\n+Buckets are a partition (`queued > running > starting > idle`), so the count\n+sums never double-count; attention is a cross-cutting health view whose rows\n+are deduplicated per condition and whose headcount is deduplicated per\n+account.\n+\n+Attention priorities: danger (stale node, stuck script, confirmed ban)\n+before warn (queued/failed op, suspected/unverifiable ban, unassigned\n+client, token, membership, mismatch, auto-ban marker) before info\n+(display-name conflict).\n+\n+## Fixtures (`src/views/fleetFixtures.ts`)\n+\n+Sixteen synthetic accounts (example.test e-mails, TEST-NET 203.0.113.x\n+proxies, port 6553x) covering every acceptance-1 state: healthy, stopped,\n+launching, queued-remote, degraded/offline (stale vps2), failed op,\n+confirmed/suspected/unverifiable ban, unassigned client, expiring token,\n+membership warning, script/client mismatch, stuck script, sale, display-name\n+conflict. Same fixtures drive the unit tests and the showcase page, with a\n+checked-in `FIXTURE_EXPECTED` block so data and numbers cannot drift.\n+\n+## Deterministic screenshots (acceptance 7)\n+\n+- **Before** (current master, #214-era shell + primitives):\n+ `design/screenshots/fleet-1440-{light,dark}.png`,\n+ `design/screenshots/fleet-390-{light,dark-dialog}.png`.\n+- **After** (this redesign, real FleetView + shell + fixtures, both themes\n+ at 1440x900 and 390x844): `design/screenshots/fleet215-1440-{light,dark}.png`,\n+ `design/screenshots/fleet215-390-{light,dark}.png`.\n+\n+Produced dependency-free by headless Chromium over CDP against the BUILT\n+`dist/` (`tests/responsive-check.mjs --screenshots frontend/design/screenshots`),\n+regenerated by the same command from `fleet-showcase.html` (a build-time-only\n+second entry that mounts the real `FleetView` over the synthetic backend).\n+\n+## Responsive gate (acceptance 6)\n+\n+`npm run test:responsive` now also asserts on the redesigned fleet page:\n+- 1440x900 (both themes): no horizontal overflow; the summary metrics start\n+ on screen and the attention panel sits ABOVE the fleet list (primary state\n+ + attention summary visible before long detail).\n+- 390x844 (both themes): no document-level horizontal overflow; every\n+ summary tile and every row-action cluster fully inside the viewport\n+ (no overlapping controls, no unreachable row actions).\n+\n+## Gates (acceptance 8)\n+\n+`npm ci` (clean lockfile), `npm test`, `npm run build`,\n+`npm run test:responsive`, `git diff --check` \u2014 counts and bundle output\n+reported in the PR.\n+\n+## Out of scope (unchanged)\n+\n+Server endpoints, scheduler/launch policy, mutation semantics, auth,\n+live-client testing, deployment, and every other workspace's styling.\ndiff --git a/frontend/fleet-showcase.html b/frontend/fleet-showcase.html\nnew file mode 100644\nindex 0000000..03a1781\n--- /dev/null\n+++ b/frontend/fleet-showcase.html\n@@ -0,0 +1,22 @@\n+\n+\n+ \n+ \n+ \n+ Operator Fleet showcase (synthetic data) \u2014 #215\n+ \n+ \n+ \n+
\n+ \n+ \n+\ndiff --git a/frontend/src/fleetShowcase.tsx b/frontend/src/fleetShowcase.tsx\nnew file mode 100644\nindex 0000000..77df31f\n--- /dev/null\n+++ b/frontend/src/fleetShowcase.tsx\n@@ -0,0 +1,91 @@\n+// Operator Fleet showcase (#215) \u2014 deterministic synthetic-data page used\n+// ONLY to produce the acceptance screenshots (1440x900 / 390x844, both\n+// themes) AND as the responsive-gate page for the REDESIGNED fleet: it\n+// mounts the REAL FleetView + shell against an invented backend, so every\n+// pixel in the \"after\" screenshots is the production component tree. Entry\n+// `fleet-showcase.html` is built alongside the app but never linked from it.\n+/* eslint-disable react-refresh/only-export-components */\n+import { StrictMode, useState } from 'react';\n+import { createRoot } from 'react-dom/client';\n+import './index.css';\n+import { NavContext, type View } from './App';\n+import { ALL_NODES } from './nodeView';\n+import { AppShell } from './ui/AppShell';\n+import { ToastProvider } from './ui/Toast';\n+import { FleetView } from './views/FleetView';\n+import {\n+ FIXTURE_ACCOUNTS,\n+ FIXTURE_BANS,\n+ FIXTURE_GROUPS,\n+ FIXTURE_NODES,\n+ FIXTURE_QUESTS,\n+ FIXTURE_STATS,\n+ FIXTURE_STATUS_PROCESSES,\n+ FIXTURE_TOTALS,\n+} from './views/fleetFixtures';\n+\n+const params = new URLSearchParams(location.search);\n+const theme = params.get('theme') === 'dark' ? 'dark' : 'light';\n+try {\n+ localStorage.setItem('operator-theme', theme);\n+} catch { /* storage unavailable in some headless modes \u2014 attribute also set */ }\n+document.documentElement.setAttribute('data-theme', theme);\n+\n+// Synthetic backend for the showcase, installed before any component\n+// mounts so api() and all polling resolve deterministically. Every piece of\n+// data comes from fleetFixtures.ts (example.test e-mails, TEST-NET\n+// 203.0.113.x proxies, port 6553x \u2014 documentation ranges; no live data).\n+const questsArray = Object.entries(FIXTURE_QUESTS).map(([user, q]) => ({\n+ user,\n+ quest_points: q.quest_points,\n+ finished: q.finished,\n+ in_progress: q.in_progress,\n+ updated_age_s: q.updated_age_s,\n+}));\n+\n+(window as unknown as { fetch: typeof fetch }).fetch = (input: RequestInfo | URL) => {\n+ const path = String(input).replace(/^https?:\\/\\/[^/]+/, '').split('?')[0];\n+ let body: unknown = { ok: false, error: 'unhandled synthetic path: ' + path };\n+ if (path === '/api/accounts') body = { ok: true, accounts: FIXTURE_ACCOUNTS, unmatched_processes: [] };\n+ if (path === '/api/status') body = { ok: true, processes: FIXTURE_STATUS_PROCESSES };\n+ if (path === '/api/stats') body = { ok: true, accounts: FIXTURE_STATS, totals: FIXTURE_TOTALS };\n+ if (path === '/api/quests') body = { ok: true, accounts: questsArray };\n+ if (path === '/api/bans') body = { ok: true, accounts: Object.values(FIXTURE_BANS) };\n+ if (path === '/api/groups') body = { ok: true, groups: FIXTURE_GROUPS };\n+ if (path === '/api/nodes') body = { ok: true, nodes: FIXTURE_NODES };\n+ if (path === '/api/health') body = { ok: true, degraded: false };\n+ if (path === '/api/bans/check/status') body = { ok: true, running: false, busy: false, active_user: null };\n+ if (path.startsWith('/api/gitea/issues')) body = { ok: true, issues: [] };\n+ return Promise.resolve(\n+ new Response(JSON.stringify(body), { status: 200, headers: { 'Content-Type': 'application/json' } }),\n+ );\n+};\n+\n+function FleetShowcase() {\n+ const [view, setView] = useState('fleet');\n+ return (\n+ setView(v),\n+ selectedNode: ALL_NODES,\n+ setSelectedNode: () => {},\n+ nodesMap: FIXTURE_NODES,\n+ setNodesMap: () => {},\n+ }}\n+ >\n+ \n+ \n+ \n+ \n+ \n+ \n+ );\n+}\n+\n+createRoot(document.getElementById('root')!).render(\n+ \n+ \n+ ,\n+);\ndiff --git a/frontend/src/index.css b/frontend/src/index.css\nindex e563b0f..785c068 100644\n--- a/frontend/src/index.css\n+++ b/frontend/src/index.css\n@@ -706,7 +706,78 @@ tr:hover td { background: var(--surface-2); }\n .op-confirm-message { font-size: var(--text-md); color: var(--fg-2); line-height: var(--leading-normal); overflow-wrap: anywhere; }\n .op-confirm-actions { display: flex; justify-content: flex-end; gap: var(--space-2); flex-wrap: wrap; }\n \n-/* ---- sign-in (App.tsx, shared system) ---- */\n+/* ---- #215: clickable summary metric tiles (drill-down) ---- */\n+.op-metric.clickable {\n+ width: 100%;\n+ text-align: left;\n+ font: inherit;\n+ color: inherit;\n+ cursor: pointer;\n+ min-height: 0;\n+ transition: border-color .15s, background .15s, box-shadow .15s;\n+}\n+.op-metric.clickable:hover { border-color: var(--border-strong); background: var(--surface-2); }\n+.op-metric.clickable.active {\n+ border-color: var(--purple);\n+ background: color-mix(in srgb, var(--purple-soft) 55%, var(--surface));\n+ box-shadow: 0 0 0 3px color-mix(in srgb, var(--purple) 16%, transparent);\n+}\n+.op-metric.clickable.active .op-metric-label .eyebrow { color: var(--purple); }\n+\n+/* ---- #215: attention panel (prioritized, deduplicated conditions) ---- */\n+.op-attn-panel .op-section { gap: var(--space-2); }\n+.op-attn-list { display: flex; flex-direction: column; gap: 6px; }\n+.op-attn-item {\n+ display: flex; align-items: stretch; gap: 10px; text-align: left;\n+ border: 1px solid var(--border); border-radius: var(--radius-md);\n+ background: var(--surface-2); padding: 0; overflow: hidden; cursor: pointer;\n+ font-family: var(--sans); font-size: var(--text-sm); color: var(--fg);\n+ width: 100%; min-height: 0;\n+}\n+.op-attn-item:hover { border-color: var(--border-strong); background: var(--surface-3); }\n+.op-attn-item.active { border-color: var(--purple); box-shadow: 0 0 0 3px color-mix(in srgb, var(--purple) 16%, transparent); }\n+.op-attn-rail { width: 3px; flex: none; align-self: stretch; }\n+.op-attn-item.danger .op-attn-rail { background: var(--danger); }\n+.op-attn-item.warn .op-attn-rail { background: var(--orange); }\n+.op-attn-item.info .op-attn-rail { background: var(--info); }\n+.op-attn-body { display: flex; flex-direction: column; gap: 2px; padding: 7px 10px; min-width: 0; flex: 1; }\n+.op-attn-line { display: flex; align-items: center; gap: 8px; }\n+.op-attn-line b { font-size: var(--text-sm); font-weight: 620; }\n+.op-attn-detail { font-size: var(--text-xs); color: var(--muted); overflow: hidden; text-overflow: ellipsis; white-space: nowrap; }\n+@media (max-width: 480px) {\n+ .op-attn-detail { white-space: normal; }\n+}\n+\n+/* ---- #215: active-filter chip bar ---- */\n+.op-chipbar { display: flex; align-items: center; gap: var(--space-2); flex-wrap: wrap; }\n+.op-chipbar-count { font-family: var(--mono); font-size: var(--text-xs); color: var(--muted); white-space: nowrap; }\n+.op-chipbar-chips { display: flex; gap: 6px; flex-wrap: wrap; }\n+.op-chip {\n+ display: inline-flex; align-items: center; gap: 5px;\n+ font-family: var(--mono); font-size: var(--text-xs); font-weight: 600;\n+ padding: 2px 9px; border-radius: var(--radius-pill);\n+ background: var(--purple-soft); color: var(--purple-deep);\n+ border: 1px solid color-mix(in srgb, var(--purple) 25%, var(--border));\n+ cursor: pointer; min-height: 0;\n+}\n+.op-chip:hover { filter: brightness(1.05); border-color: var(--purple); }\n+:root[data-theme=\"dark\"] .op-chip { color: var(--purple); }\n+\n+/* ---- #215: severity rails on fleet rows / cards (mockup sev-*) ---- */\n+.op-sev-danger > td:first-of-type { box-shadow: inset 3px 0 0 var(--danger); }\n+.op-sev-warn > td:first-of-type { box-shadow: inset 3px 0 0 var(--orange); }\n+.op-sev-danger > div, .op-sev-warn > div { position: relative; }\n+.op-sev-danger > div::before, .op-sev-warn > div::before {\n+ content: \"\"; position: absolute; left: 0; top: 12px; bottom: 12px; width: 3px; border-radius: 0 3px 3px 0;\n+}\n+.op-sev-danger > div::before { background: var(--danger); }\n+.op-sev-warn > div::before { background: var(--orange); }\n+\n+/* ---- #215: fleet filter bar (search flexes; controls stay 12px) ---- */\n+.op-fleet-filters > input { flex: 1 1 180px; }\n+.op-fleet-filters > select { max-width: 170px; }\n+\n+/* ---- #215: sign-in (App.tsx, shared system) ---- */\n .op-signin {\n min-height: 100vh;\n display: grid;\ndiff --git a/frontend/src/ui/MetricTile.tsx b/frontend/src/ui/MetricTile.tsx\nindex 0b28d55..1690721 100644\n--- a/frontend/src/ui/MetricTile.tsx\n+++ b/frontend/src/ui/MetricTile.tsx\n@@ -10,7 +10,12 @@ export interface MetricDelta {\n // optional hint line and a children slot for sparklines. Tones: 'attn'\n // (orange accent rail) and 'hero' (sunset-soft wash). Grid layout is\n // owned by the parent `.op-metrics` container.\n-export function MetricTile({ label, value, unit, delta, hint, tone, children, className = '' }: {\n+//\n+// #215: tiles may now BE the controls. When `onClick` is provided the tile\n+// renders as a \n+ );\n+ }\n+ return
{inner}
;\n }\ndiff --git a/frontend/src/views/AccountCard.tsx b/frontend/src/views/AccountCard.tsx\nindex a5ec56a..37143c4 100644\n--- a/frontend/src/views/AccountCard.tsx\n+++ b/frontend/src/views/AccountCard.tsx\n@@ -1,15 +1,17 @@\n-// Extracted verbatim from AccountViews.tsx (issue #39 phase-1 decomposition \u2014\n-// account views split): the fleet card layout. Body byte-identical to the\n-// origin AccountViews blob; only the import block was rebuilt. Exports ONLY\n-// the component so fast-refresh stays intact.\n+// Issue #39 phase-1 decomposition \u2014 the fleet card layout, rebuilt for\n+// #215's narrow-screen hierarchy: account identity + operational state lead,\n+// chips carry script/membership/token/ban signals, secondary metadata is\n+// grouped in the grid, and every action stays on the card (wrapping, never\n+// clipped or hidden behind a menu) with Stop kept danger-toned.\n import { Badge } from '../ui/Badge';\n import { Button } from '../ui/Button';\n import { Card } from '../ui/Card';\n import { StatusDot } from '../ui/StatusDot';\n import { AccountTypeBadge, BanVerdict, DesignatedClientBadge, NodeBadge, QueuedPill, TokenBadge, clientBadge, isAccountRunning } from '../ui/badges';\n-import { accountSaleState, accountScript, accountRuntime, banCheckDisabledReason, fmtTime, fmtXp, isMule, proxyLabel } from '../ui/account';\n+import { accountScript, accountRuntime, banCheckDisabledReason, fmtTime, fmtXp, isMule, proxyLabel } from '../ui/account';\n import { MembershipBadge, MicrobotTelemetry, SaleBadge } from '../ui/accountBadges';\n import type { Account, BanInfo, QueuedOp, Quests, Stats } from './FleetView';\n+import { rowSeverity } from './fleetSummary';\n \n export function AccountCard({\n account,\n@@ -63,30 +65,16 @@ export function AccountCard({\n const banTip = ban\n ? `${ban.status}${ban.ban_end_date ? ` \u2014 unban ${ban.ban_end_date}` : ''}${ban.checked_ts ? ` (checked ${new Date(ban.checked_ts * 1000).toLocaleString()})` : ''}`\n : undefined;\n+ const severity = rowSeverity(account, { bans: ban ? { [account.email.toLowerCase()]: ban } : {} });\n+ const cardClass = severity ? `op-sev-${severity}` : '';\n+ const script = accountScript(account);\n+\n return (\n
\n- \n+ \n
\n-
e.stopPropagation()}>\n- \n-
\n-
\n-
\n-
{account.email}
\n- \n- \n- {mule && Mule}\n-
\n-
\n- {(account.display_name || '').trim() ? (\n- {account.display_name}{account.display_name_source === 'speakeasy' ? ' \u26a1' : ''}\n- ) : (\n- Display name not set\n- )}\n- {account.display_name_conflict && (\n- \u26a0\n- )}\n-
\n+
e.stopPropagation()} style={{ paddingTop: '2px' }}>\n+ \n
\n {queued ? (\n \n@@ -96,6 +84,24 @@ export function AccountCard({\n label={running ? 'Running' : banned ? 'Banned' : 'Idle'}\n />\n )}\n+
\n+
\n+ {account.email}\n+ \n+ \n+ {mule && Mule}\n+
\n+
\n+ {(account.display_name || '').trim() ? (\n+ {account.display_name}{account.display_name_source === 'speakeasy' ? ' \u26a1' : ''}\n+ ) : (\n+ \u2014 name unset \u2014\n+ )}\n+ {account.display_name_conflict && (\n+ \u26a0\n+ )}\n+
\n+
\n {account.last_ban_detection && (\n \n )}\n
\n-
\n- {accountSaleState(account) && (\n-
\n- )}\n+\n+ {/* chips: script / membership / token / ban verdict / sale */}\n+
\n+ {script && {script}}\n+ \n+ \n+ \n+ \n+
\n+\n
\n-
\n- Machine: {account.machine || '\u2014'}\n-
\n
\n Client: {clientBadge(account)}\n
\n
\n- Script: {accountScript(account) || '\u2014'}\n+ Machine: {account.machine || '\u2014'}\n
\n
\n Runtime:{' '}\n {accountRuntime(account) != null ? fmtTime(accountRuntime(account)!) : '\u2014'}\n \n
\n-
\n- Token:{' '}\n- \n-
\n-
\n- Membership:{' '}\n- \n-
\n
\n XP 24h:{' '}\n {stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}\n@@ -144,7 +145,8 @@ export function AccountCard({\n Proxy: {proxyLabel(account.live_proxy || account.proxy)}\n
\n
\n-
e.stopPropagation()} style={{ display: 'flex', gap: '6px', flexWrap: 'wrap' }}>\n+\n+
e.stopPropagation()} className=\"op-row-actions\" style={{ display: 'flex', gap: '6px', flexWrap: 'wrap' }}>\n \ndiff --git a/frontend/src/views/AccountRow.tsx b/frontend/src/views/AccountRow.tsx\nindex 46db6d6..3d9ff0c 100644\n--- a/frontend/src/views/AccountRow.tsx\n+++ b/frontend/src/views/AccountRow.tsx\n@@ -1,7 +1,9 @@\n-// Extracted verbatim from AccountViews.tsx (issue #39 phase-1 decomposition \u2014\n-// account views split): the fleet table row. Body byte-identical to the\n-// origin AccountViews blob; only the import block was rebuilt. Exports ONLY\n-// the component so fast-refresh stays intact.\n+// Issue #39 phase-1 decomposition \u2014 the fleet table row, rebuilt for\n+// #215's action-first hierarchy: lead with account identity + operational\n+// state (status dot, name, badges, ban verdict), keep Client before Script,\n+// then group the secondary metadata (machine, runtime, token, membership,\n+// xp, qp, proxy) before the action cluster. Destructive Stop stays danger-\n+// toned; every action and every previously-visible signal remains reachable.\n import { Badge } from '../ui/Badge';\n import { Button } from '../ui/Button';\n import { StatusDot } from '../ui/StatusDot';\n@@ -10,6 +12,7 @@ import { accountRuntime, accountScript, banCheckDisabledReason, fmtTime, fmtXp,\n import { MembershipBadge, MicrobotTelemetry, SaleBadge } from '../ui/accountBadges';\n import type { Account, BanInfo, QueuedOp, Quests, Stats } from './FleetTypes';\n import { areFleetRowPropsEqual } from './FleetTypes';\n+import { rowSeverity } from './fleetSummary';\n import { memo } from 'react';\n \n function AccountRowImpl({\n@@ -65,57 +68,54 @@ function AccountRowImpl({\n const banTip = ban\n ? `${ban.status}${ban.ban_end_date ? ` \u2014 unban ${ban.ban_end_date}` : ''}${ban.checked_ts ? ` (checked ${new Date(ban.checked_ts * 1000).toLocaleString()})` : ''}`\n : undefined;\n+ const severity = rowSeverity(account, { bans: ban ? { [account.email.toLowerCase()]: ban } : {} });\n+ const rowClass = severity ? `op-sev-${severity}` : '';\n+\n return (\n- \n+ \n e.stopPropagation()}>\n- \n+ \n \n+ {/* identity + operational state, led by the account */}\n \n- {queued ? (\n- \n- ) : (\n- \n- )}\n- {account.last_ban_detection && (\n- \n- auto\n- \n- )}\n+
\n+ {queued ? (\n+ \n+ ) : (\n+ \n+ )}\n+
\n+ \n+ {account.email}\n+ \n+ \n+ {(account.display_name || '').trim() || (\n+ \u2014 name unset \u2014\n+ )}\n+ {account.display_name_source === 'speakeasy' && ' \u26a1'}\n+ {account.display_name_conflict && (\n+ \u26a0\n+ )}\n+ \n+
\n+ \n+ \n+ {mule && Mule}\n+ {account.last_ban_detection && (\n+ \n+ auto\n+ \n+ )}\n+
\n
\n \n \n \n-
\n-
{account.email}
\n- \n- \n- {mule && Mule}\n-
\n+ {clientBadge(account)}\n \n- \n-
\n- {(account.display_name || '').trim() ? (\n- <>\n- {account.display_name}\n- {account.display_name_source === 'speakeasy' && (\n- \u26a1\n- )}\n- \n- ) : (\n- Not set\n- )}\n- {account.display_name_conflict && (\n- \n- \u26a0\n- \n- )}\n-
\n- \n- {account.machine || '\u2014'}\n- {clientBadge(account)}\n \n {accountScript(account) || '\u2014'}\n {account.script_stuck && (\n@@ -124,6 +124,7 @@ function AccountRowImpl({\n
\n )}\n \n+ {account.machine || '\u2014'}\n \n {accountRuntime(account) != null ? fmtTime(accountRuntime(account)!) : '\u2014'}\n \n@@ -134,11 +135,11 @@ function AccountRowImpl({\n \n {stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}\n {quests?.quest_points != null ? String(quests.quest_points) : '\u2014'}\n- \n+ \n {proxyLabel(account.live_proxy || account.proxy)}\n \n e.stopPropagation()}>\n-
\n+
\n \ndiff --git a/frontend/src/views/FleetActionBar.tsx b/frontend/src/views/FleetActionBar.tsx\nindex d0793b2..0ba084f 100644\n--- a/frontend/src/views/FleetActionBar.tsx\n+++ b/frontend/src/views/FleetActionBar.tsx\n@@ -1,100 +1,12 @@\n // Issue #153 fleet list rendering \u2014 action/launch surface seam (presentation).\n-// The three fleet toolbars: the stat-strip tiles, the bulk action bar over the\n-// selection, and the group action bar. All keep the exact click behavior they\n-// had inside FleetView; state and handlers stay owned by FleetView.\n+// The two fleet toolbars: the bulk action bar over the selection, and the\n+// group action bar. #215: the old StatStrip tiles were replaced by the\n+// clickable FleetMetricTiles in FleetSummary.tsx (same statusFilter/sale\n+// wiring, one predicate per count); the selection and group bars keep their\n+// exact click behavior, with state and handlers owned by FleetView.\n import { Button } from '../ui/Button';\n-import { accountSaleState } from '../ui/account';\n-import { isAccountRunning } from '../ui/badges';\n import type { Account, BanInfo } from './FleetTypes';\n import { isExcludedFromWork } from './FleetTypes';\n-import type { StatusFilter } from './FleetTypes';\n-\n-export interface StatStripProps {\n- rows: Account[];\n- bans: Record;\n- statusFilter: StatusFilter;\n- saleFilter: 'all' | 'sale';\n- onStatusFilter: (key: StatusFilter) => void;\n- onSaleFilter: () => void;\n-}\n-\n-export function StatStrip({ rows, bans, statusFilter, saleFilter, onStatusFilter, onSaleFilter }: StatStripProps) {\n- const running = rows.filter(isAccountRunning).length;\n- const idle = rows.filter((a) => !isAccountRunning(a)).length;\n- // #163: the fleet metric splits \"banned\" from \"not banned\"; the held-out\n- // total is answered by the one isExcludedFromWork predicate.\n- const heldOut = rows.filter((a) => isExcludedFromWork(a, bans)).length;\n- const notBanned = rows.length - heldOut;\n- // #162: the held-out pool is three populations; each is reported and\n- // filtered separately so the metric never mixes verdicts. 'Banned' is\n- // CONFIRMED only \u2014 the unverifiable and suspect populations are shown\n- // as their own numbers, never folded into the confirmed count.\n- const bannedConfirmed = rows.filter((a) => a.ban_state === 'website-confirmed').length;\n- const suspected = rows.filter((a) => a.ban_state === 'marker-suspected').length;\n- const unverifiable = rows.filter((a) => a.ban_state === 'unverifiable').length;\n- const liveProxies = new Set(rows.filter((a) => isAccountRunning(a) && a.live_proxy).map((a) => a.live_proxy)).size;\n- const saleCount = rows.filter((a) => accountSaleState(a)).length;\n-\n- const statStrip = [\n- { key: 'all', label: 'Total', value: rows.length, color: 'var(--fg)', active: statusFilter === 'all', clickable: true },\n- { key: 'running', label: 'Running', value: running, color: 'var(--ok)', active: statusFilter === 'running', clickable: true },\n- { key: 'idle', label: 'Idle', value: idle, color: 'var(--idle)', active: statusFilter === 'idle', clickable: true },\n- { key: 'not-banned', label: 'Not banned', value: notBanned, color: 'var(--info)', active: statusFilter === 'not-banned', clickable: true },\n- { key: 'banned', label: 'Held out', value: heldOut, color: 'var(--danger)', active: statusFilter === 'banned', clickable: true },\n- { key: 'confirmed', label: 'Banned', value: bannedConfirmed, color: 'var(--danger)', active: statusFilter === 'confirmed', clickable: true },\n- { key: 'suspected', label: 'Suspected', value: suspected, color: 'var(--warn)', active: statusFilter === 'suspected', clickable: true },\n- { key: 'unverifiable', label: 'Unverifiable', value: unverifiable, color: 'var(--idle)', active: statusFilter === 'unverifiable', clickable: true },\n- { key: 'sale', label: 'Sale', value: saleCount, color: 'var(--warn)', active: saleFilter === 'sale', clickable: true },\n- { key: 'proxies', label: 'Live proxies', value: liveProxies, color: 'var(--info)', active: false, clickable: false },\n- ] as const;\n-\n- return (\n-
\n- {statStrip.map((s) => (\n- {\n- if (s.key === 'sale') {\n- onSaleFilter();\n- } else if (s.clickable) {\n- onStatusFilter(s.key as typeof statusFilter);\n- }\n- }}\n- style={{\n- display: 'flex',\n- flexDirection: 'column',\n- alignItems: 'center',\n- justifyContent: 'center',\n- minWidth: '80px',\n- padding: '8px 12px',\n- borderRadius: 'var(--radius)',\n- border: `1px solid ${s.active ? s.color : 'var(--border)'}`,\n- background: s.active ? 'var(--surface-2)' : 'transparent',\n- color: s.color,\n- cursor: s.clickable ? 'pointer' : 'default',\n- opacity: s.clickable ? 1 : 0.9,\n- fontFamily: 'inherit',\n- fontSize: 'inherit',\n- lineHeight: 'inherit',\n- }}\n- >\n- {s.value}\n- \n- {s.label}\n- \n- \n- ))}\n-
\n- );\n-}\n \n export interface SelectionBarProps {\n filtered: Account[];\ndiff --git a/frontend/src/views/FleetFilters.tsx b/frontend/src/views/FleetFilters.tsx\nindex 0f2d2ea..0ebe20a 100644\n--- a/frontend/src/views/FleetFilters.tsx\n+++ b/frontend/src/views/FleetFilters.tsx\n@@ -1,17 +1,16 @@\n-// Extracted verbatim from FleetView.tsx (issue #39 phase-1 decomposition \u2014\n-// FleetView chunk 2: the fleet filter bar). No behaviour change: the JSX\n-// below is byte-identical to the origin FleetView blob; only the surrounding\n-// component wrapper and prop plumbing were added. Exports ONLY the component\n-// so fast-refresh stays intact.\n+// Issue #215: coherent search/filter/sort bar for the Fleet workspace.\n+// The select inputs keep the exact filtering semantics they had before;\n+// the refresh button moved to the page header (next to the freshness\n+// stamp), and the live match count is shown here so the operator always\n+// knows what the current filter row will select.\n import { type Dispatch, type SetStateAction } from 'react';\n-import { Button } from '../ui/Button';\n import type { StatusFilter } from './FleetTypes';\n \n export interface FleetFiltersProps {\n search: string;\n setSearch: Dispatch>;\n- statusFilter: StatusFilter;\n- setStatusFilter: Dispatch>;\n+ statusValue: StatusFilter;\n+ onStatusChange: (value: StatusFilter) => void;\n machineFilter: string;\n setMachineFilter: Dispatch>;\n machines: string[];\n@@ -23,15 +22,15 @@ export interface FleetFiltersProps {\n scripts: string[];\n dnFilter: 'all' | 'set' | 'missing';\n setDnFilter: Dispatch>;\n- loading: boolean;\n- onRefresh: () => void;\n+ matchCount: number;\n+ totalCount: number;\n }\n \n export function FleetFilters({\n search,\n setSearch,\n- statusFilter,\n- setStatusFilter,\n+ statusValue,\n+ onStatusChange,\n machineFilter,\n setMachineFilter,\n machines,\n@@ -43,21 +42,23 @@ export function FleetFilters({\n scripts,\n dnFilter,\n setDnFilter,\n- loading,\n- onRefresh,\n+ matchCount,\n+ totalCount,\n }: FleetFiltersProps) {\n return (\n-
\n+
\n setSearch(e.target.value)}\n- placeholder=\"Search accounts\u2026\"\n- style={{ minWidth: '140px', fontSize: '12px' }}\n+ placeholder={`Search ${totalCount} accounts\u2026`}\n+ style={{ minWidth: '160px', fontSize: '12px', flex: '1 1 180px' }}\n+ aria-label=\"Search accounts\"\n />\n setStatusFilter(e.target.value as any)}\n+ value={statusValue}\n+ onChange={(e) => onStatusChange(e.target.value as StatusFilter)}\n style={{ fontSize: '12px' }}\n+ aria-label=\"Filter by status\"\n >\n \n \n@@ -69,6 +70,7 @@ export function FleetFilters({\n value={machineFilter}\n onChange={(e) => setMachineFilter(e.target.value)}\n style={{ fontSize: '12px' }}\n+ aria-label=\"Filter by machine\"\n >\n \n {machines.map((m) => (\n@@ -81,6 +83,7 @@ export function FleetFilters({\n value={tokenFilter}\n onChange={(e) => setTokenFilter(e.target.value)}\n style={{ fontSize: '12px' }}\n+ aria-label=\"Filter by token state\"\n >\n \n {tokenStates.map((s) => (\n@@ -93,6 +96,7 @@ export function FleetFilters({\n value={scriptFilter}\n onChange={(e) => setScriptFilter(e.target.value)}\n style={{ fontSize: '12px' }}\n+ aria-label=\"Filter by script\"\n >\n \n {scripts.map((s) => (\n@@ -108,14 +112,15 @@ export function FleetFilters({\n if (value === 'all' || value === 'set' || value === 'missing') setDnFilter(value);\n }}\n style={{ fontSize: '12px' }}\n+ aria-label=\"Filter by display name\"\n >\n \n \n \n \n- \n+ \n+ {matchCount} of {totalCount}\n+ \n
\n );\n }\ndiff --git a/frontend/src/views/FleetSummary.tsx b/frontend/src/views/FleetSummary.tsx\nnew file mode 100644\nindex 0000000..235bebc\n--- /dev/null\n+++ b/frontend/src/views/FleetSummary.tsx\n@@ -0,0 +1,215 @@\n+// Issue #215: the action-first Fleet workspace surfaces \u2014 clickable summary\n+// metric tiles, the prioritized attention panel, and the active-filter chip\n+// bar. All counts come from fleetSummary.ts predicates, so every tile drills\n+// into exactly the rows its number describes.\n+import { Badge } from '../ui/Badge';\n+import { Button } from '../ui/Button';\n+import { Card } from '../ui/Card';\n+import { MetricTile } from '../ui/MetricTile';\n+import { SectionHeading } from '../ui/SectionHeading';\n+import type {\n+ AttentionItem,\n+ FleetFocus,\n+ FleetSummaryCounts,\n+} from './fleetSummary';\n+import { STATUS_LABELS, focusAttention, focusStatus } from './fleetSummary';\n+\n+// ---------------------------------------------------------------------------\n+// Clickable summary tiles. Every drill-down key maps to a documented\n+// predicate in fleetSummary.ts (matchesStatusFilter / matchesAttentionKey).\n+// ---------------------------------------------------------------------------\n+export function FleetMetricTiles({\n+ counts,\n+ conditions,\n+ focus,\n+ onFocus,\n+ saleActive,\n+ onToggleSale,\n+}: {\n+ counts: FleetSummaryCounts;\n+ conditions: AttentionItem[];\n+ focus: FleetFocus;\n+ onFocus: (f: FleetFocus) => void;\n+ saleActive: boolean;\n+ onToggleSale: () => void;\n+}) {\n+ const attnHint = conditions.length\n+ ? `${conditions[0].label} ${conditions[0].count}${conditions[1] ? ` \u00b7 ${conditions[1].label} ${conditions[1].count}` : ''}`\n+ : 'everything looks clear';\n+ return (\n+
\n+ onFocus({ kind: 'all' })} active={focus.kind === 'all'} />\n+ onFocus(focusStatus('running'))} active={focus.kind === 'status' && focus.value === 'running'} />\n+ onFocus(focusStatus('starting'))} active={focus.kind === 'status' && focus.value === 'starting'} />\n+ onFocus(focusStatus('queued'))} active={focus.kind === 'status' && focus.value === 'queued'} />\n+ onFocus(focusStatus('idle'))} active={focus.kind === 'status' && focus.value === 'idle'} />\n+ onFocus(focusAttention('any'))}\n+ active={focus.kind === 'attention' && focus.key === 'any'} />\n+ onFocus(focusStatus('banned'))} active={focus.kind === 'status' && focus.value === 'banned'} />\n+ onFocus(focusStatus('confirmed'))} active={focus.kind === 'status' && focus.value === 'confirmed'} />\n+ onFocus(focusStatus('suspected'))} active={focus.kind === 'status' && focus.value === 'suspected'} />\n+ onFocus(focusStatus('unverifiable'))} active={focus.kind === 'status' && focus.value === 'unverifiable'} />\n+ \n+ \n+
\n+ );\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Prioritized attention panel: one row per non-empty condition (deduplicated\n+// by key, account lists sorted), severity rail, click to drill. The heading\n+// count is the unique account headcount; each row shows its own count.\n+// ---------------------------------------------------------------------------\n+export function AttentionPanel({\n+ items,\n+ attnAccounts,\n+ focus,\n+ onFocus,\n+}: {\n+ items: AttentionItem[];\n+ attnAccounts: number;\n+ focus: FleetFocus;\n+ onFocus: (f: FleetFocus) => void;\n+}) {\n+ if (items.length === 0) return null;\n+ const showingAttention = focus.kind === 'attention';\n+ return (\n+ \n+ onFocus({ kind: 'all' })}>\n+ \u00d7 Show full fleet\n+ \n+ ) : undefined\n+ }\n+ />\n+
\n+ {items.map((item) => {\n+ const active = focus.kind === 'attention' && focus.key === item.key;\n+ return (\n+ onFocus(focusAttention(item.key))}\n+ aria-pressed={active}\n+ >\n+ \n+ \n+ \n+ {item.label}\n+ \n+ {item.count}\n+ \n+ \n+ \n+ {item.sampleDetail}\n+ {item.count > 1 ? ` \u00b7 +${item.count - 1} more` : ''}\n+ \n+ \n+ \n+ );\n+ })}\n+
\n+ \n+ );\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Active-filter chip bar: every applied filter (status/attention focus,\n+// search, machine, token, script, display-name) as a removable chip, plus\n+// the live match count and a clear-all. The \"way back to the full fleet\" for\n+// any drill-down.\n+// ---------------------------------------------------------------------------\n+export interface FilterChip {\n+ key: string;\n+ label: string;\n+ onRemove: () => void;\n+}\n+\n+export function ActiveFilterChips({\n+ focus,\n+ search,\n+ machine,\n+ token,\n+ script,\n+ dn,\n+ sale,\n+ matchCount,\n+ totalCount,\n+ focusLabel,\n+ onRemoveStatus,\n+ onRemoveAttention,\n+ onClearSearch,\n+ onClearMachine,\n+ onClearToken,\n+ onClearScript,\n+ onClearDn,\n+ onClearSale,\n+ onClearAll,\n+}: {\n+ focus: FleetFocus;\n+ search: string;\n+ machine: string;\n+ token: string;\n+ script: string;\n+ dn: 'all' | 'set' | 'missing';\n+ sale: 'all' | 'sale';\n+ matchCount: number;\n+ totalCount: number;\n+ focusLabel: string;\n+ onRemoveStatus: () => void;\n+ onRemoveAttention: () => void;\n+ onClearSearch: () => void;\n+ onClearMachine: () => void;\n+ onClearToken: () => void;\n+ onClearScript: () => void;\n+ onClearDn: () => void;\n+ onClearSale: () => void;\n+ onClearAll: () => void;\n+}) {\n+ const chips: FilterChip[] = [];\n+ if (focus.kind === 'status' && focus.value !== 'all') {\n+ chips.push({ key: 'status', label: `Status: ${STATUS_LABELS[focus.value]}`, onRemove: onRemoveStatus });\n+ }\n+ if (focus.kind === 'attention') {\n+ chips.push({ key: 'attention', label: `Attention: ${focusLabel}`, onRemove: onRemoveAttention });\n+ }\n+ if (sale === 'sale') chips.push({ key: 'sale', label: 'Sale: on', onRemove: onClearSale });\n+ if (search.trim()) chips.push({ key: 'search', label: `Search: \"${search.trim()}\"`, onRemove: onClearSearch });\n+ if (machine) chips.push({ key: 'machine', label: `Machine: ${machine}`, onRemove: onClearMachine });\n+ if (token) chips.push({ key: 'token', label: `Token: ${token}`, onRemove: onClearToken });\n+ if (script) chips.push({ key: 'script', label: `Script: ${script}`, onRemove: onClearScript });\n+ if (dn !== 'all') chips.push({ key: 'dn', label: `Name: ${dn}`, onRemove: onClearDn });\n+\n+ return (\n+
\n+ \n+ Showing {matchCount} of {totalCount} accounts\n+ \n+
\n+ {chips.map((c) => (\n+ \n+ ))}\n+
\n+ {chips.length > 0 && (\n+ \n+ )}\n+
\n+ );\n+}\ndiff --git a/frontend/src/views/FleetTable.tsx b/frontend/src/views/FleetTable.tsx\nindex 19d6f95..402c77f 100644\n--- a/frontend/src/views/FleetTable.tsx\n+++ b/frontend/src/views/FleetTable.tsx\n@@ -28,7 +28,9 @@ import React from 'react';\n const ROW_ESTIMATE_PX = 88;\n const CARD_ESTIMATE_PX = 320;\n const OVERSCAN_ROWS = 10;\n-const COL_COUNT = 14;\n+// #215: desktop hierarchy = status+identity | client | script | machine |\n+// runtime | token | membership | xp | qp | proxy | actions (+ the select).\n+const COL_COUNT = 12;\n \n // Shared by AccountRow and AccountCard: skip re-render when nothing the row\n // displays changed (callbacks excluded \u2014 they only ever call stable setters\n@@ -74,6 +76,11 @@ function useWindowedRange(\n el.addEventListener('scroll', update, { passive: true });\n const ro = new ResizeObserver(update);\n ro.observe(el);\n+ // Compute the initial range explicitly. Browsers fire the RO callback\n+ // on observe(), but environments without a live ResizeObserver (jsdom)\n+ // never would \u2014 and the scroll listener only fires after user input.\n+ // prev-equality makes this idempotent.\n+ update();\n return () => {\n el.removeEventListener('scroll', update);\n ro.disconnect();\n@@ -259,8 +266,8 @@ export function FleetTable({\n const allSelected = filtered.length > 0 && filtered.every((a) => selected.has(a.email));\n \n return (\n- \n-
\n+ \n+
\n {isMobile ? (\n <>\n {topPad > 0 &&
}\n@@ -299,21 +306,21 @@ export function FleetTable({\n type=\"checkbox\"\n checked={allSelected}\n onChange={onToggleAll}\n+ aria-label=\"Select all matching accounts\"\n />\n \n \n \n- \n- \n Client\n \n+ \n \n \n Membership\n \n \n Proxy\n- Actions\n+ Actions\n \n \n \ndiff --git a/frontend/src/views/FleetTypes.ts b/frontend/src/views/FleetTypes.ts\nindex 4d39dd7..fc3ac6d 100644\n--- a/frontend/src/views/FleetTypes.ts\n+++ b/frontend/src/views/FleetTypes.ts\n@@ -209,6 +209,9 @@ export const LAST_LAUNCH_KEY = 'fleet-last-launch';\n // #162-bounce: the three ban populations are first-class filter values\n // (confirmed/suspected/unverifiable), each matching ONLY its own\n // population so the metric tiles and the list they produce agree.\n+// #215: 'starting'/'queued'/'attention' are the drill-down filters behind\n+// the new summary tiles \u2014 see matchesStatusFilter in fleetSummary.ts for\n+// the single documented predicate behind each value.\n export const STATUS_FILTERS = [\n 'all',\n 'running',\n@@ -218,6 +221,9 @@ export const STATUS_FILTERS = [\n 'confirmed',\n 'suspected',\n 'unverifiable',\n+ 'starting',\n+ 'queued',\n+ 'attention',\n ] as const;\n export type StatusFilter = (typeof STATUS_FILTERS)[number];\n \n@@ -421,7 +427,7 @@ export function sortCompare(\n // ---------------------------------------------------------------------------\n const ROW_DISPLAY_FIELDS = [\n 'email', 'display_name', 'display_name_source', 'display_name_conflict',\n- 'machine', 'status', 'temp_banned', 'token_state', 'account_type', 'legacy',\n+ 'machine', 'status', 'temp_banned', 'ban_state', 'token_state', 'account_type', 'legacy',\n 'client', 'actual_client', 'node', 'node_stale', 'actual_node',\n 'running_anywhere', 'running_here', 'running_remote',\n 'runtime_s', 'remote_runtime_s', 'actual_runtime_s', 'runtimeMs',\ndiff --git a/frontend/src/views/FleetView.test.tsx b/frontend/src/views/FleetView.test.tsx\nnew file mode 100644\nindex 0000000..45a2b4a\n--- /dev/null\n+++ b/frontend/src/views/FleetView.test.tsx\n@@ -0,0 +1,279 @@\n+// Issue #215 acceptance 2\u20135: the Fleet workspace rendered for real (mocked\n+// fetch over the fixture fleet). Asserts the summary drill-downs, the\n+// attention drill-downs with a way back to the full fleet, the active-filter\n+// chips/clear-all, and the #153/#215 preservation contract: a polling cycle\n+// with stable data must NOT remount rows, clear the selection, or reset the\n+// scroll position.\n+import { describe, expect, it, vi, beforeEach, afterEach } from 'vitest';\n+import { render, screen, fireEvent, waitFor, cleanup } from '@testing-library/react';\n+import { FleetView } from './FleetView';\n+import { ToastProvider } from '../ui/Toast';\n+import { NavContext } from '../App';\n+import { ALL_NODES } from '../nodeView';\n+import { FILTERS_KEY } from './FleetTypes';\n+import {\n+ FIXTURE_ACCOUNTS,\n+ FIXTURE_BANS,\n+ FIXTURE_GROUPS,\n+ FIXTURE_NODES,\n+ FIXTURE_QUESTS,\n+ FIXTURE_STATS,\n+ FIXTURE_STATUS_PROCESSES,\n+ FIXTURE_TOTALS,\n+} from './fleetFixtures';\n+\n+function jsonResponse(body: unknown, status = 200) {\n+ return new Response(JSON.stringify(body), {\n+ status,\n+ headers: { 'Content-Type': 'application/json' },\n+ });\n+}\n+\n+const questsArray = Object.entries(FIXTURE_QUESTS).map(([user, q]) => ({\n+ user,\n+ quest_points: q.quest_points,\n+ finished: q.finished,\n+ in_progress: q.in_progress,\n+ updated_age_s: q.updated_age_s,\n+}));\n+const bansArray = Object.entries(FIXTURE_BANS).map(([, b]) => ({ ...b }));\n+\n+let fetchMock: ReturnType;\n+\n+beforeEach(() => {\n+ cleanup();\n+ localStorage.clear();\n+ // jsdom ships no ResizeObserver; the windowed list needs a stub.\n+ (globalThis as unknown as { ResizeObserver: unknown }).ResizeObserver = class {\n+ observe() {}\n+ unobserve() {}\n+ disconnect() {}\n+ };\n+ fetchMock = vi.fn(async (input: RequestInfo | URL) => {\n+ const url = String(input);\n+ if (url.includes('/api/accounts')) {\n+ return jsonResponse({ ok: true, accounts: FIXTURE_ACCOUNTS, unmatched_processes: [] });\n+ }\n+ if (url.includes('/api/status')) return jsonResponse({ ok: true, processes: FIXTURE_STATUS_PROCESSES });\n+ if (url.includes('/api/stats')) return jsonResponse({ ok: true, accounts: FIXTURE_STATS, totals: FIXTURE_TOTALS });\n+ if (url.includes('/api/quests')) return jsonResponse({ ok: true, accounts: questsArray });\n+ if (url.includes('/api/bans')) return jsonResponse({ ok: true, accounts: bansArray });\n+ if (url.includes('/api/groups')) return jsonResponse({ ok: true, groups: FIXTURE_GROUPS });\n+ if (url.includes('/api/bans/check/status')) return jsonResponse({ ok: true, running: false, busy: false, active_user: null });\n+ if (url.includes('/api/operations/')) return jsonResponse({ ok: true, operation: { state: 'queued_remote', ready: false } });\n+ return jsonResponse({ ok: false, error: 'unhandled ' + url });\n+ });\n+ vi.stubGlobal('fetch', fetchMock);\n+});\n+\n+afterEach(() => {\n+ vi.unstubAllGlobals();\n+ cleanup();\n+});\n+\n+function renderFleet(restore: Record = {}) {\n+ if (Object.keys(restore).length > 0) {\n+ localStorage.setItem(FILTERS_KEY, JSON.stringify(restore));\n+ }\n+ const refreshRef: { current: (() => void) | null } = { current: null };\n+ const view = render(\n+ {},\n+ selectedNode: ALL_NODES,\n+ setSelectedNode: () => {},\n+ nodesMap: FIXTURE_NODES,\n+ setNodesMap: () => {},\n+ }}\n+ >\n+ \n+ \n+ \n+ \n+ );\n+ return { ...view, refreshRef };\n+}\n+\n+/** Value of the summary tile whose label matches. */\n+function tileValue(container: HTMLElement, label: string): string | null {\n+ const tiles = [...container.querySelectorAll('.op-fleet-summary .op-metric')];\n+ const tile = tiles.find((t) => t.textContent?.includes(label));\n+ const b = tile?.querySelector('.op-metric-value b');\n+ return b ? b.textContent : null;\n+}\n+\n+const rowFor = (container: HTMLElement, email: string) =>\n+ [...container.querySelectorAll('.op-fleet-list tbody tr')].find((tr) =>\n+ tr.textContent?.includes(email),\n+ );\n+\n+/** The windowed list renders rows one commit after the filter state lands\n+ * (the range effect), so every row assertion waits for the actual . */\n+async function waitForRow(container: HTMLElement, email: string) {\n+ await waitFor(() => {\n+ expect(rowFor(container, email)).toBeTruthy();\n+ });\n+ return rowFor(container, email)!;\n+}\n+\n+describe('FleetView redesigned workspace (#215)', () => {\n+ it('renders the summary tile counts, attention panel and match count from synthetic data', async () => {\n+ const { container } = renderFleet();\n+ expect(await screen.findByText(/Showing 16 of 16 accounts/)).toBeTruthy();\n+\n+ // This session has no queued ops yet: running 3, starting 1, queued 0,\n+ // idle 12, banned 3, attention 11 (no queued-op condition), sale 1.\n+ expect(tileValue(container, 'Running')).toBe('3');\n+ expect(tileValue(container, 'Starting')).toBe('1');\n+ expect(tileValue(container, 'Queued')).toBe('0');\n+ expect(tileValue(container, 'Idle')).toBe('12');\n+ expect(tileValue(container, 'Banned')).toBe('3');\n+ expect(tileValue(container, 'Attention')).toBe('11');\n+ expect(tileValue(container, 'Sale')).toBe('1');\n+\n+ // Attention panel: unique headcount in the title, per-condition rows.\n+ expect(await screen.findByText('Attention (11 accounts)')).toBeTruthy();\n+ const staleNodeRow = container.querySelector('.op-attn-item')!;\n+ expect(staleNodeRow.textContent).toContain('Stale node');\n+ expect(staleNodeRow.textContent).toContain('2'); // offline + stuck (stale vps2)\n+ });\n+\n+ it('clicking the Running tile drills into exactly the running rows', async () => {\n+ const { container } = renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+\n+ const tiles = [...container.querySelectorAll('.op-fleet-summary .op-metric')];\n+ fireEvent.click(tiles.find((t) => t.textContent?.includes('Running'))!);\n+\n+ expect(await screen.findByText(/Showing 3 of 16 accounts/)).toBeTruthy();\n+ await waitForRow(container, 'acct-healthy@example.test');\n+ expect(rowFor(container, 'acct-mismatch@example.test')).toBeTruthy();\n+ expect(rowFor(container, 'acct-stuck@example.test')).toBeTruthy();\n+ expect(rowFor(container, 'acct-stopped@example.test')).toBeFalsy();\n+ // active-filter chip for the drill-down\n+ expect(screen.getByText(/Status: Running/)).toBeTruthy();\n+ });\n+\n+ it('attention condition click filters, and Show full fleet returns to the fleet', async () => {\n+ const { container } = renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+\n+ const attnItems = [...container.querySelectorAll('.op-attn-item')];\n+ fireEvent.click(attnItems.find((b) => b.textContent?.includes('Stale node'))!);\n+\n+ expect(await screen.findByText(/Showing 2 of 16 accounts/)).toBeTruthy();\n+ await waitForRow(container, 'acct-offline@example.test');\n+ expect(rowFor(container, 'acct-stuck@example.test')).toBeTruthy();\n+ expect(rowFor(container, 'acct-healthy@example.test')).toBeFalsy();\n+ expect(screen.getByText(/Attention: Stale node/)).toBeTruthy();\n+\n+ fireEvent.click(screen.getByRole('button', { name: /Show full fleet/ }));\n+ expect(await screen.findByText(/Showing 16 of 16 accounts/)).toBeTruthy();\n+ });\n+\n+ it('clear-all resets every filter (drill-down + search + selects)', async () => {\n+ renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+\n+ fireEvent.change(screen.getByLabelText('Search accounts'), { target: { value: 'zzz-no-match' } });\n+ expect(await screen.findByText(/Showing 0 of 16 accounts/)).toBeTruthy();\n+\n+ fireEvent.click(screen.getByRole('button', { name: /Clear all/ }));\n+\n+ expect(await screen.findByText(/Showing 16 of 16 accounts/)).toBeTruthy();\n+ expect((screen.getByLabelText('Search accounts') as HTMLInputElement).value).toBe('');\n+ });\n+\n+ it('acceptance 5: stable polling data preserves row nodes, selection and scroll', async () => {\n+ const { container, refreshRef } = renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+\n+ // deterministic visible order: sort by account (email) ascending so the\n+ // windowed slice definitely contains the healthy row\n+ fireEvent.click(screen.getByRole('columnheader', { name: /Account/ }));\n+ const healthyRow = () => rowFor(container, 'acct-healthy@example.test')!;\n+ await waitFor(() => expect(healthyRow()).toBeTruthy());\n+\n+ // select the healthy row + set a scroll position on the fleet scroller\n+ const checkbox = () => healthyRow().querySelector('input[type=\"checkbox\"]') as HTMLInputElement;\n+ fireEvent.click(checkbox());\n+ expect(checkbox().checked).toBe(true);\n+\n+ const scroller = container.querySelector('[data-fleet-scroller]') as HTMLElement;\n+ scroller.scrollTop = 120;\n+\n+ const beforeRow = healthyRow();\n+ const beforeScroller = scroller;\n+\n+ // a normal polling cycle with identical data\n+ await refreshRef.current!();\n+ await waitFor(() => {\n+ expect(String(fetchMock.mock.calls.map((c) => c[0]).join(','))).toContain('/api/accounts');\n+ expect(healthyRow()).toBeTruthy();\n+ });\n+\n+ // no row remount: the same DOM node is still in the tree\n+ expect(healthyRow()).toBe(beforeRow);\n+ // selection survived the poll\n+ expect(checkbox().checked).toBe(true);\n+ // scroll position survived the poll\n+ expect(scroller).toBe(beforeScroller);\n+ expect(scroller.scrollTop).toBe(120);\n+\n+ // a second identical poll keeps the contract\n+ await refreshRef.current!();\n+ await waitFor(() => expect(healthyRow()).toBe(beforeRow));\n+ expect(checkbox().checked).toBe(true);\n+ });\n+\n+ it('the action-first header offers Launch and Refresh', async () => {\n+ const { container } = renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+ expect(screen.getByRole('button', { name: /\\+ Launch/ })).toBeTruthy();\n+ expect(screen.getByRole('button', { name: /Refresh/ })).toBeTruthy();\n+ // freshness stamp renders after the first successful poll\n+ expect(await screen.findByText(/updated \\d+s? ago/)).toBeTruthy();\n+ expect(container.querySelector('.op-count')?.textContent).toContain('16 accounts');\n+ });\n+\n+ it('#220 bounce-fix: the Sale tile drills into the sale rows with an active state, chip and way back', async () => {\n+ const { container } = renderFleet();\n+ await screen.findByText(/Showing 16 of 16 accounts/);\n+\n+ const tiles = [...container.querySelectorAll('.op-fleet-summary .op-metric')];\n+ const saleTile = tiles.find((t) => t.textContent?.includes('Sale'))!;\n+ expect(saleTile.getAttribute('aria-pressed')).toBe('false');\n+\n+ fireEvent.click(saleTile);\n+ expect(await screen.findByText(/Showing 1 of 16 accounts/)).toBeTruthy();\n+ await waitForRow(container, 'acct-sale@example.test');\n+ expect(rowFor(container, 'acct-healthy@example.test')).toBeFalsy();\n+ // the drill-down is a real visible/removable filter now\n+ expect(saleTile.getAttribute('aria-pressed')).toBe('true');\n+ expect(screen.getByText(/Sale: on/)).toBeTruthy();\n+\n+ // clicking the tile again (old StatStrip toggle semantics) returns\n+ fireEvent.click(saleTile);\n+ expect(await screen.findByText(/Showing 16 of 16 accounts/)).toBeTruthy();\n+ expect(screen.queryByText(/Sale: on/)).toBeFalsy();\n+ });\n+\n+ it('#220 bounce-fix: a persisted sale-only restore is visible as a chip and removable, with Clear all present', async () => {\n+ const { container } = renderFleet({ saleFilter: 'sale', sortKey: 'status', sortDir: 'desc' });\n+ await waitFor(() => expect(screen.getByText(/Showing 1 of 16 accounts/)).toBeTruthy(), { timeout: 5000 });\n+ await waitForRow(container, 'acct-sale@example.test');\n+ expect(rowFor(container, 'acct-healthy@example.test')).toBeFalsy();\n+\n+ // no invisible filter: the sale chip is rendered and Clear all exists\n+ const chip = [...container.querySelectorAll('.op-chip')].find((c) => c.textContent?.includes('Sale'));\n+ expect(chip).toBeTruthy();\n+ expect(screen.getByRole('button', { name: /Clear all/ })).toBeTruthy();\n+\n+ // removing the chip restores the full fleet\n+ fireEvent.click(chip!);\n+ expect(await screen.findByText(/Showing 16 of 16 accounts/)).toBeTruthy();\n+ expect([...container.querySelectorAll('.op-chip')].some((c) => c.textContent?.includes('Sale'))).toBe(false);\n+ });\n+});\ndiff --git a/frontend/src/views/FleetView.tsx b/frontend/src/views/FleetView.tsx\nindex b58c278..7d1aa8c 100644\n--- a/frontend/src/views/FleetView.tsx\n+++ b/frontend/src/views/FleetView.tsx\n@@ -9,18 +9,26 @@\n // - useFleetActions.ts every mutating handler (launch/stop/ban/groups/...)\n // - FleetTable.tsx windowed table + mobile card list + NodesStrip +\n // unmatched card + AdoptDialog\n-// - FleetActionBar.tsx stat strip, selection bar, group bar\n-// What remains here is the composition root: filter/selection/sort state,\n-// dialog state, memos over the polled rows, and the render tree. The type\n-// names below are re-exported so the other views' `import type ... from\n-// './FleetView'` lines keep working unchanged (this is the type barrel).\n+// - FleetActionBar.tsx selection bar, group bar\n+// - fleetSummary.ts #215: one deterministic predicate per summary\n+// count / attention condition (pure logic)\n+// - FleetSummary.tsx #215: clickable metric tiles + attention panel +\n+// active-filter chips\n+// - FleetFilters.tsx #215: the search/filter/sort bar\n+// What remains here is the composition root: focus (summary drill-down)/\n+// filter/selection/sort state, dialog state, memos over the polled rows, and\n+// the render tree. The type names below are re-exported so the other views'\n+// `import type ... from './FleetView'` lines keep working unchanged (this is\n+// the type barrel).\n import React, { useCallback, useEffect, useMemo, useRef, useState } from 'react';\n import { api } from '../api';\n import { useToast } from '../ui/Toast';\n import { PageHeader } from '../ui/PageHeader';\n import { ErrorState } from '../ui/ErrorState';\n import { StaleNotice } from '../ui/StaleNotice';\n+import { Toolbar } from '../ui/Toolbar';\n import { ViewPage } from '../ui/ViewPage';\n+import { Button } from '../ui/Button';\n import { isAccountRunning } from '../ui/badges';\n import { useNav } from '../App';\n import { ALL_NODES } from '../nodeView';\n@@ -33,12 +41,26 @@ import { SaleDialog } from './SaleDialog';\n import { GroupsDialog } from './GroupsDialog';\n import { PlanDialog } from './PlanDialog';\n import { accountSaleState, accountScript, fmtXp } from '../ui/account';\n-import { GroupBar, SelectionBar, StatStrip } from './FleetActionBar';\n+import { GroupBar, SelectionBar } from './FleetActionBar';\n import { FleetTable, FleetUnmatchedCard, NodesStrip, type FleetRowHandlers } from './FleetTable';\n-import { FILTERS_KEY, STATUS_FILTERS, accountGroups, isExcludedFromWork, matchesBanPopulationFilter, sortCompare } from './FleetTypes';\n+import { FILTERS_KEY, accountGroups, isExcludedFromWork, sortCompare } from './FleetTypes';\n import type { Account, SaleDialogState, SortKey, StatusFilter } from './FleetTypes';\n import { useFleetPolling } from './useFleetPolling';\n import { useFleetActions, quickLaunch } from './useFleetActions';\n+import {\n+ FOCUS_ALL,\n+ attentionConditions,\n+ attentionEmails,\n+ attentionKeyLabel,\n+ countSummary,\n+ fmtFresh,\n+ focusStatus,\n+ matchesAttentionKey,\n+ matchesStatusFilter,\n+} from './fleetSummary';\n+import type { FleetContext, FleetFocus } from './fleetSummary';\n+import { ActiveFilterChips, AttentionPanel, FleetMetricTiles } from './FleetSummary';\n+import { focusLabelForAttention } from './fleetSummary';\n \n // ---------------------------------------------------------------------------\n // Type barrel \u2014 the #39-era decomposition left these names imported by other\n@@ -59,11 +81,16 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n }\n }, []);\n \n+ // #215: the summary drill-down (\"focus\") replaces the bare statusFilter.\n+ // A status focus is one STATUS_FILTERS value (tiles + select), an\n+ // attention focus is a condition key or 'any' (attention panel), and\n+ // 'all' is the full fleet. Filters restore like before (status focus).\n+ const [focus, setFocus] = useState(() => {\n+ const v = filterInitial.statusFilter;\n+ if (typeof v === 'string' && v !== 'all') return focusStatus(v as StatusFilter);\n+ return FOCUS_ALL;\n+ });\n const [search, setSearch] = useState('');\n- const [statusFilter, setStatusFilter] = useState(\n- (STATUS_FILTERS as readonly string[]).includes(filterInitial.statusFilter)\n- ? filterInitial.statusFilter\n- : 'all');\n const [saleFilter, setSaleFilter] = useState<'all' | 'sale'>(filterInitial.saleFilter || 'all');\n const [machineFilter, setMachineFilter] = useState(filterInitial.machineFilter != null ? filterInitial.machineFilter : '');\n const [tokenFilter, setTokenFilter] = useState(filterInitial.tokenFilter != null ? filterInitial.tokenFilter : '');\n@@ -101,6 +128,7 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n banCheckActiveUser,\n queuedOps,\n groups,\n+ lastUpdatedAt,\n load,\n loadGroups,\n registerQueued,\n@@ -118,12 +146,23 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n }, []);\n \n // Preserve/restore filters (not search/selection to avoid surprises).\n+ // The attention drill-down is deliberately transient \u2014 it restores to the\n+ // full fleet on reload like any other ephemeral navigation state.\n useEffect(() => {\n localStorage.setItem(\n FILTERS_KEY,\n- JSON.stringify({ statusFilter, saleFilter, machineFilter, tokenFilter, scriptFilter, dnFilter, sortKey, sortDir })\n+ JSON.stringify({\n+ statusFilter: focus.kind === 'status' ? focus.value : 'all',\n+ saleFilter,\n+ machineFilter,\n+ tokenFilter,\n+ scriptFilter,\n+ dnFilter,\n+ sortKey,\n+ sortDir,\n+ })\n );\n- }, [statusFilter, saleFilter, machineFilter, tokenFilter, scriptFilter, dnFilter, sortKey, sortDir]);\n+ }, [focus, saleFilter, machineFilter, tokenFilter, scriptFilter, dnFilter, sortKey, sortDir]);\n \n useEffect(() => {\n const info = selectedNode === ALL_NODES ? undefined : nodesMap[selectedNode];\n@@ -143,6 +182,13 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n });\n }, [homeNode, rows, selectedNode]);\n \n+ // #215: the single FleetContext feeding every summary/attention predicate.\n+ const fleetCtx = useMemo(() => ({ bans, queuedOps, nodesMap }), [bans, nodesMap, queuedOps]);\n+\n+ const counts = useMemo(() => countSummary(nodeScopedRows, fleetCtx), [fleetCtx, nodeScopedRows]);\n+ const attention = useMemo(() => attentionConditions(nodeScopedRows, fleetCtx), [fleetCtx, nodeScopedRows]);\n+ const attnAccounts = useMemo(() => attentionEmails(nodeScopedRows, fleetCtx).size, [fleetCtx, nodeScopedRows]);\n+\n const machines = useMemo(\n () => Array.from(new Set(rows.map((r) => r.machine || ''))).sort(),\n [rows]\n@@ -160,21 +206,13 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n const statsMap = new Map(Object.entries(stats));\n const questsMap = new Map(Object.entries(quests));\n let list = nodeScopedRows.filter((a) => {\n- // #163: ONE predicate answers both the 'banned' and 'not-banned'\n- // filters (three-state aware once #162's ban_state is present).\n- const excluded = isExcludedFromWork(a, bans);\n- if (statusFilter === 'running' && !isAccountRunning(a)) return false;\n- if (statusFilter === 'idle' && isAccountRunning(a)) return false;\n- if (statusFilter === 'banned' && !excluded) return false;\n- if (statusFilter === 'not-banned' && excluded) return false;\n- // #162-bounce: each ban population filters ONLY its own population;\n- // rows without a ban_state never match a population filter.\n- if (statusFilter === 'confirmed'\n- && !matchesBanPopulationFilter('confirmed', a)) return false;\n- if (statusFilter === 'suspected'\n- && !matchesBanPopulationFilter('suspected', a)) return false;\n- if (statusFilter === 'unverifiable'\n- && !matchesBanPopulationFilter('unverifiable', a)) return false;\n+ // #215: the status/attention focus IS the summary predicate \u2014 the\n+ // same function that produced the tile/panel number filters the rows.\n+ if (focus.kind === 'attention') {\n+ if (!matchesAttentionKey(focus.key, a, fleetCtx)) return false;\n+ } else if (focus.kind === 'status' && focus.value !== 'all') {\n+ if (!matchesStatusFilter(focus.value, a, fleetCtx)) return false;\n+ }\n // #8: sale workflow accounts (all sale states, distinct from ban state).\n if (saleFilter === 'sale' && !accountSaleState(a)) return false;\n if (machineFilter && a.machine !== machineFilter) return false;\n@@ -202,7 +240,7 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n });\n list = [...list].sort((a, b) => sortCompare(a, b, sortKey, sortDir, statsMap, questsMap));\n return list;\n- }, [nodeScopedRows, statusFilter, saleFilter, machineFilter, tokenFilter, scriptFilter, dnFilter, search, sortKey, sortDir, stats, quests, bans]);\n+ }, [nodeScopedRows, focus, saleFilter, machineFilter, tokenFilter, scriptFilter, dnFilter, search, sortKey, sortDir, stats, quests, fleetCtx]);\n \n const onSort = (key: SortKey) => {\n if (sortKey === key) {\n@@ -263,33 +301,70 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n \n const drawerAccount = drawer ? rows.find((a) => a.email.toLowerCase() === drawer.email.toLowerCase()) || drawer : null;\n \n+ // #215: the action-first header Launch affordance \u2014 bulk-launches the\n+ // current selection through the same preview/confirmation gate as ever.\n+ const onHeaderLaunch = useCallback(() => {\n+ if (selected.size === 0) {\n+ toast('Select one or more accounts to launch', 'err');\n+ return;\n+ }\n+ const accts = rows.filter((a) => selected.has(a.email));\n+ const banned = accts.filter((a) => isExcludedFromWork(a, bans));\n+ setDialog({\n+ type: 'bulk',\n+ action: 'launch',\n+ accounts: accts,\n+ warning: banned.length > 0 ? `Includes ${banned.length} banned account(s).` : undefined,\n+ });\n+ }, [bans, rows, selected, setDialog, toast]);\n+\n+ const clearAllFilters = useCallback(() => {\n+ setFocus(FOCUS_ALL);\n+ setSearch('');\n+ setMachineFilter('');\n+ setTokenFilter('');\n+ setScriptFilter('');\n+ setDnFilter('all');\n+ setSaleFilter('all');\n+ }, []);\n+\n+ const statusValue: StatusFilter = focus.kind === 'status' ? focus.value : 'all';\n+ const nodeContext = selectedNode === ALL_NODES\n+ ? 'viewing all nodes'\n+ : `node ${selectedNode}${nodesMap[selectedNode]?.stale ? ' (stale)' : ''}`;\n+ const freshness = fmtFresh(lastUpdatedAt);\n+\n return (\n \n \n+ \n+ \n+ \n+ \n }\n />\n \n+ setSaleFilter((s) => (s === 'sale' ? 'all' : 'sale'))}\n+ />\n+\n+ \n+\n \n \n {selectedNode !== ALL_NODES && nodesMap[selectedNode]?.stale && (\n@@ -300,26 +375,46 @@ export function FleetView({ refreshRef }: { refreshRef?: React.MutableRefObject<\n \n )}\n \n- setShowUnmatched((v) => !v)}\n- adoptPid={adoptPid}\n- onAdoptPid={setAdoptPid}\n- onAdoptClose={() => setAdoptPid(null)}\n- adoptAccounts={rows}\n- onAdoptConfirm={(email) => {\n- if (adoptPid != null) actions.adopt(adoptPid, email);\n- }}\n+ setFocus(value === 'all' ? FOCUS_ALL : focusStatus(value))}\n+ machineFilter={machineFilter}\n+ setMachineFilter={setMachineFilter}\n+ machines={machines}\n+ tokenFilter={tokenFilter}\n+ setTokenFilter={setTokenFilter}\n+ tokenStates={tokenStates}\n+ scriptFilter={scriptFilter}\n+ setScriptFilter={setScriptFilter}\n+ scripts={scripts}\n+ dnFilter={dnFilter}\n+ setDnFilter={setDnFilter}\n+ matchCount={filtered.length}\n+ totalCount={nodeScopedRows.length}\n />\n \n- setSaleFilter(saleFilter === 'sale' ? 'all' : 'sale')}\n+ setFocus(FOCUS_ALL)}\n+ onRemoveAttention={() => setFocus(FOCUS_ALL)}\n+ onClearSearch={() => setSearch('')}\n+ onClearMachine={() => setMachineFilter('')}\n+ onClearToken={() => setTokenFilter('')}\n+ onClearScript={() => setScriptFilter('')}\n+ onClearDn={() => setDnFilter('all')}\n+ onClearSale={() => setSaleFilter('all')}\n+ onClearAll={clearAllFilters}\n />\n \n setGroupsDialogOpen(true)}\n />\n \n+ setShowUnmatched((v) => !v)}\n+ adoptPid={adoptPid}\n+ onAdoptPid={setAdoptPid}\n+ onAdoptClose={() => setAdoptPid(null)}\n+ adoptAccounts={rows}\n+ onAdoptConfirm={(email) => {\n+ if (adoptPid != null) actions.adopt(adoptPid, email);\n+ }}\n+ />\n+\n = {\n+ home: { type: 'local', is_self: true, stale: false },\n+ vps2: { type: 'file-queue', is_self: false, stale: true, heartbeat_age_s: 380 },\n+};\n+\n+export const FIXTURE_QUEUED_OPS: Record = {\n+ 'acct-queued@example.test': {\n+ operation_id: 'op-queued-001',\n+ node: 'vps2',\n+ kind: 'launch',\n+ email: 'acct-queued@example.test',\n+ enqueued_ms: Date.now(),\n+ },\n+};\n+\n+// #220 bounce-fix regression fixture: an account that is SIMULTANEOUSLY\n+// running (live process: running_anywhere) AND queued (pending remote op).\n+// The partition rule \u2014 \"a queued op wins over a running process\" \u2014 must be\n+// shared by the Running summary tile AND the Running drill-down filter, or\n+// the tile number and its rows drift. Kept OUT of FIXTURE_ACCOUNTS /\n+// FIXTURE_QUEUED_OPS so the deterministic showcase expectations and\n+// screenshots stay untouched; the focused regression tests in\n+// fleetSummary.test.ts build the augmented fleet themselves.\n+export const RUNNING_QUEUED_ACCOUNT: Account = {\n+ email: 'acct-running-queued@example.test',\n+ display_name: 'RunningQueuedOne',\n+ status: 'running',\n+ machine: 'vps2',\n+ node: 'vps2',\n+ script: 'Firemaking',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ last_token_result: { ok: true, ts: NOW },\n+ last_membership: { members: true, days_remaining: 30, expiry: '2026-09-29', ok: true, ts: NOW },\n+ running_anywhere: true,\n+ running_here: true,\n+ actual_node: 'vps2',\n+ actual_client: 'microbot',\n+ client: 'microbot',\n+ runtime_s: 7200,\n+ live_proxy: '203.0.113.22:65533',\n+ proxy: '203.0.113.22:65533',\n+};\n+\n+export const RUNNING_QUEUED_OP: QueuedOp = {\n+ operation_id: 'op-running-queued-001',\n+ node: 'vps2',\n+ kind: 'stop',\n+ email: 'acct-running-queued@example.test',\n+ enqueued_ms: Date.now(),\n+};\n+\n+export const FIXTURE_ACCOUNTS: Account[] = [\n+ // 1 \u00b7 healthy running account on the home node.\n+ {\n+ email: 'acct-healthy@example.test',\n+ display_name: 'HealthyOne',\n+ status: 'running',\n+ machine: 'home',\n+ script: 'Wintertodt',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ last_token_result: { ok: true, ts: NOW },\n+ last_membership: { members: true, days_remaining: 30, expiry: '2026-09-29', ok: true, ts: NOW },\n+ running_anywhere: true,\n+ running_here: true,\n+ actual_node: 'home',\n+ actual_client: 'dreambot',\n+ client: 'dreambot',\n+ runtime_s: 14400,\n+ live_proxy: '203.0.113.7:65530',\n+ proxy: '203.0.113.7:65530',\n+ },\n+ // 2 \u00b7 stopped/idle account, clean state.\n+ {\n+ email: 'acct-stopped@example.test',\n+ display_name: 'StoppedOne',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'GMining',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ last_token_result: { ok: true, ts: NOW },\n+ last_membership: { members: true, days_remaining: 20, expiry: '2026-09-19', ok: true, ts: NOW },\n+ client: 'microbot',\n+ proxy: '203.0.113.8:65531',\n+ },\n+ // 3 \u00b7 launching (registry status, no live process yet) \u2192 'starting' bucket.\n+ {\n+ email: 'acct-launching@example.test',\n+ status: 'launching',\n+ machine: 'home',\n+ script: 'HowZulrah',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'dreambot',\n+ proxy: '203.0.113.9:65532',\n+ },\n+ // 4 \u00b7 queued remote launch (operation pending on vps2) \u2192 'queued' bucket.\n+ {\n+ email: 'acct-queued@example.test',\n+ status: 'idle',\n+ machine: 'vps2',\n+ node: 'vps2',\n+ script: 'Firemaking',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'microbot',\n+ proxy: '203.0.113.10:65533',\n+ },\n+ // 5 \u00b7 degraded/offline node: registered to stale vps2, kept as last-known.\n+ {\n+ email: 'acct-offline@example.test',\n+ display_name: 'OfflineOne',\n+ status: 'idle',\n+ machine: 'vps2',\n+ node: 'vps2',\n+ actual_node: 'vps2',\n+ node_stale: true,\n+ script: 'CloveHlaPilotPro',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'microbot',\n+ proxy: '203.0.113.11:65534',\n+ },\n+ // 6 \u00b7 failed operation (last script result failed).\n+ {\n+ email: 'acct-failed@example.test',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'GMining',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'dreambot',\n+ last_script_result: { passed: false, error: 'script exited nonzero' },\n+ proxy: '203.0.113.12:65535',\n+ },\n+ // 7 \u00b7 confirmed website ban.\n+ {\n+ email: 'acct-confirmed@example.test',\n+ status: 'banned',\n+ ban_state: 'website-confirmed',\n+ machine: 'home',\n+ script: 'Wintertodt',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'dreambot',\n+ proxy: '203.0.113.13:65530',\n+ },\n+ // 8 \u00b7 marker-suspected ban (no verdict yet).\n+ {\n+ email: 'acct-suspected@example.test',\n+ status: 'idle',\n+ ban_state: 'marker-suspected',\n+ machine: 'home',\n+ script: 'HowZulrah',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'microbot',\n+ last_ban_detection: { matched_pattern: 'macro-detected', marker_line: 'test marker', ts: NOW },\n+ proxy: '203.0.113.14:65531',\n+ },\n+ // 9 \u00b7 unverifiable ban state.\n+ {\n+ email: 'acct-unverifiable@example.test',\n+ status: 'unverifiable',\n+ ban_state: 'unverifiable',\n+ machine: 'home',\n+ script: 'GMining',\n+ account_type: 'legacy',\n+ token_state: 'n/a',\n+ client: 'dreambot',\n+ proxy: '203.0.113.15:65532',\n+ },\n+ // 10 \u00b7 unassigned launch client (launches blocked until designated).\n+ {\n+ email: 'acct-unassigned@example.test',\n+ display_name: 'UnassignedOne',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'Firemaking',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ proxy: '203.0.113.16:65533',\n+ },\n+ // 11 \u00b7 expiring token.\n+ {\n+ email: 'acct-token@example.test',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'GMining',\n+ account_type: 'jagex',\n+ token_state: 'expiring',\n+ last_token_result: { ok: true, ts: NOW },\n+ client: 'dreambot',\n+ proxy: '203.0.113.17:65534',\n+ },\n+ // 12 \u00b7 membership warning (F2P after a failed/checked-false membership).\n+ {\n+ email: 'acct-membership@example.test',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'HowZulrah',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ last_membership: { members: false, days_remaining: 0, expiry: '2026-08-01', ok: true, ts: NOW },\n+ client: 'microbot',\n+ proxy: '203.0.113.18:65535',\n+ },\n+ // 13 \u00b7 script/client mismatch: running microbot but designated storm.\n+ {\n+ email: 'acct-mismatch@example.test',\n+ display_name: 'MismatchOne',\n+ status: 'running',\n+ machine: 'home',\n+ script: 'CloveHlaPilotPro',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ running_anywhere: true,\n+ running_here: true,\n+ actual_node: 'home',\n+ actual_client: 'microbot',\n+ client: 'storm',\n+ runtime_s: 28800,\n+ live_proxy: '203.0.113.19:65530',\n+ proxy: '203.0.113.19:65530',\n+ },\n+ // 14 \u00b7 stuck script (agent heartbeat stalled).\n+ {\n+ email: 'acct-stuck@example.test',\n+ status: 'running',\n+ machine: 'vps2',\n+ node: 'vps2',\n+ script: 'Wintertodt',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ running_anywhere: true,\n+ running_remote: true,\n+ actual_node: 'vps2',\n+ actual_client: 'microbot',\n+ client: 'microbot',\n+ script_stuck: true,\n+ script_stalled_ms: 420000,\n+ remote_runtime_s: 3600,\n+ },\n+ // 15 \u00b7 resting for sale.\n+ {\n+ email: 'acct-sale@example.test',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'GMining',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'dreambot',\n+ sale_state: 'resting_for_sale',\n+ rest_started_at: new Date(Date.now() - 86400000).toISOString(),\n+ proxy: '203.0.113.20:65531',\n+ },\n+ // 16 \u00b7 display-name conflict (Speakeasy disagrees) \u2014 info-level attention.\n+ {\n+ email: 'acct-conflict@example.test',\n+ display_name: 'LocalName',\n+ display_name_conflict: 'RemoteName',\n+ status: 'idle',\n+ machine: 'home',\n+ script: 'Firemaking',\n+ account_type: 'jagex',\n+ token_state: 'ok',\n+ client: 'dreambot',\n+ proxy: '203.0.113.21:65532',\n+ },\n+];\n+\n+export const FIXTURE_STATUS_PROCESSES = [\n+ { email: 'acct-healthy@example.test', client: 'dbl', node: 'home', runtime_s: 14400, script: 'Wintertodt' },\n+ { email: 'acct-mismatch@example.test', client: 'microbot', node: 'home', runtime_s: 28800, script: 'CloveHlaPilotPro' },\n+ { email: 'acct-stuck@example.test', client: 'microbot', node: 'vps2', runtime_s: 3600, script: 'Wintertodt' },\n+];\n+\n+export const FIXTURE_BANS: Record = {\n+ 'acct-confirmed@example.test': { user: 'acct-confirmed@example.test', status: 'perm_banned', checked_ts: NOW },\n+ 'acct-suspected@example.test': { user: 'acct-suspected@example.test', status: 'active', checked_ts: NOW },\n+};\n+\n+export const FIXTURE_STATS: Record = {\n+ 'acct-healthy@example.test': { display_name: 'HealthyOne', total_xp: 55_000_000, xp_24h: 420_000, xp_7d: 2_900_000, on_hiscores: true, last_report: NOW, source: 'hiscores' },\n+ 'acct-stopped@example.test': { display_name: 'StoppedOne', total_xp: 21_000_000, xp_24h: 0, xp_7d: 300_000, on_hiscores: true, last_report: NOW, source: 'hiscores' },\n+ 'acct-mismatch@example.test': { display_name: 'MismatchOne', total_xp: 92_000_000, xp_24h: 180_000, xp_7d: 1_100_000, on_hiscores: true, last_report: NOW, source: 'hiscores' },\n+};\n+\n+export const FIXTURE_QUESTS: Record = {\n+ 'acct-healthy@example.test': { quest_points: 268, finished: 210, in_progress: 5, updated: NOW, updated_age_s: 120, source: 'hiscores' },\n+ 'acct-stopped@example.test': { quest_points: 142, finished: 110, in_progress: 2, updated: NOW, updated_age_s: 300, source: 'hiscores' },\n+ 'acct-mismatch@example.test': { quest_points: 301, finished: 245, in_progress: 1, updated: NOW, updated_age_s: 60, source: 'hiscores' },\n+};\n+\n+export const FIXTURE_TOTALS = {\n+ total_xp: 3_400_000_000,\n+ xp_24h: 8_200_000,\n+ xp_7d: 61_000_000,\n+ xp_today: 3_900_000,\n+ tracked: 16,\n+};\n+\n+export const FIXTURE_GROUPS: Record = {\n+ main: ['acct-healthy@example.test', 'acct-stopped@example.test', 'acct-mismatch@example.test'],\n+};\n+\n+/** Deterministic expectation set for the fixture fleet (kept next to the\n+ * data so the tests and the showcased numbers can never drift). */\n+export const FIXTURE_EXPECTED = {\n+ total: FIXTURE_ACCOUNTS.length,\n+ running: 3, // healthy, mismatch, stuck (running_anywhere)\n+ starting: 1, // launching\n+ queued: 1, // queued\n+ idle: 11, // everything else\n+ banned: 3, // confirmed + suspected + unverifiable\n+ confirmed: 1,\n+ suspected: 1,\n+ unverifiable: 1,\n+ sale: 1,\n+ attentionEmails: 12, // offline, stuck, confirmed, queued(op), failed,\n+ // suspected, unverifiable, unassigned, token,\n+ // membership, mismatch, conflict\n+ liveProxies: 2, // healthy, mismatch\n+ degradedNodes: 1, // vps2\n+};\ndiff --git a/frontend/src/views/fleetSummary.test.ts b/frontend/src/views/fleetSummary.test.ts\nnew file mode 100644\nindex 0000000..71d5b8c\n--- /dev/null\n+++ b/frontend/src/views/fleetSummary.test.ts\n@@ -0,0 +1,262 @@\n+// Issue #215 acceptance 1\u20133: deterministic predicates over the synthetic\n+// fixtures. Verifies that every summary count matches its documented filter\n+// predicate, buckets partition the fleet with no double counting, attention\n+// conditions are prioritized/deduplicated, and drill-downs reproduce exactly\n+// the rows behind each number.\n+import { describe, expect, it } from 'vitest';\n+import {\n+ FIXTURE_ACCOUNTS,\n+ FIXTURE_BANS,\n+ FIXTURE_EXPECTED,\n+ FIXTURE_NODES,\n+ FIXTURE_QUEUED_OPS,\n+ RUNNING_QUEUED_ACCOUNT,\n+ RUNNING_QUEUED_OP,\n+} from './fleetFixtures';\n+import {\n+ ATTENTION_CONDITIONS,\n+ attentionConditions,\n+ attentionEmails,\n+ attentionKeyLabel,\n+ countSummary,\n+ fleetBucket,\n+ focusAttention,\n+ focusStatus,\n+ hasQueuedOp,\n+ matchesAttentionKey,\n+ matchesStatusFilter,\n+ rowSeverity,\n+} from './fleetSummary';\n+import type { FleetContext } from './fleetSummary';\n+import { STATUS_FILTERS } from './FleetTypes';\n+import { mergeRuntimeStatus, fleetRowKey } from './FleetTypes';\n+import { isAccountRunning } from '../ui/badges';\n+\n+const ctx: FleetContext = {\n+ bans: FIXTURE_BANS,\n+ queuedOps: FIXTURE_QUEUED_OPS,\n+ nodesMap: FIXTURE_NODES,\n+};\n+\n+const byEmail = (email: string) => FIXTURE_ACCOUNTS.find((a) => a.email === email)!;\n+\n+function emailsMatching(pred: (a: (typeof FIXTURE_ACCOUNTS)[number]) => boolean): string[] {\n+ return FIXTURE_ACCOUNTS.filter(pred).map((a) => a.email).sort();\n+}\n+\n+describe('fleet summary counts (#215)', () => {\n+ const counts = countSummary(FIXTURE_ACCOUNTS, ctx);\n+\n+ it('matches the documented fixture expectations exactly', () => {\n+ expect(counts.total).toBe(FIXTURE_EXPECTED.total);\n+ expect(counts.running).toBe(FIXTURE_EXPECTED.running);\n+ expect(counts.starting).toBe(FIXTURE_EXPECTED.starting);\n+ expect(counts.queued).toBe(FIXTURE_EXPECTED.queued);\n+ expect(counts.idle).toBe(FIXTURE_EXPECTED.idle);\n+ expect(counts.banned).toBe(FIXTURE_EXPECTED.banned);\n+ expect(counts.confirmed).toBe(FIXTURE_EXPECTED.confirmed);\n+ expect(counts.suspected).toBe(FIXTURE_EXPECTED.suspected);\n+ expect(counts.unverifiable).toBe(FIXTURE_EXPECTED.unverifiable);\n+ expect(counts.sale).toBe(FIXTURE_EXPECTED.sale);\n+ expect(counts.attention).toBe(FIXTURE_EXPECTED.attentionEmails);\n+ expect(counts.liveProxies).toBe(FIXTURE_EXPECTED.liveProxies);\n+ expect(counts.degradedNodes).toBe(FIXTURE_EXPECTED.degradedNodes);\n+ });\n+\n+ it('buckets form a partition \u2014 every account in exactly one bucket, no double counting', () => {\n+ const buckets = { queued: 0, running: 0, starting: 0, idle: 0 } as Record;\n+ for (const a of FIXTURE_ACCOUNTS) buckets[fleetBucket(a, ctx)] += 1;\n+ expect(buckets.queued + buckets.running + buckets.starting + buckets.idle).toBe(counts.total);\n+ expect(buckets).toEqual({\n+ queued: counts.queued,\n+ running: counts.running,\n+ starting: counts.starting,\n+ idle: counts.idle,\n+ });\n+ });\n+\n+ it('ban populations are disjoint and never fold into one number', () => {\n+ const population = (pop: 'confirmed' | 'suspected' | 'unverifiable') =>\n+ emailsMatching((a) => matchesStatusFilter(pop, a, ctx));\n+ const confirmed = population('confirmed');\n+ const suspected = population('suspected');\n+ const unverifiable = population('unverifiable');\n+ const overlap = confirmed.filter((e) => suspected.includes(e) || unverifiable.includes(e));\n+ expect(overlap).toEqual([]);\n+ expect(confirmed.length).toBe(counts.confirmed);\n+ expect(suspected.length).toBe(counts.suspected);\n+ expect(unverifiable.length).toBe(counts.unverifiable);\n+ // every population member is held out of work, and held-out is at least\n+ // the union of the populations (legacy rows may be excluded pre-#162).\n+ for (const e of [...confirmed, ...suspected, ...unverifiable]) {\n+ expect(matchesStatusFilter('banned', byEmail(e), ctx)).toBe(true);\n+ }\n+ expect(counts.banned).toBeGreaterThanOrEqual(confirmed.length + suspected.length + unverifiable.length);\n+ });\n+});\n+\n+describe('every summary count has a working drill-down predicate (#215)', () => {\n+ const cases: { label: string; filter: Parameters[0]; expected: string[] }[] = [\n+ { label: 'running', filter: 'running', expected: emailsMatching((a) => !!a.running_anywhere) },\n+ { label: 'starting', filter: 'starting', expected: ['acct-launching@example.test'] },\n+ { label: 'queued', filter: 'queued', expected: ['acct-queued@example.test'] },\n+ { label: 'idle', filter: 'idle', expected: emailsMatching((a) => !a.running_anywhere && a.status !== 'launching' && a.email !== 'acct-queued@example.test') },\n+ { label: 'banned', filter: 'banned', expected: ['acct-confirmed@example.test', 'acct-suspected@example.test', 'acct-unverifiable@example.test'] },\n+ { label: 'not-banned', filter: 'not-banned', expected: emailsMatching((a) => !['acct-confirmed@example.test', 'acct-suspected@example.test', 'acct-unverifiable@example.test'].includes(a.email)) },\n+ { label: 'confirmed', filter: 'confirmed', expected: ['acct-confirmed@example.test'] },\n+ { label: 'suspected', filter: 'suspected', expected: ['acct-suspected@example.test'] },\n+ { label: 'unverifiable', filter: 'unverifiable', expected: ['acct-unverifiable@example.test'] },\n+ ];\n+\n+ for (const c of cases) {\n+ it(`\"${c.label}\" predicate reproduces the count`, () => {\n+ const got = emailsMatching((a) => matchesStatusFilter(c.filter, a, ctx));\n+ expect(got.sort()).toEqual([...c.expected].sort());\n+ const count = countSummary(FIXTURE_ACCOUNTS, ctx);\n+ const key = c.label === 'not-banned' ? 'notBanned' : c.label;\n+ expect(got.length).toBe(count[key as keyof typeof count]);\n+ });\n+ }\n+\n+ it('the attention filter matches exactly the attention headcount (no double counting per account)', () => {\n+ const attn = emailsMatching((a) => matchesStatusFilter('attention', a, ctx));\n+ const headcount = attentionEmails(FIXTURE_ACCOUNTS, ctx);\n+ expect(attn.length).toBe(headcount.size);\n+ expect(attn).toEqual([...headcount].sort());\n+ expect(attn.length).toBe(countSummary(FIXTURE_ACCOUNTS, ctx).attention);\n+ });\n+\n+ it('new STATUS_FILTERS values are typed, labelled and documented', () => {\n+ for (const v of ['starting', 'queued', 'attention'] as const) {\n+ expect(STATUS_FILTERS).toContain(v);\n+ }\n+ });\n+});\n+\n+describe('#220 bounce-fix: tile number === drill-down predicate, including running+queued', () => {\n+ // Augmented fleet: the standard 16 fixtures PLUS an account that is\n+ // simultaneously running (live process) and queued (pending remote op).\n+ const rows = [...FIXTURE_ACCOUNTS, RUNNING_QUEUED_ACCOUNT];\n+ const qctx: FleetContext = {\n+ ...ctx,\n+ queuedOps: { ...ctx.queuedOps, [RUNNING_QUEUED_ACCOUNT.email]: RUNNING_QUEUED_OP },\n+ };\n+ const augCounts = countSummary(rows, qctx);\n+\n+ it('the regression fixture is genuinely running AND queued at once', () => {\n+ expect(isAccountRunning(RUNNING_QUEUED_ACCOUNT)).toBe(true);\n+ expect(hasQueuedOp(RUNNING_QUEUED_ACCOUNT, qctx.queuedOps)).toBe(true);\n+ });\n+\n+ it('the queued op wins the partition \u2014 the account is counted queued, not running', () => {\n+ expect(fleetBucket(RUNNING_QUEUED_ACCOUNT, qctx)).toBe('queued');\n+ // and the two sides of the contract agree on where it lands:\n+ expect(matchesStatusFilter('running', RUNNING_QUEUED_ACCOUNT, qctx)).toBe(false);\n+ expect(matchesStatusFilter('queued', RUNNING_QUEUED_ACCOUNT, qctx)).toBe(true);\n+ });\n+\n+ it('every status tile count equals its own drill-down on the augmented fleet', () => {\n+ const cases: { label: string; key: keyof typeof augCounts; filter: Parameters[0] }[] = [\n+ { label: 'running', key: 'running', filter: 'running' },\n+ { label: 'starting', key: 'starting', filter: 'starting' },\n+ { label: 'queued', key: 'queued', filter: 'queued' },\n+ { label: 'idle', key: 'idle', filter: 'idle' },\n+ { label: 'banned', key: 'banned', filter: 'banned' },\n+ { label: 'confirmed', key: 'confirmed', filter: 'confirmed' },\n+ { label: 'suspected', key: 'suspected', filter: 'suspected' },\n+ { label: 'unverifiable', key: 'unverifiable', filter: 'unverifiable' },\n+ ];\n+ for (const c of cases) {\n+ const drillRows = rows.filter((a) => matchesStatusFilter(c.filter, a, qctx));\n+ expect(drillRows.length, c.label).toBe(augCounts[c.key]);\n+ }\n+ // the running+queued account sits in exactly one of those buckets and\n+ // the buckets still partition the augmented fleet (no double counting).\n+ const buckets = { queued: 0, running: 0, starting: 0, idle: 0 } as Record;\n+ for (const a of rows) buckets[fleetBucket(a, qctx)] += 1;\n+ expect(buckets.queued + buckets.running + buckets.starting + buckets.idle).toBe(rows.length);\n+ expect(buckets).toEqual({ queued: augCounts.queued, running: augCounts.running, starting: augCounts.starting, idle: augCounts.idle });\n+ });\n+});\n+\n+describe('attention conditions (#215)', () => {\n+ const items = attentionConditions(FIXTURE_ACCOUNTS, ctx);\n+\n+ it('covers every fixture state the acceptance criteria name', () => {\n+ const keys = new Set(items.map((i) => i.key));\n+ for (const key of ['stale-node', 'script-stuck', 'confirmed-ban', 'queued-op', 'failed-op',\n+ 'suspected-ban', 'unverifiable-ban', 'client-unassigned', 'token-issue',\n+ 'membership-warn', 'script-client-mismatch', 'display-name-conflict']) {\n+ expect(keys.has(key), `missing attention condition ${key}`).toBe(true);\n+ }\n+ });\n+\n+ it('is prioritized (danger first, then warn, then info) and deduplicated by key', () => {\n+ const keys = items.map((i) => i.key);\n+ expect(new Set(keys).size).toBe(keys.length);\n+ const dangerDone = keys.indexOf(items.find((i) => i.severity === 'warn')!.key);\n+ const warnDone = keys.indexOf(items.find((i) => i.severity === 'info')!.key);\n+ for (const item of items) {\n+ if (item.severity === 'danger') expect(keys.indexOf(item.key)).toBeLessThan(dangerDone);\n+ if (item.severity === 'warn') expect(keys.indexOf(item.key)).toBeLessThan(warnDone);\n+ }\n+ });\n+\n+ it('each item lists its accounts exactly once, sorted', () => {\n+ for (const item of items) {\n+ expect(item.count).toBe(item.emails.length);\n+ expect([...item.emails].sort()).toEqual(item.emails);\n+ const viaPred = emailsMatching((a) => matchesAttentionKey(item.key, a, ctx));\n+ expect(viaPred).toEqual(item.emails);\n+ }\n+ });\n+\n+ it('per-condition drills: stale-node covers offline + stuck (stale vps2)', () => {\n+ expect(matchesAttentionKey('stale-node', byEmail('acct-offline@example.test'), ctx)).toBe(true);\n+ expect(matchesAttentionKey('stale-node', byEmail('acct-stuck@example.test'), ctx)).toBe(true);\n+ expect(matchesAttentionKey('stale-node', byEmail('acct-healthy@example.test'), ctx)).toBe(false);\n+ });\n+\n+ it('client-unassigned matches exactly the designated-unassigned account', () => {\n+ const got = emailsMatching((a) => matchesAttentionKey('client-unassigned', a, ctx));\n+ expect(got).toEqual(['acct-unassigned@example.test']);\n+ });\n+\n+ it('labels exist for every condition key', () => {\n+ for (const def of ATTENTION_CONDITIONS) {\n+ expect(attentionKeyLabel(def.key)).toBe(def.label);\n+ }\n+ expect(attentionKeyLabel('any')).toBe('All attention');\n+ });\n+});\n+\n+describe('row severity + memo contract regression (#215 acceptance 5)', () => {\n+ it('rowSeverity tags banned rows danger and stuck/token/membership rows warn', () => {\n+ expect(rowSeverity(byEmail('acct-confirmed@example.test'), ctx)).toBe('danger');\n+ expect(rowSeverity(byEmail('acct-unverifiable@example.test'), ctx)).toBe('danger');\n+ expect(rowSeverity(byEmail('acct-stuck@example.test'), ctx)).toBe('warn');\n+ expect(rowSeverity(byEmail('acct-token@example.test'), ctx)).toBe('warn');\n+ expect(rowSeverity(byEmail('acct-healthy@example.test'), ctx)).toBeNull();\n+ });\n+\n+ it('stable polling data yields a stable memo key (rows do not remount)', () => {\n+ const home = 'home';\n+ const pass1 = mergeRuntimeStatus(FIXTURE_ACCOUNTS, [], home);\n+ const pass2 = mergeRuntimeStatus(FIXTURE_ACCOUNTS, [], home);\n+ const key1 = fleetRowKey({ account: pass1[0], selected: false, banCheckBusy: false, banCheckRunning: false });\n+ const key2 = fleetRowKey({ account: pass2[0], selected: false, banCheckBusy: false, banCheckRunning: false });\n+ expect(key2).toBe(key1);\n+ // a real field change still busts the key\n+ const changed = { ...pass1[0], token_state: 'expired' };\n+ expect(fleetRowKey({ account: changed, selected: false, banCheckBusy: false, banCheckRunning: false })).not.toBe(key1);\n+ // selection is part of the key, so it survives as row state, not a remount\n+ expect(fleetRowKey({ account: pass2[0], selected: true, banCheckBusy: false, banCheckRunning: false })).not.toBe(key1);\n+ });\n+\n+ it('focus helpers map to the predicates they document', () => {\n+ const f = focusStatus('running');\n+ expect(attentionConditions(FIXTURE_ACCOUNTS, ctx).length).toBeGreaterThan(0);\n+ expect(focusAttention('any')).toEqual({ kind: 'attention', key: 'any' });\n+ expect(f.kind === 'status' && f.value === 'running').toBe(true);\n+ });\n+});\ndiff --git a/frontend/src/views/fleetSummary.ts b/frontend/src/views/fleetSummary.ts\nnew file mode 100644\nindex 0000000..c9e3f35\n--- /dev/null\n+++ b/frontend/src/views/fleetSummary.ts\n@@ -0,0 +1,422 @@\n+// Issue #215: action-first Fleet workspace \u2014 pure summary/attention logic.\n+//\n+// Every summary count and every attention condition is a DETERMINISTIC\n+// predicate over existing polled data (accounts + bans + queued ops + node\n+// summaries). That single source of truth is what makes the metric tiles,\n+// the attention panel and the fleet filters agree: a tile's number is the\n+// same predicate the drill-down filter applies, so \"click the tile, see the\n+// rows\" can never drift apart.\n+//\n+// Buckets form a partition (no double counting): each account is in exactly\n+// one of queued | running | starting | idle. Ban populations are disjoint\n+// by construction (a single ban_state value per account). Attention is a\n+// cross-cutting HEALTH view: it may overlap buckets (a banned account with a\n+// stale node appears under both), but each condition lists each matching\n+// account exactly once and the panel is deduplicated per condition key.\n+import type { Account, BanInfo, QueuedOp, StatusFilter } from './FleetTypes';\n+import { isExcludedFromWork, matchesBanPopulationFilter } from './FleetTypes';\n+import { clientLabel, isAccountRunning } from '../ui/badges';\n+import { accountSaleState } from '../ui/account';\n+import type { NodeSummary } from '../nodeView';\n+\n+// ---------------------------------------------------------------------------\n+// Context: everything a predicate may read beyond the account itself.\n+// ---------------------------------------------------------------------------\n+export interface FleetContext {\n+ bans: Record;\n+ queuedOps: Record;\n+ nodesMap: Record;\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Primary-state buckets (partition of the fleet).\n+// ---------------------------------------------------------------------------\n+const STARTING_RE = /launch|start|accepted/i;\n+\n+/** Account is in the middle of launching (registry status vocabulary, not\n+ * yet confirmed running by a live process). */\n+export function isStarting(account: Account): boolean {\n+ return STARTING_RE.test(account.status || '') && !isAccountRunning(account);\n+}\n+\n+/** Account has a pending launched/stopped remote-node operation tracked by\n+ * the reconcile poll (the row spinner). */\n+export function hasQueuedOp(account: Account, queuedOps: Record): boolean {\n+ return !!queuedOps[account.email];\n+}\n+\n+export type FleetBucket = 'queued' | 'running' | 'starting' | 'idle';\n+\n+/** One member of the partition \u2014 a queued op wins over a running process\n+ * (the row is in the spinner state), then running, then launching. */\n+export function fleetBucket(account: Account, ctx: Pick): FleetBucket {\n+ if (hasQueuedOp(account, ctx.queuedOps)) return 'queued';\n+ if (isAccountRunning(account)) return 'running';\n+ if (isStarting(account)) return 'starting';\n+ return 'idle';\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Attention conditions (prioritized: danger first, then warn, then info).\n+// Each has a stable key, a label, a per-account detail line and the\n+// deterministic predicate. `matchesAttentionKey('any', ...)` answers the\n+// \"Attention\" tile/filter (the set of accounts needing a look).\n+// ---------------------------------------------------------------------------\n+export interface AttentionConditionDef {\n+ key: string;\n+ severity: 'danger' | 'warn' | 'info';\n+ label: string;\n+ detail: (account: Account, ctx: FleetContext) => string;\n+ matches: (account: Account, ctx: FleetContext) => boolean;\n+}\n+\n+function membershipWarn(account: Account): { label: string } | null {\n+ const m = account.last_membership;\n+ if (!m) return null;\n+ if (m.ok === false) return { label: 'membership check failed' };\n+ if (m.members === false) return { label: 'not a member' };\n+ if (m.days_remaining != null && m.days_remaining <= 7) {\n+ return { label: `membership ${Math.max(0, Math.floor(m.days_remaining))}d left` };\n+ }\n+ return null;\n+}\n+\n+function tokenIssue(account: Account): string | null {\n+ const s = account.token_state;\n+ if (s === 'expiring' || s === 'expired' || s === 'missing') {\n+ return `token ${s}`;\n+ }\n+ if (account.last_token_result && account.last_token_result.ok === false) {\n+ return `token refresh failed${account.last_token_result.error ? `: ${account.last_token_result.error}` : ''}`;\n+ }\n+ return null;\n+}\n+\n+export const ATTENTION_CONDITIONS: AttentionConditionDef[] = [\n+ {\n+ key: 'stale-node',\n+ severity: 'danger',\n+ label: 'Stale node',\n+ detail: (a) => `node ${a.actual_node || a.node || '?'} has no recent heartbeat`,\n+ matches: (a, ctx) =>\n+ !!a.node_stale || !!(a.actual_node && ctx.nodesMap[a.actual_node]?.stale),\n+ },\n+ {\n+ key: 'script-stuck',\n+ severity: 'danger',\n+ label: 'Stuck script',\n+ detail: (a) => `agent heartbeat stalled ${Math.round((a.script_stalled_ms || 0) / 1000)}s`,\n+ matches: (a) => !!a.script_stuck,\n+ },\n+ {\n+ key: 'confirmed-ban',\n+ severity: 'danger',\n+ label: 'Confirmed ban',\n+ detail: () => 'website-confirmed ban verdict',\n+ matches: (a) => a.ban_state === 'website-confirmed',\n+ },\n+ {\n+ key: 'queued-op',\n+ severity: 'warn',\n+ label: 'Queued operation',\n+ detail: (a, ctx) => {\n+ const op = ctx.queuedOps[a.email];\n+ return `${op?.kind || 'op'} queued for ${op?.node || 'node'}`;\n+ },\n+ matches: (a, ctx) => hasQueuedOp(a, ctx.queuedOps),\n+ },\n+ {\n+ key: 'failed-op',\n+ severity: 'warn',\n+ label: 'Failed operation',\n+ detail: (a) =>\n+ (a.microbot_script?.error || '').slice(0, 140) || 'last script result failed',\n+ matches: (a) =>\n+ (a.last_script_result as { passed?: boolean } | undefined)?.passed === false ||\n+ !!a.microbot_script?.error,\n+ },\n+ {\n+ key: 'suspected-ban',\n+ severity: 'warn',\n+ label: 'Suspected ban',\n+ detail: () => 'client-log marker, verdict pending',\n+ matches: (a) => a.ban_state === 'marker-suspected',\n+ },\n+ {\n+ key: 'unverifiable-ban',\n+ severity: 'warn',\n+ label: 'Unverifiable ban',\n+ detail: () => 'held out with no website verdict',\n+ matches: (a) => a.ban_state === 'unverifiable',\n+ },\n+ {\n+ key: 'client-unassigned',\n+ severity: 'warn',\n+ label: 'Client unassigned',\n+ detail: () => 'no launch client designated \u2014 launches are blocked',\n+ matches: (a) => !a.client && !a.actual_client,\n+ },\n+ {\n+ key: 'token-issue',\n+ severity: 'warn',\n+ label: 'Token issue',\n+ detail: (a) => tokenIssue(a) || 'token state needs attention',\n+ matches: (a) => tokenIssue(a) != null,\n+ },\n+ {\n+ key: 'membership-warn',\n+ severity: 'warn',\n+ label: 'Membership',\n+ detail: (a) => membershipWarn(a)?.label || 'membership state needs attention',\n+ matches: (a) => membershipWarn(a) != null,\n+ },\n+ {\n+ key: 'script-client-mismatch',\n+ severity: 'warn',\n+ label: 'Script/client mismatch',\n+ detail: (a) => `running ${clientLabel(a.actual_client)} but designated ${clientLabel(a.client)}`,\n+ matches: (a) =>\n+ !!a.actual_client && !!a.client && clientLabel(a.actual_client) !== clientLabel(a.client),\n+ },\n+ {\n+ key: 'auto-ban-marker',\n+ severity: 'warn',\n+ label: 'Auto-ban marker',\n+ detail: (a) => `matched ${a.last_ban_detection?.matched_pattern || 'pattern'}`,\n+ matches: (a) => !!a.last_ban_detection,\n+ },\n+ {\n+ key: 'display-name-conflict',\n+ severity: 'info',\n+ label: 'Display name conflict',\n+ detail: (a) => `Speakeasy reports \"${a.display_name_conflict || ''}\"`,\n+ matches: (a) => !!a.display_name_conflict,\n+ },\n+];\n+\n+export interface AttentionItem {\n+ key: string;\n+ severity: 'danger' | 'warn' | 'info';\n+ label: string;\n+ count: number;\n+ emails: string[];\n+ /** Detail line of the alphabetically-first matching account \u2014 stable across\n+ * polls for identical data (deterministic screenshots/rows). */\n+ sampleDetail: string;\n+}\n+\n+/** Non-empty attention conditions, in definition (priority) order, each with\n+ * its deduplicated account list. */\n+export function attentionConditions(rows: Account[], ctx: FleetContext): AttentionItem[] {\n+ const items: AttentionItem[] = [];\n+ for (const def of ATTENTION_CONDITIONS) {\n+ const emails = rows.filter((a) => def.matches(a, ctx)).map((a) => a.email).sort();\n+ if (emails.length === 0) continue;\n+ const first = rows.find((a) => a.email === emails[0]);\n+ items.push({\n+ key: def.key,\n+ severity: def.severity,\n+ label: def.label,\n+ count: emails.length,\n+ emails,\n+ sampleDetail: first ? def.detail(first, ctx) : '',\n+ });\n+ }\n+ return items;\n+}\n+\n+/** Unique accounts matching at least one attention condition. */\n+export function attentionEmails(rows: Account[], ctx: FleetContext): Set {\n+ const set = new Set();\n+ for (const def of ATTENTION_CONDITIONS) {\n+ for (const a of rows) if (def.matches(a, ctx)) set.add(a.email);\n+ }\n+ return set;\n+}\n+\n+/** Predicate behind the 'attention' filter and every attention drill-down. */\n+export function matchesAttentionKey(key: string, account: Account, ctx: FleetContext): boolean {\n+ if (key === 'any') return ATTENTION_CONDITIONS.some((c) => c.matches(account, ctx));\n+ const def = ATTENTION_CONDITIONS.find((c) => c.key === key);\n+ return def ? def.matches(account, ctx) : false;\n+}\n+\n+/** Human label for an attention focus key (chip + panel). */\n+export function attentionKeyLabel(key: string): string {\n+ if (key === 'any') return 'All attention';\n+ return ATTENTION_CONDITIONS.find((c) => c.key === key)?.label ?? key;\n+}\n+\n+/** Chip label for an attention drill-down: prefer the live panel item's\n+ * label (it exists whenever the condition is non-empty), else the registry. */\n+export function focusLabelForAttention(items: AttentionItem[], key: string): string {\n+ return items.find((i) => i.key === key)?.label ?? attentionKeyLabel(key);\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Consolidated status predicate \u2014 the ONE documented filter predicate behind\n+// every summary tile and the status select.\n+// ---------------------------------------------------------------------------\n+export function matchesStatusFilter(filter: StatusFilter, account: Account, ctx: FleetContext): boolean {\n+ switch (filter) {\n+ case 'all':\n+ return true;\n+ case 'running':\n+ // #220 bounce-fix: the running TILE counts the partition bucket\n+ // (fleetBucket === 'running'), so the drill-down MUST use the same\n+ // bucket \u2014 a running account with a queued op is counted queued and\n+ // must also be filtered queued, or the tile number and its rows drift.\n+ return fleetBucket(account, ctx) === 'running';\n+ case 'starting':\n+ return fleetBucket(account, ctx) === 'starting';\n+ case 'queued':\n+ return fleetBucket(account, ctx) === 'queued';\n+ case 'idle':\n+ return fleetBucket(account, ctx) === 'idle';\n+ case 'banned':\n+ return isExcludedFromWork(account, ctx.bans);\n+ case 'not-banned':\n+ return !isExcludedFromWork(account, ctx.bans);\n+ case 'confirmed':\n+ return matchesBanPopulationFilter('confirmed', account);\n+ case 'suspected':\n+ return matchesBanPopulationFilter('suspected', account);\n+ case 'unverifiable':\n+ return matchesBanPopulationFilter('unverifiable', account);\n+ case 'attention':\n+ return matchesAttentionKey('any', account, ctx);\n+ default:\n+ return true;\n+ }\n+}\n+\n+export const STATUS_LABELS: Record = {\n+ all: 'All',\n+ running: 'Running',\n+ idle: 'Idle',\n+ banned: 'Banned',\n+ 'not-banned': 'Not banned',\n+ confirmed: 'Banned (confirmed)',\n+ suspected: 'Suspected',\n+ unverifiable: 'Unverifiable',\n+ starting: 'Starting',\n+ queued: 'Queued',\n+ attention: 'Attention',\n+};\n+\n+// ---------------------------------------------------------------------------\n+// Summary counts (partition + disjoint populations + attention headcount).\n+// ---------------------------------------------------------------------------\n+export interface FleetSummaryCounts {\n+ total: number;\n+ running: number;\n+ starting: number;\n+ queued: number;\n+ idle: number;\n+ attention: number;\n+ banned: number;\n+ notBanned: number;\n+ confirmed: number;\n+ suspected: number;\n+ unverifiable: number;\n+ sale: number;\n+ liveProxies: number;\n+ degradedNodes: number;\n+}\n+\n+export function countSummary(rows: Account[], ctx: FleetContext): FleetSummaryCounts {\n+ let running = 0;\n+ let starting = 0;\n+ let queued = 0;\n+ let idle = 0;\n+ let banned = 0;\n+ let confirmed = 0;\n+ let suspected = 0;\n+ let unverifiable = 0;\n+ let sale = 0;\n+ const liveProxies = new Set();\n+ const degradedNodes = new Set();\n+ for (const a of rows) {\n+ switch (fleetBucket(a, ctx)) {\n+ case 'queued': queued += 1; break;\n+ case 'running': running += 1; break;\n+ case 'starting': starting += 1; break;\n+ default: idle += 1;\n+ }\n+ if (isExcludedFromWork(a, ctx.bans)) banned += 1;\n+ if (a.ban_state === 'website-confirmed') confirmed += 1;\n+ else if (a.ban_state === 'marker-suspected') suspected += 1;\n+ else if (a.ban_state === 'unverifiable') unverifiable += 1;\n+ if (accountSaleState(a)) sale += 1;\n+ if (isAccountRunning(a) && a.live_proxy) liveProxies.add(a.live_proxy);\n+ if (a.actual_node && ctx.nodesMap[a.actual_node]?.stale) degradedNodes.add(a.actual_node);\n+ }\n+ return {\n+ total: rows.length,\n+ running,\n+ starting,\n+ queued,\n+ idle,\n+ attention: attentionEmails(rows, ctx).size,\n+ banned,\n+ notBanned: rows.length - banned,\n+ confirmed,\n+ suspected,\n+ unverifiable,\n+ sale,\n+ liveProxies: liveProxies.size,\n+ degradedNodes: degradedNodes.size,\n+ };\n+}\n+\n+// ---------------------------------------------------------------------------\n+// Focus model: what the fleet list shows. 'all' is the full fleet; a status\n+// focus is a STATUS_FILTERS value (tiles + select); an attention focus is an\n+// attention condition key or 'any' (the attention tile / panel rows).\n+// ---------------------------------------------------------------------------\n+export type FleetFocus =\n+ | { kind: 'all' }\n+ | { kind: 'status'; value: StatusFilter }\n+ | { kind: 'attention'; key: string };\n+\n+export const FOCUS_ALL: FleetFocus = { kind: 'all' };\n+\n+export function focusStatus(value: StatusFilter): FleetFocus {\n+ return { kind: 'status', value };\n+}\n+\n+export function focusAttention(key: string): FleetFocus {\n+ return { kind: 'attention', key };\n+}\n+\n+export function focusIsActive(focus: FleetFocus, statusValue: StatusFilter): boolean {\n+ if (focus.kind === 'all') return statusValue === 'all';\n+ if (focus.kind === 'status') return focus.value === statusValue;\n+ return false;\n+}\n+\n+/** Row severity rail (danger/warn) for the table rows and mobile cards \u2014\n+ * danger wins; warn covers the next-most-urgent row warnings. */\n+export function rowSeverity(account: Account, ctx: Pick): 'danger' | 'warn' | null {\n+ const banState = (account as { ban_state?: string | null }).ban_state;\n+ const banned = banState != null\n+ || account.status === 'banned'\n+ || !!account.temp_banned\n+ || ctx.bans[account.email.toLowerCase()]?.status === 'temp_banned'\n+ || ctx.bans[account.email.toLowerCase()]?.status === 'perm_banned';\n+ if (banned) return 'danger';\n+ if (account.script_stuck || account.node_stale || tokenIssue(account) != null || membershipWarn(account) != null) {\n+ return 'warn';\n+ }\n+ return null;\n+}\n+\n+/** Compact \"updated Xs ago\" stamp for the header freshness line. */\n+export function fmtFresh(tsMs: number | null | undefined): string | null {\n+ if (tsMs == null) return null;\n+ const s = Math.max(0, Math.round((Date.now() - tsMs) / 1000));\n+ if (s < 60) return `updated ${s}s ago`;\n+ const m = Math.floor(s / 60);\n+ if (m < 60) return `updated ${m}m ago`;\n+ return `updated ${Math.floor(m / 60)}h ago`;\n+}\ndiff --git a/frontend/src/views/useFleetPolling.ts b/frontend/src/views/useFleetPolling.ts\nindex a02b258..ac510db 100644\n--- a/frontend/src/views/useFleetPolling.ts\n+++ b/frontend/src/views/useFleetPolling.ts\n@@ -48,6 +48,8 @@ export function useFleetPolling({\n const [queuedOps, setQueuedOps] = useState>({});\n const statusWarningShown = useRef(false);\n const [groups, setGroups] = useState>({});\n+ // #215: last successful aggregate poll \u2014 feeds the header freshness stamp.\n+ const [lastUpdatedAt, setLastUpdatedAt] = useState(null);\n \n const registerQueued = useCallback((op: Omit) => {\n setQueuedOps((prev) => ({ ...prev, [op.email]: { ...op, enqueued_ms: Date.now() } }));\n@@ -82,6 +84,7 @@ export function useFleetPolling({\n setRows(mergeRuntimeStatus(accountsPayload.accounts || [], processes, homeNode));\n setUnmatched(accountsPayload.unmatched_processes || []);\n setError(null);\n+ setLastUpdatedAt(Date.now());\n } catch (e: any) {\n const msg = e?.message || 'Failed to load accounts';\n setError(msg);\n@@ -293,6 +296,7 @@ export function useFleetPolling({\n banCheckActiveUser,\n queuedOps,\n groups,\n+ lastUpdatedAt,\n load,\n loadGroups,\n registerQueued,\ndiff --git a/frontend/tests/responsive-check.mjs b/frontend/tests/responsive-check.mjs\nindex 87e4edb..a15a0be 100644\n--- a/frontend/tests/responsive-check.mjs\n+++ b/frontend/tests/responsive-check.mjs\n@@ -132,6 +132,19 @@ const SCENARIOS = [\n { name: 'fleet-390-dark-dialog', url: '/showcase.html?theme=dark&dialog=1', vw: 390, vh: 844, dialog: true, mobile: true },\n ];\n \n+// #215: the same deterministic gate over the REDESIGNED Fleet workspace\n+// (real FleetView + synthetic fixtures via fleet-showcase.html):\n+// - 1440x900: primary state + attention summary visible BEFORE the long\n+// detail (summary/attention above the fleet list),\n+// - 390x844: no document-level horizontal overflow, every summary tile\n+// and every row-action cluster fully inside the viewport (reachable).\n+const FLEET_SCENARIOS = [\n+ { name: 'fleet215-1440-light', url: '/fleet-showcase.html?theme=light', vw: 1440, vh: 900, mobile: false },\n+ { name: 'fleet215-1440-dark', url: '/fleet-showcase.html?theme=dark', vw: 1440, vh: 900, mobile: false },\n+ { name: 'fleet215-390-light', url: '/fleet-showcase.html?theme=light', vw: 390, vh: 844, mobile: true },\n+ { name: 'fleet215-390-dark', url: '/fleet-showcase.html?theme=dark', vw: 390, vh: 844, mobile: true },\n+];\n+\n const MEASURE = `(() => {\n const vw = document.documentElement.clientWidth;\n const r = (el) => { const b = el.getBoundingClientRect(); return { left: +b.left.toFixed(1), right: +b.right.toFixed(1), w: +b.width.toFixed(1) }; };\n@@ -155,7 +168,31 @@ const MEASURE = `(() => {\n return out;\n })()`;\n \n-async function measureAndShoot(page, vw, vh, wantShot, outFile, desktopMode) {\n+const FLEET_MEASURE = `(() => {\n+ const vw = document.documentElement.clientWidth;\n+ const vh = window.innerHeight;\n+ const r = (el) => { const b = el.getBoundingClientRect(); return { left: +b.left.toFixed(1), top: +b.top.toFixed(1), bottom: +b.bottom.toFixed(1), right: +b.right.toFixed(1), w: +b.width.toFixed(1) }; };\n+ const cls = (el) => (typeof el.className === 'string' ? el.className : (el.className && el.className.baseVal) || '');\n+ const out = { vw, vh, scrollWidth: document.documentElement.scrollWidth, wide: [], summary: null, attn: null, list: null, actions: [] };\n+ for (const el of document.querySelectorAll('body *')) {\n+ const b = el.getBoundingClientRect();\n+ if (b.width > 0 && b.right > vw + 0.6 && getComputedStyle(el).position !== 'fixed') {\n+ out.wide.push({ tag: el.tagName, cls: cls(el), text: (el.textContent || '').trim().slice(0, 42), right: +b.right.toFixed(1) });\n+ }\n+ }\n+ out.wide = out.wide.slice(0, 30);\n+ const summary = document.querySelector('.op-fleet-summary');\n+ const attn = document.querySelector('.op-attn-panel');\n+ const list = document.querySelector('.op-fleet-list');\n+ if (summary) out.summary = { ...r(summary), tiles: [...summary.querySelectorAll('.op-metric')].map((t) => r(t)) };\n+ if (attn) out.attn = r(attn);\n+ if (list) out.list = r(list);\n+ out.actions = [...document.querySelectorAll('.op-row-actions')].map((a) => r(a)).slice(0, 40);\n+ out.theme = document.documentElement.getAttribute('data-theme');\n+ return out;\n+})()`;\n+\n+async function measureAndShoot(page, vw, vh, wantShot, outFile, desktopMode, measure = MEASURE) {\n await page.send('Emulation.setDeviceMetricsOverride', {\n width: vw, height: vh, deviceScaleFactor: 1, mobile: !desktopMode, screenWidth: vw, screenHeight: vh,\n });\n@@ -169,7 +206,7 @@ async function measureAndShoot(page, vw, vh, wantShot, outFile, desktopMode) {\n await new Promise((r) => setTimeout(r, 100));\n }\n await new Promise((r) => setTimeout(r, 700));\n- const ev = await page.send('Runtime.evaluate', { expression: MEASURE, returnByValue: true });\n+ const ev = await page.send('Runtime.evaluate', { expression: measure, returnByValue: true });\n const data = ev.result.value;\n if (wantShot) {\n const shot = await page.send('Page.captureScreenshot', { format: 'png', captureBeyondViewport: false });\n@@ -226,6 +263,39 @@ async function runScenario(page, sc, shotDir, desktopMode) {\n return out;\n }\n \n+async function runFleetScenario(page, sc, shotDir, desktopMode) {\n+ page._url = sc.url;\n+ const out = await measureAndShoot(page, sc.vw, sc.vh, !!shotDir, shotDir ? join(shotDir, `${sc.name}.png`) : null, desktopMode, FLEET_MEASURE);\n+ const vw = out.vw;\n+ check(out.scrollWidth <= vw + 0.5, `${sc.name}: no horizontal document overflow`, `scrollWidth ${out.scrollWidth} > ${vw}`);\n+ if (!sc.mobile) {\n+ // #215 acceptance 6: primary state + attention summary visible BEFORE\n+ // the long detail (fleet list) at 1440x900.\n+ check(!!out.summary, `${sc.name}: summary metrics present`, 'missing .op-fleet-summary');\n+ check(!!out.attn, `${sc.name}: attention panel present`, 'missing .op-attn-panel');\n+ if (out.summary && out.attn && out.list) {\n+ check(out.summary.top >= -0.5 && out.summary.top < out.vh, `${sc.name}: summary starts on screen`, `top ${out.summary.top}`);\n+ check(out.attn.top < out.list.top, `${sc.name}: attention summarised before long detail`, `attn ${out.attn.top} vs list ${out.list.top}`);\n+ }\n+ }\n+ // both breakpoints: every summary tile fully inside the viewport.\n+ for (const t of out.summary?.tiles || []) {\n+ check(t.left >= -0.5 && t.right <= vw + 0.5, `${sc.name}: summary tile fits`, `right ${t.right}`);\n+ }\n+ // narrow screen only: the card actions must be reachable without\n+ // horizontal scrolling (the desktop table scrolls inside its own card \u2014\n+ // dense tables are allowed to scroll horizontally at 1440).\n+ if (sc.mobile) {\n+ for (const a of out.actions) {\n+ check(a.left >= -0.5 && a.right <= vw + 0.5, `${sc.name}: row actions reachable`, `${a.left}..${a.right} vs ${vw}`);\n+ }\n+ }\n+ if (out.wide.length) {\n+ report.push(` (info) ${sc.name} wide elements: ${out.wide.map((w) => `${w.tag}.${w.cls} right=${w.right} \"${w.text}\"`).slice(0, 6).join(' | ')}`);\n+ }\n+ return out;\n+}\n+\n let SERVER_PORT = 0;\n async function main() {\n const args = process.argv.slice(2);\n@@ -248,6 +318,11 @@ async function main() {\n try { await runScenario(page, sc, shotDir, desktopMode); }\n finally { page.ws.close(); }\n }\n+ for (const sc of FLEET_SCENARIOS) {\n+ const page = await openPage(port, `about:blank`);\n+ try { await runFleetScenario(page, sc, shotDir, desktopMode); }\n+ finally { page.ws.close(); }\n+ }\n } finally {\n server.close();\n browser.proc.kill('SIGKILL');\ndiff --git a/frontend/vite.config.ts b/frontend/vite.config.ts\nindex 76c015a..6be5c68 100644\n--- a/frontend/vite.config.ts\n+++ b/frontend/vite.config.ts\n@@ -9,9 +9,12 @@ export default defineConfig({\n rollupOptions: {\n // #214: the showcase entry (synthetic-data screenshot page) builds\n // beside the app; it is dev tooling and never linked from index.html.\n+ // #215: fleet-showcase.html mounts the REAL redesigned FleetView for\n+ // the deterministic \"after\" screenshots and responsive assertions.\n input: {\n main: 'index.html',\n showcase: 'showcase.html',\n+ fleetShowcase: 'fleet-showcase.html',\n },\n },\n },\n", + "diff_truncated": false, + "diff_bytes": 139107, + "acceptance_override_farm": [ + "Synthetic fixtures cover healthy, stopped, launching, queued remote, degraded/offline, failed, confirmed banned, suspected, unverifiable, unassigned-client, and mixed-node accounts. Summary counts and attention rows match deterministic predicates with no double counting.", + "Clicking a summary/attention state produces the correct filtered fleet and exposes a clear way back to the full fleet.", + "Search, sort, include/exclude filters, active chips, clear-all, selection count, and select-all-matching have focused tests.", + "Existing launch, stop, bulk assignment, ban check/history, group, sale, plugin/config, drawer, and queued-operation behavior is unchanged and remains reachable.", + "The virtualized/memoized list is preserved; stable polling data does not remount every row or reset selection/scroll. Add a regression test for this contract.", + "At 1440x900 the primary state and attention summary are visible before long detail. At 390x844 the page has no document-level horizontal overflow, overlapping controls, or unreachable row actions.", + "Attach deterministic before/after screenshots in light and dark themes using synthetic data only.", + "`npm test`, `npm run build`, and `git diff --check` pass from a clean lockfile install, with counts/bundle output reported." + ] +} \ No newline at end of file diff --git a/tests/calibration/corpus/botmanager-231.json b/tests/calibration/corpus/botmanager-231.json new file mode 100644 index 0000000..a92bd2b --- /dev/null +++ b/tests/calibration/corpus/botmanager-231.json @@ -0,0 +1,27 @@ +{ + "id": "botmanager-231", + "repo": "botmanager", + "pr": 231, + "title": "feat(#226): one responsive fleet row \u2014 container queries, cards under 680px", + "head_sha": "146cc49742e28914724997a3f7cb6a13f7674036", + "base_sha": "b2b30ad09c596fe3692d177e57068cc51ba71616", + "labels": [], + "merged": true, + "issue_number": 226, + "issue_body": "> Direction: **B \u2014 \"Field notebook\", angular.** Chosen by the owner 2026-09-01.\n> Warm paper ground, ink text, ONE muted green accent, status as a left severity\n> stripe, sans-serif (not monospace), rows collapsing to cards on narrow widths.\n> Square corners throughout with an 8px 45-degree notch on two opposite corners.\n> Live mock, resizable: https://claude.ai/code/artifact/e3b36fe1-99ee-449a-a5dd-bb231f70201c\n\n## Outcome\n\nThe Fleet list is genuinely usable on a phone. Today the table only scrolls\nsideways, so the farm cannot be checked from a phone at all.\n\nUse **CSS `@container` queries, not viewport media queries.** The row must\nreflow on the width of *its own panel*, so it stays correct inside a drawer or\nsplit pane \u2014 a viewport query gets that wrong. `container-type: inline-size` on\nthe list wrapper; the row reads it.\n\nBehaviour, from the mock:\n- **> 680px** \u2014 full grid: marker, account, script, XP/h, uptime, trend.\n- **<= 680px** \u2014 two columns. Account + status stay; script moves under the name\n as secondary text; uptime hides; XP/h drops to a muted line rather than a\n right-aligned column.\n- Status stays encoded **twice**: a 4px left severity stripe on the card **and**\n an uppercase outlined pill. Colour alone is never the signal, so it survives\n colourblindness and a glance. The stripe must remain visible in the collapsed\n card layout \u2014 it is the fastest read on a phone.\n\n## Dependency\n\n**None \u2014 start now.** Verified parallel-safe: !221 touches `FleetView.tsx` and\n`useFleetPolling.ts` but **not** `FleetTable.tsx`, `AccountRow.tsx` or\n`AccountCard.tsx`. Scope this to layout/reflow only and it will not conflict.\n\nDeliberately does **not** depend on the token issue: use the existing token\nnames. When the palette lands, this row inherits it for free. Do not introduce\nnew token values here.\n\n## Files this issue owns\n\n- `frontend/src/views/FleetTable.tsx`\n- `frontend/src/views/AccountRow.tsx`\n- `frontend/src/views/AccountCard.tsx`\n- a test alongside them\n\n**Do not touch** `FleetView.tsx` (owned by !221), `index.css` (owned by !222).\n\n## Acceptance\n\n1. A test renders the row at container widths 1100 / 820 / 420 and asserts the\n column set at each \u2014 not a snapshot; assert on what is visible.\n2. No horizontal page scroll at 390px viewport.\n3. Row identity is preserved across a re-render (`AccountRow` stays `memo`'d\n with `areFleetRowPropsEqual` intact) \u2014 #217's zero-work unchanged-poll\n guarantee must not regress.\n4. `npm test` green.\n", + "changed_files": [ + "frontend/fleet-row-showcase.html", + "frontend/package.json", + "frontend/src/fleetRowShowcase.tsx", + "frontend/src/views/AccountCard.tsx", + "frontend/src/views/AccountRow.tsx", + "frontend/src/views/FleetTable.tsx", + "frontend/src/views/FleetView.test.tsx", + "frontend/src/views/fleetList.css", + "frontend/src/views/fleetRow.test.tsx", + "frontend/tests/fleet-row-check.mjs" + ], + "diff": "diff --git a/frontend/fleet-row-showcase.html b/frontend/fleet-row-showcase.html\nnew file mode 100644\nindex 0000000..3ee3341\n--- /dev/null\n+++ b/frontend/fleet-row-showcase.html\n@@ -0,0 +1,12 @@\n+\n+\n+ \n+ \n+ \n+ Fleet row showcase (#226) \u2014 deterministic container-width gate\n+ \n+ \n+
\n+ \n+ \n+\ndiff --git a/frontend/package.json b/frontend/package.json\nindex b85add6..1e9dd4f 100644\n--- a/frontend/package.json\n+++ b/frontend/package.json\n@@ -9,6 +9,7 @@\n \"lint\": \"eslint .\",\n \"test\": \"vitest run\",\n \"test:responsive\": \"node tests/responsive-check.mjs\",\n+ \"test:fleet-row\": \"node tests/fleet-row-check.mjs\",\n \"preview\": \"vite preview\",\n \"test:action-dialog-preview\": \"node tests/actionDialogPreview.harness.ts\"\n },\ndiff --git a/frontend/src/fleetRowShowcase.tsx b/frontend/src/fleetRowShowcase.tsx\nnew file mode 100644\nindex 0000000..95faf0f\n--- /dev/null\n+++ b/frontend/src/fleetRowShowcase.tsx\n@@ -0,0 +1,61 @@\n+// Issue #226 dev tooling \u2014 mounts the REAL FleetTable on synthetic fixtures\n+// at a controlled container width (?w=NNN, default 100%) so the responsive\n+// row can be asserted against real CSS @container evaluation in headless\n+// Chromium (tests/fleet-row-check.mjs). Never served to operators.\n+/* eslint-disable react-refresh/only-export-components */\n+import { createRoot } from 'react-dom/client';\n+import './index.css';\n+import { FleetTable, type FleetRowHandlers } from './views/FleetTable';\n+import {\n+ FIXTURE_ACCOUNTS,\n+ FIXTURE_BANS,\n+ FIXTURE_QUESTS,\n+ FIXTURE_STATS,\n+} from './views/fleetFixtures';\n+\n+const qs = new URLSearchParams(location.search);\n+const width = qs.get('w');\n+const mobile = qs.get('mobile') === '1';\n+\n+const handlers: FleetRowHandlers = {\n+ onQuickLaunch: () => {},\n+ onLaunch: () => {},\n+ onStop: () => {},\n+ onBan: () => {},\n+ onMarkAsMule: () => {},\n+ onWebLogin: () => {},\n+ onCheckBan: () => {},\n+ onEdit: () => {},\n+ onLogs: () => {},\n+ onOpen: () => {},\n+};\n+\n+function App() {\n+ return (\n+
\n+ {}}\n+ onToggle={() => {}}\n+ onToggleAll={() => {}}\n+ handlers={handlers}\n+ />\n+
\n+ );\n+}\n+\n+createRoot(document.getElementById('root')!).render();\n+// the CDP gate polls for the row, but a readiness flag keeps the intent explicit\n+setTimeout(() => {\n+ (window as unknown as { __fleetRowReady?: boolean }).__fleetRowReady = true;\n+}, 0);\ndiff --git a/frontend/src/views/AccountCard.tsx b/frontend/src/views/AccountCard.tsx\nindex 37143c4..e58d0c4 100644\n--- a/frontend/src/views/AccountCard.tsx\n+++ b/frontend/src/views/AccountCard.tsx\n@@ -3,6 +3,13 @@\n // chips carry script/membership/token/ban signals, secondary metadata is\n // grouped in the grid, and every action stays on the card (wrapping, never\n // clipped or hidden behind a menu) with Stop kept danger-toned.\n+//\n+// #226: the card content is also the NARROW variant of the unified\n+// responsive fleet row (AccountRow renders it inside `.op-fleet-row-card`,\n+// chrome-free \u2014 the row's own @container CSS supplies the card frame). The\n+// Card-wrapped `AccountCard` export is kept for barrel compatibility.\n+// `showRuntime` (default true) lets the row drop the uptime line \u2014 the #226\n+// mock hides uptime in the collapsed state.\n import { Badge } from '../ui/Badge';\n import { Button } from '../ui/Button';\n import { Card } from '../ui/Card';\n@@ -13,27 +20,7 @@ import { MembershipBadge, MicrobotTelemetry, SaleBadge } from '../ui/accountBadg\n import type { Account, BanInfo, QueuedOp, Quests, Stats } from './FleetView';\n import { rowSeverity } from './fleetSummary';\n \n-export function AccountCard({\n- account,\n- stats,\n- quests,\n- ban,\n- banCheckBusy,\n- banCheckRunning,\n- queued,\n- selected,\n- onToggle,\n- onQuickLaunch,\n- onLaunch,\n- onStop,\n- onBan,\n- onMarkAsMule,\n- onWebLogin,\n- onCheckBan,\n- onEdit,\n- onLogs,\n- onOpen,\n-}: {\n+export type AccountCardProps = {\n account: Account;\n stats?: Stats;\n quests?: Quests;\n@@ -53,7 +40,10 @@ export function AccountCard({\n onEdit: () => void;\n onLogs: (email: string) => void;\n onOpen: () => void;\n-}) {\n+};\n+\n+function useCardState(props: AccountCardProps) {\n+ const { account, ban, queued } = props;\n const banned = (account as { ban_state?: string | null }).ban_state != null\n || account.status === 'banned' || account.temp_banned\n || ban?.status === 'temp_banned' || ban?.status === 'perm_banned';\n@@ -61,128 +51,152 @@ export function AccountCard({\n const running = isAccountRunning(account);\n const launchDisabled = (!mule && running) || !!banned || !!queued;\n const launchTitle = queued ? `Queued for ${queued.node || 'node'}` : (!mule && running) ? 'Already running' : banned ? 'Account is banned' : undefined;\n- const checkBanDisabled = banCheckDisabledReason(account, banCheckBusy);\n+ const checkBanDisabled = banCheckDisabledReason(account, props.banCheckBusy);\n+ const severity = rowSeverity(account, { bans: ban ? { [account.email.toLowerCase()]: ban } : {} });\n+ return { banned, mule, running, launchDisabled, launchTitle, checkBanDisabled, severity, script: accountScript(account) };\n+}\n+\n+/** Chrome-free card content \u2014 the #226 narrow variant of the fleet row, and\n+ * the inside of the legacy Card-wrapped `AccountCard`. data-card-field\n+ * markers are the test contract for the collapsed column set. */\n+export function AccountCardContent({ showRuntime = true, ...props }: AccountCardProps & { showRuntime?: boolean }) {\n+ const { account, stats, quests, ban, queued, selected, onToggle, onQuickLaunch, onLaunch, onStop, onBan, onMarkAsMule, onWebLogin, onCheckBan, onEdit, onLogs } = props;\n+ const { banned, mule, running, launchDisabled, launchTitle, checkBanDisabled, script } = useCardState(props);\n const banTip = ban\n ? `${ban.status}${ban.ban_end_date ? ` \u2014 unban ${ban.ban_end_date}` : ''}${ban.checked_ts ? ` (checked ${new Date(ban.checked_ts * 1000).toLocaleString()})` : ''}`\n : undefined;\n- const severity = rowSeverity(account, { bans: ban ? { [account.email.toLowerCase()]: ban } : {} });\n- const cardClass = severity ? `op-sev-${severity}` : '';\n- const script = accountScript(account);\n-\n return (\n-
\n- \n-
\n-
e.stopPropagation()} style={{ paddingTop: '2px' }}>\n- \n-
\n- {queued ? (\n- \n- ) : (\n+
\n+
\n+
e.stopPropagation()} style={{ paddingTop: '2px' }}>\n+ \n+
\n+ {queued ? (\n+ \n+ ) : (\n+ \n \n- )}\n-
\n-
\n- {account.email}\n- \n- \n- {mule && Mule}\n-
\n-
\n- {(account.display_name || '').trim() ? (\n- {account.display_name}{account.display_name_source === 'speakeasy' ? ' \u26a1' : ''}\n- ) : (\n- \u2014 name unset \u2014\n- )}\n- {account.display_name_conflict && (\n- \u26a0\n- )}\n-
\n+ \n+ )}\n+
\n+
\n+ {account.email}\n+ \n+ \n+ {mule && Mule}\n+
\n+
\n+ {(account.display_name || '').trim() ? (\n+ {account.display_name}{account.display_name_source === 'speakeasy' ? ' \u26a1' : ''}\n+ ) : (\n+ \u2014 name unset \u2014\n+ )}\n+ {account.display_name_conflict && (\n+ \u26a0\n+ )}\n
\n- {account.last_ban_detection && (\n- \n- auto\n- \n- )}\n
\n+ {account.last_ban_detection && (\n+ \n+ auto\n+ \n+ )}\n+
\n \n- {/* chips: script / membership / token / ban verdict / sale */}\n-
\n- {script && {script}}\n- \n- \n- \n- \n+ {/* chips: script / membership / token / ban verdict / sale */}\n+
\n+ {script && {script}}\n+ \n+ \n+ \n+ \n+
\n+\n+
\n+
\n+ Client: {clientBadge(account)}\n
\n-\n-
\n-
\n- Client: {clientBadge(account)}\n-
\n-
\n- Machine: {account.machine || '\u2014'}\n-
\n-
\n+
\n+ Machine: {account.machine || '\u2014'}\n+
\n+ {showRuntime && (\n+
\n Runtime:{' '}\n {accountRuntime(account) != null ? fmtTime(accountRuntime(account)!) : '\u2014'}\n \n
\n-
\n- XP 24h:{' '}\n- {stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}\n-
\n-
\n- QP:{' '}\n- {quests?.quest_points != null ? String(quests.quest_points) : '\u2014'}\n-
\n-
\n- Proxy: {proxyLabel(account.live_proxy || account.proxy)}\n-
\n+ )}\n+
\n+ XP 24h:{' '}\n+ {stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}\n
\n+
\n+ QP:{' '}\n+ {quests?.quest_points != null ? String(quests.quest_points) : '\u2014'}\n+
\n+
\n+ Proxy: {proxyLabel(account.live_proxy || account.proxy)}\n+
\n+
\n \n-
e.stopPropagation()} className=\"op-row-actions\" style={{ display: 'flex', gap: '6px', flexWrap: 'wrap' }}>\n- \n+ \n+ \n+ \n+ {!mule && (\n+ \n- \n+ \n+ {account.account_type !== 'legacy' && (\n+ \n- \n- \n- {!mule && (\n- \n- )}\n- \n- \n- {account.account_type !== 'legacy' && (\n- \n- )}\n- \n-
\n+ )}\n+ \n+
\n+
\n+ );\n+}\n+\n+export function AccountCard(props: AccountCardProps) {\n+ const { ban } = props;\n+ const { banned, severity } = useCardState(props);\n+ const banTip = ban\n+ ? `${ban.status}${ban.ban_end_date ? ` \u2014 unban ${ban.ban_end_date}` : ''}${ban.checked_ts ? ` (checked ${new Date(ban.checked_ts * 1000).toLocaleString()})` : ''}`\n+ : undefined;\n+ const cardClass = severity ? `op-sev-${severity}` : '';\n+ return (\n+
\n+ \n+ \n \n
\n );\ndiff --git a/frontend/src/views/AccountRow.tsx b/frontend/src/views/AccountRow.tsx\nindex 3d9ff0c..d3e7040 100644\n--- a/frontend/src/views/AccountRow.tsx\n+++ b/frontend/src/views/AccountRow.tsx\n@@ -4,6 +4,17 @@\n // then group the secondary metadata (machine, runtime, token, membership,\n // xp, qp, proxy) before the action cluster. Destructive Stop stays danger-\n // toned; every action and every previously-visible signal remains reachable.\n+//\n+// #226: this is now THE one responsive fleet row. It renders both visual\n+// states in one DOM node \u2014 the wide 12-track grid (`op-fleet-row-core`,\n+// aligned with FleetTable's sticky grid header) and the narrow card\n+// (`op-fleet-row-card`, chrome-free AccountCardContent per the mock:\n+// account + status stay, script moves under the name as a chip, uptime is\n+// not rendered, XP/h stays a muted labeled line). fleetList.css decides\n+// which state a given container width sees via @container queries on the\n+// list wrapper; rows stay memoized with areFleetRowPropsEqual (the zero-\n+// work unchanged-poll guarantee from #217 holds \u2014 the card reads the same\n+// displayed-field union the comparator already covers).\n import { Badge } from '../ui/Badge';\n import { Button } from '../ui/Button';\n import { StatusDot } from '../ui/StatusDot';\n@@ -13,6 +24,7 @@ import { MembershipBadge, MicrobotTelemetry, SaleBadge } from '../ui/accountBadg\n import type { Account, BanInfo, QueuedOp, Quests, Stats } from './FleetTypes';\n import { areFleetRowPropsEqual } from './FleetTypes';\n import { rowSeverity } from './fleetSummary';\n+import { AccountCardContent } from './AccountCard';\n import { memo } from 'react';\n \n function AccountRowImpl({\n@@ -72,116 +84,158 @@ function AccountRowImpl({\n const rowClass = severity ? `op-sev-${severity}` : '';\n \n return (\n- \n- e.stopPropagation()}>\n- \n- \n- {/* identity + operational state, led by the account */}\n- \n-
\n- {queued ? (\n- \n- ) : (\n- \n- )}\n-
\n- \n- {account.email}\n- \n- \n- {(account.display_name || '').trim() || (\n- \u2014 name unset \u2014\n- )}\n- {account.display_name_source === 'speakeasy' && ' \u26a1'}\n- {account.display_name_conflict && (\n- \u26a0\n- )}\n- \n+ \n+ {/* wide state: 12-track grid sharing the header template */}\n+
\n+
e.stopPropagation()}>\n+ \n+
\n+ {/* identity + operational state, led by the account */}\n+
\n+
\n+ {queued ? (\n+ \n+ ) : (\n+ \n+ )}\n+
\n+ \n+ {account.email}\n+ \n+ \n+ {(account.display_name || '').trim() || (\n+ \u2014 name unset \u2014\n+ )}\n+ {account.display_name_source === 'speakeasy' && ' \u26a1'}\n+ {account.display_name_conflict && (\n+ \u26a0\n+ )}\n+ \n+
\n+ \n+ \n+ {mule && Mule}\n+ {account.last_ban_detection && (\n+ \n+ auto\n+ \n+ )}\n
\n- \n- \n- {mule && Mule}\n- {account.last_ban_detection && (\n- \n- auto\n- \n+
\n+ \n+
\n+
\n+ {clientBadge(account)}\n+
\n+
\n+ {accountScript(account) || '\u2014'}\n+ {account.script_stuck && (\n+
\n+ stuck {Math.round((account.script_stalled_ms || 0) / 1000)}s\n+
\n )}\n
\n-
\n- \n- \n- \n- {clientBadge(account)}\n- \n- \n- {accountScript(account) || '\u2014'}\n- {account.script_stuck && (\n-
\n- stuck {Math.round((account.script_stalled_ms || 0) / 1000)}s\n-
\n- )}\n- \n- {account.machine || '\u2014'}\n- \n- {accountRuntime(account) != null ? fmtTime(accountRuntime(account)!) : '\u2014'}\n- \n- \n- \n- \n- \n- \n- {stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}\n- {quests?.quest_points != null ? String(quests.quest_points) : '\u2014'}\n- \n- {proxyLabel(account.live_proxy || account.proxy)}\n- \n- e.stopPropagation()}>\n-
\n- \n- \n- \n- \n- {!mule && (\n- \n- )}\n- \n- \n- {account.account_type !== 'legacy' && (\n- \n- )}\n- \n+
{account.machine || '\u2014'}
\n+
\n+ {accountRuntime(account) != null ? fmtTime(accountRuntime(account)!) : '\u2014'}\n+ \n
\n- \n- \n+
\n+ \n+
\n+
\n+
{stats?.xp_24h != null ? fmtXp(stats.xp_24h) : '\u2014'}
\n+
{quests?.quest_points != null ? String(quests.quest_points) : '\u2014'}
\n+
\n+ {proxyLabel(account.live_proxy || account.proxy)}\n+
\n+
e.stopPropagation()}>\n+
\n+ \n+ \n+ \n+ \n+ {!mule && (\n+ \n+ )}\n+ \n+ \n+ {account.account_type !== 'legacy' && (\n+ \n+ )}\n+ \n+
\n+
\n+
\n+\n+ {/* narrow state: card (mock: account + status stay, script under the\n+ name, uptime hidden, XP/h as a muted line, status doubly encoded) */}\n+
\n+ \n+
\n+
\n );\n }\n \n // #153: field-level memoization. The poll rebuilds every account object on\n // every tick, so identity comparison would never hit \u2014 compare the fields the\n-// row actually displays (see areFleetRowPropsEqual in FleetTypes.ts).\n+// row actually displays (see areFleetRowPropsEqual in FleetTypes.ts). #226:\n+// the card variant reads the same displayed-field union, so the comparator \u2014\n+// and the #217 zero-work unchanged-poll guarantee \u2014 still holds.\n+// AccountRowImpl is exported for the memoization regression test\n+// (fleetRow.test.tsx wraps it in a spy-memo); it is otherwise internal.\n+export const AccountRowImplForTest = AccountRowImpl;\n export const AccountRow = memo(AccountRowImpl, areFleetRowPropsEqual);\ndiff --git a/frontend/src/views/FleetTable.tsx b/frontend/src/views/FleetTable.tsx\nindex 402c77f..7739423 100644\n--- a/frontend/src/views/FleetTable.tsx\n+++ b/frontend/src/views/FleetTable.tsx\n@@ -1,6 +1,15 @@\n-// Issue #153 fleet list rendering \u2014 fleet table seam. The windowed table and\n-// the mobile card list, plus the small display bits that belong with them\n-// (NodesStrip, the unmatched-process card and its AdoptDialog, SortHeader).\n+// Issue #153 fleet list rendering \u2014 fleet table seam. The windowed list and\n+// the small display bits that belong with them (NodesStrip, the\n+// unmatched-process card and its AdoptDialog, SortHeader).\n+//\n+// #226: ONE responsive fleet row. The scroller div is a CSS container\n+// (container-type: inline-size); the sticky grid header and each AccountRow's\n+// wide 12-track grid share the same template, and fleetList.css @container\n+// queries collapse the row to a card when the wrapper is <= 680px wide \u2014 so\n+// the reflow follows the row's own panel (drawer/split-pane correct), never\n+// the viewport. `isMobile` survives only as the pre-#226 viewport fallback\n+// (fr-narrow-viewport class) and as the windowing estimate until the scroller\n+// is measured.\n //\n // Windowing is hand-rolled (no dependency): rows estimate a fixed height and\n // we render a visible slice plus spacer rows, so off-screen rows never enter\n@@ -15,30 +24,38 @@ import { Card } from '../ui/Card';\n import { Dialog } from '../ui/Dialog';\n import { StatusDot } from '../ui/StatusDot';\n import { Table } from '../ui/Table';\n-import { EmptyRow } from '../ui/TableShell';\n import { EmptyState } from '../ui/EmptyState';\n-import { AccountCard, AccountRow } from './AccountViews';\n+import { AccountRow } from './AccountViews';\n import { fmtTime } from '../ui/account';\n import { isAccountRunning } from '../ui/badges';\n import type { Account, BanInfo, QueuedOp, Quests, SortKey, Stats, UnmatchedProcess } from './FleetTypes';\n import type { NodeSummary } from '../nodeView';\n-import { areFleetRowPropsEqual } from './FleetTypes';\n import React from 'react';\n+import './fleetList.css';\n \n const ROW_ESTIMATE_PX = 88;\n const CARD_ESTIMATE_PX = 320;\n const OVERSCAN_ROWS = 10;\n-// #215: desktop hierarchy = status+identity | client | script | machine |\n-// runtime | token | membership | xp | qp | proxy | actions (+ the select).\n-const COL_COUNT = 12;\n+// #226: the row's own panel collapses to a card at/below this width.\n+const NARROW_BREAKPOINT_PX = 680;\n \n-// Shared by AccountRow and AccountCard: skip re-render when nothing the row\n-// displays changed (callbacks excluded \u2014 they only ever call stable setters\n-// with the field-identical account, so a skipped row is never a stale row).\n-// AccountRow is memoized in its own file; the card wrapper lives here because\n-// AccountCard.tsx is outside this issue's file set.\n-\n-const MemoAccountCard = React.memo(AccountCard, areFleetRowPropsEqual);\n+/** Measured inline width of the scroller (the @container subject). Only\n+ * feeds the windowing estimate \u2014 the layout itself is pure CSS. Falls back\n+ * to `isMobile` in environments without a live ResizeObserver (jsdom). */\n+function useContainerWidth(ref: React.RefObject): number | null {\n+ const [width, setWidth] = useState(null);\n+ useEffect(() => {\n+ const el = ref.current;\n+ if (!el || typeof ResizeObserver === 'undefined') return;\n+ const ro = new ResizeObserver((entries) => {\n+ const w = entries[0]?.contentRect?.width;\n+ if (w != null) setWidth((prev) => (prev === w ? prev : w));\n+ });\n+ ro.observe(el);\n+ return () => ro.disconnect();\n+ }, [ref]);\n+ return width;\n+}\n \n export interface FleetRowHandlers {\n onQuickLaunch: (account: Account) => void;\n@@ -96,6 +113,9 @@ function useWindowedRange(\n };\n }\n \n+/** Grid-header sort control. Renders as a span with the columnheader role so\n+ * the shared grid stays keyboard/AT-agnostic; row cells carry the same\n+ * data-col keys the header labels describe. */\n function SortHeader({\n label,\n sortKey,\n@@ -111,13 +131,20 @@ function SortHeader({\n }) {\n const arrow = current === sortKey ? (dir === 'asc' ? ' \u25b2' : ' \u25bc') : '';\n return (\n- onSort(sortKey)} style={{ cursor: 'pointer' }}>\n+ onSort(sortKey)}>\n {label}\n {arrow}\n- \n+ \n );\n }\n \n+/** A grid-head cell. The identity cell hosts two nested sort controls, so it\n+ * carries no columnheader role of its own (no duplicate accessible names);\n+ * `nestedSort` keeps that intent visible at the call site. */\n+function HeadCell({ children, className = '', nestedSort = false }: { children?: React.ReactNode; className?: string; nestedSort?: boolean }) {\n+ return
{children}
;\n+}\n+\n // #235: at-a-glance node health strip driven by /api/nodes \u2014 the\n // operator's signal for \"is my VPS agent alive\". Hidden entirely when\n // there's nothing to show (e.g. /api/nodes failed or returned empty).\n@@ -236,7 +263,8 @@ export interface FleetTableProps {\n handlers: FleetRowHandlers;\n }\n \n-/** The fleet list: a windowed desktop table, or a windowed mobile card list. */\n+/** The fleet list: one responsive row (wide grid / card, chosen by the\n+ * row's own panel width through CSS container queries), windowed. */\n export function FleetTable({\n filtered,\n stats,\n@@ -255,11 +283,17 @@ export function FleetTable({\n handlers,\n }: FleetTableProps) {\n const scrollRef = useRef(null);\n- const scrollerStyle: React.CSSProperties = isMobile\n- ? { display: 'flex', flexDirection: 'column', gap: '10px', maxHeight: 'calc(100vh - 260px)', overflowY: 'auto' }\n- : { overflow: 'auto', maxHeight: 'calc(100vh - 320px)' };\n+ const scrollerClass = isMobile ? 'op-fleet-scroller fr-narrow-viewport' : 'op-fleet-scroller';\n+ const scrollerStyle: React.CSSProperties = {\n+ // the #226 container: the row reflows on THIS box's width\n+ containerType: 'inline-size',\n+ overflowY: 'auto',\n+ maxHeight: 'calc(100vh - 320px)',\n+ };\n \n- const estimate = isMobile ? CARD_ESTIMATE_PX : ROW_ESTIMATE_PX;\n+ const containerWidth = useContainerWidth(scrollRef);\n+ const narrowEstimate = containerWidth != null ? containerWidth <= NARROW_BREAKPOINT_PX : isMobile;\n+ const estimate = narrowEstimate ? CARD_ESTIMATE_PX : ROW_ESTIMATE_PX;\n const { start, end, topPad, bottomPad } = useWindowedRange(filtered.length, estimate, scrollRef);\n const slice = useMemo(() => filtered.slice(start, end), [filtered, start, end]);\n \n@@ -267,101 +301,63 @@ export function FleetTable({\n \n return (\n \n-
\n- {isMobile ? (\n- <>\n- {topPad > 0 &&
}\n- {slice.map((a) => (\n- onToggle(a.email)}\n- onQuickLaunch={() => handlers.onQuickLaunch(a)}\n- onLaunch={() => handlers.onLaunch(a)}\n- onStop={() => handlers.onStop(a)}\n- onBan={() => handlers.onBan(a)}\n- onMarkAsMule={(email) => handlers.onMarkAsMule(email)}\n- onWebLogin={(email) => handlers.onWebLogin(email)}\n- onCheckBan={() => handlers.onCheckBan(a)}\n- onEdit={() => handlers.onEdit(a)}\n- onLogs={(email) => handlers.onLogs(email)}\n- onOpen={() => handlers.onOpen(a)}\n- />\n- ))}\n- {bottomPad > 0 &&
}\n- \n- ) : (\n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- \n- {topPad > 0 && (\n- \n- )}\n- {slice.map((a) => (\n- onToggle(a.email)}\n- onQuickLaunch={() => handlers.onQuickLaunch(a)}\n- onLaunch={() => handlers.onLaunch(a)}\n- onStop={() => handlers.onStop(a)}\n- onBan={() => handlers.onBan(a)}\n- onMarkAsMule={(email) => handlers.onMarkAsMule(email)}\n- onWebLogin={(email) => handlers.onWebLogin(email)}\n- onCheckBan={() => handlers.onCheckBan(a)}\n- onEdit={() => handlers.onEdit(a)}\n- onLogs={(email) => handlers.onLogs(email)}\n- onOpen={() => handlers.onOpen(a)}\n- />\n- ))}\n- {filtered.length === 0 && (\n- \n- \n- \n- )}\n- {bottomPad > 0 && (\n- \n- )}\n- \n-
\n- \n- ClientMembershipProxyActions
\n+
\n+ {/* sticky grid header \u2014 hidden by container query in the card state */}\n+
\n+ \n+ \n+ \n+ \n+ \n+ \n+ \n+ Client\n+ \n+ \n+ \n+ \n+ Membership\n+ \n+ \n+ Proxy\n+ Actions\n+
\n+ {topPad > 0 &&
}\n+ {slice.map((a) => (\n+ onToggle(a.email)}\n+ onQuickLaunch={() => handlers.onQuickLaunch(a)}\n+ onLaunch={() => handlers.onLaunch(a)}\n+ onStop={() => handlers.onStop(a)}\n+ onBan={() => handlers.onBan(a)}\n+ onMarkAsMule={(email) => handlers.onMarkAsMule(email)}\n+ onWebLogin={(email) => handlers.onWebLogin(email)}\n+ onCheckBan={() => handlers.onCheckBan(a)}\n+ onEdit={() => handlers.onEdit(a)}\n+ onLogs={(email) => handlers.onLogs(email)}\n+ onOpen={() => handlers.onOpen(a)}\n+ />\n+ ))}\n+ {filtered.length === 0 && (\n+
\n+ \n+
\n )}\n+ {bottomPad > 0 &&
}\n
\n \n );\ndiff --git a/frontend/src/views/FleetView.test.tsx b/frontend/src/views/FleetView.test.tsx\nindex 45a2b4a..bfc2c51 100644\n--- a/frontend/src/views/FleetView.test.tsx\n+++ b/frontend/src/views/FleetView.test.tsx\n@@ -104,13 +104,16 @@ function tileValue(container: HTMLElement, label: string): string | null {\n return b ? b.textContent : null;\n }\n \n+// #226: the fleet list is no longer a \u2014 rows are divs\n+// (`.op-fleet-row`, one responsive row: wide grid vs card, chosen by\n+// @container queries) \u2014 so the row lookup targets the div row instead.\n const rowFor = (container: HTMLElement, email: string) =>\n- [...container.querySelectorAll('.op-fleet-list tbody tr')].find((tr) =>\n+ [...container.querySelectorAll('.op-fleet-list .op-fleet-row')].find((tr) =>\n tr.textContent?.includes(email),\n );\n \n /** The windowed list renders rows one commit after the filter state lands\n- * (the range effect), so every row assertion waits for the actual . */\n+ * (the range effect), so every row assertion waits for the actual row. */\n async function waitForRow(container: HTMLElement, email: string) {\n await waitFor(() => {\n expect(rowFor(container, email)).toBeTruthy();\ndiff --git a/frontend/src/views/fleetList.css b/frontend/src/views/fleetList.css\nnew file mode 100644\nindex 0000000..090debb\n--- /dev/null\n+++ b/frontend/src/views/fleetList.css\n@@ -0,0 +1,120 @@\n+/* Issue #226 \u2014 one responsive fleet row, driven by CSS @container queries.\n+ *\n+ * The scroller div (`.op-fleet-scroller`, container-type: inline-size) is the\n+ * container; the row reads it. Above 680px the row renders its wide grid\n+ * (`op-fleet-row-core`, 12 tracks shared with the sticky grid header\n+ * `op-fleet-head`); at <=680px the header and the wide grid are hidden and the\n+ * card variant (`op-fleet-row-card`, fed by AccountCardContent) takes over \u2014\n+ * account + status stay, script moves under the name as a chip, uptime is not\n+ * rendered, XP/h stays as a muted labeled line, and the severity rail keeps\n+ * status encoded a second time (colour + position).\n+ *\n+ * A viewport query would get drawers/split panes wrong, so the breakpoint is\n+ * the row's own panel. The `.fr-narrow-viewport` fallback below mirrors the\n+ * pre-#226 mobile cutoff (FleetView's viewport-sized isMobile flag) so a small\n+ * but wide-enough panel \u2014 e.g. ~700-850px viewport \u2014 still collapses to cards\n+ * instead of showing a horizontally-scrolling grid.\n+ */\n+.op-fleet-scroller {\n+ overflow-x: hidden; /* narrow state: no horizontal panel scroll */\n+}\n+@container (min-width: 681px) {\n+ .op-fleet-scroller { overflow-x: auto; }\n+}\n+\n+/* ---- shared 12-track grid (header + wide row) ---- */\n+.op-fleet-head,\n+.op-fleet-row-core {\n+ display: grid;\n+ grid-template-columns:\n+ 22px\n+ minmax(110px, 1.5fr)\n+ minmax(50px, 0.8fr)\n+ minmax(74px, 1.1fr)\n+ minmax(56px, 0.8fr)\n+ minmax(46px, 0.7fr)\n+ minmax(50px, 0.75fr)\n+ minmax(60px, 0.8fr)\n+ minmax(44px, 0.7fr)\n+ minmax(34px, 0.5fr)\n+ minmax(66px, 0.9fr)\n+ minmax(170px, 3fr);\n+ align-items: center;\n+}\n+\n+/* ---- sticky grid header ---- */\n+.op-fleet-head {\n+ position: sticky;\n+ top: 0;\n+ z-index: 2;\n+ background: var(--surface);\n+ border-bottom: 1px solid var(--border);\n+}\n+.op-fleet-head-cell {\n+ padding: 8px 10px;\n+ color: var(--muted);\n+ font-family: var(--mono);\n+ font-weight: 600;\n+ font-size: 10.5px;\n+ text-transform: uppercase;\n+ letter-spacing: 0.08em;\n+ min-width: 0;\n+ display: flex;\n+ align-items: center;\n+ gap: 8px;\n+}\n+.op-fleet-sort {\n+ cursor: pointer;\n+ white-space: nowrap;\n+}\n+\n+/* ---- wide row cells: hairline grid, hover like the old tr:hover td ---- */\n+.op-fleet-cell {\n+ padding: 8px 10px;\n+ border-bottom: 1px solid var(--border);\n+ min-width: 0;\n+}\n+.op-fleet-row { display: grid; }\n+@container (min-width: 681px) {\n+ .op-fleet-row-core:hover .op-fleet-cell { background: var(--surface-2); }\n+}\n+\n+/* ---- narrow state (row's own panel <= 680px): cards ---- */\n+.op-fleet-row-card { display: none; }\n+@container (max-width: 680px) {\n+ .op-fleet-head { display: none; }\n+ .op-fleet-row-core { display: none; }\n+ .op-fleet-row-card { display: block; }\n+ .op-fleet-row {\n+ display: block;\n+ margin-bottom: 10px;\n+ padding: 12px 14px;\n+ border: 1px solid var(--border);\n+ border-radius: 14px;\n+ background: var(--surface);\n+ box-shadow: var(--shadow-sm);\n+ }\n+}\n+\n+/* ---- narrow fallback for the pre-#226 viewport band (FleetView isMobile) ---- */\n+.fr-narrow-viewport .op-fleet-head { display: none; }\n+.fr-narrow-viewport .op-fleet-row-core { display: none; }\n+.fr-narrow-viewport .op-fleet-row-card { display: block; }\n+.fr-narrow-viewport .op-fleet-row {\n+ display: block;\n+ margin-bottom: 10px;\n+ padding: 12px 14px;\n+ border: 1px solid var(--border);\n+ border-radius: 14px;\n+ background: var(--surface);\n+ box-shadow: var(--shadow-sm);\n+}\n+.fr-narrow-viewport .op-fleet-scroller { overflow-x: hidden; }\n+\n+/* ---- windowing spacers + empty state ---- */\n+.op-fleet-spacer { pointer-events: none; }\n+.op-fleet-empty {\n+ padding: 24px;\n+ text-align: center;\n+ color: var(--muted);\n+}\ndiff --git a/frontend/src/views/fleetRow.test.tsx b/frontend/src/views/fleetRow.test.tsx\nnew file mode 100644\nindex 0000000..e9f9d11\n--- /dev/null\n+++ b/frontend/src/views/fleetRow.test.tsx\n@@ -0,0 +1,237 @@\n+// Issue #226 acceptance tests (jsdom part):\n+// 1. the row's column-set contract at container widths 1100 / 820 / 420 \u2014\n+// both row variants render, the scroller is the @container subject, and\n+// the wide 12-track grid + header share the same data-col set;\n+// 2. row identity is preserved across a re-render \u2014 AccountRow stays\n+// memoized with areFleetRowPropsEqual, so #217's zero-work\n+// unchanged-poll guarantee holds (a displayed-field change still\n+// commits);\n+// 3. the container-query comparator contract (displayed fields only);\n+// 4. the pre-#226 viewport fallback class engages through the isMobile prop.\n+//\n+// What jsdom cannot do is evaluate @container queries (no layout engine), so\n+// actual per-width VISIBILITY is asserted by the real-browser gate:\n+// `npm run test:fleet-row` (tests/fleet-row-check.mjs) \u2014 headless Chromium,\n+// computed styles, real container queries. Run both.\n+import { describe, expect, it, beforeEach, afterEach, vi } from 'vitest';\n+import { render, cleanup } from '@testing-library/react';\n+import { memo } from 'react';\n+import { AccountRowImplForTest } from './AccountRow';\n+import { FleetTable } from './FleetTable';\n+import { areFleetRowPropsEqual, type FleetRowProps } from './FleetTypes';\n+import {\n+ FIXTURE_ACCOUNTS,\n+ FIXTURE_BANS,\n+ FIXTURE_QUESTS,\n+ FIXTURE_STATS,\n+} from './fleetFixtures';\n+import type { FleetRowHandlers } from './FleetTable';\n+\n+const WIDE_COLUMN_SET = [\n+ 'sel', 'id', 'client', 'script', 'machine', 'runtime',\n+ 'token', 'membership', 'xp', 'qp', 'proxy', 'actions',\n+];\n+\n+const noopHandlers: FleetRowHandlers = {\n+ onQuickLaunch: () => {},\n+ onLaunch: () => {},\n+ onStop: () => {},\n+ onBan: () => {},\n+ onMarkAsMule: () => {},\n+ onWebLogin: () => {},\n+ onCheckBan: () => {},\n+ onEdit: () => {},\n+ onLogs: () => {},\n+ onOpen: () => {},\n+};\n+\n+function renderTable(width: number, isMobile = false) {\n+ return render(\n+
\n+ {}}\n+ onToggle={() => {}}\n+ onToggleAll={() => {}}\n+ handlers={noopHandlers}\n+ />\n+
\n+ );\n+}\n+\n+beforeEach(() => {\n+ // jsdom ships no ResizeObserver; the windowing + container-width hooks\n+ // need a stub (same as FleetView.test.tsx).\n+ (globalThis as unknown as { ResizeObserver: unknown }).ResizeObserver = class {\n+ observe() {}\n+ unobserve() {}\n+ disconnect() {}\n+ };\n+});\n+\n+afterEach(() => {\n+ cleanup();\n+ vi.restoreAllMocks();\n+});\n+\n+describe('fleet row responsive contract (#226)', () => {\n+ it.each([1100, 820, 420])(\n+ 'container width %d: wide grid + header carry the full column set; the card variant carries the narrow set (script yes, uptime no)',\n+ (width) => {\n+ const { container } = renderTable(width);\n+\n+ // the scroller is the @container subject\n+ const scroller = container.querySelector('[data-fleet-scroller]')!;\n+ expect(scroller.getAttribute('style')).toContain('container-type');\n+\n+ // header mirrors the row's 12 tracks\n+ const headCells = container.querySelectorAll('.op-fleet-head .op-fleet-head-cell');\n+ expect(headCells.length).toBe(12);\n+\n+ const row = container.querySelector('.op-fleet-row')!;\n+ const core = row.querySelector('[data-fleet-variant=\"core\"]')!;\n+ const cols = [...core.querySelectorAll('.op-fleet-cell')].map((c) => c.getAttribute('data-col'));\n+ expect(cols).toEqual(WIDE_COLUMN_SET);\n+\n+ // wide state shows uptime (runtime col) and XP as a column\n+ expect(core.querySelector('[data-col=\"runtime\"]')!.textContent).not.toBe('');\n+ expect(core.querySelector('[data-col=\"xp\"]')!.textContent).toBe('420k');\n+\n+ // narrow state: account + status + script stay; uptime is not rendered;\n+ // XP/h stays as a muted labeled line\n+ const card = row.querySelector('[data-fleet-variant=\"card\"]')!;\n+ expect(card.textContent).toContain('acct-healthy@example.test');\n+ expect(card.querySelector('[data-card-field=\"status\"]')).toBeTruthy();\n+ expect(card.querySelector('[data-card-field=\"script\"]')!.textContent).toContain('Wintertodt');\n+ expect(card.querySelector('[data-card-field=\"xp\"]')!.textContent).toContain('420k');\n+ expect(card.querySelector('[data-card-field=\"runtime\"]')).toBeNull();\n+ expect(card.textContent).not.toContain('Runtime:');\n+ },\n+ );\n+\n+ it('the scroller declares an inline-size container and engages the narrow-viewport fallback with isMobile', () => {\n+ const { container, rerender } = renderTable(1100, false);\n+ expect(container.querySelector('[data-fleet-scroller]')!.className).not.toContain('fr-narrow-viewport');\n+ rerender(\n+
\n+ {}}\n+ onToggle={() => {}}\n+ onToggleAll={() => {}}\n+ handlers={noopHandlers}\n+ />\n+
,\n+ );\n+ expect(container.querySelector('[data-fleet-scroller]')!.className).toContain('fr-narrow-viewport');\n+ });\n+});\n+\n+describe('row identity / memoization (#226 acceptance 3)', () => {\n+ it('a field-identical re-render does not render the row again; a displayed-field change does', () => {\n+ const renderSpy = vi.fn();\n+ // Deterministic memo probe: wrap the SAME implementation + comparator\n+ // React.memo uses, and count actual renders of the row body.\n+ const MemoProbe = memo(\n+ (props: Parameters[0] & { __probe?: never }) => {\n+ renderSpy();\n+ return ;\n+ },\n+ areFleetRowPropsEqual,\n+ );\n+ const baseProps = {\n+ account: FIXTURE_ACCOUNTS[0],\n+ stats: FIXTURE_STATS['acct-healthy@example.test'],\n+ quests: FIXTURE_QUESTS['acct-healthy@example.test'],\n+ ban: FIXTURE_BANS['acct-healthy@example.test'.toLowerCase()],\n+ banCheckBusy: false,\n+ banCheckRunning: false,\n+ queued: undefined,\n+ selected: false,\n+ onToggle: () => {},\n+ onQuickLaunch: () => {},\n+ onLaunch: () => {},\n+ onStop: () => {},\n+ onBan: () => {},\n+ onMarkAsMule: () => {},\n+ onWebLogin: () => {},\n+ onCheckBan: () => {},\n+ onEdit: () => {},\n+ onLogs: () => {},\n+ onOpen: () => {},\n+ };\n+\n+ const { rerender, container } = render();\n+ expect(renderSpy).toHaveBeenCalledTimes(1);\n+ const xpCell = () => container.querySelector('[data-col=\"xp\"]')!;\n+ const xpBefore = xpCell().textContent;\n+\n+ // #217 unchanged-poll simulation: fresh objects, identical displayed\n+ // fields (only a non-displayed field changes) -> memo holds, the row\n+ // body must not render again.\n+ rerender();\n+ expect(renderSpy).toHaveBeenCalledTimes(1);\n+ expect(xpCell().textContent).toBe(xpBefore);\n+\n+ // a displayed field (xp_24h) changes -> the row must render again.\n+ rerender();\n+ expect(renderSpy).toHaveBeenCalledTimes(2);\n+ expect(xpCell().textContent).not.toBe(xpBefore);\n+ });\n+});\n+\n+describe('areFleetRowPropsEqual (#226 regression guard)', () => {\n+ const base = () => ({\n+ account: FIXTURE_ACCOUNTS[0],\n+ stats: FIXTURE_STATS['acct-healthy@example.test'],\n+ quests: FIXTURE_QUESTS['acct-healthy@example.test'],\n+ ban: undefined,\n+ banCheckBusy: false,\n+ banCheckRunning: false,\n+ queued: undefined,\n+ selected: false,\n+ });\n+\n+ it('matches field-identical props regardless of object identity or callback identity', () => {\n+ expect(areFleetRowPropsEqual(base(), base())).toBe(true);\n+ // callbacks are excluded from the comparator contract by the FleetRowProps\n+ // type itself (React.memo skips them); a recreated callback cannot churn rows.\n+ const withFreshCallback = { ...base(), onToggle: () => {} } as unknown as FleetRowProps;\n+ expect(areFleetRowPropsEqual(base(), withFreshCallback)).toBe(true);\n+ // non-displayed fields are not part of the row key\n+ expect(areFleetRowPropsEqual(base(), { ...base(), account: { ...base().account, notes: 'x' } })).toBe(true);\n+ });\n+\n+ it('detects every displayed-field change the row/card renders', () => {\n+ const cases: Array<[string, () => FleetRowProps]> = [\n+ ['xp_24h', () => ({ ...base(), stats: { ...base().stats!, xp_24h: 1 } })],\n+ ['status', () => ({ ...base(), account: { ...base().account, status: 'banned' } })],\n+ ['queued node', () => ({ ...base(), queued: { operation_id: 'o', node: 'vps2', kind: 'launch', email: 'a@b.c', enqueued_ms: 1 } })],\n+ ['selected', () => ({ ...base(), selected: true })],\n+ ['ban verdict', () => ({ ...base(), ban: { user: 'a@b.c', status: 'perm_banned' } })],\n+ ];\n+ for (const [label, mk] of cases) {\n+ expect(areFleetRowPropsEqual(base(), mk()), `${label} must differ`).toBe(false);\n+ }\n+ });\n+});\ndiff --git a/frontend/tests/fleet-row-check.mjs b/frontend/tests/fleet-row-check.mjs\nnew file mode 100644\nindex 0000000..cc23da0\n--- /dev/null\n+++ b/frontend/tests/fleet-row-check.mjs\n@@ -0,0 +1,289 @@\n+// Issue #226 deterministic responsive gate for the ONE responsive fleet row.\n+// No new dependencies:\n+//\n+// * starts the vite dev server (it serves the showcase source directly \u2014\n+// no build input/config changes needed),\n+// * drives plain headless Chromium over the DevTools Protocol with Node's\n+// built-in WebSocket,\n+// * renders the REAL FleetTable (synthetic fixtures) inside a container\n+// whose width it controls, and asserts the CSS @container-driven column\n+// set at 1100 / 820 / 420 px \u2014 asserting on what is ACTUALLY VISIBLE\n+// (computed styles), not a snapshot,\n+// * asserts no horizontal PAGE scroll at a 390px viewport, both through\n+// the container query path (mobile=0) and the pre-#226 viewport fallback\n+// path (mobile=1).\n+//\n+// Usage (after `npm install`):\n+// node tests/fleet-row-check.mjs\n+//\n+// Chromium resolution: $CHROMIUM, else the Playwright-cached build, else\n+// `chromium` on PATH. Exit code 0 = all assertions pass.\n+import { mkdtempSync, rmSync, existsSync } from 'node:fs';\n+import { tmpdir } from 'node:os';\n+import { join, resolve } from 'node:path';\n+import { spawn } from 'node:child_process';\n+\n+const ROOT = resolve(new URL('..', import.meta.url).pathname);\n+const VITE_BIN = join(ROOT, 'node_modules', '.bin', 'vite');\n+const VITE_PORT = 5199;\n+const BASE = `http://127.0.0.1:${VITE_PORT}`;\n+\n+let failures = 0;\n+function check(name, cond, detail) {\n+ if (cond) {\n+ console.log(`PASS ${name}`);\n+ } else {\n+ failures += 1;\n+ console.log(`FAIL ${name}${detail !== undefined ? ` \u2014 ${JSON.stringify(detail)}` : ''}`);\n+ }\n+}\n+\n+// ---- vite dev server (serves fleet-row-showcase.html + transforms) ------\n+async function startVite() {\n+ const proc = spawn(VITE_BIN, ['--port', String(VITE_PORT), '--strictPort'], {\n+ cwd: ROOT,\n+ stdio: ['ignore', 'ignore', 'pipe'],\n+ });\n+ let stderr = '';\n+ proc.stderr.on('data', (d) => { stderr += d.toString(); });\n+ for (let i = 0; i < 120; i++) {\n+ try {\n+ const res = await fetch(`${BASE}/fleet-row-showcase.html`);\n+ if (res.ok) return proc;\n+ } catch { /* not up yet */ }\n+ await new Promise((r) => setTimeout(r, 250));\n+ }\n+ throw new Error(`vite did not come up on :${VITE_PORT}\\n${stderr.slice(-400)}`);\n+}\n+\n+// ---- chromium + CDP ------------------------------------------------------\n+function resolveChromium() {\n+ if (process.env.CHROMIUM && existsSync(process.env.CHROMIUM)) return process.env.CHROMIUM;\n+ const pw = join(process.env.HOME || '', '.cache/ms-playwright');\n+ const candidates = [\n+ join(pw, 'chromium_headless_shell-1181/chrome-linux/headless_shell'),\n+ join(pw, 'chromium-1181/chrome-linux/chrome'),\n+ '/usr/bin/chromium-browser',\n+ '/usr/bin/chromium',\n+ ];\n+ for (const c of candidates) if (existsSync(c)) return c;\n+ return 'chromium'; // last resort: PATH\n+}\n+\n+function launchChromium() {\n+ const userData = mkdtempSync(join(tmpdir(), 'fleetrow-'));\n+ const proc = spawn(resolveChromium(), [\n+ '--headless', '--disable-gpu', '--no-first-run', '--disable-dev-shm-usage',\n+ `--remote-debugging-port=0`, `--user-data-dir=${userData}`, 'about:blank',\n+ ], { stdio: ['ignore', 'ignore', 'pipe'] });\n+ let stderr = '';\n+ proc.stderr.on('data', (d) => { stderr += d.toString(); });\n+ return { proc, userData, getPort: () => { const m = stderr.match(/DevTools listening on ws:\\/\\/127\\.0\\.0\\.1:(\\d+)\\//); return m ? Number(m[1]) : null; } };\n+}\n+\n+async function cdpJson(port, path, method = 'GET') {\n+ for (let i = 0; i < 60; i++) {\n+ try {\n+ const res = await fetch(`http://127.0.0.1:${port}${path}`, { method });\n+ if (res.ok) return res.json();\n+ } catch { /* not up yet */ }\n+ await new Promise((r) => setTimeout(r, 250));\n+ }\n+ throw new Error(`CDP endpoint ${path} did not come up`);\n+}\n+\n+class Page {\n+ constructor(ws) { this.ws = ws; this.next = 1; this.pending = new Map(); this.listeners = new Map(); }\n+ send(method, params = {}) {\n+ const id = this.next++;\n+ return new Promise((resolve, reject) => {\n+ this.pending.set(id, { resolve, reject });\n+ this.ws.send(JSON.stringify({ id, method, params }));\n+ setTimeout(() => { if (this.pending.delete(id)) reject(new Error(`timeout: ${method}`)); }, 20000);\n+ });\n+ }\n+ once(method) {\n+ return new Promise((resolve) => {\n+ const existing = this.listeners.get(method) || [];\n+ existing.push(resolve);\n+ this.listeners.set(method, existing);\n+ });\n+ }\n+ handle(msg) {\n+ if (msg.id != null) {\n+ const p = this.pending.get(msg.id);\n+ if (!p) return;\n+ this.pending.delete(msg.id);\n+ if (msg.error) p.reject(new Error(`${p.method || 'cmd'} ${JSON.stringify(msg.error)}`));\n+ else p.resolve(msg.result);\n+ } else if (msg.method) {\n+ const ls = this.listeners.get(msg.method) || [];\n+ this.listeners.delete(msg.method);\n+ ls.forEach((r) => r(msg.params));\n+ }\n+ }\n+}\n+\n+async function openPage(port, url) {\n+ const tab = await cdpJson(port, `/json/new?${encodeURIComponent(url)}`, 'PUT');\n+ const ws = new WebSocket(tab.webSocketDebuggerUrl);\n+ const page = new Page(ws);\n+ await new Promise((res, rej) => { ws.onopen = res; ws.onerror = () => rej(new Error('ws connect failed')); });\n+ ws.onmessage = (ev) => page.handle(JSON.parse(ev.data));\n+ await page.send('Page.enable');\n+ await page.send('Runtime.enable');\n+ return page;\n+}\n+\n+const MEASURE = `(() => {\n+ const scroller = document.querySelector('[data-fleet-scroller]');\n+ const head = document.querySelector('.op-fleet-head');\n+ const row = document.querySelector('.op-fleet-row');\n+ const core = row && row.querySelector('[data-fleet-variant=\"core\"]');\n+ const card = row && row.querySelector('[data-fleet-variant=\"card\"]');\n+ const d = (el) => (el ? getComputedStyle(el).display : null);\n+ const box = (el) => { const r = el.getBoundingClientRect(); return { w: +r.width.toFixed(1), h: +r.height.toFixed(1) }; };\n+ const out = {\n+ ready: !!scroller && !!row,\n+ scrollerW: scroller ? box(scroller).w : null,\n+ scrollerScrollW: scroller ? scroller.scrollWidth : null,\n+ scrollerClientW: scroller ? scroller.clientWidth : null,\n+ overflowX: scroller ? getComputedStyle(scroller).overflowX : null,\n+ head: head ? d(head) : null,\n+ core: core ? d(core) : null,\n+ card: card ? d(card) : null,\n+ rowRadius: row ? getComputedStyle(row).borderRadius : null,\n+ cols: core ? [...core.querySelectorAll('.op-fleet-cell')].map((c) => ({ col: c.getAttribute('data-col'), display: d(c) })) : [],\n+ cardFields: card ? {\n+ runtime: !!card.querySelector('[data-card-field=\"runtime\"]'),\n+ script: card.querySelector('[data-card-field=\"script\"]') ? card.querySelector('[data-card-field=\"script\"]').textContent.trim() : null,\n+ xp: card.querySelector('[data-card-field=\"xp\"]') ? card.querySelector('[data-card-field=\"xp\"]').textContent.trim() : null,\n+ status: !!card.querySelector('[data-card-field=\"status\"]'),\n+ account: !!card.querySelector('[data-card-field=\"account\"]'),\n+ } : null,\n+ pageScrollW: document.documentElement.scrollWidth,\n+ clientW: document.documentElement.clientWidth,\n+ };\n+ return out;\n+})()`;\n+\n+async function setWidth(page, widthPx) {\n+ await page.send('Runtime.evaluate', {\n+ expression: widthPx === null\n+ ? `document.getElementById('stage').style.width = ''`\n+ : `document.getElementById('stage').style.width = '${widthPx}px'`,\n+ });\n+ // two frames: container queries re-evaluate on style recalc; getComputedStyle\n+ // in the measure forces it anyway.\n+ await page.send('Runtime.evaluate', {\n+ expression: `new Promise((r) => requestAnimationFrame(() => requestAnimationFrame(() => r(true))))`,\n+ awaitPromise: true,\n+ });\n+}\n+\n+async function measure(page) {\n+ // The page may still be navigating / the execution context may be torn\n+ // down mid-load: treat evaluate failures as \"not ready yet\".\n+ try {\n+ const res = await page.send('Runtime.evaluate', { expression: MEASURE, returnByValue: true });\n+ return res && res.result ? res.result.value : null;\n+ } catch {\n+ return null;\n+ }\n+}\n+\n+async function waitReady(page) {\n+ for (let i = 0; i < 200; i++) {\n+ const m = await measure(page);\n+ if (m && m.ready) return m;\n+ await new Promise((r) => setTimeout(r, 100));\n+ }\n+ throw new Error('fleet row did not render');\n+}\n+\n+async function run() {\n+ const vite = await startVite();\n+ const browser = launchChromium();\n+ try {\n+ let port = null;\n+ for (let i = 0; i < 60 && !port; i++) { port = browser.getPort(); await new Promise((r) => setTimeout(r, 200)); }\n+ if (!port) throw new Error('chromium devtools port never appeared');\n+\n+ const page = await openPage(port, `${BASE}/fleet-row-showcase.html?w=1100&mobile=0`);\n+ await page.send('Emulation.setDeviceMetricsOverride', { width: 1400, height: 1000, deviceScaleFactor: 1, mobile: false });\n+ await page.send('Page.navigate', { url: `${BASE}/fleet-row-showcase.html?w=1100&mobile=0` });\n+ await waitReady(page);\n+\n+ const WIDE_COLS = ['sel', 'id', 'client', 'script', 'machine', 'runtime', 'token', 'membership', 'xp', 'qp', 'proxy', 'actions'];\n+\n+ // --- acceptance 1: container widths > 680px \u2192 full column set visible ---\n+ for (const w of [1100, 820]) {\n+ await setWidth(page, w);\n+ const m = await measure(page);\n+ check(`width ${w}: container rendered at ${w}px (scroller=${m.scrollerW})`, m.scrollerW != null && Math.abs(m.scrollerW - w) < 80, m);\n+ check(`width ${w}: wide grid visible (display=${m.core})`, m.core === 'grid', m);\n+ check(`width ${w}: card variant hidden (display=${m.card})`, m.card === 'none', m);\n+ check(`width ${w}: sticky header visible`, m.head !== 'none', m);\n+ const missing = WIDE_COLS.filter((c) => !m.cols.some((x) => x.col === c && x.display !== 'none'));\n+ check(`width ${w}: full 12-column set visible (missing: ${missing.length ? missing.join(',') : 'none'})`, missing.length === 0, m.cols);\n+ check(`width ${w}: uptime column visible (data-col=runtime)`, m.cols.some((x) => x.col === 'runtime' && x.display !== 'none'), m);\n+ check(`width ${w}: no horizontal PAGE scroll`, m.pageScrollW <= m.clientW, m);\n+ }\n+\n+ // --- acceptance 1: container width <= 680px \u2192 card column set ---\n+ await setWidth(page, 420);\n+ let m = await measure(page);\n+ check('width 420: card variant visible (display=block)', m.card === 'block', m);\n+ check('width 420: wide grid hidden (display=none)', m.core === 'none', m);\n+ check('width 420: sticky header hidden', m.head === 'none', m);\n+ check('width 420: uptime is NOT rendered on the card', m.cardFields && m.cardFields.runtime === false, m.cardFields);\n+ check('width 420: script moves under the name (chip present)', m.cardFields && m.cardFields.script === 'Wintertodt', m.cardFields);\n+ check('width 420: XP/h stays as a muted line', m.cardFields && m.cardFields.xp && m.cardFields.xp.includes('420k'), m.cardFields);\n+ check('width 420: status stays encoded (colour + shape dot)', m.cardFields && m.cardFields.status === true, m.cardFields);\n+ check('width 420: account stays', m.cardFields && m.cardFields.account === true, m.cardFields);\n+ check('width 420: row carries card chrome (radius 14px)', m.rowRadius === '14px', m.rowRadius);\n+ check('width 420: no scroller horizontal overflow', (m.scrollerScrollW || 0) <= (m.scrollerClientW || 0) + 1, m);\n+ check('width 420: no horizontal PAGE scroll', m.pageScrollW <= m.clientW, m);\n+\n+ // --- acceptance 2: no horizontal page scroll at a 390px viewport ---\n+ // container-query path only (mobile=0): the panel itself is <= 680px.\n+ await page.send('Emulation.setDeviceMetricsOverride', { width: 390, height: 844, deviceScaleFactor: 1, mobile: true });\n+ await setWidth(page, null);\n+ await page.send('Runtime.evaluate', { expression: `document.getElementById('stage').style.width = ''` });\n+ // reload with mobile=0 so ONLY the container query decides\n+ const loaded0 = page.once('Page.loadEventFired');\n+ await page.send('Page.navigate', { url: `${BASE}/fleet-row-showcase.html?mobile=0` });\n+ await loaded0;\n+ await waitReady(page);\n+ m = await measure(page);\n+ check('viewport 390 (pure container query): no horizontal PAGE scroll', m.pageScrollW <= m.clientW, m);\n+ check('viewport 390 (pure container query): no scroller overflow', (m.scrollerScrollW || 0) <= (m.scrollerClientW || 0) + 1, m);\n+ check('viewport 390 (pure container query): cards visible', m.card === 'block' && m.core === 'none', m);\n+\n+ // viewport fallback path (mobile=1): pre-#226 isMobile flag still collapses\n+ const loaded1 = page.once('Page.loadEventFired');\n+ await page.send('Page.navigate', { url: `${BASE}/fleet-row-showcase.html?mobile=1` });\n+ await loaded1;\n+ await waitReady(page);\n+ m = await measure(page);\n+ check('viewport 390 (isMobile fallback): no horizontal PAGE scroll', m.pageScrollW <= m.clientW, m);\n+ check('viewport 390 (isMobile fallback): cards visible', m.card === 'block' && m.core === 'none', m);\n+\n+ if (failures > 0) {\n+ console.log(`\\n${failures} assertion(s) failed`);\n+ process.exitCode = 1;\n+ } else {\n+ console.log('\\nAll fleet-row responsive assertions passed.');\n+ }\n+ } finally {\n+ try { await cdpJson(browser.getPort(), '/json/version'); } catch { /* browser already gone */ }\n+ browser.proc.kill('SIGKILL');\n+ rmSync(browser.userData, { recursive: true, force: true });\n+ vite.kill('SIGKILL');\n+ }\n+}\n+\n+run().catch((err) => {\n+ console.error('fleet-row-check failed:', err.message);\n+ process.exitCode = 1;\n+});\n", + "diff_truncated": false, + "diff_bytes": 78165 +} \ No newline at end of file diff --git a/tests/calibration/corpus/dice-and-deeds-27.json b/tests/calibration/corpus/dice-and-deeds-27.json new file mode 100644 index 0000000..40c6c2c --- /dev/null +++ b/tests/calibration/corpus/dice-and-deeds-27.json @@ -0,0 +1,25 @@ +{ + "id": "dice-and-deeds-27", + "repo": "dice-and-deeds", + "pr": 27, + "title": "test: one-command fresh-checkout suite + exit-0 error detection (#17)", + "head_sha": "db215de6c7ece40ab5a0c598dc6190e4e421a6ab", + "base_sha": "703c9e30ac2c35dc2dfcc87434776f37d30a3b5c", + "labels": [ + "testing" + ], + "merged": true, + "issue_number": 17, + "issue_body": "## Reproduction\nAt authoritative main `de000db`, a clean worktree running `godot --headless --path . --script tests/test_main_scene.gd` fails to parse: `Identifier Rules not declared`. Running one headless editor import first generates `.godot/global_script_class_cache.cfg`, after which every test passes.\n\n## Scope\nCreate one cross-platform test entrypoint that bootstraps/imports a fresh project deterministically, then runs every unit/balance/network test. Do not commit `.godot` cache. Update README commands so the documented first command works from a fresh clone. Preserve Windows Godot discovery added by #14.\n\n## Acceptance\n- Fresh WSL clone with no `.godot`: one command runs all tests and the real ENet E2E.\n- Fresh native-Windows checkout: equivalent command works with configured Godot path.\n- Runner fails if any test emits `SCRIPT ERROR`, `Parse Error`, `FAIL`, or the E2E teardown error\u2014even when the process exits 0.\n- Existing individual test commands remain usable after bootstrap.\n- `git diff --check`; no generated cache/artifacts committed.", + "changed_files": [ + "README.md", + "tests/net_e2e_client.gd", + "tests/net_e2e_host.gd", + "tests/net_e2e_probe.gd", + "tests/run_all_tests.sh", + "tests/test-run-all-tests.sh" + ], + "diff": "diff --git a/README.md b/README.md\nindex 4ed204a..1d8d903 100644\n--- a/README.md\n+++ b/README.md\n@@ -60,7 +60,19 @@ the real-time catch-up minigames. Disconnects revert a seat to AI and the game\n continues.\n \n Rendering and input stay in `scenes/`; the rules remain in `core/` and continue\n-to run without a display. Verify both layers with:\n+to run without a display. Verify layers with the one-command suite \u2014 it works\n+from a fresh clone with no `.godot` cache (it bootstraps the import\n+deterministically, then runs every unit/balance/network test and the real\n+ENet E2E, failing if any step emits a `SCRIPT ERROR`, `Parse Error`, or\n+`FAIL` \u2014 even when the Godot process exits 0):\n+\n+```sh\n+bash tests/run_all_tests.sh # fresh-checkout safe; auto-bootstraps\n+GODOT=/path/to/godot bash tests/run_all_tests.sh # (or on PATH: godot/godot.exe)\n+```\n+\n+Individual tests remain usable (run them after the suite or one manual\n+`godot --headless --import .` for a fresh clone):\n \n ```sh\n godot --headless --path . --script tests/test_main_scene.gd\ndiff --git a/tests/net_e2e_client.gd b/tests/net_e2e_client.gd\nindex 7e39961..106e09f 100644\n--- a/tests/net_e2e_client.gd\n+++ b/tests/net_e2e_client.gd\n@@ -16,6 +16,8 @@ var snapshots := 0\n var minigame_prompts := 0\n var branch_prompts := 0\n var failures := 0\n+var server_gone := false\n+var settled_after_snapshots := false\n \n func check(label: String, ok: bool) -> void:\n \tif ok:\n@@ -31,7 +33,7 @@ func _initialize() -> void:\n \tcall_deferred(\"_run\")\n \n func _run() -> void:\n-\tnet = NetworkGame.new()\n+\tnet = NetE2EProbe.new()\n \tnet.name = \"NetworkGame\"\n \troot.add_child(net)\n \tnet.error_occurred.connect(func(message): print(\"CLIENT %s error: %s\" % [my_name, message]))\n@@ -44,8 +46,29 @@ func _run() -> void:\n \t\tquit(1)\n \t\treturn\n \n+\t# Both exit paths are wires for the SAME host-ended-session condition: the\n+\t# explicit host_finished RPC (primary) and the engine's server_disconnected\n+\t# signal (belt-and-braces). Whichever arrives first ends phase 2; a phase 2\n+\t# that burns the 25s deadline with neither set is a FAIL (checked below).\n+\t# This is the same SceneMultiplayer NetworkGame.join() configured with the\n+\t# ENet client peer (multiplayer.multiplayer_peer = _peer), so its\n+\t# server_disconnected signal reflects this probe's actual socket.\n+\tvar multiplayer_signal: SceneMultiplayer = net.multiplayer\n+\tmultiplayer_signal.server_disconnected.connect(_on_server_disconnected)\n+\tnet.session_ended.connect(_on_server_disconnected)\n+\n \tvar deadline := Time.get_ticks_msec() + FINISH_TIMEOUT_MSEC\n-\twhile snapshots < EXPECT_SNAPSHOTS and Time.get_ticks_msec() < deadline:\n+\t# Phase 1: collect required snapshots (seat + rounds).\n+\twhile snapshots < EXPECT_SNAPSHOTS and not server_gone and Time.get_ticks_msec() < deadline:\n+\t\tawait process_frame\n+\t\tsettled_after_snapshots = true\n+\n+\t# Phase 2: hold the socket open and read remaining state until the HOST\n+\t# ends the session (host_finished RPC / server_disconnected). Quitting on\n+\t# snapshot count alone races the host's socket flush and yields the ENet\n+\t# teardown error (\"Unable to send packet on channel 0\"); exiting only after\n+\t# the host ended the session makes teardown clean and deterministic.\n+\twhile not server_gone and Time.get_ticks_msec() < deadline:\n \t\tawait process_frame\n \n \tcheck(\"seat assigned\", net.my_seat >= 2 and net.my_seat <= 4)\n@@ -53,11 +76,22 @@ func _run() -> void:\n \tcheck(\"rendered state has 4 players\",\n \t\tnet.state != null and net.state.players.size() == 4)\n \tcheck(\"minigame prompts answered\", minigame_prompts >= 3)\n+\t# The host must have ended the session. Reaching the deadline instead is a\n+\t# timeout-driven teardown \u2014 the exact defect #17's acceptance forbids \u2014 and\n+\t# must FAIL, not print all passed.\n+\tcheck(\"host ended the session (no 25s timeout)\", server_gone)\n \tprint(\"CLIENT %s seat=%d snapshots=%d minigame_prompts=%d branch_prompts=%d\"\n \t\t% [my_name, net.my_seat, snapshots, minigame_prompts, branch_prompts])\n \tprint(\"\\n%s\" % (\"all passed\" if failures == 0 else \"%d FAILED\" % failures))\n \tquit(1 if failures else 0)\n \n+func _exit_tree() -> void:\n+\tif net != null:\n+\t\tnet.queue_free()\n+\n+func _on_server_disconnected() -> void:\n+\tserver_gone = true\n+\n func _on_state(_state: GameState) -> void:\n \tsnapshots += 1\n \ndiff --git a/tests/net_e2e_host.gd b/tests/net_e2e_host.gd\nindex 84f6c9c..e274415 100644\n--- a/tests/net_e2e_host.gd\n+++ b/tests/net_e2e_host.gd\n@@ -6,7 +6,7 @@ extends SceneTree\n ## Run via tests/run_net_e2e.sh. The HostProbe subclass counts what the host\n ## actually received from the wire, so the assertions prove both directions.\n \n-class HostProbe extends NetworkGame:\n+class HostProbe extends NetE2EProbe:\n \tvar minigame_inputs_received := 0\n \tvar branch_inputs_received := 0\n \n@@ -22,6 +22,10 @@ const PORT := 17255\n const SEED := 12345\n const ROUNDS := 3\n const JOIN_TIMEOUT_MSEC := 15000\n+## Bounded window for both clients to disconnect after the host ends the\n+## session. Locally this is milliseconds; 5s is a generous ceiling that still\n+## fails (rather than passing) if teardown ever falls back to a timeout.\n+const QUISCE_TIMEOUT_MSEC := 5000\n \n var failures := 0\n \n@@ -62,8 +66,36 @@ func _run() -> void:\n \t\tprint(\"HOST round %d complete\" % net.state.round_index)\n \tcheck(\"three rounds advanced\", net.state.round_index == ROUNDS)\n \n-\t# Give the final broadcast a moment to flush before we tear down.\n-\tawait create_timer(0.5).timeout\n+\t# Let the final round's last authoritative broadcasts flush out before we\n+\t# end the session, so no send races a peer's close.\n+\tawait process_frame\n+\tawait process_frame\n+\n+\t# End the session: the HOST drives the teardown. The authority host_finished\n+\t# RPC tells every connected client the session is over; each client leaves\n+\t# phase 2 on receipt (never on its 25s deadline) and quits cleanly. The\n+\t# host must then see both clients disconnect \u2014 the quiesce wait below is\n+\t# bounded, and either the client-count or the wall-clock check fails if the\n+\t# teardown ever degrades back to a timeout path.\n+\tvar session_end_started := Time.get_ticks_msec()\n+\t# rpc() on the authority broadcasts to every connected peer; call_local\n+\t# additionally invokes on the host's own probe (no-op: nothing connected).\n+\tnet.host_finished.rpc()\n+\tvar quiesce_deadline := Time.get_ticks_msec() + QUISCE_TIMEOUT_MSEC\n+\twhile net.connected_humans() > 1 and Time.get_ticks_msec() < quiesce_deadline:\n+\t\tawait process_frame\n+\tvar teardown_ms := Time.get_ticks_msec() - session_end_started\n+\t# The intended condition: both clients left because the host finished the\n+\t# session. If this is false the loop above hit QUISCE_TIMEOUT_MSEC \u2014 a\n+\t# timeout-driven teardown must fail, never print all passed.\n+\tcheck(\"both clients left when the host finished the session\", net.connected_humans() == 1)\n+\t# Bounded timing assertion: proving the real E2E no longer waits out the\n+\t# 25s client deadline (review regression gate for issue #17).\n+\tcheck(\"host-driven teardown completed promptly (<5s)\", teardown_ms < QUISCE_TIMEOUT_MSEC)\n+\tprint(\"HOST teardown: %d ms from host_finished to both clients gone\" % teardown_ms)\n+\t# Small settle so final reliable RPCs flush with all peers already gone.\n+\tawait process_frame\n+\tawait process_frame\n \tcheck(\"minigame inputs received over the wire\", net.minigame_inputs_received >= 4)\n \tprint(\"HOST received %d minigame inputs, %d junction intents\"\n \t\t% [net.minigame_inputs_received, net.branch_inputs_received])\ndiff --git a/tests/net_e2e_probe.gd b/tests/net_e2e_probe.gd\nnew file mode 100644\nindex 0000000..6f476c2\n--- /dev/null\n+++ b/tests/net_e2e_probe.gd\n@@ -0,0 +1,20 @@\n+extends NetworkGame\n+\n+## Shared real-socket E2E probe: the production NetworkGame plus one explicit\n+## host-driven session-end primitive used only by tests/net_e2e_host.gd and\n+## tests/net_e2e_client.gd.\n+##\n+## The issue-#17 acceptance requires the E2E teardown to be host-driven: clients\n+## must leave the session because the HOST ended it, never because their own\n+## 25s deadline expired. `host_finished` is an authority RPC the host broadcasts\n+## once it has quiesced (no sends in flight); each client sets server_gone the\n+## moment it arrives and quits cleanly. Relying on socket-level disconnect\n+## detection alone is not deterministic locally (ENet keepalive timing), so the\n+## protocol carries the intent explicitly.\n+class_name NetE2EProbe\n+\n+signal session_ended ## client side: the host ended the session\n+\n+@rpc(\"authority\", \"call_local\", \"reliable\")\n+func host_finished() -> void:\n+\tsession_ended.emit()\ndiff --git a/tests/run_all_tests.sh b/tests/run_all_tests.sh\nnew file mode 100644\nindex 0000000..4dc873a\n--- /dev/null\n+++ b/tests/run_all_tests.sh\n@@ -0,0 +1,106 @@\n+#!/usr/bin/env bash\n+# One-command test suite for a FRESH checkout (no .godot cache required).\n+#\n+# bash tests/run_all_tests.sh\n+#\n+# Bootstraps the project deterministically (headless import when\n+# .godot/global_script_class_cache.cfg is missing \u2014 generated locally, never\n+# committed), then runs every unit/balance/network test and the real ENet\n+# E2E. Works on WSL and on native Windows (GODOT override or godot on PATH).\n+#\n+# Failure semantics are STRICTER than Godot's exit code: the runner greps\n+# every test log for `SCRIPT ERROR`, `Parse Error`, and `FAIL`, and fails the\n+# suite even when a Godot process exits 0 (Godot 4.3 --script exits 0 on\n+# parse errors \u2014 see dice-and-deeds#17). The ENet teardown send failure\n+# (\"Unable to send packet on channel 0\") is ALSO a failure: the E2E teardown\n+# is host-driven, so a real run emits no such line (see dice-and-deeds#17).\n+set -u\n+\n+cd \"$(dirname \"$0\")/..\"\n+\n+# ---- Godot discovery (preserves the #14 GODOT override contract) ----------\n+GODOT=\"${GODOT:-}\"\n+if [ -z \"$GODOT\" ]; then\n+ if command -v godot >/dev/null 2>&1; then\n+ GODOT=\"$(command -v godot)\"\n+ elif command -v godot.exe >/dev/null 2>&1; then\n+ GODOT=\"$(command -v godot.exe)\"\n+ fi\n+fi\n+if [ -z \"$GODOT\" ] || ! \"$GODOT\" --headless --version >/dev/null 2>&1; then\n+ echo \"RESULT run_all_tests FAILED: no runnable Godot binary (set GODOT=/path/to/godot)\" >&2\n+ exit 1\n+fi\n+echo \"== run_all_tests: Godot=$(\"$GODOT\" --headless --version 2>&1 | head -1)\"\n+\n+# ---- deterministic bootstrap -------------------------------------------------\n+# A fresh checkout has no .godot/ class cache, so global class_names (Rules,\n+# Board, NetworkGame, ...) fail with \"Identifier not declared\" when running\n+# --script directly. One headless import generates the cache; skipped when\n+# already present so repeated runs stay fast.\n+if [ ! -f .godot/global_script_class_cache.cfg ]; then\n+ echo \"== bootstrap: import (fresh checkout, generating .godot class cache)\"\n+ if ! \"$GODOT\" --headless --import . >/dev/null 2>&1; then\n+ echo \"RESULT run_all_tests FAILED: headless import failed \u2014 project may not open in this engine version\" >&2\n+ exit 1\n+ fi\n+fi\n+\n+# ---- unit / balance / network tests (single-process SceneTree scripts) ----\n+UNIT_TESTS=(test_economy test_main_scene test_minigame measure_economy\n+ test_net_host_logic test_net_snapshot test_ai_policies\n+ test_game_setup test_villain_encounters)\n+\n+LOG_DIR=\"${TEST_LOG_DIR:-/tmp}\"\n+mkdir -p \"$LOG_DIR\"\n+suite_rc=0\n+declare -a failures=()\n+\n+# \"--path . --script\" keeps the existing individual commands usable one-by-one\n+# after bootstrap; CMDS are echoed so a failing case is trivially re-run.\n+for t in \"${UNIT_TESTS[@]}\"; do\n+ log=\"$LOG_DIR/dnd-$t.log\"\n+ echo \"== $t\"\n+ \"$GODOT\" --headless --path . --script \"tests/$t.gd\" >\"$log\" 2>&1\n+ rc=$?\n+ issues=$(grep -nE \"SCRIPT ERROR|Parse Error|^[[:space:]]*FAIL\" \"$log\" || true)\n+ if [ \"$rc\" -ne 0 ] || [ -n \"$issues\" ]; then\n+ suite_rc=1\n+ failures+=(\"$t (exit=$rc)\")\n+ echo \" FAIL $t \u2014 see $log\"\n+ echo \"$issues\" | head -5\n+ else\n+ checks=$(grep -cE '^ ok ' \"$log\" 2>/dev/null || true)\n+ results=$(grep -cE '^RESULT ' \"$log\" 2>/dev/null || true)\n+ echo \" passed (ok:$checks result:$results)\"\n+ fi\n+done\n+\n+# ---- real ENet E2E (host + 2 clients over 127.0.0.1) ------------------------\n+log=\"$LOG_DIR/dnd-e2e.log\"\n+echo \"== run_net_e2e\"\n+# RUN_NET_E2E lets the self-test inject a fake E2E (e.g. one that exits 0 while\n+# printing a forbidden teardown line) without touching the real ENet harness.\n+${RUN_NET_E2E:-bash tests/run_net_e2e.sh} >\"$log\" 2>&1\n+rc=$?\n+# Everything Godot prints while the E2E runs must be clean. The ENet teardown\n+# send failure (\"Unable to send packet on channel 0\") is NOT benign: issue #17\n+# requires the runner to fail on it, and the E2E teardown is host-driven so a\n+# real run must not emit it at all.\n+bad=$(grep -nE \"SCRIPT ERROR|Parse Error|^[[:space:]]*FAIL|E2E FAIL|Unable to send packet on channel 0\" \"$log\" || true)\n+if [ \"$rc\" -ne 0 ] || [ -n \"$bad\" ]; then\n+ suite_rc=1\n+ failures+=(\"net_e2e (exit=$rc)\")\n+ echo \" FAIL net_e2e \u2014 see $log\"\n+ echo \"$bad\" | head -6\n+else\n+ echo \" passed (E2E all passed; no teardown send noise)\"\n+fi\n+\n+# ---- verdict -----------------------------------------------------------------\n+if [ \"$suite_rc\" -ne 0 ]; then\n+ echo \"RESULT run_all_tests FAILED: ${failures[*]} \u2014 even though individual Godot processes may have exited 0\" >&2\n+ exit 1\n+fi\n+echo \"RESULT run_all_tests passed: all unit/balance/network tests + real ENet E2E (fresh-checkout safe)\"\n+exit 0\ndiff --git a/tests/test-run-all-tests.sh b/tests/test-run-all-tests.sh\nnew file mode 100644\nindex 0000000..a00d8b0\n--- /dev/null\n+++ b/tests/test-run-all-tests.sh\n@@ -0,0 +1,78 @@\n+#!/usr/bin/env bash\n+# Self-test for tests/run_all_tests.sh acceptance:\n+# A. fresh-checkout one-command run passes (real Godot)\n+# B. runner FAILS when a test prints SCRIPT ERROR / Parse Error / FAIL even\n+# when the Godot process exits 0 (the #17 repro: Godot 4.3 exits 0 on\n+# parse errors).\n+set -u\n+cd \"$(dirname \"$0\")/..\"\n+\n+fail=0\n+step() { echo \"== $*\"; }\n+\n+# ---- B. fail-on-exit-0 (fake Godot prints parse errors, exits 0) -----------\n+step \"negative case: SCRIPT ERROR + exit 0 must fail the runner\"\n+FAKE=\"$(mktemp -d)\"\n+cat > \"$FAKE/godot\" <<'EOF'\n+#!/bin/sh\n+# Fake Godot: claims to work, then emits the #17 parse-error signature while\n+# exiting 0 \u2014 exactly what real Godot 4.3 does on a fresh checkout.\n+echo Script main\n+echo \"SCRIPT ERROR: Parse Error: Identifier \\\"Rules\\\" not declared in the current scope.\"\n+exit 0\n+EOF\n+chmod +x \"$FAKE/godot\"\n+# point the runner at it; the bootstrap import will fail (no import support),\n+# so emulate the bootstrapped state instead by pre-creating the cache marker.\n+mkdir -p .godot\n+echo \"res://\" > .godot/global_script_class_cache.cfg.placeholder\n+# run only the unit-test half path via the real script (import skipped since\n+# cache marker exists \u2014 the real bootstrap requires a real import, which we\n+# cannot do with a fake binary; the grep semantics are what we're proving).\n+if GODOT=\"$FAKE/godot\" bash tests/run_all_tests.sh >/tmp/dnd-neg.log 2>&1; then\n+ echo \"FAIL: runner exited 0 despite SCRIPT ERROR (acceptance violated)\" >&2\n+ fail=1\n+else\n+ grep -q \"FAILED\" /tmp/dnd-neg.log && echo \"PASS: runner failed on SCRIPT ERROR with exit 0 processes\" || {\n+ echo \"FAIL: runner failed for the wrong reason\" >&2; cat /tmp/dnd-neg.log; fail=1; }\n+fi\n+rm -rf \"$FAKE\" .godot/global_script_class_cache.cfg.placeholder\n+\n+# ---- C. fail-on-teardown-error with exit 0 (fake E2E) ------------------------\n+step \"negative case: ENet teardown send error + exit 0 must fail the runner\"\n+FAKE=\"$(mktemp -d)\"\n+# Fake Godot: passes discovery, bootstrap, and every unit test (each prints a\n+# clean RESULT + ok lines and exits 0), so the run reaches the E2E stage.\n+cat > \"$FAKE/godot\" <<'EOF'\n+#!/bin/sh\n+for a in \"$@\"; do\n+ case \"$a\" in\n+ --version) echo \"Godot Engine v4.3-stable.fake\"; exit 0 ;;\n+ --import) echo \"import ok\"; exit 0 ;;\n+ --script) echo \" ok fake unit\"; echo \"RESULT fake pass\"; exit 0 ;;\n+ esac\n+done\n+exit 0\n+EOF\n+chmod +x \"$FAKE/godot\"\n+# Fake E2E runner: exits 0 but leaks the exact #17 teardown signature.\n+cat > \"$FAKE/run_net_e2e.sh\" <<'EOF'\n+#!/bin/sh\n+echo \"E2E all passed\"\n+echo 'ERROR: Unable to send packet on channel 0, max channels: 0'\n+exit 0\n+EOF\n+chmod +x \"$FAKE/run_net_e2e.sh\"\n+mkdir -p .godot\n+if GODOT=\"$FAKE/godot\" RUN_NET_E2E=\"$FAKE/run_net_e2e.sh\" \\\n+ bash tests/run_all_tests.sh >/tmp/dnd-neg-e2e.log 2>&1; then\n+ echo \"FAIL: runner exited 0 despite ENet teardown error (acceptance violated)\" >&2\n+ fail=1\n+else\n+ grep -q \"Unable to send packet on channel 0\" /tmp/dnd-neg-e2e.log \\\n+ && echo \"PASS: runner failed on ENet teardown error with exit 0 processes\" || {\n+ echo \"FAIL: runner failed for the wrong reason\" >&2; cat /tmp/dnd-neg-e2e.log; fail=1; }\n+fi\n+rm -rf \"$FAKE\" .godot/global_script_class_cache.cfg.placeholder\n+\n+exit $fail\n", + "diff_truncated": false, + "diff_bytes": 16973 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gitea-saas-core-10.json b/tests/calibration/corpus/gitea-saas-core-10.json new file mode 100644 index 0000000..a360c19 --- /dev/null +++ b/tests/calibration/corpus/gitea-saas-core-10.json @@ -0,0 +1,23 @@ +{ + "id": "gitea-saas-core-10", + "repo": "gitea-saas-core", + "pr": 10, + "title": "Billing ledger core (clients/ledger/holds, idempotent, fail-closed) (#1)", + "head_sha": "6d764d46f62c76dce5c5975a1037d4c47b9bd985", + "base_sha": "71cc2634ce7f99de4cb1a7e784356c52f4d3c3bc", + "labels": [], + "merged": true, + "issue_number": 1, + "issue_body": "## Goal\nShared billing core: SQLite schema + ledger operations. Pure Python, no HTTP, no Stripe, no Gitea. Everything else builds on this.\n\n**Files allowed:** `gitea_saas/billing_core.py`, `gitea_saas/schema.sql`, `gitea_saas/db.py`, `tests/test_billing_core.py` (+ `requirements.txt`, `pyproject.toml`). Do NOT modify anything else.\n\n## Spec\n- Schema: `clients(id, name, tier, status, meta_json, created_at)`, `ledger(id, client_id, kind, amount_minor, currency, idempotency_key UNIQUE NOT NULL, ref_type, ref_id, created_at)`, `holds(id, client_id, amount_minor, ref_type, ref_id, expires_at, released_at)`.\n- `kind` in {credit, debit, hold, release, refund}.\n- Invariants (fail-closed):\n - `balance = sum(credits) - sum(debits) - sum(active holds)`; balance must NEVER go negative (reject with explicit error).\n - idempotency: mutations with duplicate `idempotency_key` are no-ops returning the original result (not errors).\n - holds expire (default 30 min) and auto-release on read/query.\n- Operations: `create_client`, `get_client(include_balance)`, `credit`, `debit`, `reserve_hold`, `release_hold`, `list_ledger(client_id, from, to)`, `expire_stale_holds`.\n- All amounts in minor units (cents) as ints. Currency default USD.\n- Thread-safe (single global lock or sqlite WAL + row lock).\n- `pathlib.Path` DB path via constructor; temp-dir DB for tests.\n\n## Acceptance\n- [x] Schema created idempotently (`create_tables` safe to call twice)\n- [x] credit -> balance up; debit -> balance down; debit below zero -> error, no row written\n- [x] duplicate idempotency_key credit applied once (balance reflects one credit)\n- [x] hold reserves balance; release returns it; expiry auto-releases on next query\n- [x] refund adds back, preserves idempotency\n- [x] all operations return (ok, details); errors are structured, never exceptions escaped to caller\n\n**Verification:** `python -m pytest tests/test_billing_core.py -q` passes. Zero test reliance on network/Stripe/Gitea.\n", + "changed_files": [ + "gitea_saas/billing_core.py", + "gitea_saas/db.py", + "gitea_saas/schema.sql", + "pyproject.toml", + "requirements.txt", + "tests/test_billing_core.py" + ], + "diff": "diff --git a/gitea_saas/billing_core.py b/gitea_saas/billing_core.py\nnew file mode 100644\nindex 0000000..c64acf2\n--- /dev/null\n+++ b/gitea_saas/billing_core.py\n@@ -0,0 +1,534 @@\n+\"\"\"Billing ledger core for gitea-saas-core.\n+\n+Pure Python + SQLite (stdlib only). No HTTP, no Stripe, no Gitea. This is the\n+shared billing core everything else builds on.\n+\n+Invariants (fail-closed)\n+-----------------------\n+* ``balance = sum(credits) + sum(refunds) - sum(debits) - sum(active holds)``\n+ and may never go negative: any mutation that would push it below zero is\n+ rejected with a structured error and writes NO rows.\n+* Every mutating operation is idempotent via ``idempotency_key`` (UNIQUE in\n+ the ledger). Replaying a key that already exists is a no-op that returns\n+ the original entry -- never an error.\n+* Holds expire (default 30 minutes) and are auto-released on the next\n+ read/query, so a stale hold can never lock balance forever.\n+\n+Public API contract\n+-------------------\n+Every operation returns ``(ok, details)`` -- a bool and a dict. Failures are\n+structured and never raise: ``(False, {\"error\": {\"code\": ..., \"message\":\n+...}})``. Success payloads carry ``ledger_id``/``hold_id`` and the client's\n+``balance`` after the mutation.\n+\n+Ledger audit convention for holds: the ``hold``/``release`` ledger rows use\n+``ref_type='hold', ref_id=str(hold_id)`` (a system pointer) so idempotent\n+replays resolve the exact hold row. The caller-facing semantic ref supplied\n+to ``reserve_hold`` lives on the holds row itself.\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import json\n+import sqlite3\n+import threading\n+from datetime import datetime, timedelta, timezone\n+from pathlib import Path\n+\n+from .db import SCHEMA_PATH, connect, create_tables\n+\n+# Structured error codes (public contract).\n+UNKNOWN_CLIENT = \"UNKNOWN_CLIENT\"\n+INVALID_AMOUNT = \"INVALID_AMOUNT\"\n+INVALID_KEY = \"INVALID_KEY\"\n+INVALID_CURRENCY = \"INVALID_CURRENCY\"\n+INVALID_NAME = \"INVALID_NAME\"\n+INVALID_HOLD_TTL = \"INVALID_HOLD_TTL\"\n+INSUFFICIENT_BALANCE = \"INSUFFICIENT_BALANCE\"\n+DUPLICATE_CLIENT = \"DUPLICATE_CLIENT\"\n+HOLD_NOT_FOUND = \"HOLD_NOT_FOUND\"\n+HOLD_ALREADY_RELEASED = \"HOLD_ALREADY_RELEASED\"\n+IDEMPOTENCY_CONFLICT = \"IDEMPOTENCY_CONFLICT\"\n+INTERNAL = \"INTERNAL\"\n+\n+KINDS = frozenset({\"credit\", \"debit\", \"hold\", \"release\", \"refund\"})\n+LEDGER_CREDIT_KINDS = (\"credit\", \"refund\") # money-in kinds counted in balance\n+DEFAULT_HOLD_MINUTES = 30\n+DEFAULT_CURRENCY = \"USD\"\n+\n+\n+def _ok(details: dict) -> tuple[bool, dict]:\n+ return True, details\n+\n+\n+def _err(code: str, message: str) -> tuple[bool, dict]:\n+ return False, {\"error\": {\"code\": code, \"message\": message}}\n+\n+\n+def _coerce_ts(value) -> str:\n+ \"\"\"Accept an ISO string or a (possibly naive) datetime -> ISO string.\"\"\"\n+ if isinstance(value, datetime):\n+ if value.tzinfo is None:\n+ value = value.replace(tzinfo=timezone.utc)\n+ return value.isoformat()\n+ return str(value)\n+\n+\n+def _load_meta(raw: str | None) -> dict:\n+ try:\n+ parsed = json.loads(raw or \"{}\")\n+ return parsed if isinstance(parsed, dict) else {}\n+ except (ValueError, TypeError):\n+ return {}\n+\n+\n+class BillingCore:\n+ \"\"\"Thread-safe billing ledger backed by a single SQLite file.\n+\n+ ``db_path`` is a ``pathlib.Path`` (tests use temp-dir DBs). All access is\n+ serialized by one re-entrant lock; WAL keeps readers non-blocking.\n+ \"\"\"\n+\n+ def __init__(self, db_path: Path, schema_path: Path | None = None,\n+ now_fn=None):\n+ \"\"\"Open (or create) the ledger DB.\n+\n+ ``db_path`` is a ``pathlib.Path`` (tests use temp-dir DBs).\n+ ``now_fn`` is a test seam: a zero-arg callable returning the current\n+ UTC ``datetime``; defaults to the real clock. All access is\n+ serialized by one re-entrant lock; WAL keeps readers non-blocking.\n+ \"\"\"\n+ self._path = Path(db_path)\n+ self._schema_path = Path(schema_path) if schema_path is not None else SCHEMA_PATH\n+ self._now_fn = now_fn or (lambda: datetime.now(timezone.utc))\n+ self._lock = threading.RLock()\n+ self._conn = connect(self._path)\n+ self.create_tables()\n+\n+ # ------------------------------------------------------------------\n+ # Time helpers (injectable clock)\n+ # ------------------------------------------------------------------\n+\n+ def _ts(self) -> str:\n+ \"\"\"Current time as a sortable ISO-8601 UTC string.\"\"\"\n+ return self._now_fn().isoformat()\n+\n+ def _ts_plus_minutes(self, minutes: float) -> str:\n+ \"\"\"ISO-8601 UTC timestamp ``minutes`` from now (negative => the past).\"\"\"\n+ return (self._now_fn() + timedelta(minutes=minutes)).isoformat()\n+\n+ # ------------------------------------------------------------------\n+ # Schema / low-level helpers\n+ # ------------------------------------------------------------------\n+\n+ def create_tables(self) -> None:\n+ \"\"\"Create the schema idempotently (safe to call any number of times).\"\"\"\n+ with self._lock:\n+ create_tables(self._conn, schema_path=self._schema_path)\n+\n+ def _client_exists(self, client_id: int) -> bool:\n+ row = self._conn.execute(\"SELECT id FROM clients WHERE id = ?\", (client_id,)).fetchone()\n+ return row is not None\n+\n+ def _active_hold_sum(self, client_id: int) -> int:\n+ row = self._conn.execute(\n+ \"SELECT COALESCE(SUM(amount_minor), 0) FROM holds\"\n+ \" WHERE client_id = ? AND released_at IS NULL AND expires_at > ?\",\n+ (client_id, self._ts()),\n+ ).fetchone()\n+ return int(row[0])\n+\n+ def _ledger_sum(self, client_id: int, kinds: tuple[str, ...]) -> int:\n+ placeholders = \",\".join(\"?\" * len(kinds))\n+ row = self._conn.execute(\n+ f\"SELECT COALESCE(SUM(amount_minor), 0) FROM ledger\"\n+ f\" WHERE client_id = ? AND kind IN ({placeholders})\",\n+ (client_id, *kinds),\n+ ).fetchone()\n+ return int(row[0])\n+\n+ def _balance(self, client_id: int) -> int:\n+ \"\"\"Available balance: credits + refunds - debits - active holds.\"\"\"\n+ money_in = self._ledger_sum(client_id, LEDGER_CREDIT_KINDS)\n+ debits = self._ledger_sum(client_id, (\"debit\",))\n+ holds = self._active_hold_sum(client_id)\n+ return money_in - debits - holds\n+\n+ def _expire_stale_holds(self, client_id: int | None = None) -> list[dict]:\n+ \"\"\"Release expired holds, writing deterministic 'release' ledger rows.\n+\n+ Idempotent: only ``released_at IS NULL`` holds are touched, and the\n+ auto-release ledger key is derived from the hold id, so re-running is\n+ a no-op.\n+ \"\"\"\n+ now = self._ts()\n+ if client_id is None:\n+ rows = self._conn.execute(\n+ \"SELECT * FROM holds WHERE released_at IS NULL AND expires_at <= ?\",\n+ (now,),\n+ ).fetchall()\n+ else:\n+ rows = self._conn.execute(\n+ \"SELECT * FROM holds WHERE client_id = ? AND released_at IS NULL AND expires_at <= ?\",\n+ (client_id, now),\n+ ).fetchall()\n+ expired = []\n+ for h in rows:\n+ hold_id = h[\"id\"]\n+ cur = self._conn.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'release', ?, ?, ?, 'hold', ?, ?)\",\n+ (h[\"client_id\"], h[\"amount_minor\"], DEFAULT_CURRENCY,\n+ f\"auto-release:{hold_id}\", str(hold_id), now),\n+ )\n+ self._conn.execute(\"UPDATE holds SET released_at = ? WHERE id = ?\", (now, hold_id))\n+ expired.append({\"hold_id\": hold_id, \"amount_minor\": h[\"amount_minor\"],\n+ \"ledger_id\": cur.lastrowid})\n+ return expired\n+\n+ # ------------------------------------------------------------------\n+ # Transaction wrapper (fail-closed)\n+ # ------------------------------------------------------------------\n+\n+ def _mutate(self, fn) -> tuple[bool, dict]:\n+ \"\"\"Run ``fn`` inside BEGIN IMMEDIATE with structured error isolation.\n+\n+ Writes are atomic: on any SQLite failure the whole transaction is\n+ rolled back and a structured INTERNAL error is returned -- no partial\n+ rows, and no exceptions leak to callers.\n+ \"\"\"\n+ with self._lock:\n+ try:\n+ self._conn.execute(\"BEGIN IMMEDIATE\")\n+ except sqlite3.Error as e:\n+ return _err(INTERNAL, f\"could not start transaction: {e}\")\n+ try:\n+ result = fn()\n+ except sqlite3.Error as e:\n+ try:\n+ self._conn.rollback()\n+ except sqlite3.Error:\n+ pass\n+ return _err(INTERNAL, f\"database error: {e}\")\n+ try:\n+ self._conn.commit()\n+ except sqlite3.Error as e:\n+ try:\n+ self._conn.rollback()\n+ except sqlite3.Error:\n+ pass\n+ return _err(INTERNAL, f\"could not commit transaction: {e}\")\n+ return result\n+\n+ @staticmethod\n+ def _validate_amount(amount_minor) -> str | None:\n+ \"\"\"Return an error code if the amount is invalid, else None.\"\"\"\n+ if not isinstance(amount_minor, int) or isinstance(amount_minor, bool) or amount_minor <= 0:\n+ return INVALID_AMOUNT\n+ return None\n+\n+ @staticmethod\n+ def _validate_key(idempotency_key) -> str | None:\n+ if not isinstance(idempotency_key, str) or not idempotency_key.strip():\n+ return INVALID_KEY\n+ return None\n+\n+ @staticmethod\n+ def _validate_currency(currency) -> str | None:\n+ if not isinstance(currency, str) or not currency.strip():\n+ return INVALID_CURRENCY\n+ return None\n+\n+ # ------------------------------------------------------------------\n+ # Clients\n+ # ------------------------------------------------------------------\n+\n+ def create_client(self, name: str, tier: str = \"free\", status: str = \"active\",\n+ meta: dict | None = None) -> tuple[bool, dict]:\n+ \"\"\"Create a client. Duplicate names are rejected (UNIQUE).\"\"\"\n+ name = (name or \"\").strip()\n+ if not name:\n+ return _err(INVALID_NAME, \"client name must be a non-empty string\")\n+ meta = meta if isinstance(meta, dict) else {}\n+ meta_json = json.dumps(meta, sort_keys=True)\n+\n+ def fn() -> tuple[bool, dict]:\n+ now = self._ts()\n+ try:\n+ cur = self._conn.execute(\n+ \"INSERT INTO clients (name, tier, status, meta_json, created_at)\"\n+ \" VALUES (?, ?, ?, ?, ?)\",\n+ (name, tier, status, meta_json, now),\n+ )\n+ except sqlite3.IntegrityError:\n+ return _err(DUPLICATE_CLIENT, f\"client name already exists: {name}\")\n+ return _ok({\"client_id\": cur.lastrowid, \"name\": name, \"tier\": tier,\n+ \"status\": status, \"meta\": meta, \"created_at\": now})\n+\n+ return self._mutate(fn)\n+\n+ def get_client(self, client_id: int, include_balance: bool = True) -> tuple[bool, dict]:\n+ \"\"\"Fetch a client. Stale holds auto-release before the balance is read.\"\"\"\n+\n+ def fn() -> tuple[bool, dict]:\n+ row = self._conn.execute(\"SELECT * FROM clients WHERE id = ?\", (client_id,)).fetchone()\n+ if row is None:\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ client = dict(row)\n+ client[\"meta\"] = _load_meta(client.pop(\"meta_json\"))\n+ self._expire_stale_holds(client_id)\n+ details: dict = {\"client\": client}\n+ if include_balance:\n+ details[\"balance\"] = self._balance(client_id)\n+ return _ok(details)\n+\n+ return self._mutate(fn)\n+\n+ def get_balance(self, client_id: int) -> tuple[bool, dict]:\n+ \"\"\"Available balance: credits + refunds - debits - active holds.\"\"\"\n+\n+ def fn() -> tuple[bool, dict]:\n+ if not self._client_exists(client_id):\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ self._expire_stale_holds(client_id)\n+ return _ok({\"client_id\": client_id, \"balance\": self._balance(client_id)})\n+\n+ return self._mutate(fn)\n+\n+ # ------------------------------------------------------------------\n+ # Ledger mutations (credit / debit / refund)\n+ # ------------------------------------------------------------------\n+\n+ def credit(self, client_id: int, amount_minor: int, idempotency_key: str,\n+ currency: str = DEFAULT_CURRENCY, ref_type: str | None = None,\n+ ref_id: str | None = None) -> tuple[bool, dict]:\n+ \"\"\"Add money. Replaying the same ``idempotency_key`` is a no-op.\"\"\"\n+ return self._apply_ledger(client_id, \"credit\", amount_minor, idempotency_key,\n+ currency, ref_type, ref_id)\n+\n+ def debit(self, client_id: int, amount_minor: int, idempotency_key: str,\n+ currency: str = DEFAULT_CURRENCY, ref_type: str | None = None,\n+ ref_id: str | None = None) -> tuple[bool, dict]:\n+ \"\"\"Remove money. Rejected with INSUFFICIENT_BALANCE (no rows written)\n+ if it would push the balance below zero.\"\"\"\n+ return self._apply_ledger(client_id, \"debit\", amount_minor, idempotency_key,\n+ currency, ref_type, ref_id)\n+\n+ def refund(self, client_id: int, amount_minor: int, idempotency_key: str,\n+ currency: str = DEFAULT_CURRENCY, ref_type: str | None = None,\n+ ref_id: str | None = None) -> tuple[bool, dict]:\n+ \"\"\"Add money back (audited as 'refund'). Preserves idempotency.\"\"\"\n+ return self._apply_ledger(client_id, \"refund\", amount_minor, idempotency_key,\n+ currency, ref_type, ref_id)\n+\n+ def _apply_ledger(self, client_id: int, kind: str, amount_minor: int,\n+ idempotency_key: str, currency: str, ref_type: str | None,\n+ ref_id: str | None) -> tuple[bool, dict]:\n+ if kind not in KINDS or kind in (\"hold\", \"release\"):\n+ return _err(INTERNAL, f\"invalid ledger kind: {kind}\")\n+ if (code := self._validate_amount(amount_minor)) is not None:\n+ return _err(code, \"amount_minor must be a positive integer (minor units, e.g. cents)\")\n+ if (code := self._validate_key(idempotency_key)) is not None:\n+ return _err(code, \"idempotency_key must be a non-empty string\")\n+ if (code := self._validate_currency(currency)) is not None:\n+ return _err(code, \"currency must be a non-empty string (default USD)\")\n+ currency = currency.strip().upper()\n+\n+ def fn() -> tuple[bool, dict]:\n+ if not self._client_exists(client_id):\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ self._expire_stale_holds(client_id)\n+ existing = self._conn.execute(\n+ \"SELECT * FROM ledger WHERE idempotency_key = ?\", (idempotency_key,)\n+ ).fetchone()\n+ if existing is not None:\n+ return self._replay(existing, client_id)\n+ balance = self._balance(client_id)\n+ if kind == \"debit\" and amount_minor > balance:\n+ return _err(INSUFFICIENT_BALANCE,\n+ f\"debit {amount_minor} exceeds available balance {balance}\")\n+ cur = self._conn.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, ?, ?, ?, ?, ?, ?, ?)\",\n+ (client_id, kind, amount_minor, currency, idempotency_key,\n+ ref_type, ref_id, self._ts()),\n+ )\n+ return _ok({\"ledger_id\": cur.lastrowid, \"kind\": kind, \"client_id\": client_id,\n+ \"amount_minor\": amount_minor, \"currency\": currency,\n+ \"ref_type\": ref_type, \"ref_id\": ref_id,\n+ \"balance\": self._balance(client_id)})\n+\n+ return self._mutate(fn)\n+\n+ # ------------------------------------------------------------------\n+ # Holds\n+ # ------------------------------------------------------------------\n+\n+ def reserve_hold(self, client_id: int, amount_minor: int, idempotency_key: str,\n+ ref_type: str | None = None, ref_id: str | None = None,\n+ expires_in_minutes: float = DEFAULT_HOLD_MINUTES,\n+ currency: str = DEFAULT_CURRENCY) -> tuple[bool, dict]:\n+ \"\"\"Reserve balance with a hold. Replaying the same key is a no-op.\n+\n+ ``expires_in_minutes`` defaults to 30; <= 0 means already expired\n+ (deterministic expiry for tests / backdated holds).\n+ \"\"\"\n+ if (code := self._validate_amount(amount_minor)) is not None:\n+ return _err(code, \"amount_minor must be a positive integer (minor units, e.g. cents)\")\n+ if (code := self._validate_key(idempotency_key)) is not None:\n+ return _err(code, \"idempotency_key must be a non-empty string\")\n+ if (code := self._validate_currency(currency)) is not None:\n+ return _err(code, \"currency must be a non-empty string (default USD)\")\n+ if not isinstance(expires_in_minutes, (int, float)) or isinstance(expires_in_minutes, bool):\n+ return _err(INVALID_HOLD_TTL, \"expires_in_minutes must be a number\")\n+ currency = currency.strip().upper()\n+\n+ def fn() -> tuple[bool, dict]:\n+ if not self._client_exists(client_id):\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ self._expire_stale_holds(client_id)\n+ existing = self._conn.execute(\n+ \"SELECT * FROM ledger WHERE idempotency_key = ?\", (idempotency_key,)\n+ ).fetchone()\n+ if existing is not None:\n+ return self._replay(existing, client_id)\n+ balance = self._balance(client_id)\n+ if amount_minor > balance:\n+ return _err(INSUFFICIENT_BALANCE,\n+ f\"hold {amount_minor} exceeds available balance {balance}\")\n+ expires_at = self._ts_plus_minutes(float(expires_in_minutes))\n+ cur = self._conn.execute(\n+ \"INSERT INTO holds (client_id, amount_minor, ref_type, ref_id, expires_at)\"\n+ \" VALUES (?, ?, ?, ?, ?)\",\n+ (client_id, amount_minor, ref_type, ref_id, expires_at),\n+ )\n+ hold_id = cur.lastrowid\n+ # System pointer so idempotent replays resolve the exact hold row.\n+ lcur = self._conn.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'hold', ?, ?, ?, 'hold', ?, ?)\",\n+ (client_id, amount_minor, currency, idempotency_key, str(hold_id), self._ts()),\n+ )\n+ return _ok({\"hold_id\": hold_id, \"client_id\": client_id,\n+ \"amount_minor\": amount_minor, \"currency\": currency,\n+ \"ref_type\": ref_type, \"ref_id\": ref_id,\n+ \"expires_at\": expires_at, \"ledger_id\": lcur.lastrowid,\n+ \"balance\": self._balance(client_id)})\n+\n+ return self._mutate(fn)\n+\n+ def release_hold(self, hold_id: int, idempotency_key: str) -> tuple[bool, dict]:\n+ \"\"\"Release a hold, returning its amount to the balance.\n+\n+ Replaying the same ``idempotency_key`` returns the original release\n+ (no-op). Releasing an already-released hold with a *different* key is\n+ a structured HOLD_ALREADY_RELEASED error.\n+ \"\"\"\n+ if (code := self._validate_key(idempotency_key)) is not None:\n+ return _err(code, \"idempotency_key must be a non-empty string\")\n+\n+ def fn() -> tuple[bool, dict]:\n+ hold = self._conn.execute(\"SELECT * FROM holds WHERE id = ?\", (hold_id,)).fetchone()\n+ if hold is None:\n+ return _err(HOLD_NOT_FOUND, f\"no hold with id {hold_id}\")\n+ client_id = hold[\"client_id\"]\n+ existing = self._conn.execute(\n+ \"SELECT * FROM ledger WHERE idempotency_key = ?\", (idempotency_key,)\n+ ).fetchone()\n+ if existing is not None:\n+ return self._replay(existing, client_id)\n+ if hold[\"released_at\"] is not None:\n+ return _err(HOLD_ALREADY_RELEASED,\n+ f\"hold {hold_id} already released at {hold['released_at']}\")\n+ # The hold may be stale: expire it first, then re-check state.\n+ self._expire_stale_holds(client_id)\n+ hold = self._conn.execute(\"SELECT * FROM holds WHERE id = ?\", (hold_id,)).fetchone()\n+ if hold[\"released_at\"] is not None:\n+ return _err(HOLD_ALREADY_RELEASED,\n+ f\"hold {hold_id} auto-released on expiry at {hold['released_at']}\")\n+ now = self._ts()\n+ self._conn.execute(\"UPDATE holds SET released_at = ? WHERE id = ?\", (now, hold_id))\n+ lcur = self._conn.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'release', ?, ?, ?, 'hold', ?, ?)\",\n+ (client_id, hold[\"amount_minor\"], DEFAULT_CURRENCY,\n+ idempotency_key, str(hold_id), now),\n+ )\n+ return _ok({\"hold_id\": hold_id, \"client_id\": client_id,\n+ \"amount_minor\": hold[\"amount_minor\"],\n+ \"released_at\": now, \"ledger_id\": lcur.lastrowid,\n+ \"balance\": self._balance(client_id)})\n+\n+ return self._mutate(fn)\n+\n+ def expire_stale_holds(self, client_id: int | None = None) -> tuple[bool, dict]:\n+ \"\"\"Explicitly release every expired hold (optionally for one client).\"\"\"\n+\n+ def fn() -> tuple[bool, dict]:\n+ if client_id is not None and not self._client_exists(client_id):\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ expired = self._expire_stale_holds(client_id)\n+ return _ok({\"expired\": expired, \"count\": len(expired)})\n+\n+ return self._mutate(fn)\n+\n+ # ------------------------------------------------------------------\n+ # Queries\n+ # ------------------------------------------------------------------\n+\n+ def list_ledger(self, client_id: int, from_=None, to=None) -> tuple[bool, dict]:\n+ \"\"\"Ledger entries for a client, newest-compatible ordering.\n+\n+ ``from_``/``to`` bound ``created_at`` (ISO string or datetime).\n+ Stale holds auto-release before the read.\n+ \"\"\"\n+ def fn() -> tuple[bool, dict]:\n+ if not self._client_exists(client_id):\n+ return _err(UNKNOWN_CLIENT, f\"no client with id {client_id}\")\n+ self._expire_stale_holds(client_id)\n+ sql = \"SELECT * FROM ledger WHERE client_id = ?\"\n+ params: list = [client_id]\n+ if from_ is not None:\n+ sql += \" AND created_at >= ?\"\n+ params.append(_coerce_ts(from_))\n+ if to is not None:\n+ sql += \" AND created_at <= ?\"\n+ params.append(_coerce_ts(to))\n+ sql += \" ORDER BY created_at, id\"\n+ rows = self._conn.execute(sql, params).fetchall()\n+ entries = [dict(r) for r in rows]\n+ return _ok({\"entries\": entries, \"count\": len(entries)})\n+\n+ return self._mutate(fn)\n+\n+ # ------------------------------------------------------------------\n+ # Idempotent replay\n+ # ------------------------------------------------------------------\n+\n+ def _replay(self, row, client_id: int) -> tuple[bool, dict]:\n+ \"\"\"Return the original result for a replayed idempotency key.\"\"\"\n+ if row[\"client_id\"] != client_id:\n+ return _err(IDEMPOTENCY_CONFLICT,\n+ f\"idempotency_key already used for client {row['client_id']}\")\n+ original = {\"ledger_id\": row[\"id\"], \"kind\": row[\"kind\"], \"client_id\": row[\"client_id\"],\n+ \"amount_minor\": row[\"amount_minor\"], \"currency\": row[\"currency\"],\n+ \"ref_type\": row[\"ref_type\"], \"ref_id\": row[\"ref_id\"],\n+ \"created_at\": row[\"created_at\"]}\n+ details: dict = {\"replayed\": True, \"original\": original,\n+ \"client_id\": client_id, \"balance\": self._balance(client_id)}\n+ if row[\"kind\"] in (\"hold\", \"release\") and row[\"ref_id\"] is not None:\n+ try:\n+ hold = self._conn.execute(\n+ \"SELECT * FROM holds WHERE id = ?\", (int(row[\"ref_id\"]),)\n+ ).fetchone()\n+ except (ValueError, TypeError):\n+ hold = None\n+ if hold is not None:\n+ details[\"hold_id\"] = hold[\"id\"]\n+ if row[\"kind\"] == \"release\":\n+ details[\"released_at\"] = hold[\"released_at\"]\n+ return _ok(details)\ndiff --git a/gitea_saas/db.py b/gitea_saas/db.py\nnew file mode 100644\nindex 0000000..84ecd9c\n--- /dev/null\n+++ b/gitea_saas/db.py\n@@ -0,0 +1,37 @@\n+\"\"\"SQLite connection + schema bootstrap for gitea-saas-core.\n+\n+Pure stdlib (sqlite3, pathlib). No HTTP, no Stripe, no Gitea.\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import sqlite3\n+from pathlib import Path\n+\n+SCHEMA_PATH = Path(__file__).resolve().parent / \"schema.sql\"\n+\n+\n+def connect(db_path: Path) -> sqlite3.Connection:\n+ \"\"\"Open a SQLite connection tuned for the billing core.\n+\n+ - WAL journal: readers never block writers (writes are additionally\n+ serialized by BillingCore's single lock).\n+ - Foreign keys enforced.\n+ - ``check_same_thread=False``: BillingCore serializes all access with\n+ one lock, so a single long-lived connection is safe across threads.\n+ \"\"\"\n+ path = Path(db_path)\n+ path.parent.mkdir(parents=True, exist_ok=True)\n+ conn = sqlite3.connect(str(path), check_same_thread=False)\n+ conn.row_factory = sqlite3.Row\n+ conn.execute(\"PRAGMA journal_mode=WAL\")\n+ conn.execute(\"PRAGMA foreign_keys=ON\")\n+ conn.execute(\"PRAGMA busy_timeout=5000\")\n+ return conn\n+\n+\n+def create_tables(conn: sqlite3.Connection, schema_path: Path | None = None) -> None:\n+ \"\"\"Apply schema.sql idempotently (safe to call any number of times).\"\"\"\n+ path = Path(schema_path) if schema_path is not None else SCHEMA_PATH\n+ with open(path, encoding=\"utf-8\") as f:\n+ conn.executescript(f.read())\ndiff --git a/gitea_saas/schema.sql b/gitea_saas/schema.sql\nnew file mode 100644\nindex 0000000..54a5f99\n--- /dev/null\n+++ b/gitea_saas/schema.sql\n@@ -0,0 +1,49 @@\n+-- gitea-saas-core billing schema (SQLite).\n+--\n+-- Idempotent by construction: every object is created with IF NOT EXISTS,\n+-- so executing this file any number of times is safe.\n+--\n+-- Conventions:\n+-- * All amounts are INTEGER minor units (cents). No floats, ever.\n+-- * Currency defaults to USD.\n+-- * Timestamps are ISO-8601 UTC text written by the application layer;\n+-- the DEFAULT expressions are fallbacks for manual/one-off inserts only.\n+-- * ledger.kind is constrained to {credit, debit, hold, release, refund}.\n+-- * ledger.idempotency_key is globally UNIQUE: every mutation is replay-safe.\n+\n+CREATE TABLE IF NOT EXISTS clients (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ name TEXT NOT NULL UNIQUE,\n+ tier TEXT NOT NULL DEFAULT 'free',\n+ status TEXT NOT NULL DEFAULT 'active',\n+ meta_json TEXT NOT NULL DEFAULT '{}',\n+ created_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now'))\n+);\n+\n+CREATE TABLE IF NOT EXISTS ledger (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ client_id INTEGER NOT NULL REFERENCES clients(id),\n+ kind TEXT NOT NULL CHECK (kind IN ('credit', 'debit', 'hold', 'release', 'refund')),\n+ amount_minor INTEGER NOT NULL CHECK (amount_minor >= 0),\n+ currency TEXT NOT NULL DEFAULT 'USD',\n+ idempotency_key TEXT NOT NULL UNIQUE,\n+ ref_type TEXT,\n+ ref_id TEXT,\n+ created_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now'))\n+);\n+\n+CREATE TABLE IF NOT EXISTS holds (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ client_id INTEGER NOT NULL REFERENCES clients(id),\n+ amount_minor INTEGER NOT NULL CHECK (amount_minor >= 0),\n+ ref_type TEXT,\n+ ref_id TEXT,\n+ expires_at TEXT NOT NULL,\n+ released_at TEXT\n+);\n+\n+-- Balance / listing lookups.\n+CREATE INDEX IF NOT EXISTS idx_ledger_client_created ON ledger (client_id, created_at, id);\n+CREATE INDEX IF NOT EXISTS idx_ledger_client_kind ON ledger (client_id, kind);\n+CREATE INDEX IF NOT EXISTS idx_holds_client ON holds (client_id);\n+CREATE INDEX IF NOT EXISTS idx_holds_stale ON holds (client_id) WHERE released_at IS NULL;\ndiff --git a/pyproject.toml b/pyproject.toml\nnew file mode 100644\nindex 0000000..ecd4de4\n--- /dev/null\n+++ b/pyproject.toml\n@@ -0,0 +1,8 @@\n+[project]\n+name = \"gitea-saas-core\"\n+version = \"0.1.0\"\n+description = \"Shared billing core (clients/ledger/holds, idempotent, fail-closed) for gitea-saas\"\n+requires-python = \">=3.10\"\n+\n+[tool.pytest.ini_options]\n+testpaths = [\"tests\"]\ndiff --git a/requirements.txt b/requirements.txt\nnew file mode 100644\nindex 0000000..3f0f5f0\n--- /dev/null\n+++ b/requirements.txt\n@@ -0,0 +1,3 @@\n+# Runtime: pure stdlib (sqlite3, pathlib, threading, json). No third-party deps.\n+# Test/dev dependency:\n+pytest>=8.0\ndiff --git a/tests/test_billing_core.py b/tests/test_billing_core.py\nnew file mode 100644\nindex 0000000..f51fa0b\n--- /dev/null\n+++ b/tests/test_billing_core.py\n@@ -0,0 +1,408 @@\n+\"\"\"Hermetic tests for the billing ledger core.\n+\n+Zero reliance on network / Stripe / Gitea: every test uses a temp-dir SQLite\n+file and pure stdlib. Run with: python -m pytest tests/test_billing_core.py -q\n+\"\"\"\n+\n+import sys\n+import threading\n+from datetime import datetime, timedelta, timezone\n+from pathlib import Path\n+\n+import pytest\n+\n+# The package is a PEP 420 namespace package; make the project root importable\n+# regardless of how pytest was invoked.\n+sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n+\n+from gitea_saas.billing_core import ( # noqa: E402\n+ BillingCore,\n+ DUPLICATE_CLIENT,\n+ HOLD_ALREADY_RELEASED,\n+ HOLD_NOT_FOUND,\n+ IDEMPOTENCY_CONFLICT,\n+ INSUFFICIENT_BALANCE,\n+ INVALID_AMOUNT,\n+ INVALID_KEY,\n+ UNKNOWN_CLIENT,\n+)\n+\n+\n+class FakeClock:\n+ \"\"\"Deterministic clock for hold-expiry tests (injected via now_fn).\"\"\"\n+\n+ def __init__(self, start: datetime | None = None):\n+ self.now = start or datetime(2026, 1, 1, tzinfo=timezone.utc)\n+\n+ def __call__(self) -> datetime:\n+ return self.now\n+\n+ def advance(self, minutes: float) -> None:\n+ self.now += timedelta(minutes=minutes)\n+\n+\n+@pytest.fixture\n+def core(tmp_path):\n+ return BillingCore(tmp_path / \"billing.db\")\n+\n+\n+def make_client(core, name=\"alice\"):\n+ ok, details = core.create_client(name)\n+ assert ok, details\n+ return details[\"client_id\"]\n+\n+\n+# ---------------------------------------------------------------------------\n+# Schema\n+# ---------------------------------------------------------------------------\n+\n+def test_create_tables_idempotent(core, tmp_path):\n+ # Constructor already created them; calling again must be safe and\n+ # non-destructive.\n+ core.create_tables()\n+ core.create_tables()\n+ cid = make_client(core)\n+ ok, details = core.get_client(cid)\n+ assert ok and details[\"client\"][\"id\"] == cid\n+\n+\n+# ---------------------------------------------------------------------------\n+# Credit / debit\n+# ---------------------------------------------------------------------------\n+\n+def test_credit_balance_up_debit_balance_down(core):\n+ cid = make_client(core)\n+ ok, d = core.credit(cid, 500, \"c1\")\n+ assert ok and d[\"kind\"] == \"credit\" and d[\"amount_minor\"] == 500\n+ assert d[\"balance\"] == 500\n+ ok, d = core.credit(cid, 250, \"c2\")\n+ assert ok and d[\"balance\"] == 750\n+ ok, d = core.debit(cid, 300, \"d1\")\n+ assert ok and d[\"kind\"] == \"debit\" and d[\"balance\"] == 450\n+ ok, details = core.get_client(cid, include_balance=True)\n+ assert ok and details[\"balance\"] == 450\n+ # Debit down to exactly zero is allowed (never *negative*).\n+ ok, d = core.debit(cid, 450, \"d2\")\n+ assert ok and d[\"balance\"] == 0\n+\n+\n+def test_debit_below_zero_rejected_and_no_row_written(core):\n+ cid = make_client(core)\n+ core.credit(cid, 100, \"c1\")\n+ ok, details = core.debit(cid, 200, \"d1\")\n+ assert ok is False\n+ assert details[\"error\"][\"code\"] == INSUFFICIENT_BALANCE\n+ # No debit row was written; balance unchanged.\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 1\n+ assert ledger[\"entries\"][0][\"kind\"] == \"credit\"\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 100\n+\n+\n+def test_duplicate_idempotency_key_credit_applied_once(core):\n+ cid = make_client(core)\n+ ok, first = core.credit(cid, 100, \"k1\")\n+ assert ok and first[\"balance\"] == 100\n+ ok, second = core.credit(cid, 100, \"k1\")\n+ assert ok and second[\"replayed\"] is True\n+ assert second[\"original\"][\"ledger_id\"] == first[\"ledger_id\"]\n+ assert second[\"original\"][\"amount_minor\"] == 100\n+ assert second[\"balance\"] == 100 # applied once\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 1\n+\n+\n+def test_duplicate_idempotency_key_debit_applied_once(core):\n+ cid = make_client(core)\n+ core.credit(cid, 200, \"c1\")\n+ ok, d1 = core.debit(cid, 50, \"k1\")\n+ assert ok and d1[\"balance\"] == 150\n+ ok, d2 = core.debit(cid, 50, \"k1\")\n+ assert ok and d2[\"replayed\"] is True and d2[\"balance\"] == 150\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 2 # one credit, one debit\n+\n+\n+def test_idempotency_key_conflict_across_clients_is_an_error(core):\n+ cid1, cid2 = make_client(core, \"a\"), make_client(core, \"b\")\n+ ok, _ = core.credit(cid1, 100, \"shared-key\")\n+ assert ok\n+ ok, details = core.credit(cid2, 100, \"shared-key\")\n+ assert ok is False and details[\"error\"][\"code\"] == IDEMPOTENCY_CONFLICT\n+\n+\n+# ---------------------------------------------------------------------------\n+# Holds\n+# ---------------------------------------------------------------------------\n+\n+def test_hold_reserves_release_returns(core):\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, d = core.reserve_hold(cid, 300, \"h1\")\n+ assert ok and d[\"hold_id\"] and d[\"balance\"] == 700\n+ ok, details = core.get_client(cid)\n+ assert ok and details[\"balance\"] == 700\n+ ok, d = core.release_hold(d[\"hold_id\"], \"r1\")\n+ assert ok and d[\"amount_minor\"] == 300 and d[\"balance\"] == 1000\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 3 # credit + hold + release\n+\n+\n+def test_hold_cannot_exceed_available_balance(core):\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, _ = core.reserve_hold(cid, 700, \"h1\")\n+ assert ok\n+ ok, details = core.reserve_hold(cid, 400, \"h2\")\n+ assert ok is False and details[\"error\"][\"code\"] == INSUFFICIENT_BALANCE\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 300\n+\n+\n+def test_hold_expiry_auto_releases_on_next_query(tmp_path):\n+ clock = FakeClock()\n+ core = BillingCore(tmp_path / \"billing.db\", now_fn=clock)\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, d = core.reserve_hold(cid, 200, \"h1\") # default 30 min\n+ assert ok and d[\"balance\"] == 800 # reserved\n+ # 31 minutes later the hold has expired; the next read auto-releases it.\n+ clock.advance(minutes=31)\n+ ok, details = core.get_client(cid)\n+ assert ok and details[\"balance\"] == 1000\n+ ok, ledger = core.list_ledger(cid)\n+ assert ledger[\"count\"] == 3 # credit + hold + auto-release\n+ kinds = {e[\"kind\"] for e in ledger[\"entries\"]}\n+ assert kinds == {\"credit\", \"hold\", \"release\"}\n+ assert any(e[\"idempotency_key\"].startswith(\"auto-release:\") for e in ledger[\"entries\"])\n+\n+\n+def test_expire_stale_holds_releases_only_expired(tmp_path):\n+ clock = FakeClock()\n+ core = BillingCore(tmp_path / \"billing.db\", now_fn=clock)\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, hold_live = core.reserve_hold(cid, 200, \"h-live\", expires_in_minutes=60)\n+ assert ok\n+ clock.advance(minutes=30)\n+ ok, hold_stale = core.reserve_hold(cid, 400, \"h-stale\", expires_in_minutes=10)\n+ assert ok\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 400 # both holds active\n+ clock.advance(minutes=11) # h-stale expired (t+41 > t+40), h-live not (t+41 < t+90)\n+ ok, d = core.expire_stale_holds(cid)\n+ assert ok and d[\"count\"] == 1 and d[\"expired\"][0][\"hold_id\"] == hold_stale[\"hold_id\"]\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 800 # only the live hold still reserves\n+ # Re-running is a no-op.\n+ ok, d = core.expire_stale_holds(cid)\n+ assert ok and d[\"count\"] == 0\n+\n+\n+def test_hold_expired_at_reservation_never_reserves(tmp_path):\n+ # A hold born already-expired (negative TTL / backdated) does not lock\n+ # balance and is cleaned up on the next query.\n+ clock = FakeClock()\n+ core = BillingCore(tmp_path / \"billing.db\", now_fn=clock)\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, d = core.reserve_hold(cid, 200, \"h1\", expires_in_minutes=-1)\n+ assert ok and d[\"balance\"] == 1000 # already expired: no reservation\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 1000\n+ ok, ledger = core.list_ledger(cid)\n+ assert ledger[\"count\"] == 3 # credit + hold + auto-release\n+\n+\n+def test_reserve_hold_replay_is_noop(core):\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, first = core.reserve_hold(cid, 300, \"h1\")\n+ assert ok\n+ ok, second = core.reserve_hold(cid, 300, \"h1\")\n+ assert ok and second[\"replayed\"] is True\n+ assert second[\"hold_id\"] == first[\"hold_id\"]\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 700\n+ ok, ledger = core.list_ledger(cid)\n+ assert ledger[\"count\"] == 2 # credit + one hold row\n+\n+\n+def test_release_hold_replay_and_double_release(core):\n+ cid = make_client(core)\n+ core.credit(cid, 1000, \"c1\")\n+ ok, hold = core.reserve_hold(cid, 300, \"h1\")\n+ ok, rel = core.release_hold(hold[\"hold_id\"], \"r1\")\n+ assert ok and rel[\"balance\"] == 1000\n+ # Same key: idempotent replay, not an error.\n+ ok, rel2 = core.release_hold(hold[\"hold_id\"], \"r1\")\n+ assert ok and rel2[\"replayed\"] is True and rel2[\"balance\"] == 1000\n+ # Different key on an already-released hold: structured error.\n+ ok, details = core.release_hold(hold[\"hold_id\"], \"r2\")\n+ assert ok is False and details[\"error\"][\"code\"] == HOLD_ALREADY_RELEASED\n+\n+\n+def test_release_unknown_hold(core):\n+ ok, details = core.release_hold(99999, \"r1\")\n+ assert ok is False and details[\"error\"][\"code\"] == HOLD_NOT_FOUND\n+\n+\n+# ---------------------------------------------------------------------------\n+# Refunds\n+# ---------------------------------------------------------------------------\n+\n+def test_refund_adds_back_and_preserves_idempotency(core):\n+ cid = make_client(core)\n+ core.credit(cid, 100, \"c1\")\n+ core.debit(cid, 100, \"d1\")\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == 0\n+ ok, d = core.refund(cid, 100, \"rf1\")\n+ assert ok and d[\"kind\"] == \"refund\" and d[\"balance\"] == 100\n+ ok, d2 = core.refund(cid, 100, \"rf1\")\n+ assert ok and d2[\"replayed\"] is True and d2[\"balance\"] == 100\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 3\n+\n+\n+# ---------------------------------------------------------------------------\n+# Structured errors / validation (never raise, always tuples)\n+# ---------------------------------------------------------------------------\n+\n+def test_unknown_client_structured_errors(core):\n+ for op in (\n+ lambda: core.get_client(999),\n+ lambda: core.get_balance(999),\n+ lambda: core.credit(999, 100, \"x\"),\n+ lambda: core.debit(999, 100, \"x\"),\n+ lambda: core.refund(999, 100, \"x\"),\n+ lambda: core.reserve_hold(999, 100, \"x\"),\n+ lambda: core.list_ledger(999),\n+ lambda: core.expire_stale_holds(999),\n+ ):\n+ ok, details = op()\n+ assert ok is False\n+ assert details[\"error\"][\"code\"] == UNKNOWN_CLIENT\n+\n+\n+def test_invalid_amounts_rejected(core):\n+ cid = make_client(core)\n+ for bad in (0, -5, True, \"10\", 1.5, None):\n+ ok, details = core.credit(cid, bad, f\"k-{bad}\")\n+ assert ok is False and details[\"error\"][\"code\"] == INVALID_AMOUNT\n+\n+\n+def test_missing_idempotency_key_rejected(core):\n+ cid = make_client(core)\n+ for bad in (\"\", \" \", None, 42):\n+ ok, details = core.credit(cid, 100, bad)\n+ assert ok is False and details[\"error\"][\"code\"] == INVALID_KEY\n+\n+\n+def test_duplicate_client_name_rejected(core):\n+ make_client(core, \"bob\")\n+ ok, details = core.create_client(\"bob\")\n+ assert ok is False and details[\"error\"][\"code\"] == DUPLICATE_CLIENT\n+\n+\n+def test_empty_client_name_rejected(core):\n+ ok, details = core.create_client(\" \")\n+ assert ok is False\n+\n+\n+def test_all_operations_return_tuples(core):\n+ # Smoke check across the whole public surface: (bool, dict) always.\n+ cid = make_client(core)\n+ ops = [\n+ core.get_client(cid),\n+ core.get_balance(cid),\n+ core.credit(cid, 50, \"c1\"),\n+ core.debit(cid, 10, \"d1\"),\n+ core.refund(cid, 5, \"rf1\"),\n+ core.reserve_hold(cid, 5, \"h1\"),\n+ core.list_ledger(cid),\n+ core.expire_stale_holds(cid),\n+ ]\n+ ok, hold = core.reserve_hold(cid, 5, \"h2\")\n+ ops.append(core.release_hold(hold[\"hold_id\"], \"r1\"))\n+ ops.append(core.get_client(424242))\n+ for result in ops:\n+ assert isinstance(result, tuple) and len(result) == 2\n+ assert isinstance(result[0], bool)\n+ assert isinstance(result[1], dict)\n+\n+\n+# ---------------------------------------------------------------------------\n+# Queries / misc\n+# ---------------------------------------------------------------------------\n+\n+def test_list_ledger_filters(core):\n+ cid = make_client(core)\n+ core.credit(cid, 100, \"c1\")\n+ core.credit(cid, 50, \"c2\")\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == 2\n+ ok, ledger = core.list_ledger(cid, to=\"2000-01-01T00:00:00+00:00\")\n+ assert ok and ledger[\"count\"] == 0\n+ ok, ledger = core.list_ledger(cid, from_=\"3000-01-01T00:00:00+00:00\")\n+ assert ok and ledger[\"count\"] == 0\n+\n+\n+def test_get_client_include_balance_false(core):\n+ cid = make_client(core)\n+ core.credit(cid, 100, \"c1\")\n+ ok, details = core.get_client(cid, include_balance=False)\n+ assert ok and \"balance\" not in details\n+ assert details[\"client\"][\"name\"] == \"alice\"\n+\n+\n+def test_create_client_meta_roundtrip(core):\n+ cid = make_client(core)\n+ ok, carol = core.create_client(\"carol\", tier=\"enterprise\", status=\"active\",\n+ meta={\"plan\": \"pro\", \"seats\": 3})\n+ assert ok\n+ ok, details = core.get_client(cid)\n+ assert ok and details[\"client\"][\"tier\"] == \"free\" # default tier\n+ ok, details = core.get_client(carol[\"client_id\"])\n+ assert ok and details[\"client\"][\"name\"] == \"carol\"\n+ assert details[\"client\"][\"meta\"] == {\"plan\": \"pro\", \"seats\": 3}\n+\n+\n+def test_ledger_entries_expose_all_columns(core):\n+ cid = make_client(core)\n+ core.credit(cid, 100, \"c1\", ref_type=\"issue\", ref_id=\"42\")\n+ ok, ledger = core.list_ledger(cid)\n+ entry = ledger[\"entries\"][0]\n+ assert entry[\"ref_type\"] == \"issue\" and entry[\"ref_id\"] == \"42\"\n+ assert entry[\"currency\"] == \"USD\"\n+ assert entry[\"amount_minor\"] == 100\n+ assert entry[\"client_id\"] == cid\n+\n+\n+# ---------------------------------------------------------------------------\n+# Thread safety\n+# ---------------------------------------------------------------------------\n+\n+def test_concurrent_credits_are_serialized(core):\n+ cid = make_client(core)\n+ n_threads, per_thread = 8, 25\n+ errors = []\n+\n+ def worker(t):\n+ for i in range(per_thread):\n+ ok, details = core.credit(cid, 1, f\"t{t}-i{i}\")\n+ if not ok:\n+ errors.append(details)\n+\n+ threads = [threading.Thread(target=worker, args=(t,)) for t in range(n_threads)]\n+ for t in threads:\n+ t.start()\n+ for t in threads:\n+ t.join()\n+\n+ assert errors == []\n+ ok, bal = core.get_balance(cid)\n+ assert ok and bal[\"balance\"] == n_threads * per_thread\n+ ok, ledger = core.list_ledger(cid)\n+ assert ok and ledger[\"count\"] == n_threads * per_thread\n", + "diff_truncated": false, + "diff_bytes": 45658 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gitea-saas-core-19.json b/tests/calibration/corpus/gitea-saas-core-19.json new file mode 100644 index 0000000..14c88ea --- /dev/null +++ b/tests/calibration/corpus/gitea-saas-core-19.json @@ -0,0 +1,19 @@ +{ + "id": "gitea-saas-core-19", + "repo": "gitea-saas-core", + "pr": 19, + "title": "Billing core client API consistency: id, flat records, list_clients (#16)", + "head_sha": "84e44ee4e86716e4bf5d763c12f64721e169528d", + "base_sha": "71cc2634ce7f99de4cb1a7e784356c52f4d3c3bc", + "labels": [], + "merged": true, + "issue_number": 16, + "issue_body": "## Billing core's client API is internally inconsistent \u2014 the HTTP layer cannot represent it\n\nFiled from concrete evidence found while reviewing !13 (#2). !13 is bounced for\nits own reasons; **this issue owns the `billing_core.py` side**, which that\nbounce explicitly put out of scope so the two do not collide.\n\nWith #1 merged, I drove the real `create_app` over the real `BillingCore`\nthrough Flask's test client. Three of the four client endpoints are broken, and\nall three trace back to the core's own return shapes rather than to the server:\n\n| request | actual response |\n|---|---|\n| `POST /api/clients` | `201` \u2014 `{created_at, meta, name, status, tier}`, **no id at all** |\n| `GET /api/clients/1` | `200` \u2014 `{\"balance\": 0}`, name/tier/status/created_at all missing |\n| `GET /api/clients` | **`501`** `core does not implement list_clients()` |\n| `POST /api/clients/1/credits` | `200`, correct |\n\n### 1. `create_client` returns `client_id`; everything else uses `id`\n\n`billing_core.py:266` returns `{\"client_id\": cur.lastrowid, ...}`, while\n`get_client` yields a row built from `SELECT *` whose primary key column is\n`id`. Two names for the same concept in one class.\n\nConsequence at the wire: `server.py:146` `_client_out` normalises through an\nallow-list `(\"id\", \"name\", \"tier\", \"status\", \"meta\", \"created_at\", \"balance\")`.\n`client_id` is not in it, so the identifier is **silently dropped** and a caller\nthat creates a client cannot learn what it just created.\n\n### 2. `get_client` returns a nested shape\n\nIt returns `{\"client\": {...}, \"balance\": N}`, not a flat client record \u2014 so the\nsame `_client_out` finds only `balance` at the top level and discards the rest.\nConfirmed directly:\n\n```\ncreate_client keys: ['client_id', 'created_at', 'meta', 'name', 'status', 'tier']\nget_client keys: ['balance', 'client']\n```\n\n### 3. `list_clients()` does not exist\n\n`BillingCore` has no such attribute (`AttributeError: 'BillingCore' object has\nno attribute 'list_clients'`), so the documented \"missing core op -> 501\" path\nfires. The 501 is the fail-closed design working correctly; the gap is that the\ncapability was assumed to exist.\n\n### Why this survived a green suite\n\n#1 merged with **26 passing tests** and I mutation-verified its money guards\n(insufficient-funds on debit and on hold, idempotent replay, cross-client key\nreuse \u2014 all four caught). None of that is in question. The gap is that the core\nwas only ever exercised through its own tests, which naturally use its own\nreturn shapes, so no test ever asked whether those shapes are *consistent with\neach other* or usable by a consumer.\n\n`_client_out`'s allow-list filter is what turned a contract mismatch into\nsilent data loss instead of a loud failure \u2014 it drops unknown keys by design.\nThat is a reasonable defensive posture at a trust boundary, but it means the\ncore's shape drift is invisible until something downstream is missing.\n\n### Scope\n\nIn `gitea_saas/billing_core.py`:\n\n1. Return `id` (not `client_id`) from `create_client`, consistently with every\n other client-shaped payload. Fix the callers/tests in this repo in the same\n change.\n2. Make `get_client` return a flat client record with `balance` as one of its\n fields, matching `create_client`. If the nesting is deliberate, document it\n and keep it \u2014 but then say so, and #2 will normalise against it instead.\n3. Add `list_clients()` returning `{\"clients\": [...]}` with the same flat\n record shape, since `server.py:208` and the #9 dashboard both need it.\n4. Add one test that asserts **shape consistency across methods** \u2014 that\n `create_client`, `get_client` and `list_clients` agree on the key set for a\n client record. That is the test whose absence allowed all three of these at\n once, and it is worth more than three individual regression tests.\n\n### Acceptance\n\n- The four-row table above is all `200`/`201` with the expected bodies, driven\n through the real `create_app` over a real `BillingCore` \u2014 not a double.\n- A cross-method shape-consistency test exists and fails if any one method's\n key set drifts.\n- The existing 26 tests still pass, and the four money-guard mutations\n (debit/hold insufficient funds, idempotent replay, cross-client key reuse)\n are still each caught.\n\n### Out of scope\n\n- `gitea_saas/server.py` and `tests/test_server.py` \u2014 those belong to #2/!13,\n which is separately bounced. **Do not edit them here**, or the two will\n conflict.\n- Any Stripe or auth work (#3, #5).\n", + "changed_files": [ + "gitea_saas/billing_core.py", + "tests/test_billing_core.py" + ], + "diff": "diff --git a/gitea_saas/billing_core.py b/gitea_saas/billing_core.py\nindex c64acf2..f8d5e87 100644\n--- a/gitea_saas/billing_core.py\n+++ b/gitea_saas/billing_core.py\n@@ -246,7 +246,12 @@ class BillingCore:\n \n def create_client(self, name: str, tier: str = \"free\", status: str = \"active\",\n meta: dict | None = None) -> tuple[bool, dict]:\n- \"\"\"Create a client. Duplicate names are rejected (UNIQUE).\"\"\"\n+ \"\"\"Create a client. Duplicate names are rejected (UNIQUE).\n+\n+ Returns a flat client record whose identifier key is ``id``,\n+ consistent with :meth:`get_client` and :meth:`list_clients` (issue\n+ #16 -- the API must not call the same concept two different names).\n+ \"\"\"\n name = (name or \"\").strip()\n if not name:\n return _err(INVALID_NAME, \"client name must be a non-empty string\")\n@@ -263,13 +268,19 @@ class BillingCore:\n )\n except sqlite3.IntegrityError:\n return _err(DUPLICATE_CLIENT, f\"client name already exists: {name}\")\n- return _ok({\"client_id\": cur.lastrowid, \"name\": name, \"tier\": tier,\n+ return _ok({\"id\": cur.lastrowid, \"name\": name, \"tier\": tier,\n \"status\": status, \"meta\": meta, \"created_at\": now})\n \n return self._mutate(fn)\n \n def get_client(self, client_id: int, include_balance: bool = True) -> tuple[bool, dict]:\n- \"\"\"Fetch a client. Stale holds auto-release before the balance is read.\"\"\"\n+ \"\"\"Fetch a client as a FLAT record with ``balance`` as a field.\n+\n+ Stale holds auto-release before the balance is read. The record's\n+ key set matches :meth:`create_client` (``id``, ``name``, ``tier``,\n+ ``status``, ``meta``, ``created_at``) plus ``balance`` when\n+ requested -- no nesting (issue #16).\n+ \"\"\"\n \n def fn() -> tuple[bool, dict]:\n row = self._conn.execute(\"SELECT * FROM clients WHERE id = ?\", (client_id,)).fetchone()\n@@ -278,13 +289,35 @@ class BillingCore:\n client = dict(row)\n client[\"meta\"] = _load_meta(client.pop(\"meta_json\"))\n self._expire_stale_holds(client_id)\n- details: dict = {\"client\": client}\n+ details: dict = dict(client)\n if include_balance:\n details[\"balance\"] = self._balance(client_id)\n return _ok(details)\n \n return self._mutate(fn)\n \n+ def list_clients(self) -> tuple[bool, dict]:\n+ \"\"\"List all clients as flat records (same shape as\n+ :meth:`get_client` with balance), newest-id first.\n+\n+ Consumed by the HTTP layer's ``GET /api/clients`` (issue #2) and\n+ the dashboard (issue #9); its absence surfaced as a 501.\n+ \"\"\"\n+\n+ def fn() -> tuple[bool, dict]:\n+ rows = self._conn.execute(\n+ \"SELECT * FROM clients ORDER BY id\").fetchall()\n+ clients = []\n+ for row in rows:\n+ client = dict(row)\n+ client[\"meta\"] = _load_meta(client.pop(\"meta_json\"))\n+ self._expire_stale_holds(client[\"id\"])\n+ client[\"balance\"] = self._balance(client[\"id\"])\n+ clients.append(client)\n+ return _ok({\"clients\": clients})\n+\n+ return self._mutate(fn)\n+\n def get_balance(self, client_id: int) -> tuple[bool, dict]:\n \"\"\"Available balance: credits + refunds - debits - active holds.\"\"\"\n \ndiff --git a/tests/test_billing_core.py b/tests/test_billing_core.py\nindex f51fa0b..84e72a0 100644\n--- a/tests/test_billing_core.py\n+++ b/tests/test_billing_core.py\n@@ -49,7 +49,7 @@ def core(tmp_path):\n def make_client(core, name=\"alice\"):\n ok, details = core.create_client(name)\n assert ok, details\n- return details[\"client_id\"]\n+ return details[\"id\"]\n \n \n # ---------------------------------------------------------------------------\n@@ -63,7 +63,7 @@ def test_create_tables_idempotent(core, tmp_path):\n core.create_tables()\n cid = make_client(core)\n ok, details = core.get_client(cid)\n- assert ok and details[\"client\"][\"id\"] == cid\n+ assert ok and details[\"id\"] == cid\n \n \n # ---------------------------------------------------------------------------\n@@ -354,7 +354,7 @@ def test_get_client_include_balance_false(core):\n core.credit(cid, 100, \"c1\")\n ok, details = core.get_client(cid, include_balance=False)\n assert ok and \"balance\" not in details\n- assert details[\"client\"][\"name\"] == \"alice\"\n+ assert details[\"name\"] == \"alice\"\n \n \n def test_create_client_meta_roundtrip(core):\n@@ -363,10 +363,80 @@ def test_create_client_meta_roundtrip(core):\n meta={\"plan\": \"pro\", \"seats\": 3})\n assert ok\n ok, details = core.get_client(cid)\n- assert ok and details[\"client\"][\"tier\"] == \"free\" # default tier\n- ok, details = core.get_client(carol[\"client_id\"])\n- assert ok and details[\"client\"][\"name\"] == \"carol\"\n- assert details[\"client\"][\"meta\"] == {\"plan\": \"pro\", \"seats\": 3}\n+ assert ok and details[\"tier\"] == \"free\" # default tier\n+ ok, details = core.get_client(carol[\"id\"])\n+ assert ok and details[\"name\"] == \"carol\"\n+ assert details[\"meta\"] == {\"plan\": \"pro\", \"seats\": 3}\n+\n+\n+# ---------------------------------------------------------------------------\n+# Issue #16: client-record shape consistency across methods\n+# ---------------------------------------------------------------------------\n+\n+CLIENT_RECORD_KEYS = {\"id\", \"name\", \"tier\", \"status\", \"meta\", \"created_at\"}\n+\n+\n+def test_client_record_shape_consistent_across_methods(core):\n+ \"\"\"create_client / get_client / list_clients must agree on the key set.\n+\n+ This is the cross-method test whose absence let the shapes drift\n+ (issue #16): it fails if any one method's record keys diverge.\n+ \"\"\"\n+ cid = make_client(core)\n+ core.credit(cid, 250, \"c1\")\n+ ok, created = core.create_client(\"bob\")\n+ assert ok\n+ assert set(created) == CLIENT_RECORD_KEYS\n+\n+ ok, fetched = core.get_client(cid)\n+ assert ok\n+ assert set(fetched) == CLIENT_RECORD_KEYS | {\"balance\"}\n+ assert fetched[\"id\"] == cid and fetched[\"balance\"] == 250\n+\n+ ok, listing = core.list_clients()\n+ assert ok\n+ by_id = {c[\"id\"]: c for c in listing[\"clients\"]}\n+ assert set(by_id) == {cid, created[\"id\"]}\n+ for record in listing[\"clients\"]:\n+ assert set(record) == CLIENT_RECORD_KEYS | {\"balance\"}\n+ assert by_id[cid][\"id\"] == cid\n+ assert by_id[cid][\"name\"] == \"alice\" and by_id[cid][\"balance\"] == 250\n+ assert by_id[created[\"id\"]][\"name\"] == \"bob\" and by_id[created[\"id\"]][\"balance\"] == 0\n+\n+\n+def test_list_clients_flat_records_and_order(core):\n+ a = make_client(core, \"alpha\")\n+ b = make_client(core, \"beta\")\n+ core.credit(b, 100, \"c1\")\n+ ok, listing = core.list_clients()\n+ assert ok\n+ records = listing[\"clients\"]\n+ assert [r[\"id\"] for r in records] == [a, b]\n+ assert records[1][\"balance\"] == 100\n+ assert \"meta_json\" not in records[0] # normalized to flat 'meta'\n+ assert records[0][\"meta\"] == {}\n+\n+\n+def test_wire_shape_has_server_allowlist_fields(core):\n+ \"\"\"The HTTP layer's _client_out allow-list needs id/name/tier/status/\n+ meta/created_at/balance at the TOP level of every client payload --\n+ the exact rows from the issue #16 defect table.\"\"\"\n+ cid = make_client(core)\n+ core.credit(cid, 500, \"c1\")\n+ ok, created = core.create_client(\"wire-probe\")\n+ assert ok\n+ ok, fetched = core.get_client(cid)\n+ assert ok\n+ ok, listing = core.list_clients()\n+ assert ok\n+ allow = {\"id\", \"name\", \"tier\", \"status\", \"meta\", \"created_at\", \"balance\"}\n+ # POST /api/clients row: identifier present at top level (no client_id-only).\n+ assert \"id\" in created and \"client_id\" not in created\n+ assert set(created) <= allow\n+ # GET /api/clients/{id} row: every allow-listed field present, flat.\n+ assert set(fetched) == allow\n+ # GET /api/clients row: list_clients exists and yields the same shape.\n+ assert set(listing[\"clients\"][0]) == allow\n \n \n def test_ledger_entries_expose_all_columns(core):\n", + "diff_truncated": false, + "diff_bytes": 8167 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gitea-saas-core-22.json b/tests/calibration/corpus/gitea-saas-core-22.json new file mode 100644 index 0000000..b522308 --- /dev/null +++ b/tests/calibration/corpus/gitea-saas-core-22.json @@ -0,0 +1,21 @@ +{ + "id": "gitea-saas-core-22", + "repo": "gitea-saas-core", + "pr": 22, + "title": "SaaS dashboard: clients, ledger, queue, throughput, review verdicts (#9)", + "head_sha": "1523074cbe9507fa192c61a7e9e669106922ef65", + "base_sha": "71cc2634ce7f99de4cb1a7e784356c52f4d3c3bc", + "labels": [ + "bounced" + ], + "merged": true, + "issue_number": 9, + "issue_body": "## Goal\nOperator dashboard for the whole SaaS: client balances, ledger history, pending/intake queues, throughput per client (issues merged/day, evals done), review-gate verdicts. One page, high-contrast, live numbers pulled from the DB.\n\n**Depends on:** issues #1, #2 (and best-effort reads from #4/#7 tables when landed). **Files allowed:** `gitea_saas/dashboard.py`, `gitea_saas/server.py` (extend), `static/` (if needed), `tests/test_dashboard.py`. Do NOT modify anything else.\n\n## Spec\n- `GET /dashboard` (HTML page, no auth \u2014 listen on 127.0.0.1 only; behind the same server) + `GET /api/dashboard/summary` (JSON, auth X-API-Key).\n- Sections (mirror worker-dashboard style \u2014 simple, high-contrast, live vs stale distinguished):\n 1. **Clients**: name, tier, balance, status (active/locked/overdue), credits this month, debits this month\n 2. **Queue**: pending_issues count + newest 10 (client, title, queued_at); unfunded/locked state flags\n 3. **Throughput**: per client \u2014 issues merged (7d/30d), evals completed, avg review-to-merge time\n 4. **Review gate**: last 20 verdicts (repo, pr, verdict, head_sha short, reviewed_at)\n 5. **Ledger flash**: latest 20 ledger rows (client, kind, amount, ref, time)\n- JSON summary endpoint returns the same data as dicts (for external polling / the worker dashboard embed).\n- Numbers computed from DB at request time; no caching (small data).\n\n## Acceptance\n- [x] /dashboard serves HTML 200 with all five sections populated (empty-state `\u2014` when no data)\n- [x] /api/dashboard/summary returns JSON matching the HTML data (same queries)\n- [x] lock/overdue state visible per client\n- [x] summary JSON unauthenticated \u2192 401; /dashboard HTML open (127.0.0.1-only note)\n- [x] tests: seed tmp DB with clients/ledger/pending/reviews, assert all sections + JSON fields\n\n**Verification:** `python -m pytest tests/test_dashboard.py -q` green.\n", + "changed_files": [ + "gitea_saas/dashboard.py", + "tests/test_dashboard.py" + ], + "diff": "diff --git a/gitea_saas/dashboard.py b/gitea_saas/dashboard.py\nnew file mode 100644\nindex 0000000..349e74b\n--- /dev/null\n+++ b/gitea_saas/dashboard.py\n@@ -0,0 +1,498 @@\n+\"\"\"SaaS operator dashboard (issue #9).\n+\n+One page for the whole SaaS: client balances, ledger history, pending /\n+intake queues, throughput per client (issues merged per 7d/30d, evals\n+completed, average review-to-merge time), and review-gate verdicts.\n+Numbers are computed from the SQLite DB AT REQUEST TIME \u2014 no caching (the\n+data is small).\n+\n+Read contract\n+-------------\n+``Dashboard(core, db_path)`` opens its own read-only(-ish) connection to\n+the SAME SQLite file as the billing core. It reads:\n+\n+* ``clients`` / ``ledger`` / ``holds`` \u2014 owned by the billing core (#1)\n+* ``pending_issues`` / ``factory_locks`` \u2014 issue #4's factory, best-effort\n+ (queried only when the table exists)\n+* ``reviews`` \u2014 issue #6's review gate, best-effort\n+* ``eval_batches`` / ``eval_tasks`` \u2014 issue #8's eval farm, best-effort\n+\n+Best-effort reads never crash the page: a missing table renders the\n+section's empty state (``\u2014``). Balances come from the billing core (the\n+single source of truth, holds included).\n+\n+Client \"status\" is derived: ``active`` (normal), ``locked`` (factory lock\n+row exists for the client), ``overdue`` (available balance below the debit\n+floor \u2014 needs a top-up). ``render_html(summary)`` produces the\n+high-contrast, no-external-assets HTML page; the JSON summary endpoint\n+serves the exact same dict.\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import hmac\n+import html\n+import os\n+import sqlite3\n+from datetime import datetime, timedelta, timezone\n+from pathlib import Path\n+from typing import Any, Dict, List, Optional\n+\n+EMPTY = \"\\u2014\" # em dash empty-state marker\n+\n+# Single source for the API-key header name on this branch. The shared\n+# `config.API_KEY_HEADER` constant lands with issue #2/#6 (neither merged\n+# yet); when #24 consolidates the service's auth paths, this line is\n+# replaced by `from .config import API_KEY_HEADER` \u2014 no other change.\n+API_KEY_HEADER = \"X-API-Key\"\n+\n+DEFAULT_DEBIT_FLOOR_MINOR = 500\n+\n+\n+def _now() -> datetime:\n+ return datetime.now(timezone.utc)\n+\n+\n+def _iso(dt: datetime) -> str:\n+ return dt.isoformat()\n+\n+\n+class Dashboard:\n+ \"\"\"Live operator dashboard over the SaaS SQLite file (no caching).\"\"\"\n+\n+ def __init__(self, core: Any, db_path, debit_floor_minor: Optional[int] = None):\n+ self._core = core\n+ self._db_path = Path(db_path)\n+ self._conn = sqlite3.connect(str(self._db_path))\n+ self._conn.row_factory = sqlite3.Row\n+ self._conn.execute(\"PRAGMA journal_mode=WAL\")\n+ if debit_floor_minor is None:\n+ raw = os.environ.get(\"SAAS_DEBIT_FLOOR_MINOR\", \"\").strip()\n+ debit_floor_minor = int(raw) if raw else DEFAULT_DEBIT_FLOOR_MINOR\n+ self._floor = debit_floor_minor\n+\n+ # ------------------------------------------------------------------\n+ # Shared query helpers (best-effort on foreign tables)\n+ # ------------------------------------------------------------------\n+\n+ def _table_exists(self, name: str) -> bool:\n+ row = self._conn.execute(\n+ \"SELECT 1 FROM sqlite_master WHERE type = 'table' AND name = ?\",\n+ (name,)).fetchone()\n+ return row is not None\n+\n+ def _client_names(self) -> Dict[int, str]:\n+ out: Dict[int, str] = {}\n+ try:\n+ for r in self._conn.execute(\"SELECT id, name FROM clients\"):\n+ out[int(r[\"id\"])] = str(r[\"name\"])\n+ except sqlite3.Error:\n+ pass\n+ return out\n+\n+ def _client_balance(self, client_id: int) -> Optional[int]:\n+ try:\n+ ok, details = self._core.get_client(client_id, include_balance=True)\n+ except Exception:\n+ return None\n+ if not ok or not isinstance(details, dict):\n+ return None\n+ balance = details.get(\"balance\")\n+ return balance if isinstance(balance, int) else None\n+\n+ def _locked_client_ids(self) -> set:\n+ \"\"\"Client ids with a factory lock (issue #4 table, best-effort).\"\"\"\n+ if not self._table_exists(\"factory_locks\"):\n+ return set()\n+ try:\n+ return {int(r[\"client_id\"]) for r in\n+ self._conn.execute(\"SELECT client_id FROM factory_locks\")}\n+ except sqlite3.Error:\n+ return set()\n+\n+ # ------------------------------------------------------------------\n+ # Sections\n+ # ------------------------------------------------------------------\n+\n+ def _clients(self) -> List[dict]:\n+ now = _now()\n+ month_start = _iso(now.replace(day=1, hour=0, minute=0, second=0,\n+ microsecond=0))\n+ locked = self._locked_client_ids()\n+ clients = []\n+ try:\n+ rows = list(self._conn.execute(\n+ \"SELECT id, name, tier, status FROM clients ORDER BY id\"))\n+ except sqlite3.Error:\n+ return clients\n+ for r in rows:\n+ cid = int(r[\"id\"])\n+ balance = self._client_balance(cid)\n+ try:\n+ credits = int(self._conn.execute(\n+ \"SELECT COALESCE(SUM(amount_minor), 0) FROM ledger\"\n+ \" WHERE client_id = ? AND kind IN ('credit', 'refund')\"\n+ \" AND created_at >= ?\", (cid, month_start)).fetchone()[0])\n+ debits = int(self._conn.execute(\n+ \"SELECT COALESCE(SUM(amount_minor), 0) FROM ledger\"\n+ \" WHERE client_id = ? AND kind = 'debit' AND created_at >= ?\",\n+ (cid, month_start)).fetchone()[0])\n+ except sqlite3.Error:\n+ credits = debits = 0\n+ if cid in locked:\n+ status = \"locked\"\n+ elif balance is not None and balance < self._floor:\n+ status = \"overdue\"\n+ else:\n+ status = str(r[\"status\"] or \"active\")\n+ clients.append({\n+ \"id\": cid,\n+ \"name\": str(r[\"name\"]),\n+ \"tier\": str(r[\"tier\"]),\n+ \"balance\": balance,\n+ \"status\": status,\n+ \"credits_this_month\": credits,\n+ \"debits_this_month\": debits,\n+ })\n+ return clients\n+\n+ def _queue(self) -> Dict[str, Any]:\n+ \"\"\"pending_issues (issue #4) \u2014 count + newest 10, best-effort.\"\"\"\n+ empty = {\"count\": 0, \"items\": []}\n+ if not self._table_exists(\"pending_issues\"):\n+ return empty\n+ names = self._client_names()\n+ locked = self._locked_client_ids()\n+ try:\n+ count = int(self._conn.execute(\n+ \"SELECT COUNT(*) FROM pending_issues\").fetchone()[0])\n+ rows = list(self._conn.execute(\n+ \"SELECT id, client_id, title, created_at, status\"\n+ \" FROM pending_issues ORDER BY id DESC LIMIT 10\"))\n+ except sqlite3.Error:\n+ return empty\n+ items = []\n+ for r in rows:\n+ cid = int(r[\"client_id\"])\n+ balance = self._client_balance(cid)\n+ items.append({\n+ \"id\": int(r[\"id\"]),\n+ \"client_id\": cid,\n+ \"client_name\": names.get(cid, str(cid)),\n+ \"title\": str(r[\"title\"]),\n+ \"queued_at\": str(r[\"created_at\"]),\n+ \"status\": str(r[\"status\"]),\n+ \"locked\": cid in locked,\n+ \"unfunded\": balance is not None and balance < self._floor,\n+ })\n+ return {\"count\": count, \"items\": items}\n+\n+ def _delivery_debits(self, since_iso: str) -> set:\n+ \"\"\"(client_id, ref_id) delivery debits recorded since ``since_iso``.\"\"\"\n+ try:\n+ rows = self._conn.execute(\n+ \"SELECT client_id, ref_id FROM ledger\"\n+ \" WHERE kind = 'debit' AND ref_type = 'delivery'\"\n+ \" AND created_at >= ?\", (since_iso,)).fetchall()\n+ return {(int(r[\"client_id\"]), r[\"ref_id\"] or \"\") for r in rows}\n+ except sqlite3.Error:\n+ return set()\n+\n+ def _avg_review_to_merge_days(self) -> Optional[float]:\n+ \"\"\"Mean days from review to delivery debit (best-effort, #6 + #7).\"\"\"\n+ if not self._table_exists(\"reviews\"):\n+ return None\n+ try:\n+ debits = self._conn.execute(\n+ \"SELECT created_at, ref_id FROM ledger\"\n+ \" WHERE kind = 'debit' AND ref_type = 'delivery'\").fetchall()\n+ reviews = self._conn.execute(\n+ \"SELECT repo, pr, reviewed_at FROM reviews\").fetchall()\n+ except sqlite3.Error:\n+ return None\n+ by_ref: Dict[tuple, List[str]] = {}\n+ for r in reviews:\n+ by_ref.setdefault((str(r[\"repo\"]), str(r[\"pr\"])),\n+ []).append(str(r[\"reviewed_at\"]))\n+ diffs = []\n+ for d in debits:\n+ ref = d[\"ref_id\"] or \"\"\n+ if \"#\" not in ref:\n+ continue\n+ repo, _, pr_num = ref.rpartition(\"#\")\n+ times = by_ref.get((repo, pr_num))\n+ if not times:\n+ continue\n+ try:\n+ debit_at = datetime.fromisoformat(str(d[\"created_at\"]))\n+ except ValueError:\n+ continue\n+ last_time: Optional[datetime] = None\n+ for t in times:\n+ parsed = _safe_parse(t)\n+ if parsed is not None and parsed <= debit_at:\n+ if last_time is None or parsed > last_time:\n+ last_time = parsed\n+ if last_time is None:\n+ continue\n+ diffs.append((debit_at - last_time).total_seconds() / 86400.0)\n+ if not diffs:\n+ return None\n+ return round(sum(diffs) / len(diffs), 2)\n+\n+ def _throughput(self) -> List[dict]:\n+ now = _now()\n+ in_7d = _iso(now - timedelta(days=7))\n+ in_30d = _iso(now - timedelta(days=30))\n+ merged_7d = self._delivery_debits(in_7d)\n+ merged_30d = self._delivery_debits(in_30d)\n+ avg = self._avg_review_to_merge_days()\n+ names = self._client_names()\n+ out = []\n+ try:\n+ client_ids = [int(r[\"id\"]) for r in\n+ self._conn.execute(\"SELECT id FROM clients\")]\n+ except sqlite3.Error:\n+ client_ids = []\n+ for cid in client_ids:\n+ evals = 0\n+ if self._table_exists(\"eval_tasks\") and self._table_exists(\"eval_batches\"):\n+ try:\n+ evals = int(self._conn.execute(\n+ \"SELECT COUNT(*) FROM eval_tasks t\"\n+ \" JOIN eval_batches b ON b.id = t.batch_id\"\n+ \" WHERE b.client_id = ? AND t.status = 'done'\",\n+ (cid,)).fetchone()[0])\n+ except sqlite3.Error:\n+ evals = 0\n+ out.append({\n+ \"client_id\": cid,\n+ \"client_name\": names.get(cid, str(cid)),\n+ \"merged_7d\": sum(1 for c, _ in merged_7d if c == cid),\n+ \"merged_30d\": sum(1 for c, _ in merged_30d if c == cid),\n+ \"evals_completed\": evals,\n+ \"avg_review_to_merge_days\": avg,\n+ })\n+ return out\n+\n+ def _review_gate(self) -> List[dict]:\n+ if not self._table_exists(\"reviews\"):\n+ return []\n+ try:\n+ rows = list(self._conn.execute(\n+ \"SELECT repo, pr, verdict, head_sha, reviewed_at\"\n+ \" FROM reviews ORDER BY id DESC LIMIT 20\"))\n+ except sqlite3.Error:\n+ return []\n+ return [{\n+ \"repo\": str(r[\"repo\"]),\n+ \"pr\": int(r[\"pr\"]),\n+ \"verdict\": str(r[\"verdict\"]),\n+ \"head_sha\": str(r[\"head_sha\"])[:8],\n+ \"reviewed_at\": str(r[\"reviewed_at\"]),\n+ } for r in rows]\n+\n+ def _ledger_flash(self) -> List[dict]:\n+ try:\n+ rows = list(self._conn.execute(\n+ \"SELECT l.id, l.client_id, l.kind, l.amount_minor, l.currency,\"\n+ \" l.ref_type, l.ref_id, l.created_at, c.name AS client_name\"\n+ \" FROM ledger l LEFT JOIN clients c ON c.id = l.client_id\"\n+ \" ORDER BY l.id DESC LIMIT 20\"))\n+ except sqlite3.Error:\n+ return []\n+ return [{\n+ \"id\": int(r[\"id\"]),\n+ \"client_id\": int(r[\"client_id\"]),\n+ \"client_name\": str(r[\"client_name\"] or r[\"client_id\"]),\n+ \"kind\": str(r[\"kind\"]),\n+ \"amount_minor\": int(r[\"amount_minor\"]),\n+ \"currency\": str(r[\"currency\"]),\n+ \"ref\": \"\".join(x for x in (str(r[\"ref_type\"] or \"\"),\n+ (\"#\" + str(r[\"ref_id\"]) if r[\"ref_id\"] else \"\"))\n+ if x),\n+ \"created_at\": str(r[\"created_at\"]),\n+ } for r in rows]\n+\n+ # ------------------------------------------------------------------\n+ # Public entry point\n+ # ------------------------------------------------------------------\n+\n+ def summary(self) -> Dict[str, Any]:\n+ \"\"\"The whole dashboard as plain dicts (HTML and JSON share this).\"\"\"\n+ return {\n+ \"generated_at\": _iso(_now()),\n+ \"clients\": self._clients(),\n+ \"queue\": self._queue(),\n+ \"throughput\": self._throughput(),\n+ \"review_gate\": self._review_gate(),\n+ \"ledger_flash\": self._ledger_flash(),\n+ }\n+\n+\n+def _safe_parse(value: str) -> Optional[datetime]:\n+ try:\n+ return datetime.fromisoformat(value)\n+ except (ValueError, TypeError):\n+ return None\n+\n+\n+def render_html(summary: Dict[str, Any]) -> str:\n+ \"\"\"High-contrast operator page, no external assets (empty state: \u2014).\"\"\"\n+ esc = html.escape\n+\n+ def money(v):\n+ return EMPTY if v is None else f\"{v:,}\"\n+\n+ rows_clients = \"\".join(\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ for c in summary[\"clients\"])\n+ if not rows_clients:\n+ rows_clients = f\"\"\n+\n+ q = summary[\"queue\"]\n+ rows_queue = \"\".join(\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ for i in q[\"items\"])\n+ if not rows_queue:\n+ rows_queue = f\"\"\n+\n+ rows_tp = \"\".join(\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ for t in summary[\"throughput\"])\n+ if not rows_tp:\n+ rows_tp = f\"\"\n+\n+ rows_rg = \"\".join(\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ for v in summary[\"review_gate\"])\n+ if not rows_rg:\n+ rows_rg = f\"\"\n+\n+ rows_lf = \"\".join(\n+ f\"\"\n+ f\"\"\n+ f\"\"\n+ for l in summary[\"ledger_flash\"])\n+ if not rows_lf:\n+ rows_lf = f\"\"\n+\n+ return f\"\"\"\n+\n+SaaS dashboard \u2014 gitea-saas-core\n+\n+

SaaS dashboard generated {esc(summary['generated_at'])} UTC

\n+

1 \u00b7 Clients

\n+
{esc(c['name'])}{esc(c['tier'])}{money(c['balance'])}{esc(c['status'])}{c['credits_this_month']:,}{c['debits_this_month']:,}
{EMPTY}
{esc(i['client_name'])}{esc(i['title'])}{esc(i['queued_at'])}{'locked' if i['locked'] else ''}{'|' if i['locked'] and i['unfunded'] else ''}\"\n+ f\"{'unfunded' if i['unfunded'] else ''}
{EMPTY}
{esc(t['client_name'])}{t['merged_7d']}{t['merged_30d']}{t['evals_completed']}{t['avg_review_to_merge_days'] if t['avg_review_to_merge_days'] is not None else EMPTY}
{EMPTY}
{esc(v['repo'])}#{v['pr']}{esc(v['verdict'])}{esc(v['head_sha'])}{esc(v['reviewed_at'])}
{EMPTY}
{esc(l['client_name'])}{esc(l['kind'])}{l['amount_minor']:,}{esc(l['ref'])}{esc(l['created_at'])}
{EMPTY}
{rows_clients}
NameTierBalanceStatusCredits/30dDebits/30d
\n+

2 \u00b7 Queue

\n+{rows_queue}
ClientTitleQueued atFlags
\n+

3 \u00b7 Throughput

\n+{rows_tp}
ClientMerged 7dMerged 30dEvals doneAvg review\u2192merge
\n+

4 \u00b7 Review gate

\n+{rows_rg}
RepoPRVerdictHeadReviewed at
\n+

5 \u00b7 Ledger flash

\n+{rows_lf}
ClientKindAmountRefTime
\n+

Listen-only page: bind the server to 127.0.0.1. Live numbers, no caching.

\n+\"\"\"\n+\n+\n+def mount_dashboard(app, core=None, db_path=None, api_key=None):\n+ \"\"\"Mount the operator dashboard onto an EXISTING Flask app (issue #9).\n+\n+ The HTTP app factory is owned by issue #2 (``gitea_saas/server.py`` \u2014\n+ see ARCHITECTURE.md: 'the dashboard should mount onto #2's app rather\n+ than defining a second one; #2 owns the app factory and the API-key\n+ discipline'). This module deliberately does NOT define or run a second\n+ app. Callers (the app factory, or tests) pass their app in::\n+\n+ from flask import Flask\n+ from gitea_saas.billing_core import BillingCore\n+ from gitea_saas.dashboard import mount_dashboard\n+\n+ app = Flask(__name__)\n+ mount_dashboard(app, core=BillingCore(db_path), db_path=db_path,\n+ api_key=os.environ.get(\"SAAS_API_KEY\"))\n+\n+ Registered routes:\n+\n+ * ``GET /dashboard`` \u2014 HTML operator page (NO auth; the page renders a\n+ loopback-only warning \u2014 the server must bind to 127.0.0.1).\n+ * ``GET /api/dashboard/summary`` \u2014 JSON payload (``X-API-Key`` auth;\n+ 401 on missing/wrong key, 503 when no key is configured \u2014 fail-closed).\n+ * ``GET /healthz`` \u2014 liveness.\n+\n+ ``api_key`` fills ``app.config['API_KEY']`` only when unset, so the app\n+ factory's key wins when both are configured.\n+ \"\"\"\n+ from flask import Flask, jsonify, request # noqa: F401 (lazy, dev/runtime dep)\n+\n+ if db_path is None:\n+ raw = os.environ.get(\"SAAS_DB_PATH\", \"\").strip()\n+ if not raw:\n+ raise RuntimeError(\n+ \"SAAS_DB_PATH must be set to assemble the default dashboard\")\n+ db_path = Path(raw).expanduser()\n+ if core is None:\n+ from .billing_core import BillingCore\n+ core = BillingCore(db_path)\n+ if api_key is not None:\n+ app.config.setdefault(\"API_KEY\", api_key)\n+ if not app.config.get(\"API_KEY\"):\n+ app.config[\"API_KEY\"] = os.environ.get(\"SAAS_API_KEY\")\n+\n+ dashboard = Dashboard(core, db_path)\n+\n+ def _guard(view):\n+ from functools import wraps\n+\n+ @wraps(view)\n+ def guarded(*args, **kwargs):\n+ configured = app.config.get(\"API_KEY\")\n+ if not configured:\n+ return {\"error\": {\"code\": \"API_KEY_NOT_CONFIGURED\",\n+ \"message\": \"SAAS_API_KEY not set\"}}, 503\n+ provided = request.headers.get(API_KEY_HEADER, \"\")\n+ if not hmac.compare_digest(provided, configured):\n+ return {\"error\": {\"code\": \"UNAUTHORIZED\",\n+ \"message\": \"bad or missing X-API-Key\"}}, 401\n+ return view(*args, **kwargs)\n+ return guarded\n+\n+ @app.get(\"/healthz\")\n+ def healthz():\n+ return jsonify({\"ok\": True})\n+\n+ @app.get(\"/dashboard\")\n+ def dashboard_page():\n+ # No auth \u2014 this page is safe only because the server binds to\n+ # loopback. Recompute from the DB at request time (no caching).\n+ summary = dashboard.summary()\n+ return (render_html(summary), 200,\n+ {\"Content-Type\": \"text/html; charset=utf-8\"})\n+\n+ @app.get(\"/api/dashboard/summary\")\n+ @_guard\n+ def dashboard_summary():\n+ return jsonify(dashboard.summary())\n+\n+ return app\ndiff --git a/tests/test_dashboard.py b/tests/test_dashboard.py\nnew file mode 100644\nindex 0000000..b6c9e1a\n--- /dev/null\n+++ b/tests/test_dashboard.py\n@@ -0,0 +1,388 @@\n+\"\"\"Hermetic tests for the SaaS operator dashboard (issue #9 acceptance).\n+\n+Seeds a tmp SQLite DB with the billing core (clients/ledger) plus the\n+best-effort partner tables (pending_issues/factory_locks/reviews/\n+eval_batches/eval_tasks \u2014 the same DDL the owning modules use), then\n+asserts every dashboard section and the JSON/HTML endpoints share the\n+same data. No network.\n+\n+Server contract (bounce-fix, review of !22): this issue does NOT define a\n+second Flask app. issue #2 owns ``gitea_saas/server.py`` (the app factory\n+and the API-key discipline, per ARCHITECTURE.md); the dashboard MOUNTS onto\n+an existing app via ``mount_dashboard(app, core, db_path, api_key)``. The\n+endpoint tests below build a throwaway app with Flask's test client the\n+same way the app factory will when issue #2 lands.\n+\n+Run: python3 -m pytest tests/test_dashboard.py -q\n+\"\"\"\n+import json\n+import sqlite3\n+import sys\n+from datetime import datetime, timedelta, timezone\n+from pathlib import Path\n+\n+sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n+\n+import pytest\n+\n+import flask\n+\n+from gitea_saas.billing_core import BillingCore\n+from gitea_saas.dashboard import (Dashboard, EMPTY, render_html,\n+ mount_dashboard, API_KEY_HEADER)\n+\n+\n+def _iso(dt):\n+ return dt.isoformat()\n+\n+\n+# Partner-table DDL (mirrors issues #4/#6/#8 so the dashboard reads work\n+# against the real tables when those land).\n+EXTRA_DDL = \"\"\"\n+CREATE TABLE IF NOT EXISTS pending_issues (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ client_id INTEGER NOT NULL,\n+ repo TEXT NOT NULL,\n+ title TEXT NOT NULL,\n+ body_json TEXT NOT NULL,\n+ labels_json TEXT NOT NULL DEFAULT '[]',\n+ created_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now')),\n+ status TEXT NOT NULL DEFAULT 'queued' CHECK (status IN ('queued', 'shipped'))\n+);\n+CREATE TABLE IF NOT EXISTS factory_locks (\n+ client_id INTEGER PRIMARY KEY,\n+ locked_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now'))\n+);\n+CREATE TABLE IF NOT EXISTS reviews (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ repo TEXT NOT NULL,\n+ pr INTEGER NOT NULL,\n+ head_sha TEXT NOT NULL,\n+ verdict TEXT NOT NULL,\n+ reviewed_at TEXT NOT NULL,\n+ UNIQUE (repo, pr, head_sha)\n+);\n+CREATE TABLE IF NOT EXISTS eval_batches (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ client_id INTEGER NOT NULL,\n+ status TEXT NOT NULL DEFAULT 'open',\n+ callback_url TEXT,\n+ created_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now'))\n+);\n+CREATE TABLE IF NOT EXISTS eval_tasks (\n+ id INTEGER PRIMARY KEY AUTOINCREMENT,\n+ batch_id INTEGER NOT NULL REFERENCES eval_batches(id),\n+ repo TEXT NOT NULL,\n+ issue_number INTEGER NOT NULL,\n+ task_id TEXT NOT NULL,\n+ payload_json TEXT NOT NULL DEFAULT '{}',\n+ status TEXT NOT NULL DEFAULT 'pending',\n+ result_json TEXT,\n+ created_at TEXT NOT NULL DEFAULT (strftime('%Y-%m-%dT%H:%M:%fZ', 'now')),\n+ UNIQUE (batch_id, task_id)\n+);\n+\"\"\"\n+\n+\n+def _seed(tmp_path):\n+ \"\"\"Billing core + partner tables with fully controlled timestamps.\"\"\"\n+ now = datetime.now(timezone.utc)\n+ yesterday = now - timedelta(days=1)\n+ ten_days = now - timedelta(days=10)\n+ forty_days = now - timedelta(days=40)\n+\n+ core = BillingCore(tmp_path / \"saas.db\")\n+ core.create_client(\"Acme\", tier=\"gold\")\n+ core.create_client(\"Poorco\", tier=\"free\")\n+ # issue #16 API: create_client/get_client return FLAT records keyed by\n+ # \"id\" (never nested, never \"client_id\").\n+ acme = core.get_client(1)[1][\"id\"]\n+ poor = core.get_client(2)[1][\"id\"]\n+\n+ conn = sqlite3.connect(tmp_path / \"saas.db\")\n+ conn.executescript(EXTRA_DDL)\n+ c = conn.cursor()\n+ # Ledger with explicit timestamps (direct inserts, schema-legal).\n+ c.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'credit', 10000, 'USD', 'seed-fund', NULL, NULL, ?)\",\n+ (acme, _iso(now)))\n+ c.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'debit', 100, 'USD', 'seed-del-1', 'delivery',\"\n+ \" 'acme-repo#7', ?)\", (acme, _iso(now)))\n+ c.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'debit', 100, 'USD', 'seed-del-2', 'delivery',\"\n+ \" 'acme-repo#6', ?)\", (acme, _iso(ten_days)))\n+ c.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'debit', 100, 'USD', 'seed-del-3', 'delivery',\"\n+ \" 'acme-repo#5', ?)\", (acme, _iso(forty_days)))\n+ c.execute(\n+ \"INSERT INTO ledger (client_id, kind, amount_minor, currency,\"\n+ \" idempotency_key, ref_type, ref_id, created_at)\"\n+ \" VALUES (?, 'credit', 50, 'USD', 'seed-poor-fund', NULL, NULL, ?)\",\n+ (poor, _iso(yesterday)))\n+ # Queue + locks (issue #4 tables).\n+ c.execute(\n+ \"INSERT INTO pending_issues (client_id, repo, title, body_json,\"\n+ \" labels_json, created_at, status) VALUES (?, 'poorco-repo',\"\n+ \" 'Unpaid banner request', '{}', '[]', ?, 'queued')\",\n+ (poor, _iso(yesterday)))\n+ c.execute(\"INSERT INTO factory_locks (client_id) VALUES (?)\", (poor,))\n+ # Review gate (issue #6 table): one pair matches a delivery debit\n+ # exactly one day before, one verdict has no debit.\n+ c.execute(\n+ \"INSERT INTO reviews (repo, pr, head_sha, verdict, reviewed_at)\"\n+ \" VALUES ('acme-repo', 7, 'deadbeefcafe0001', 'APPROVE', ?)\",\n+ (_iso(now - timedelta(days=1)),))\n+ c.execute(\n+ \"INSERT INTO reviews (repo, pr, head_sha, verdict, reviewed_at)\"\n+ \" VALUES ('acme-repo', 6, 'deadbeefcafe0002', 'BOUNCE', ?)\",\n+ (_iso(yesterday - timedelta(hours=2)),))\n+ # Eval farm (issue #8 tables).\n+ c.execute(\n+ \"INSERT INTO eval_batches (id, client_id, status, callback_url,\"\n+ \" created_at) VALUES (1, ?, 'done', NULL, ?)\", (acme, _iso(ten_days)))\n+ c.execute(\n+ \"INSERT INTO eval_tasks (batch_id, repo, issue_number, task_id,\"\n+ \" payload_json, status, result_json, created_at)\"\n+ \" VALUES (1, 'eval-runs', 11, 'eval-a', '{}', 'done',\"\n+ \" '{\\\"summary\\\": \\\"ok\\\"}', ?)\", (_iso(ten_days),))\n+ conn.commit()\n+ conn.close()\n+ return core, tmp_path / \"saas.db\", acme, poor\n+\n+\n+@pytest.fixture\n+def seeded(tmp_path):\n+ return _seed(tmp_path)\n+\n+\n+@pytest.fixture\n+def dash(seeded):\n+ core, db, _acme, _poor = seeded\n+ return Dashboard(core, db)\n+\n+\n+@pytest.fixture\n+def app(seeded):\n+ \"\"\"Throwaway Flask app with the dashboard mounted \u2014 the same way issue\n+ #2's app factory will mount it when it lands (mount, never define).\"\"\"\n+ core, db, _acme, _poor = seeded\n+ a = flask.Flask(__name__)\n+ mount_dashboard(a, core=core, db_path=db, api_key=\"sekret\")\n+ return a\n+\n+\n+# -------------------------------------------------------------------------- #\n+# Sections #\n+# -------------------------------------------------------------------------- #\n+\n+class TestClients:\n+ def test_clients_section(self, dash, seeded):\n+ _core, _db, acme, poor = seeded\n+ by_name = {c[\"name\"]: c for c in dash.summary()[\"clients\"]}\n+ ac = by_name[\"Acme\"]\n+ assert ac[\"tier\"] == \"gold\"\n+ assert ac[\"balance\"] == 9700 # 10000 - 3x100\n+ assert ac[\"status\"] == \"active\"\n+ assert ac[\"credits_this_month\"] == 10000\n+ # Today's debit is always in this month; the 10-day-old one depends\n+ # on where the month boundary falls \u2014 assert the deterministic part.\n+ assert ac[\"debits_this_month\"] == 200 or ac[\"debits_this_month\"] == 100\n+ pc = by_name[\"Poorco\"]\n+ assert pc[\"balance\"] == 50\n+ assert pc[\"status\"] == \"locked\" # lock row wins over overdue\n+\n+\n+class TestQueue:\n+ def test_queue_count_and_flags(self, dash, seeded):\n+ _core, _db, _acme, poor = seeded\n+ q = dash.summary()[\"queue\"]\n+ assert q[\"count\"] == 1\n+ item = q[\"items\"][0]\n+ assert item[\"client_id\"] == poor\n+ assert item[\"client_name\"] == \"Poorco\"\n+ assert item[\"locked\"] is True\n+ assert item[\"unfunded\"] is True # 50 < 500 floor\n+\n+\n+class TestThroughput:\n+ def test_throughput_windows_and_evals(self, dash):\n+ by_name = {t[\"client_name\"]: t for t in dash.summary()[\"throughput\"]}\n+ ac = by_name[\"Acme\"]\n+ assert ac[\"merged_7d\"] == 1 # today's delivery debit\n+ assert ac[\"merged_30d\"] == 2 # today + 10 days ago\n+ assert ac[\"evals_completed\"] == 1\n+ assert ac[\"avg_review_to_merge_days\"] == 1.0 # review 1d before debit\n+ poor = by_name[\"Poorco\"]\n+ assert poor[\"merged_7d\"] == 0 and poor[\"merged_30d\"] == 0\n+\n+\n+class TestReviewGate:\n+ def test_last_verdicts_short_head(self, dash):\n+ gate = dash.summary()[\"review_gate\"]\n+ verdicts = [(g[\"verdict\"], g[\"pr\"]) for g in gate]\n+ assert (\"APPROVE\", 7) in verdicts\n+ assert (\"BOUNCE\", 6) in verdicts\n+ entry = next(g for g in gate if g[\"pr\"] == 7)\n+ assert entry[\"repo\"] == \"acme-repo\"\n+ assert len(entry[\"head_sha\"]) == 8 # shortened\n+\n+\n+class TestLedgerFlash:\n+ def test_latest_rows_desc(self, dash):\n+ flash = dash.summary()[\"ledger_flash\"]\n+ assert len(flash) == 5 # 5 ledger seed rows\n+ ids = [l[\"id\"] for l in flash]\n+ assert ids == sorted(ids, reverse=True)\n+ first = flash[0]\n+ assert first[\"client_name\"] == \"Poorco\" # newest row first\n+ assert first[\"kind\"] == \"credit\"\n+ assert first[\"amount_minor\"] == 50\n+ # a delivery debit row is present with its ref rendered\n+ deliveries = [l for l in flash if l[\"kind\"] == \"debit\"\n+ and \"delivery\" in l[\"ref\"]]\n+ assert len(deliveries) >= 2\n+ assert any(\"acme-repo#7\" in d[\"ref\"] for d in deliveries)\n+\n+\n+# -------------------------------------------------------------------------- #\n+# Empty state + HTML #\n+# -------------------------------------------------------------------------- #\n+\n+class TestEmptyAndHtml:\n+ def test_empty_db_renders_dash_empty_states(self, tmp_path):\n+ core = BillingCore(tmp_path / \"empty.db\")\n+ core.create_client(\"Nothing\", tier=\"free\")\n+ d = Dashboard(core, tmp_path / \"empty.db\")\n+ s = d.summary()\n+ assert s[\"clients\"] and s[\"clients\"][0][\"name\"] == \"Nothing\"\n+ assert s[\"queue\"] == {\"count\": 0, \"items\": []}\n+ assert s[\"review_gate\"] == [] and s[\"ledger_flash\"] == []\n+ page = render_html(s)\n+ assert EMPTY in page # empty-state em dash rendered\n+\n+ def test_html_has_all_sections_and_data(self, dash, seeded):\n+ s = dash.summary()\n+ page = render_html(s)\n+ for section in (\"1 \\u00b7 Clients\", \"2 \\u00b7 Queue\", \"3 \\u00b7 Throughput\",\n+ \"4 \\u00b7 Review gate\", \"5 \\u00b7 Ledger flash\"):\n+ assert section in page\n+ assert \"Acme\" in page and \"Poorco\" in page\n+ assert \"APPROVE\" in page and \"BOUNCE\" in page\n+ assert \"deadbeef\" in page # short head sha\n+ assert \"listening\" not in page.lower() or True # page renders\n+\n+\n+# -------------------------------------------------------------------------- #\n+# Mount contract (issue #2 owns the app factory) #\n+# -------------------------------------------------------------------------- #\n+\n+class TestMountContract:\n+ def test_dashboard_mounts_onto_existing_app(self, app):\n+ \"\"\"The dashboard registers its routes on a caller-supplied app \u2014 it\n+ does NOT define or run a second Flask app (review finding: #2 owns\n+ the app factory; three-way server.py conflict removed).\"\"\"\n+ client = app.test_client()\n+ assert client.get(\"/dashboard\").status_code == 200\n+ assert client.get(\"/healthz\").status_code == 200\n+\n+ def test_no_second_server_module_in_this_issue(self):\n+ \"\"\"Issue #9 must not stand up a second Flask app: #2 owns the app\n+ factory and the dashboard only mounts onto it.\n+\n+ This originally asserted that `gitea_saas/server.py` was absent from\n+ the tree. That held only until #2 merged -- afterwards the guard fired\n+ against #2's own file rather than against anything #9 shipped, so it\n+ could never pass again (it is the single failure when this branch is\n+ merged onto main). The invariant that actually matters is unchanged and\n+ is now checked directly: this module exposes a mount seam and never\n+ constructs an app of its own.\n+ \"\"\"\n+ import ast\n+\n+ import gitea_saas.dashboard as d\n+ assert callable(getattr(d, \"mount_dashboard\", None))\n+\n+ # Parse rather than grep: mount_dashboard's docstring contains a\n+ # `app = Flask(__name__)` usage example for callers, so a substring\n+ # check reports a violation that does not exist.\n+ src = Path(d.__file__).resolve().read_text(encoding=\"utf-8\")\n+ constructs_app = [\n+ n for n in ast.walk(ast.parse(src))\n+ if isinstance(n, ast.Call)\n+ and getattr(n.func, \"id\", None) == \"Flask\"\n+ ]\n+ assert not constructs_app, \\\n+ \"dashboard.py must mount onto the app owned by #2, not create its own\"\n+\n+\n+# -------------------------------------------------------------------------- #\n+# Server endpoints (via the mount, same as the app factory will use) #\n+# -------------------------------------------------------------------------- #\n+\n+class TestServer:\n+ def test_summary_json_requires_api_key(self, dash, app):\n+ client = app.test_client()\n+ r = client.get(\"/api/dashboard/summary\")\n+ assert r.status_code == 401\n+ r = client.get(\"/api/dashboard/summary\",\n+ headers={\"X-API-Key\": \"wrong\"})\n+ assert r.status_code == 401\n+ r = client.get(\"/api/dashboard/summary\",\n+ headers={API_KEY_HEADER: \"sekret\"})\n+ assert r.status_code == 200\n+ payload = r.get_json()\n+ assert payload is not None\n+ assert payload.pop(\"generated_at\") # live timestamp, differs per call\n+ expected = dash.summary()\n+ expected.pop(\"generated_at\")\n+ assert payload == expected # same queries as the HTML\n+\n+ def test_wrong_key_of_same_length_rejected(self, dash, app):\n+ \"\"\"A wrong key of the SAME length as the configured key must be\n+ rejected with 401.\n+\n+ This is the test that distinguishes the comparison implementations:\n+ plain ``str !=`` returns on the first differing byte, while\n+ ``hmac.compare_digest`` is constant-time. A length-DIFFERING wrong\n+ key (\"wrong\" vs the configured \"sekret\") is rejected by both and is\n+ therefore not evidence either way (bounce finding, 2026-08-26).\"\"\"\n+ client = app.test_client()\n+ configured = \"sekret\" # api_key in the `app` fixture\n+ wrong_same_length = \"hunter\" # 6 chars, differs in every byte\n+ assert len(wrong_same_length) == len(configured)\n+ r = client.get(\"/api/dashboard/summary\",\n+ headers={API_KEY_HEADER: wrong_same_length})\n+ assert r.status_code == 401\n+\n+ def test_dashboard_page_open_and_html(self, app, seeded):\n+ client = app.test_client()\n+ r = client.get(\"/dashboard\")\n+ assert r.status_code == 200\n+ assert \"text/html\" in r.content_type\n+ assert \"SaaS dashboard\" in r.get_data(as_text=True)\n+ assert \"Acme\" in r.get_data(as_text=True)\n+\n+ def test_summary_fail_closed_without_configured_key(self, seeded,\n+ monkeypatch):\n+ monkeypatch.delenv(\"SAAS_API_KEY\", raising=False)\n+ core, db, _a, _p = seeded\n+ a = flask.Flask(__name__)\n+ mount_dashboard(a, core=core, db_path=db, api_key=None)\n+ client = a.test_client()\n+ r = client.get(\"/api/dashboard/summary\")\n+ assert r.status_code == 503 # fail-closed, not anonymous\n+ # the HTML page stays open regardless (loopback-only page)\n+ assert client.get(\"/dashboard\").status_code == 200\n+\n+ def test_healthz(self, app):\n+ r = app.test_client().get(\"/healthz\")\n+ assert r.status_code == 200 and r.get_json() == {\"ok\": True}\n", + "diff_truncated": false, + "diff_bytes": 38440 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gitea-saas-core-27.json b/tests/calibration/corpus/gitea-saas-core-27.json new file mode 100644 index 0000000..2c1c4d4 --- /dev/null +++ b/tests/calibration/corpus/gitea-saas-core-27.json @@ -0,0 +1,28 @@ +{ + "id": "gitea-saas-core-27", + "repo": "gitea-saas-core", + "pr": 27, + "title": "Consolidate all X-API-Key auth into gitea_saas/auth.py (#24)", + "head_sha": "3819b49498030f49b3ecc842f9ef5e1f29d5985e", + "base_sha": "71cc2634ce7f99de4cb1a7e784356c52f4d3c3bc", + "labels": [], + "merged": true, + "issue_number": 24, + "issue_body": "## The measurement\n\nThree open PRs each hand-roll the same X-API-Key check, independently. None of\nthem imports another's, and there is no shared helper:\n\n| PR | file | comparison | source of header name |\n|---|---|---|---|\n| !13 (#2) | `gitea_saas/server.py:231` | `hmac.compare_digest` | `API_KEY_HEADER` from `config` |\n| !18 (#7) | `gitea_saas/delivery.py:138` | `hmac.compare_digest` | its own `config[\"api_key\"]` |\n| !17 (#4) | `gitea_saas/intake_factory.py:358` | **`sent == api_key`** | hardcoded `\"X-API-Key\"` literal |\n\nVerified by reading each blob at its branch tip, not inferred from the diffs.\n\n## Two concrete defects this has already produced\n\n**1. One of the three is not constant-time.** `intake_factory.py:358` is:\n\n```python\nsent = request.headers.get(\"X-API-Key\", \"\")\nreturn bool(api_key) and sent == api_key\n```\n\n`hmac` is not imported in that module at all. Python's `str.__eq__` short-\ncircuits on the first differing byte, so comparison time leaks a prefix match\non the shared secret. Its two siblings both use `hmac.compare_digest`\nspecifically to avoid that, and `delivery.py:127-128` even documents why\n(\"no timing side channel on the shared secret's prefix\").\n\nWhether that is *practically* exploitable over the network is arguable\n(jitter usually swamps it). What is not arguable is that the same secret is\nchecked three ways in one service and only two of them are the way the team\nalready decided on -- so this is a consistency defect with a security shape,\nand the fix is cheap.\n\n**2. A comment asserts a parity that does not hold.** `intake_factory.py:324`:\n\n```python\n# Routes (same auth discipline as gitea_saas.server -- X-API-Key, fail-closed):\n```\n\nIt is not the same discipline. `server.py` uses `compare_digest` and reads the\nheader name from the shared `API_KEY_HEADER` constant; this module uses `==`\nand hardcodes the literal. A future change to `API_KEY_HEADER` in `config.py`\nwould silently leave this module authenticating on the old header name --\nwhich fails *open* for the new header and closed for the old, depending which\nway the change goes. A comment that documents another component's behaviour\nincorrectly is worse than no comment, because it reads as evidence.\n\n## What to do\n\nExtract ONE authenticator and have all three front-ends use it. Suggested\nshape (not binding):\n\n- Live next to `API_KEY_HEADER` in `gitea_saas/config.py`, or a new\n `gitea_saas/auth.py`.\n- One function that takes the request's header value and the configured key\n and returns a bool, using `hmac.compare_digest`, treating an unset key as\n **refuse** (all three already agree on fail-closed; keep that).\n- One Flask helper returning the 401 response body, so the error shape is\n identical across front-ends.\n- Every call site reads the header name from the shared constant. Zero\n hardcoded `\"X-API-Key\"` literals outside that constant --\n `git grep -n '\"X-API-Key\"'` should return exactly one hit when done.\n\n## Acceptance criteria\n\n1. `git grep -c \"compare_digest\" gitea_saas/` -- the count equals the number\n of times the shared helper defines it, i.e. **1**. No front-end does its\n own comparison.\n2. `git grep -n '\"X-API-Key\"' gitea_saas/` returns exactly one line (the\n constant's definition).\n3. A test that a **wrong key of the same length** is rejected, and one that an\n **unset configured key** refuses every request rather than serving.\n4. A test asserting the 401 body/shape is identical from all three front-ends.\n5. Suite stays green; state the before/after counts.\n\n## Why this is `blocked`, and on what\n\nAll three files are owned by open PRs right now (!13, !17, !18). Doing this\nwork before they land guarantees a three-way conflict on exactly the files\nthis issue touches -- the same failure this repo already has on\n`gitea_client.py` (#21) and `server.py`.\n\n**Blocked until !13, !17 and !18 are all merged.** Clear this label when the\nlast of the three lands, not before, and re-derive the line numbers above --\nthey will have moved.\n\n## Out of scope\n\n- Changing the auth *scheme* (API key -> tokens/JWT/mTLS). This issue is\n strictly \"one implementation of the scheme already chosen\".\n- Stripe webhook signature verification (!11) -- that is a different secret\n with a different verification path and it correctly uses `compare_digest`\n already.\n- Rotating or changing any actual key value. Do not touch credentials.\n", + "changed_files": [ + "gitea_saas/auth.py", + "gitea_saas/config.py", + "gitea_saas/dashboard.py", + "gitea_saas/delivery.py", + "gitea_saas/intake_factory.py", + "gitea_saas/server.py", + "tests/test_auth.py", + "tests/test_dashboard.py", + "tests/test_delivery.py", + "tests/test_intake_factory.py", + "tests/test_server.py" + ], + "diff": "diff --git a/gitea_saas/auth.py b/gitea_saas/auth.py\nnew file mode 100644\nindex 0000000..913041c\n--- /dev/null\n+++ b/gitea_saas/auth.py\n@@ -0,0 +1,79 @@\n+\"\"\"Single X-API-Key auth path for the whole service (issue #24).\n+\n+Every API-key front-end (``server.py``, ``delivery.py``, ``intake_factory.py``,\n+``dashboard.py``) delegates to this module. The header name, the constant-time\n+comparison and the 401 body are defined exactly once here; a front-end never\n+performs its own check or hardcodes the header literal.\n+\n+``stripe_client.py`` verifies webhook *signatures* (a different secret on a\n+different verification path) and is explicitly out of scope for this issue \u2014\n+it keeps its own constant-time signature check.\n+\n+Public surface:\n+ API_KEY_HEADER the only ``X-API-Key`` header literal in the package\n+ PUBLIC_PATHS deliberately unauthenticated liveness/health routes\n+ key_is_valid() constant-time, fail-closed check \u2014 the one API-key\n+ comparison in the whole service\n+ UNAUTHORIZED_BODY canonical 401 payload, byte-identical on every wire\n+ unauthorized_response() Flask Response object carrying that body\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import hmac\n+from typing import Optional\n+\n+# The one place the HTTP header literal lives. A `git grep` for the quoted\n+# header name must match exactly this definition (acceptance criterion 2).\n+API_KEY_HEADER = \"X-API-Key\"\n+\n+# Routes that need no API key. Every front-end guard reads this set, so a\n+# route's exposure is declared here, not inside one PR's before_request\n+# (composition finding, 2026-08-26): /health (server.py), /healthz\n+# (dashboard.py) and /api/factory/health (intake_factory.py) are all\n+# liveness routes and must stay reachable without a key.\n+PUBLIC_PATHS = frozenset({\n+ \"/health\",\n+ \"/healthz\",\n+ \"/api/factory/health\",\n+})\n+\n+# Canonical 401 payload. All front-ends return exactly this (Flask\n+# `jsonify(UNAUTHORIZED_BODY)` for HTTP surfaces, the dict itself for the\n+# delivery `(result, status)` seam), so a client parses every front-end's\n+# auth failure identically (acceptance criterion 4).\n+UNAUTHORIZED_BODY = {\n+ \"error\": {\n+ \"code\": \"UNAUTHORIZED\",\n+ \"message\": \"missing or invalid API key\",\n+ },\n+}\n+\n+\n+def key_is_valid(provided_key: Optional[str],\n+ configured_key: Optional[str]) -> bool:\n+ \"\"\"Fail-closed, constant-time API-key check (single implementation).\n+\n+ A request is authorized only when a key is actually configured AND the\n+ provided header value matches it exactly. An unset/empty or non-str\n+ configured key refuses every request; non-str/empty provided values are\n+ rejected before the comparison runs (the constant-time compare raises\n+ ``TypeError`` on non-str input).\n+\n+ This is the ONE API-key comparison in the service (acceptance criterion\n+ 1) \u2014 no front-end does its own.\n+ \"\"\"\n+ if not isinstance(configured_key, str) or not configured_key:\n+ return False\n+ if not isinstance(provided_key, str) or not provided_key:\n+ return False\n+ return hmac.compare_digest(provided_key, configured_key)\n+\n+\n+def unauthorized_response():\n+ \"\"\"Flask Response with the canonical 401 body (status 401).\"\"\"\n+ from flask import jsonify\n+\n+ resp = jsonify(UNAUTHORIZED_BODY)\n+ resp.status_code = 401\n+ return resp\ndiff --git a/gitea_saas/config.py b/gitea_saas/config.py\nindex a0e513c..d4950c0 100644\n--- a/gitea_saas/config.py\n+++ b/gitea_saas/config.py\n@@ -5,8 +5,9 @@ coordinated between issues #2 and #6 \u2014 see botmanager #21 for the ownership\n pattern that motivated it):\n \n * the HTTP server's frozen :class:`ServerConfig` (issue #2) \u2014 the billing\n- API's API-key discipline (``SAAS_API_KEY`` / ``X-API-Key`` header), the\n- port, and the DB path; and\n+ API's API-key discipline (``SAAS_API_KEY`` env; the ``X-API-Key`` header\n+ constant itself is owned by ``gitea_saas.auth``, issue #24), the port, and\n+ the DB path; and\n * the review-gate/policy tuning (issue #6): tier rates/policies\n (``SAAS_TIERS_JSON``) plus the reviewer knobs (``REVIEW_*``), returned as\n a plain dict by :func:`load_review_config`.\n@@ -32,8 +33,11 @@ DEFAULT_PORT = 8080\n # (in-memory) SQLite database. Real deployments must set SAAS_DB_PATH.\n DEFAULT_DB_PATH: Optional[Path] = None\n \n-# Header name carrying the API key on every authenticated request.\n-API_KEY_HEADER = \"X-API-Key\"\n+# Header name carrying the API key on every authenticated request. Owned by\n+# ``gitea_saas.auth`` (issue #24 consolidation); re-exported here so existing\n+# ``from .config import API_KEY_HEADER`` call sites keep working without a\n+# second copy of the literal.\n+from .auth import API_KEY_HEADER\n \n # Tier defaults (issue #6): GOLD auto-merges on a green APPROVE at rate 100\n # minor units per delivery; STANDARD is reviewed but operator-merged at rate\ndiff --git a/gitea_saas/dashboard.py b/gitea_saas/dashboard.py\nindex 349e74b..7d67128 100644\n--- a/gitea_saas/dashboard.py\n+++ b/gitea_saas/dashboard.py\n@@ -30,7 +30,6 @@ serves the exact same dict.\n \n from __future__ import annotations\n \n-import hmac\n import html\n import os\n import sqlite3\n@@ -38,13 +37,9 @@ from datetime import datetime, timedelta, timezone\n from pathlib import Path\n from typing import Any, Dict, List, Optional\n \n-EMPTY = \"\\u2014\" # em dash empty-state marker\n+from .auth import API_KEY_HEADER, key_is_valid, unauthorized_response\n \n-# Single source for the API-key header name on this branch. The shared\n-# `config.API_KEY_HEADER` constant lands with issue #2/#6 (neither merged\n-# yet); when #24 consolidates the service's auth paths, this line is\n-# replaced by `from .config import API_KEY_HEADER` \u2014 no other change.\n-API_KEY_HEADER = \"X-API-Key\"\n+EMPTY = \"\\u2014\" # em dash empty-state marker\n \n DEFAULT_DEBIT_FLOOR_MINOR = 500\n \n@@ -412,7 +407,7 @@ def render_html(summary: Dict[str, Any]) -> str:\n {rows_rg}
RepoPRVerdictHeadReviewed at
\n

5 \u00b7 Ledger flash

\n {rows_lf}
ClientKindAmountRefTime
\n-

Listen-only page: bind the server to 127.0.0.1. Live numbers, no caching.

\n+

Operator page \u2014 requires the same API key as the JSON summary. Live numbers, no caching.

\n \"\"\"\n \n \n@@ -435,11 +430,14 @@ def mount_dashboard(app, core=None, db_path=None, api_key=None):\n \n Registered routes:\n \n- * ``GET /dashboard`` \u2014 HTML operator page (NO auth; the page renders a\n- loopback-only warning \u2014 the server must bind to 127.0.0.1).\n- * ``GET /api/dashboard/summary`` \u2014 JSON payload (``X-API-Key`` auth;\n- 401 on missing/wrong key, 503 when no key is configured \u2014 fail-closed).\n- * ``GET /healthz`` \u2014 liveness.\n+ * ``GET /dashboard`` \u2014 HTML operator page (the issue #25 guard, expressed\n+ through ``gitea_saas.auth``: constant-time ``key_is_valid`` check, any\n+ refusal \u2014 missing, wrong, or unset configured key \u2014 is the canonical\n+ 401 body; never billing data without a valid key).\n+ * ``GET /api/dashboard/summary`` \u2014 JSON payload (``X-API-Key`` auth via\n+ ``gitea_saas.auth``; any refusal \u2014 missing, wrong, or unset configured\n+ key \u2014 is the canonical 401 body, fail-closed).\n+ * ``GET /healthz`` \u2014 liveness (public, in ``auth.PUBLIC_PATHS``).\n \n ``api_key`` fills ``app.config['API_KEY']`` only when unset, so the app\n factory's key wins when both are configured.\n@@ -462,37 +460,30 @@ def mount_dashboard(app, core=None, db_path=None, api_key=None):\n \n dashboard = Dashboard(core, db_path)\n \n- def _guard(view):\n- from functools import wraps\n-\n- @wraps(view)\n- def guarded(*args, **kwargs):\n- configured = app.config.get(\"API_KEY\")\n- if not configured:\n- return {\"error\": {\"code\": \"API_KEY_NOT_CONFIGURED\",\n- \"message\": \"SAAS_API_KEY not set\"}}, 503\n- provided = request.headers.get(API_KEY_HEADER, \"\")\n- if not hmac.compare_digest(provided, configured):\n- return {\"error\": {\"code\": \"UNAUTHORIZED\",\n- \"message\": \"bad or missing X-API-Key\"}}, 401\n- return view(*args, **kwargs)\n- return guarded\n-\n @app.get(\"/healthz\")\n def healthz():\n return jsonify({\"ok\": True})\n \n @app.get(\"/dashboard\")\n def dashboard_page():\n- # No auth \u2014 this page is safe only because the server binds to\n- # loopback. Recompute from the DB at request time (no caching).\n+ # Guarded through the shared auth module (issues #24/#25): the same\n+ # constant-time key_is_valid check and canonical 401 body as every\n+ # other API-key route \u2014 never billing data without a valid key.\n+ # Loopback binding is defense-in-depth only; it was never enforced,\n+ # so it is NOT the authorization boundary. Recompute from the DB at\n+ # request time (no caching).\n+ if not key_is_valid(request.headers.get(API_KEY_HEADER, \"\"),\n+ app.config.get(\"API_KEY\")):\n+ return unauthorized_response()\n summary = dashboard.summary()\n return (render_html(summary), 200,\n {\"Content-Type\": \"text/html; charset=utf-8\"})\n \n @app.get(\"/api/dashboard/summary\")\n- @_guard\n def dashboard_summary():\n+ if not key_is_valid(request.headers.get(API_KEY_HEADER, \"\"),\n+ app.config.get(\"API_KEY\")):\n+ return unauthorized_response()\n return jsonify(dashboard.summary())\n \n return app\ndiff --git a/gitea_saas/delivery.py b/gitea_saas/delivery.py\nindex 81730c6..e50972d 100644\n--- a/gitea_saas/delivery.py\n+++ b/gitea_saas/delivery.py\n@@ -28,12 +28,13 @@ a malformed payload, 200 otherwise) -- the server.py webhook route\n \n from __future__ import annotations\n \n-import hmac\n import json\n import os\n from collections.abc import Mapping\n from typing import Any, Optional\n \n+from .auth import UNAUTHORIZED_BODY, key_is_valid\n+\n # --- defaults (overridable via env, mirror issue #6's config.py) ----------\n \n DEFAULT_TIERS: dict[str, dict[str, Any]] = {\n@@ -47,7 +48,6 @@ DEFAULT_FLOOR_MINOR = 500 # SAAS_DEBIT_FLOOR_MINOR ($5.00; matches issue #4)\n KEY_PREFIX = \"deliver\"\n \n # Error codes (structured, mirror billing-core conventions).\n-UNAUTHORIZED = \"UNAUTHORIZED\"\n BAD_PAYLOAD = \"BAD_PAYLOAD\"\n UNKNOWN_CLIENT = \"UNKNOWN_CLIENT\"\n INTERNAL = \"INTERNAL\"\n@@ -120,22 +120,14 @@ class Delivery:\n # ------------------------------------------------------------------\n \n def authorized(self, provided_key: Optional[str]) -> bool:\n- \"\"\"Fail-closed, constant-time: a request is authorized only when\n- the configured ``SAAS_API_KEY`` is set and matches the provided\n- key exactly.\n+ \"\"\"Fail-closed, constant-time API-key check.\n \n- The comparison uses :func:`hmac.compare_digest` (no timing side\n- channel on the shared secret's prefix). ``compare_digest`` raises\n- ``TypeError`` on non-str input, so the ``isinstance`` guard runs\n- first \u2014 unset/empty config and non-str/empty keys all return\n- ``False``.\n+ Single implementation (issue #24): delegates to the shared\n+ ``gitea_saas.auth.key_is_valid`` \u2014 no comparison lives in this\n+ module. A request is authorized only when ``SAAS_API_KEY`` is set\n+ and matches the provided key exactly.\n \"\"\"\n- expected = self.config.get(\"api_key\")\n- if not expected:\n- return False\n- if not isinstance(provided_key, str) or not provided_key:\n- return False\n- return hmac.compare_digest(provided_key, expected)\n+ return key_is_valid(provided_key, self.config.get(\"api_key\"))\n \n # ------------------------------------------------------------------\n # The debit primitive\n@@ -279,8 +271,9 @@ class Delivery:\n fields, 200 otherwise.\n \"\"\"\n if not self.authorized(provided_key):\n- return ({\"ok\": False, \"error\": {\"code\": UNAUTHORIZED,\n- \"message\": \"bad or missing X-API-Key\"}}), 401\n+ # Canonical 401 body from gitea_saas.auth (issue #24): identical\n+ # on every front-end's wire.\n+ return (UNAUTHORIZED_BODY, 401)\n if not isinstance(payload, dict):\n return ({\"ok\": False, \"error\": {\"code\": BAD_PAYLOAD,\n \"message\": \"expected JSON object\"}}), 400\ndiff --git a/gitea_saas/intake_factory.py b/gitea_saas/intake_factory.py\nindex be83715..dde7dff 100644\n--- a/gitea_saas/intake_factory.py\n+++ b/gitea_saas/intake_factory.py\n@@ -23,7 +23,6 @@ shipped without payment.\n \n from __future__ import annotations\n \n-import hmac\n import json\n import os\n import re\n@@ -33,15 +32,11 @@ from datetime import datetime, timezone\n from pathlib import Path\n from typing import Any, Dict, List, Optional\n \n-# Header carrying the API key. The shared constant lives in the sibling\n-# ``gitea_saas/config.py`` (issue #2/#6 auth), which lands in a later PR than\n-# this one; until that module is merged this file falls back to the same\n-# canonical value. Keeping the single source of truth means the factory\n-# routes use ``compare_digest`` on the same header name as ``server.py``.\n-try:\n- from .config import API_KEY_HEADER # shared with gitea_saas.server\n-except ImportError: # config.py not merged yet (sibling auth PRs)\n- API_KEY_HEADER = \"X-API-Key\"\n+# Single auth path (issue #24): the header name, the constant-time comparison\n+# and the 401 body all live in ``gitea_saas.auth``; this module delegates.\n+# config.py is long merged, so there is no fallback constant here \u2014 a failed\n+# import of a security-relevant constant must be loud, not silently re-hardcoded.\n+from .auth import API_KEY_HEADER, key_is_valid, unauthorized_response\n \n # Default floor for \"funded\": a client must hold at least this many minor\n # units (default = 5.00 USD) before intake will ship issues.\n@@ -342,8 +337,8 @@ class IntakeFactory:\n # HTTP surface (mounted by the issue #2 Flask app; see register_factory_routes)\n # ---------------------------------------------------------------------------\n #\n-# Routes (same auth discipline as gitea_saas.server -- API_KEY_HEADER via\n-# hmac.compare_digest, fail-closed):\n+# Routes (single auth path, issue #24 -- gitea_saas.auth.key_is_valid via\n+# API_KEY_HEADER, fail-closed; /api/factory/health is in PUBLIC_PATHS):\n # POST /api/factory/provision {\"client_id\": int, \"repo_name\"?: str}\n # POST /api/factory//issues {\"repo\", \"title\", \"acceptance_body\",\n # \"labels\"?: [...]}\n@@ -375,15 +370,10 @@ def register_factory_routes(app: Any, core: Any, gitea: Any, config: Any) -> Non\n def _factory() -> IntakeFactory:\n return IntakeFactory(core, gitea, config)\n \n- def _authorized() -> bool:\n- sent = request.headers.get(API_KEY_HEADER, \"\")\n- return bool(api_key) and hmac.compare_digest(sent, api_key)\n-\n def _require_auth():\n- if not _authorized():\n- resp = jsonify({\"error\": \"missing or invalid API key\", \"code\": \"unauthorized\"})\n- resp.status_code = 401\n- return resp\n+ sent = request.headers.get(API_KEY_HEADER, \"\")\n+ if not key_is_valid(sent, api_key):\n+ return unauthorized_response()\n return None\n \n @app.get(\"/api/factory/health\")\ndiff --git a/gitea_saas/server.py b/gitea_saas/server.py\nindex 1aea7f5..41cd307 100644\n--- a/gitea_saas/server.py\n+++ b/gitea_saas/server.py\n@@ -44,14 +44,15 @@ tests hermetic (Flask test client + temp DB) and free of any network/Stripe.\n \n from __future__ import annotations\n \n-import hmac\n import sys\n from pathlib import Path\n from typing import Any, Dict, Optional, Tuple\n \n from flask import Flask, jsonify, request\n \n-from .config import API_KEY_HEADER, load_config\n+from .auth import (API_KEY_HEADER, PUBLIC_PATHS, key_is_valid,\n+ unauthorized_response)\n+from .config import load_config\n \n \n class ApiError(Exception):\n@@ -219,7 +220,10 @@ def create_app(core: Any, api_key: str) -> Flask:\n \"\"\"Build the Flask app around a billing ``core`` instance.\n \n ``api_key`` is matched against the ``X-API-Key`` header on every route\n- except ``/health``. Missing or wrong keys get ``401``.\n+ except the liveness routes in ``auth.PUBLIC_PATHS`` (``/health``,\n+ ``/healthz``, ``/api/factory/health``). Missing or wrong keys get the\n+ canonical 401 body from ``gitea_saas.auth`` (issue #24 consolidation \u2014\n+ this app delegates, it does not implement its own check).\n \"\"\"\n app = Flask(__name__)\n app.config[\"CORE\"] = core\n@@ -227,13 +231,12 @@ def create_app(core: Any, api_key: str) -> Flask:\n \n @app.before_request\n def _require_api_key():\n- if request.path.rstrip(\"/\") == \"/health\":\n+ if request.path.rstrip(\"/\") in PUBLIC_PATHS:\n return None\n sent = request.headers.get(API_KEY_HEADER, \"\")\n expected = app.config[\"API_KEY\"]\n- if not expected or not isinstance(sent, str) or not hmac.compare_digest(\n- sent, expected):\n- return _error(401, \"unauthorized\", \"missing or invalid API key\")\n+ if not key_is_valid(sent, expected):\n+ return unauthorized_response()\n return None\n \n @app.errorhandler(ApiError)\ndiff --git a/tests/test_auth.py b/tests/test_auth.py\nnew file mode 100644\nindex 0000000..eccad45\n--- /dev/null\n+++ b/tests/test_auth.py\n@@ -0,0 +1,288 @@\n+\"\"\"Acceptance tests for the single X-API-Key auth path (issue #24).\n+\n+Covers the issue's acceptance criteria against the ONE consolidated\n+authenticator (``gitea_saas.auth``):\n+\n+1. exactly one ``compare_digest`` on the API-key path (auth.py; the\n+ ``stripe_client.py`` match is webhook-signature verification, which the\n+ issue explicitly scopes out);\n+2. exactly one ``\"X-API-Key\"`` literal in the package (``auth.py``);\n+3. a wrong key of the SAME length is rejected, and an unset configured key\n+ refuses every request rather than serving;\n+4. the 401 body is byte-identical across all front-ends (server, delivery,\n+ intake factory, dashboard);\n+5. route exposure is declared in one place (health/liveness routes in\n+ ``auth.PUBLIC_PATHS``) and asserted per front-end, including the composed\n+ production app (server app + mounted dashboard).\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import sys\n+import types\n+from pathlib import Path\n+\n+sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n+\n+import pytest\n+\n+import flask\n+\n+from gitea_saas.auth import (API_KEY_HEADER, PUBLIC_PATHS, UNAUTHORIZED_BODY,\n+ key_is_valid)\n+from gitea_saas.dashboard import mount_dashboard\n+from gitea_saas.delivery import Delivery, default_config\n+from gitea_saas.intake_factory import register_factory_routes\n+from gitea_saas import server as server_mod\n+\n+API_KEY = \"sekret\"\n+AUTH = {API_KEY_HEADER: API_KEY}\n+\n+\n+class _Core:\n+ \"\"\"Tiny billing-core stub good enough for auth-path tests.\n+\n+ Auth runs BEFORE any core call, so refusal tests never touch it; the\n+ minimal create_client/get_client support the few positive probes.\n+ \"\"\"\n+\n+ def create_client(self, name, tier=\"free\", status=\"active\", meta=None):\n+ return True, {\"id\": 1, \"client_id\": 1, \"name\": name, \"tier\": tier,\n+ \"status\": status, \"meta\": meta or {},\n+ \"created_at\": \"2026-01-01T00:00:00+00:00\"}\n+\n+ def get_client(self, client_id, include_balance=True):\n+ return True, {\"id\": client_id, \"name\": \"Acme\", \"tier\": \"free\",\n+ \"status\": \"active\", \"meta\": {}, \"balance\": 0,\n+ \"created_at\": \"2026-01-01T00:00:00+00:00\"}\n+\n+\n+# --------------------------------------------------------------------------\n+# Per-front-end apps (all built the way the owning tests build them)\n+# --------------------------------------------------------------------------\n+\n+@pytest.fixture()\n+def server_app():\n+ app = server_mod.create_app(_Core(), API_KEY)\n+ app.config.update(TESTING=True)\n+ return app\n+\n+\n+@pytest.fixture()\n+def delivery():\n+ return Delivery(core=None, config=default_config({\"SAAS_API_KEY\": API_KEY}))\n+\n+\n+@pytest.fixture()\n+def dashboard_app(tmp_path):\n+ a = flask.Flask(__name__)\n+ mount_dashboard(a, core=_Core(), db_path=tmp_path / \"dash.db\", api_key=API_KEY)\n+ a.config.update(TESTING=True)\n+ return a\n+\n+\n+@pytest.fixture()\n+def intake_app():\n+ a = flask.Flask(__name__)\n+ a.config[\"API_KEY\"] = API_KEY\n+ cfg = types.SimpleNamespace(db_path=\":memory:\", api_key=API_KEY,\n+ debit_floor_minor=500)\n+ register_factory_routes(a, _Core(), types.SimpleNamespace(), cfg)\n+ a.config.update(TESTING=True)\n+ return a\n+\n+\n+# --------------------------------------------------------------------------\n+# Acceptance criterion 1 + 2: one implementation, one literal\n+# --------------------------------------------------------------------------\n+\n+def _pkg_dir() -> Path:\n+ # gitea_saas is a PEP 420 namespace package (no __init__.py), so resolve\n+ # the package directory from this test file's own location.\n+ return Path(__file__).resolve().parent.parent / \"gitea_saas\"\n+\n+\n+def test_single_compare_digest_on_api_key_path():\n+ \"\"\"Criterion 1 scoped to the API-key path: exactly ONE comparison call\n+ site on the API-key path (in auth.py). The second package call site is\n+ ``stripe_client.py`` webhook-SIGNATURE verification, which the issue\n+ explicitly scopes out (leave it alone). No front-end performs its own\n+ comparison.\"\"\"\n+ hits = []\n+ for py in sorted(_pkg_dir().glob(\"*.py\")):\n+ for i, line in enumerate(py.read_text(encoding=\"utf-8\").splitlines(), 1):\n+ if \"compare_digest(\" in line: # call sites, not docstring mentions\n+ hits.append(f\"{py.name}:{i}\")\n+ assert hits == [\"auth.py:70\", \"stripe_client.py:88\"], f\"unexpected call sites: {hits}\"\n+\n+\n+def test_single_x_api_key_literal():\n+ \"\"\"Criterion 2: exactly one ``\\\"X-API-Key\\\"`` literal in the package.\"\"\"\n+ hits = []\n+ for py in sorted(_pkg_dir().glob(\"*.py\")):\n+ for i, line in enumerate(py.read_text(encoding=\"utf-8\").splitlines(), 1):\n+ if '\"X-API-Key\"' in line:\n+ hits.append(f\"{py.name}:{i}\")\n+ assert len(hits) == 1, f\"expected exactly one literal, got {hits}\"\n+ assert hits[0].startswith(\"auth.py\"), f\"the literal must live in auth.py: {hits}\"\n+\n+\n+# --------------------------------------------------------------------------\n+# key_is_valid (the single implementation)\n+# --------------------------------------------------------------------------\n+\n+class TestKeyIsValid:\n+ def test_matching_key(self):\n+ assert key_is_valid(API_KEY, API_KEY) is True\n+\n+ def test_wrong_key_of_same_length_rejected(self):\n+ # criterion 3: same-length wrong key must NOT pass (constant-time path)\n+ wrong = \"hunter2\".ljust(len(API_KEY), \"x\")[:len(API_KEY)]\n+ assert len(wrong) == len(API_KEY)\n+ assert wrong != API_KEY\n+ assert key_is_valid(wrong, API_KEY) is False\n+\n+ def test_unset_configured_key_refuses(self):\n+ # criterion 3: unset configured key refuses everything, never serves\n+ assert key_is_valid(API_KEY, None) is False\n+ assert key_is_valid(API_KEY, \"\") is False\n+ assert key_is_valid(API_KEY, b\"sekret\") is False # type: ignore[arg-type]\n+\n+ def test_missing_or_non_str_provided(self):\n+ assert key_is_valid(None, API_KEY) is False\n+ assert key_is_valid(\"\", API_KEY) is False\n+ assert key_is_valid(b\"sekret\", API_KEY) is False # type: ignore[arg-type]\n+\n+\n+# --------------------------------------------------------------------------\n+# Criterion 4: byte-identical 401 body from ALL four front-ends\n+# --------------------------------------------------------------------------\n+\n+def test_401_body_identical_across_all_front_ends(server_app, delivery,\n+ dashboard_app, intake_app):\n+ # server (Flask)\n+ r = server_app.test_client().get(\"/api/clients/1\")\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+ # delivery (plain (dict, status) seam)\n+ result, status = delivery.handle_merge_webhook({}, provided_key=None)\n+ assert status == 401 and result == UNAUTHORIZED_BODY\n+\n+ # dashboard (bare app + per-route guard)\n+ r = dashboard_app.test_client().get(\"/api/dashboard/summary\")\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+ # intake factory (Flask)\n+ r = intake_app.test_client().post(\"/api/factory/provision\",\n+ json={\"client_id\": 1})\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+\n+def test_wrong_key_same_length_401_across_front_ends(server_app, delivery,\n+ dashboard_app, intake_app):\n+ wrong = \"hunter2\".ljust(len(API_KEY), \"x\")[:len(API_KEY)]\n+ assert len(wrong) == len(API_KEY) and wrong != API_KEY\n+\n+ assert server_app.test_client().get(\n+ \"/api/clients/1\", headers={API_KEY_HEADER: wrong}).status_code == 401\n+ r, s = delivery.handle_merge_webhook({}, provided_key=wrong)\n+ assert s == 401 and r == UNAUTHORIZED_BODY\n+ assert dashboard_app.test_client().get(\n+ \"/api/dashboard/summary\",\n+ headers={API_KEY_HEADER: wrong}).status_code == 401\n+ assert intake_app.test_client().post(\n+ \"/api/factory/provision\", json={\"client_id\": 1},\n+ headers={API_KEY_HEADER: wrong}).status_code == 401\n+\n+\n+def test_unset_configured_key_refuses_every_request(tmp_path):\n+ # server: empty configured key -> deny all, even with a key presented\n+ app = server_mod.create_app(_Core(), \"\")\n+ app.config.update(TESTING=True)\n+ r = app.test_client().get(\"/api/clients/1\", headers=AUTH)\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+ # dashboard: no configured key -> 401 (was 503 pre-consolidation)\n+ a = flask.Flask(__name__)\n+ mount_dashboard(a, core=_Core(), db_path=tmp_path / \"d2.db\", api_key=None)\n+ a.config.update(TESTING=True)\n+ r = a.test_client().get(\"/api/dashboard/summary\")\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+ # delivery: config with no api_key -> unauthorized\n+ d = Delivery(core=None, config=default_config({}))\n+ assert d.authorized(API_KEY) is False\n+ r, s = d.handle_merge_webhook({}, provided_key=API_KEY)\n+ assert s == 401 and r == UNAUTHORIZED_BODY\n+\n+ # intake: empty configured key -> 401\n+ a2 = flask.Flask(__name__)\n+ a2.config[\"API_KEY\"] = \"\"\n+ cfg = types.SimpleNamespace(db_path=\":memory:\", api_key=\"\",\n+ debit_floor_minor=500)\n+ register_factory_routes(a2, _Core(), types.SimpleNamespace(), cfg)\n+ a2.config.update(TESTING=True)\n+ r = a2.test_client().post(\"/api/factory/provision\", json={\"client_id\": 1},\n+ headers=AUTH)\n+ assert r.status_code == 401 and r.get_json() == UNAUTHORIZED_BODY\n+\n+\n+# --------------------------------------------------------------------------\n+# Route exposure: declared in PUBLIC_PATHS, honored by every front-end\n+# --------------------------------------------------------------------------\n+\n+def test_public_paths_are_open(server_app, dashboard_app, intake_app):\n+ assert server_app.test_client().get(\"/health\").status_code == 200\n+ assert dashboard_app.test_client().get(\"/healthz\").status_code == 200\n+ assert intake_app.test_client().get(\"/api/factory/health\").status_code == 200\n+ assert \"/health\" in PUBLIC_PATHS\n+ assert \"/healthz\" in PUBLIC_PATHS\n+ assert \"/api/factory/health\" in PUBLIC_PATHS\n+\n+\n+def test_composed_app_exposure(tmp_path):\n+ \"\"\"Mount every front-end onto the ONE production app (server factory)\n+ and assert each registered route's exposure \u2014 the composition test no\n+ single PR's suite covers (owner note, 2026-08-26).\"\"\"\n+ db = tmp_path / \"composed.db\"\n+ app = server_mod.create_app(_Core(), API_KEY)\n+ mount_dashboard(app, core=_Core(), db_path=db, api_key=API_KEY)\n+ cfg = types.SimpleNamespace(db_path=db, api_key=API_KEY,\n+ debit_floor_minor=500)\n+ register_factory_routes(app, _Core(), types.SimpleNamespace(), cfg)\n+ app.config.update(TESTING=True)\n+ c = app.test_client()\n+\n+ # public liveness routes \u2014 reachable with NO key\n+ assert c.get(\"/health\").status_code == 200\n+ assert c.get(\"/healthz\").status_code == 200\n+ assert c.get(\"/api/factory/health\").status_code == 200\n+\n+ # protected routes \u2014 401 without a key, 200/201 with the key\n+ assert c.get(\"/api/clients/1\").status_code == 401\n+ assert c.get(\"/api/clients/1\", headers=AUTH).status_code == 200\n+ assert c.get(\"/api/dashboard/summary\").status_code == 401\n+ assert c.get(\"/api/dashboard/summary\", headers=AUTH).status_code == 200\n+ # /dashboard (HTML) is guarded on the composed app (server #2 guard)\n+ # AND on the bare dashboard mount (issue #25, expressed through the\n+ # shared auth path \u2014 see the bare-mount test below).\n+ assert c.get(\"/dashboard\").status_code == 401\n+ assert c.get(\"/dashboard\", headers=AUTH).status_code == 200\n+\n+\n+def test_bare_dashboard_mount_guards_page_and_json(tmp_path):\n+ \"\"\"The dashboard's OWN mount guards /dashboard (issue #25, through the\n+ shared auth module: constant-time key_is_valid + canonical 401) the same\n+ way it guards /api/dashboard/summary \u2014 exposure is not silently\n+ inherited from mount order, and no billing data leaks without a key.\"\"\"\n+ a = flask.Flask(__name__)\n+ mount_dashboard(a, core=_Core(), db_path=tmp_path / \"b.db\", api_key=API_KEY)\n+ a.config.update(TESTING=True)\n+ c = a.test_client()\n+ r = c.get(\"/dashboard\")\n+ assert r.status_code == 401\n+ assert r.get_json() == UNAUTHORIZED_BODY\n+ assert \"Acme\" not in r.get_data(as_text=True)\n+ assert c.get(\"/dashboard\", headers=AUTH).status_code == 200\n+ assert c.get(\"/api/dashboard/summary\").status_code == 401\n+ assert c.get(\"/healthz\").status_code == 200\ndiff --git a/tests/test_dashboard.py b/tests/test_dashboard.py\nindex b6c9e1a..ac18ebb 100644\n--- a/tests/test_dashboard.py\n+++ b/tests/test_dashboard.py\n@@ -27,6 +27,7 @@ import pytest\n \n import flask\n \n+from gitea_saas.auth import UNAUTHORIZED_BODY\n from gitea_saas.billing_core import BillingCore\n from gitea_saas.dashboard import (Dashboard, EMPTY, render_html,\n mount_dashboard, API_KEY_HEADER)\n@@ -291,7 +292,9 @@ class TestMountContract:\n does NOT define or run a second Flask app (review finding: #2 owns\n the app factory; three-way server.py conflict removed).\"\"\"\n client = app.test_client()\n- assert client.get(\"/dashboard\").status_code == 200\n+ # /dashboard is key-protected (issue #25): open with a valid key.\n+ assert client.get(\"/dashboard\",\n+ headers={API_KEY_HEADER: \"sekret\"}).status_code == 200\n assert client.get(\"/healthz\").status_code == 200\n \n def test_no_second_server_module_in_this_issue(self):\n@@ -365,12 +368,38 @@ class TestServer:\n \n def test_dashboard_page_open_and_html(self, app, seeded):\n client = app.test_client()\n- r = client.get(\"/dashboard\")\n+ r = client.get(\"/dashboard\", headers={API_KEY_HEADER: \"sekret\"})\n assert r.status_code == 200\n assert \"text/html\" in r.content_type\n assert \"SaaS dashboard\" in r.get_data(as_text=True)\n assert \"Acme\" in r.get_data(as_text=True)\n \n+ def test_dashboard_page_guard_blocks_anonymous_access(self, app, seeded):\n+ \"\"\"GET /dashboard with NO X-API-Key must NOT return billing data\n+ (issue #25): same fail-closed guard as the JSON summary \u2014 401 and no\n+ client/ledger/queue content in the body.\"\"\"\n+ client = app.test_client()\n+ r = client.get(\"/dashboard\")\n+ # no auth \u2192 401, and no billing data leaks in the body\n+ assert r.status_code == 401\n+ body = r.get_data(as_text=True)\n+ assert \"Acme\" not in body\n+ assert \"Poorco\" not in body\n+ assert \"SaaS dashboard\" not in body\n+\n+ def test_dashboard_wrong_key_same_length_rejected(self, app):\n+ \"\"\"A wrong key of the SAME length as the configured key must be\n+ rejected with 401 on the HTML page too (matches the JSON endpoint's\n+ constant-time comparison contract, issue #25).\"\"\"\n+ client = app.test_client()\n+ configured = \"sekret\"\n+ wrong_same_length = \"hunter\"\n+ assert len(wrong_same_length) == len(configured)\n+ r = client.get(\"/dashboard\",\n+ headers={API_KEY_HEADER: wrong_same_length})\n+ assert r.status_code == 401\n+ assert \"Acme\" not in r.get_data(as_text=True)\n+\n def test_summary_fail_closed_without_configured_key(self, seeded,\n monkeypatch):\n monkeypatch.delenv(\"SAAS_API_KEY\", raising=False)\n@@ -379,9 +408,16 @@ class TestServer:\n mount_dashboard(a, core=core, db_path=db, api_key=None)\n client = a.test_client()\n r = client.get(\"/api/dashboard/summary\")\n- assert r.status_code == 503 # fail-closed, not anonymous\n- # the HTML page stays open regardless (loopback-only page)\n- assert client.get(\"/dashboard\").status_code == 200\n+ # Any refusal (missing, wrong, or UNSET configured key) is the same\n+ # canonical 401 body (issue #24) \u2014 fail-closed, never anonymous.\n+ assert r.status_code == 401\n+ assert r.get_json() == UNAUTHORIZED_BODY\n+ # The HTML page fails closed the same way (issue #25, expressed\n+ # through the shared auth path): no key configured \u2192 401, and no\n+ # billing data is returned either way.\n+ r2 = client.get(\"/dashboard\")\n+ assert r2.status_code == 401\n+ assert \"Acme\" not in r2.get_data(as_text=True)\n \n def test_healthz(self, app):\n r = app.test_client().get(\"/healthz\")\ndiff --git a/tests/test_delivery.py b/tests/test_delivery.py\nindex f1e0df3..77834ff 100644\n--- a/tests/test_delivery.py\n+++ b/tests/test_delivery.py\n@@ -13,6 +13,7 @@ import pytest\n # regardless of how pytest was invoked.\n sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n \n+from gitea_saas.auth import UNAUTHORIZED_BODY # noqa: E402\n from gitea_saas.billing_core import BillingCore # noqa: E402\n from gitea_saas.delivery import ( # noqa: E402\n Delivery,\n@@ -194,10 +195,12 @@ def test_webhook_without_auth_401(core):\n \n result, status = d.handle_merge_webhook(payload, provided_key=None)\n assert status == 401\n- assert result[\"error\"][\"code\"] == \"UNAUTHORIZED\"\n+ # Canonical 401 body (issue #24), byte-identical with every front-end.\n+ assert result == UNAUTHORIZED_BODY\n \n result, status = d.handle_merge_webhook(payload, provided_key=\"wrong\")\n assert status == 401\n+ assert result == UNAUTHORIZED_BODY\n \n \n def test_webhook_with_auth_ok(core):\ndiff --git a/tests/test_intake_factory.py b/tests/test_intake_factory.py\nindex f8144e5..06e7727 100644\n--- a/tests/test_intake_factory.py\n+++ b/tests/test_intake_factory.py\n@@ -26,6 +26,7 @@ from pathlib import Path\n \n import pytest\n \n+from gitea_saas.auth import UNAUTHORIZED_BODY\n from gitea_saas.intake_factory import (\n DEFAULT_DEBIT_FLOOR_MINOR,\n IntakeFactory,\n@@ -438,8 +439,26 @@ def _post(app, path, payload=None, key=\"test-api-key\"):\n def test_routes_require_api_key(app_client):\n resp = app_client.post(\"/api/factory/provision\", json={\"client_id\": 1})\n assert resp.status_code == 401\n+ # Canonical 401 body (issue #24), byte-identical with every front-end.\n+ assert resp.get_json() == UNAUTHORIZED_BODY\n resp = app_client.post(\"/api/factory/1/unlock\")\n assert resp.status_code == 401\n+ assert resp.get_json() == UNAUTHORIZED_BODY\n+\n+\n+def test_wrong_key_of_same_length_rejected(app_client):\n+ \"\"\"Wrong key of the SAME length as the configured key must be rejected\n+ (issue #24 criterion 3; the constant-time comparison is what makes this\n+ a real check rather than a prefix-time leak).\"\"\"\n+ configured = \"test-api-key\"\n+ wrong_same_length = \"hunter-id-123\"[:len(configured)]\n+ assert len(wrong_same_length) == len(configured)\n+ assert wrong_same_length != configured\n+ resp = app_client.post(\"/api/factory/provision\",\n+ json={\"client_id\": 1},\n+ headers={\"X-API-Key\": wrong_same_length})\n+ assert resp.status_code == 401\n+ assert resp.get_json() == UNAUTHORIZED_BODY\n \n \n def test_route_provision_submit_unlock_lock_flow(env, app_client):\ndiff --git a/tests/test_server.py b/tests/test_server.py\nindex b67466f..41ce306 100644\n--- a/tests/test_server.py\n+++ b/tests/test_server.py\n@@ -18,6 +18,7 @@ from pathlib import Path\n import pytest\n \n from gitea_saas import billing_core, server\n+from gitea_saas.auth import UNAUTHORIZED_BODY\n from gitea_saas.config import API_KEY_HEADER\n \n API_KEY = \"test-api-key-secret\"\n@@ -85,14 +86,14 @@ def test_health_is_public(client):\n def test_missing_key_is_401(client):\n resp = client.get(\"/api/clients/1\")\n assert resp.status_code == 401\n- body = resp.get_json()\n- assert body[\"code\"] == \"unauthorized\"\n+ assert resp.get_json() == UNAUTHORIZED_BODY\n \n \n def test_wrong_key_is_401(client):\n resp = client.get(\"/api/clients/1\", headers={API_KEY_HEADER: \"nope\"})\n assert resp.status_code == 401\n- assert resp.get_json()[\"code\"] == \"unauthorized\"\n+ # Canonical 401 body (issue #24): byte-identical across every front-end.\n+ assert resp.get_json() == UNAUTHORIZED_BODY\n \n \n def test_correct_key_is_200(client):\n", + "diff_truncated": false, + "diff_bytes": 38206 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gitea-worker-ops-43.json b/tests/calibration/corpus/gitea-worker-ops-43.json new file mode 100644 index 0000000..f1848af --- /dev/null +++ b/tests/calibration/corpus/gitea-worker-ops-43.json @@ -0,0 +1,19 @@ +{ + "id": "gitea-worker-ops-43", + "repo": "gitea-worker-ops", + "pr": 43, + "title": "fix(#42): dispatcher capacity double-subtraction starved lanes 3-4", + "head_sha": "dd8f6367f6dc63f162e6d065d6e62d2c62e3213e", + "base_sha": "57af064fe5ac06384bddfb58c0d8758fa3125f14", + "labels": [], + "merged": true, + "issue_number": 42, + "issue_body": "## Live defect\n\nThe fleet is configured for four lanes:\n\n```json\n{\"lane_count\":4,\"auto_scale\":false,\"lane_providers\":{\"1\":\"custom:airouter\",\"2\":\"custom:airouter\",\"3\":\"custom:arliai\",\"4\":\"custom:arliai\"}}\n```\n\nWith nine candidates and lanes 1-2 active on Airouter, the live dispatcher reports:\n\n- `available_capacity: 2` (the two free ArliAI slots)\n- `effective_cap: 2`\n- `configured_lanes: [1,2]`\n- no planned or launched lanes\n\nLanes 3-4 therefore remain idle even though their pinned provider has two free slots.\n\n## Root cause\n\n`route_capacity()` returns **free** provider slots after subtracting current children. `scaling_target()` then treats that free-slot count as the fleet's total target. `choose_dispatches()` applies the active-lane subtraction again and calls `configured_lanes(target)`, truncating the eligible lane IDs to the first `target` lanes.\n\nThere is a second double subtraction in `choose_dispatches()`: `pending` already excludes claimed keys, including work held by active lanes, but `needed` subtracts `len(active_lane_numbers)` again. With one active claim and one additional unclaimed candidate, it can incorrectly launch nothing.\n\nObserved live status on 2026-08-28T19:10Z is sufficient to reproduce this without touching the running service.\n\n## Required fix\n\nIn `scripts/gitea-worker-dispatcher.py`, separate these concepts explicitly:\n\n1. configured lane ceiling;\n2. currently occupied lane IDs;\n3. unclaimed pending work;\n4. free provider slots; and\n5. desired total running lanes versus number of new launches.\n\nPlan from all configured lane IDs, then limit new assignments by unclaimed work and free provider capacity. Do not truncate away pinned lanes 3-4 merely because two other lanes are already active. Keep `assign_provider_routes()` as the final provider-capacity/pin enforcement gate.\n\n## Acceptance tests\n\nAdd hermetic regressions in `tests/test_worker_dispatcher.py` covering at least:\n\n1. Fixed four-lane fleet, lanes 1-2 active on Airouter, two free ArliAI slots, two or more unclaimed candidates -> lanes 3 and 4 are planned and assigned to ArliAI.\n2. One active claimed lane plus one additional unclaimed candidate -> exactly one idle lane is planned (the active lane is not subtracted from `pending` twice).\n3. No launch exceeds the configured four-lane ceiling or the free capacity of either provider.\n4. Provider pins remain deterministic and a free higher-numbered pinned lane is not excluded by `configured_lanes(effective_cap)` truncation.\n5. Auto-scale and fixed-mode tests state whether their target is a desired total or a launch count and validate both active and zero-active cases.\n6. Status JSON reports configured ceiling, occupied count, free provider capacity, desired total, and launch count without conflating them.\n\nRun the full worker-ops test suite and `git diff --check`.\n\n## Deployment boundary\n\nDo not restart, stop, or manually launch any live worker lane from the worker task. Submit the code/test PR only. The governor/owner will deploy through the existing idle-safe reload procedure after review.\n", + "changed_files": [ + "scripts/gitea-worker-dispatcher.py", + "tests/test_worker_dispatcher.py" + ], + "diff": "diff --git a/scripts/gitea-worker-dispatcher.py b/scripts/gitea-worker-dispatcher.py\nindex c0af372..0777370 100644\n--- a/scripts/gitea-worker-dispatcher.py\n+++ b/scripts/gitea-worker-dispatcher.py\n@@ -223,8 +223,10 @@ def read_lane_count() -> int:\n \n def read_lane_config() -> dict:\n \"\"\"Full fleet config: lane_count (1..5) + auto_scale (bool) +\n- provider_reserve (dict provider -> reserved slots, operator-owned).\"\"\"\n- cfg = {\"lane_count\": 1, \"auto_scale\": False, \"provider_reserve\": {}}\n+ provider_reserve (dict provider -> reserved slots, operator-owned) +\n+ lane_providers (dict lane -> pinned provider, operator-owned).\"\"\"\n+ cfg = {\"lane_count\": 1, \"auto_scale\": False, \"provider_reserve\": {},\n+ \"lane_providers\": {}}\n try:\n data = json.loads(CONFIG_PATH.read_text(encoding=\"utf-8\"))\n if isinstance(data, dict):\n@@ -245,33 +247,62 @@ def read_lane_config() -> dict:\n except (TypeError, ValueError):\n continue # garbage entry: ignore, never poison capacity\n cfg[\"provider_reserve\"] = reserve\n+ # #42: per-lane provider pins (e.g. {\"1\": \"custom:airouter\",\n+ # \"3\": \"custom:arliai\"}). Normalized to int lane keys; garbage entries\n+ # drop out so a malformed pin can never route a lane onto a provider it\n+ # was not pinned to.\n+ pins = {}\n+ raw_pins = cfg.get(\"lane_providers\")\n+ if isinstance(raw_pins, dict):\n+ for lane, provider in raw_pins.items():\n+ try:\n+ lane_i = int(lane)\n+ except (TypeError, ValueError):\n+ continue\n+ if isinstance(provider, str) and provider:\n+ pins[lane_i] = provider\n+ cfg[\"lane_providers\"] = pins\n return cfg\n \n \n def scaling_target(pending: int, lane_count: int, auto_scale: bool,\n- available_capacity: int | None = None) -> int:\n- \"\"\"Effective lane capacity for this tick.\n+ available_capacity: int | None = None,\n+ occupied: int = 0) -> int:\n+ \"\"\"DESIRED TOTAL running lanes for this tick \u2014 never a launch count.\n \n- Owner's rule (2026-08-23): the allocator may run as many lanes as the\n- smaller of the viable (unclaimed) backlog, the provider slots actually\n- free across every configured route, and the configured ceiling:\n+ The fleet should be running: the lanes already occupied, plus one new\n+ lane per unclaimed work item, capped by free provider capacity and the\n+ configured ceiling:\n \n- target = min(viable_issues, available_provider_capacity, lane_count)\n+ desired_total = min(ceiling, occupied\n+ + min(unclaimed_work, free_provider_capacity))\n \n- Fixed mode: exactly the configured count, still capped by provider\n- capacity so a lane is never dispatched to a tier with no free slot.\n- Auto mode: grow with the backlog up to that same double cap; there is\n- no fallback contraction \u2014 the capacity inputs do that honestly.\n- ``available_capacity`` is the sum of free slots across all routes and\n- may be None when no route is usable (callers treat it as 0).\n+ ``pending`` is UNCLAIMED work (the lane coordinator's claims already\n+ exclude work held by active lanes), so it is never reduced by\n+ ``occupied`` again here \u2014 subtracting the active lanes twice is the\n+ double-subtraction bug that starved lanes 3-4 (issue #42). The launch\n+ count is derived separately (choose_dispatches); this function answers\n+ \"how many lanes should be running in total\".\n+\n+ Both fixed and auto mode are WORK-BACKED: a lane is only ever planned\n+ when there is unclaimed work to claim, so with zero work the desired\n+ total is just the occupied lanes \u2014 never raw provider capacity dressed\n+ up as fleet demand (the zero-backlog case is pinned so `scaling_target\n+ (0, 4, False, 4)` returns 0, matching `choose_dispatches()` which plans\n+ zero launches). ``auto_scale`` is retained for status reporting; the\n+ desired total itself has one work-backed meaning either way.\n+ ``available_capacity`` is the number of FREE provider slots right now;\n+ None means no route is usable (treated as 0).\n \"\"\"\n cap = 0 if available_capacity is None else max(0, int(available_capacity))\n- if not auto_scale:\n- return min(lane_count, cap)\n- return min(pending, lane_count, cap)\n+ occupied = max(0, int(occupied or 0))\n+ ceiling = max(0, int(lane_count))\n+ work = max(0, int(pending))\n+ return min(ceiling, occupied + min(work, cap))\n \n \n-def provider_routes(usage_ok: bool, reserve: dict | None = None) -> list[dict]:\n+def provider_routes(usage_ok: bool, reserve: dict | None = None,\n+ lane_providers: dict[int, str] | None = None) -> list[dict]:\n \"\"\"Available launch routes in priority order with concurrency capacities.\n \n Primary healthy: use only primary. Primary gated: distribute across every\n@@ -280,11 +311,38 @@ def provider_routes(usage_ok: bool, reserve: dict | None = None) -> list[dict]:\n ``reserve`` (operator-owned slots per provider) lowers each tier's usable\n capacity so the operator's own consumption on another machine is never\n planned over.\n+\n+ ``lane_providers`` (issue #42): per-lane provider pins. A pinned\n+ provider's own route is offered even while the primary is healthy, so a\n+ lane pinned to a non-primary provider (e.g. lane 3 -> custom:arliai) is\n+ never silently starved just because airouter happens to be up. The pin\n+ itself is enforced later, in ``assign_provider_routes()`` (the final\n+ capacity/pin gate); this function only guarantees the pinned route\n+ exists to be assigned.\n \"\"\"\n reserve = reserve or {}\n+ pins = {int(k): v for k, v in (lane_providers or {}).items()}\n+ pinned_providers = {v for v in pins.values() if v}\n if usage_ok:\n- return [{\"model\": HERMES_MODEL, \"provider\": HERMES_PROVIDER,\n- \"capacity\": max(1, PRIMARY_CAPACITY - int(reserve.get(HERMES_PROVIDER, 0)))}]\n+ routes = [{\"model\": HERMES_MODEL, \"provider\": HERMES_PROVIDER,\n+ \"capacity\": max(1, PRIMARY_CAPACITY - int(reserve.get(HERMES_PROVIDER, 0)))}]\n+ # Guarantee a route for each pinned provider that is not the primary,\n+ # pulling the model/capacity from whichever tier defines it. Without\n+ # this, a pinned lane could never be assigned while the primary is up.\n+ seen = {r[\"provider\"] for r in routes}\n+ for model, provider, capacity in (\n+ (HERMES_FALLBACK_MODEL, HERMES_FALLBACK_PROVIDER, FALLBACK_CAPACITY),\n+ (HERMES_FALLBACK2_MODEL, HERMES_FALLBACK2_PROVIDER, FALLBACK2_CAPACITY),\n+ ):\n+ if not provider or provider in seen or provider not in pinned_providers:\n+ continue\n+ cap = max(0, int(capacity) - int(reserve.get(provider, 0)))\n+ if cap < 1:\n+ continue # operator holds the whole tier: do not plan onto it\n+ routes.append({\"model\": model, \"provider\": provider, \"capacity\": cap,\n+ \"reserve\": int(reserve.get(provider, 0))})\n+ seen.add(provider)\n+ return routes\n gated = gated_providers()\n routes, seen = [], set()\n for model, provider, capacity in (\n@@ -304,7 +362,8 @@ def provider_routes(usage_ok: bool, reserve: dict | None = None) -> list[dict]:\n \n def assign_provider_routes(lanes: list[int], routes: list[dict],\n active_models: dict[int, dict] | None = None,\n- external_usage: dict[str, int] | None = None) -> list[dict]:\n+ external_usage: dict[str, int] | None = None,\n+ lane_providers: dict[int, str] | None = None) -> list[dict]:\n \"\"\"Assign planned lanes into remaining route slots, in priority order.\n \n ``active_models`` are this dispatcher's own in-flight children;\n@@ -312,6 +371,15 @@ def assign_provider_routes(lanes: list[int], routes: list[dict],\n (observed via the shared lease authority \u2014 another machine or the\n operator's own session). Both consume route capacity before any new lane\n is planned, so a slot already taken is never assigned.\n+\n+ ``lane_providers`` (lane -> pinned provider, typically from the operator\n+ config's ``lane_providers`` map, e.g. ``{1: custom:airouter, 3:\n+ custom:arliai}``) is the FINAL pin gate (issue #42): a pinned lane may\n+ ONLY be assigned to its pinned provider. The pinned provider's route is\n+ chosen directly (not the priority-order first-match), and if that pinned\n+ provider has no free slot the lane is NOT assigned at all \u2014 it never\n+ falls through to an unpinned tier. This makes the configured per-lane\n+ pins real: lane 3 stays on ArliAI even when airouter has a free slot.\n \"\"\"\n used = {}\n for payload in (active_models or {}).values():\n@@ -320,8 +388,22 @@ def assign_provider_routes(lanes: list[int], routes: list[dict],\n used[provider] = used.get(provider, 0) + 1\n for provider, count in (external_usage or {}).items():\n used[provider] = used.get(provider, 0) + int(count)\n+ pins = {int(k): v for k, v in (lane_providers or {}).items()}\n+ route_by_provider = {r[\"provider\"]: r for r in routes}\n assignments = []\n for lane in lanes:\n+ pinned_provider = pins.get(lane)\n+ if pinned_provider:\n+ route = route_by_provider.get(pinned_provider)\n+ # Hard pin: the lane's provider must be a known route AND have a\n+ # free slot; otherwise the lane is simply not launched this tick\n+ # (never silently diverted to another tier).\n+ if route is None or used.get(pinned_provider, 0) >= route[\"capacity\"]:\n+ continue\n+ assignments.append({\"lane\": lane, \"model\": route[\"model\"],\n+ \"provider\": pinned_provider})\n+ used[pinned_provider] = used.get(pinned_provider, 0) + 1\n+ continue\n for route in routes:\n provider = route[\"provider\"]\n if used.get(provider, 0) >= route[\"capacity\"]:\n@@ -677,14 +759,32 @@ def choose_dispatches(\n active_lane_numbers: set[int],\n child_lane_numbers: set[int],\n lane_count: int = 1,\n+ free_capacity: int | None = None,\n ) -> list[int]:\n- \"\"\"Return idle configured lanes needed for currently unclaimed work.\"\"\"\n+ \"\"\"Plan NEW launches only \u2014 never a desired total (issue #42).\n+\n+ Planning iterates ALL configured lane IDs (1..lane_count) in order, so\n+ pinned higher-numbered lanes are never truncated away just because\n+ lower lanes are already active (configured_lanes(effective_cap) used to\n+ cut the pool to the scaled target, starving lanes 3-4). The launch\n+ count is the smaller of:\n+\n+ - unclaimed pending work \u2014 ``claimed_keys`` already includes work\n+ held by active lanes, so the active lanes are NOT subtracted from\n+ ``pending`` again here (the second double subtraction);\n+ - idle configured lanes (active + child lanes are only marked\n+ unavailable, they never shrink the planning pool);\n+ - free provider capacity.\n+\n+ Returns the ordered list of idle lane numbers to launch this tick.\n+ \"\"\"\n pending = [item for item in candidates if item.get(\"key\") not in claimed_keys]\n unavailable = set(active_lane_numbers) | set(child_lane_numbers)\n idle = [lane for lane in configured_lanes(lane_count) if lane not in unavailable]\n- # Active workers each consume one immediate candidate before drain-looping.\n- needed = max(0, len(pending) - len(active_lane_numbers))\n- return idle[:needed]\n+ limit = len(pending)\n+ if free_capacity is not None:\n+ limit = min(limit, max(0, int(free_capacity)))\n+ return idle[:limit]\n \n \n def proc_start_ticks(pid: int) -> int | None:\n@@ -1376,18 +1476,19 @@ class Dispatcher:\n cfg = read_lane_config() # hot: dashboard-set capacity/scaling applies next tick\n self.lane_count = cfg[\"lane_count\"]\n reserve = cfg.get(\"provider_reserve\") or {}\n+ lane_providers = cfg.get(\"lane_providers\") or {}\n candidates = self.coordinator.survey_candidates()\n claims = live_claim_keys(self.coordinator)\n active = active_lanes(self.coordinator)\n pending = len([c for c in candidates if c.get(\"key\") not in claims])\n usage_ok, usage_message = self.last_usage[\"available\"], self.last_usage[\"message\"]\n- routes = provider_routes(True, reserve)\n+ routes = provider_routes(True, reserve, lane_providers)\n # Refresh provider health while there is work to place or periodically.\n # Otherwise Ollama recovery is invisible until another launch is\n # planned, leaving the dashboard and next-route decision stale.\n if pending or self.tick_count % 6 == 1:\n usage_ok, usage_message = self.usage_available()\n- routes = provider_routes(usage_ok, reserve)\n+ routes = provider_routes(usage_ok, reserve, lane_providers)\n if usage_ok:\n self.last_usage = {\"available\": True, \"message\": usage_message}\n elif routes:\n@@ -1411,9 +1512,22 @@ class Dispatcher:\n launch_provider = routes[0][\"provider\"] if routes else None\n failover = not usage_ok and bool(routes)\n available_capacity = route_capacity(routes, self.child_models, external_usage)\n- target = scaling_target(pending, self.lane_count, cfg[\"auto_scale\"], available_capacity)\n- planned = choose_dispatches(candidates, claims, set(active), set(self.children), target)\n- assignments = assign_provider_routes(planned, routes, self.child_models, external_usage)\n+ occupied_numbers = set(active) | set(self.children)\n+ occupied_count = sum(1 for lane in occupied_numbers\n+ if 1 <= lane <= self.lane_count)\n+ # #42: plan from ALL configured lane IDs (the ceiling), never from\n+ # the scaled target \u2014 configured_lanes(effective_cap) truncated\n+ # pinned lanes 3-4 out of the pool. scaling_target() times the\n+ # work-backed desired total; the status reports the honest assigned\n+ # stage (occupied + lanes that cleared the pin/capacity gate).\n+ planned = choose_dispatches(candidates, claims, set(active),\n+ set(self.children), self.lane_count,\n+ free_capacity=available_capacity)\n+ # #42: lane_providers make assign_provider_routes() the final\n+ # provider-capacity/pin gate \u2014 a pinned lane only ever lands on its\n+ # pinned tier. assignments is the honest post-pin count.\n+ assignments = assign_provider_routes(planned, routes, self.child_models,\n+ external_usage, lane_providers)\n # #24 disk floor: a lane that starts with no disk burns a provider call\n # and dies with an I/O error that reads as a code defect. Refuse to\n # dispatch, naming the actual free-space figure.\n@@ -1444,12 +1558,25 @@ class Dispatcher:\n \"provider_reserve\": reserve,\n \"external_usage\": external_usage,\n \"scaling\": {\"auto\": cfg[\"auto_scale\"], \"ceiling\": self.lane_count,\n- \"effective_cap\": target, \"backlog\": pending,\n+ # #42: the terms are stage-honest. desired_total and\n+ # effective_cap are the ASSIGNED stage (occupied +\n+ # lanes that cleared the pin/capacity gate);\n+ # planned_count is the pre-gate plan; launch_count is\n+ # what actually launched this tick (post disk/lease).\n+ \"occupied\": occupied_count,\n+ \"backlog\": pending,\n \"available_capacity\": available_capacity,\n+ \"planned_count\": len(planned),\n+ \"assigned_count\": len(assignments),\n+ \"launch_count\": len(launched),\n+ \"desired_total\": occupied_count + len(assignments),\n+ \"effective_cap\": occupied_count + len(assignments),\n \"cap_by_provider\": available_capacity < self.lane_count,\n \"cap_by_backlog\": cfg[\"auto_scale\"] and pending < available_capacity\n- and pending < self.lane_count},\n- \"configured_lanes\": configured_lanes(target),\n+ and pending < self.lane_count,\n+ \"by_stage\": \"assigned\"},\n+ \"configured_lanes\": configured_lanes(self.lane_count),\n+ \"lane_providers\": lane_providers,\n \"usage\": {\"available\": usage_ok, \"message\": self.last_usage[\"message\"]},\n \"disk\": {\"ok\": disk_ok, \"free_bytes\": free_bytes,\n \"floor_bytes\": MIN_FREE_BYTES, \"message\": disk_message},\n@@ -1470,6 +1597,7 @@ class Dispatcher:\n \"child_lanes\": {str(lane): process.pid for lane, process in self.children.items()},\n \"child_models\": stat_usage,\n \"planned_lanes\": planned,\n+ \"assigned_lanes\": [a[\"lane\"] for a in assignments],\n \"launched_lanes\": launched,\n \"last_results\": self.last_result,\n \"leases\": {\ndiff --git a/tests/test_worker_dispatcher.py b/tests/test_worker_dispatcher.py\nindex 36417d3..fb6e432 100644\n--- a/tests/test_worker_dispatcher.py\n+++ b/tests/test_worker_dispatcher.py\n@@ -393,7 +393,9 @@ class TestFailoverUsage(unittest.TestCase):\n \n \n class TestTickFailoverWiring(unittest.TestCase):\n- \"\"\"A 429-gated primary must still launch the lane (on the fallback provider).\"\"\"\n+ \"\"\"A 429-gated primary must still launch the lane (on the fallback provider).\n+ Config is hermetic (no per-lane provider pins), so these tests exercise\n+ the failover wiring \u2014 not the #42 pin gate (covered in TestIssue42).\"\"\"\n \n def setUp(self):\n fd, self.usage_path = tempfile.mkstemp(suffix=\".json\")\n@@ -401,13 +403,25 @@ class TestTickFailoverWiring(unittest.TestCase):\n os.unlink(self.usage_path)\n self.old_usage = DISPATCHER.USAGE_PATH\n DISPATCHER.USAGE_PATH = Path(self.usage_path)\n+ self._old_config = DISPATCHER.CONFIG_PATH\n+ fd, self._config = tempfile.mkstemp(suffix=\".json\")\n+ os.close(fd)\n+ os.unlink(self._config)\n+ DISPATCHER.CONFIG_PATH = Path(self._config)\n+ DISPATCHER.atomic_write(DISPATCHER.CONFIG_PATH,\n+ {\"lane_count\": 1, \"auto_scale\": False})\n \n def tearDown(self):\n DISPATCHER.USAGE_PATH = self.old_usage\n+ DISPATCHER.CONFIG_PATH = self._old_config\n try:\n os.unlink(self.usage_path)\n except OSError:\n pass\n+ try:\n+ os.unlink(self._config)\n+ except OSError:\n+ pass\n \n def _coordinator(self):\n return type(\"C\", (), {\n@@ -574,9 +588,11 @@ class TestScaling(unittest.TestCase):\n both in fixed and auto mode. No backlog halving; no fake contraction.\"\"\"\n \n def test_fixed_mode_uses_configured_count(self):\n- # fixed mode: exactly lane_count when capacity allows\n+ # fixed mode: fill toward lane_count when there is work AND capacity\n self.assertEqual(DISPATCHER.scaling_target(20, 4, False, 4), 4)\n- self.assertEqual(DISPATCHER.scaling_target(0, 4, False, 4), 4)\n+ # zero backlog -> desired total is occupied (here 0), never raw\n+ # provider capacity dressed up as fleet demand (#42 zero-backlog pin)\n+ self.assertEqual(DISPATCHER.scaling_target(0, 4, False, 4), 0)\n \n def test_fixed_mode_capped_by_provider_capacity(self):\n # never plan a lane a provider cannot run: cap at real total capacity\n@@ -602,6 +618,246 @@ class TestScaling(unittest.TestCase):\n self.assertEqual(DISPATCHER.scaling_target(0, 5, True, 5), 0)\n \n \n+class TestIssue42CapacitySeparation(unittest.TestCase):\n+ \"\"\"Issue #42 regressions: dispatcher capacity double-subtraction starved\n+ lanes 3-4.\n+\n+ Live defect (2026-08-28T19:10Z): four-lane fleet, lanes 1-2 active on\n+ Airouter, two free ArliAI slots, nine candidates \u2014 but\n+ ``configured_lanes(effective_cap)`` truncated the planning pool to the\n+ scaled target and ``needed`` subtracted the active lanes from\n+ ``pending`` a second time, so the dispatcher planned nothing. These\n+ tests pin the five concepts (configured ceiling, occupied lanes,\n+ unclaimed work, free provider slots, desired total vs launch count)\n+ as separate, explicitly-named values.\n+ \"\"\"\n+\n+ def setUp(self):\n+ self._old_config = DISPATCHER.CONFIG_PATH\n+ self._old_jobs = DISPATCHER.LANE_JOB_IDS\n+ fd, self._config = tempfile.mkstemp(suffix=\".json\")\n+ os.close(fd)\n+ os.unlink(self._config)\n+ DISPATCHER.CONFIG_PATH = Path(self._config)\n+ DISPATCHER.LANE_JOB_IDS = {1: \"a\", 2: \"b\", 3: \"c\", 4: \"d\"}\n+\n+ def tearDown(self):\n+ DISPATCHER.CONFIG_PATH = self._old_config\n+ DISPATCHER.LANE_JOB_IDS = self._old_jobs\n+ try:\n+ os.unlink(self._config)\n+ except OSError:\n+ pass\n+\n+ def _set_count(self, n):\n+ DISPATCHER.atomic_write(DISPATCHER.CONFIG_PATH,\n+ {\"lane_count\": n, \"auto_scale\": False})\n+\n+ def test_four_lane_fleet_active_two_plans_lanes_three_and_four(self):\n+ # The live defect, exactly: 9 unclaimed candidates, lanes 1-2 active,\n+ # 2 free provider slots -> lanes 3 AND 4 are planned (not truncated).\n+ cands = [candidate(f\"issue:r:{i}\") for i in range(1, 10)]\n+ planned = DISPATCHER.choose_dispatches(cands, set(), {1, 2}, set(),\n+ 4, free_capacity=2)\n+ self.assertEqual(planned, [3, 4])\n+\n+ def test_single_active_claim_single_pending_plans_exactly_one(self):\n+ # One active claimed lane + one additional unclaimed candidate ->\n+ # exactly one idle lane. The active lane must NOT be subtracted from\n+ # pending twice (pending already excludes its claim).\n+ cands = [candidate(\"issue:r:1\"), candidate(\"issue:r:2\")]\n+ planned = DISPATCHER.choose_dispatches(cands, {\"issue:r:1\"}, {1}, set(),\n+ 4, free_capacity=4)\n+ self.assertEqual(planned, [2])\n+\n+ def test_never_exceeds_ceiling_or_free_capacity(self):\n+ cands = [candidate(f\"issue:r:{i}\") for i in range(1, 9)]\n+ # configured ceiling caps the plan...\n+ plan = DISPATCHER.choose_dispatches(cands, set(), set(), set(), 4,\n+ free_capacity=8)\n+ self.assertEqual(plan, [1, 2, 3, 4])\n+ # ...and free provider capacity caps it below the ceiling...\n+ plan = DISPATCHER.choose_dispatches(cands, set(), set(), set(), 4,\n+ free_capacity=2)\n+ self.assertEqual(plan, [1, 2])\n+ # ...while assign_provider_routes remains the final enforcement gate.\n+ routes = [{\"model\": \"deepseek-arl\", \"provider\": \"custom:arliai\",\n+ \"capacity\": 2, \"reserve\": 0}]\n+ assignments = DISPATCHER.assign_provider_routes(plan, routes, {}, {})\n+ self.assertEqual([a[\"lane\"] for a in assignments], [1, 2])\n+\n+ def test_pinned_high_lane_not_truncated_by_effective_cap(self):\n+ # configured_lanes(effective_cap) used to drop pinned lane 4 from the\n+ # planning pool when the scaled target was small. The plan now comes\n+ # from the FULL configured ceiling.\n+ cands = [candidate(f\"issue:r:{i}\") for i in range(1, 9)]\n+ plan = DISPATCHER.choose_dispatches(cands, set(), {1, 2}, set(), 4,\n+ free_capacity=2)\n+ self.assertEqual(plan, [3, 4])\n+ self.assertEqual(\n+ [lane for lane in DISPATCHER.configured_lanes(4)\n+ if lane not in {1, 2}], [3, 4])\n+\n+ def test_scaling_target_is_desired_total_active_and_zero_active(self):\n+ # fixed mode, zero active: a desired total is WORK-BACKED \u2014 with no\n+ # backlog it is the occupied count (0), never raw capacity (#42\n+ # zero-backlog pin; choose_dispatches plans zero launches here)\n+ self.assertEqual(DISPATCHER.scaling_target(0, 4, False, 4), 0)\n+ # fixed mode + occupied: the target is a TOTAL (occupied + launches)\n+ self.assertEqual(DISPATCHER.scaling_target(7, 4, False, 2, occupied=2), 4)\n+ self.assertEqual(DISPATCHER.scaling_target(7, 4, False, 0, occupied=2), 2)\n+ # auto mode, zero active: target scales with the backlog\n+ self.assertEqual(DISPATCHER.scaling_target(3, 4, True, 4), 3)\n+ # auto mode + occupied: total = occupied + min(backlog, free capacity)\n+ self.assertEqual(DISPATCHER.scaling_target(1, 4, True, 4, occupied=1), 2)\n+ self.assertEqual(DISPATCHER.scaling_target(7, 4, True, 2, occupied=2), 4)\n+ # composed contract: desired total == occupied + launch count\n+ cands = [candidate(f\"issue:r:{i}\") for i in range(1, 10)]\n+ plan = DISPATCHER.choose_dispatches(cands, set(), {1, 2}, set(), 4,\n+ free_capacity=2)\n+ self.assertEqual(DISPATCHER.scaling_target(7, 4, False, 2, occupied=2),\n+ 2 + len(plan))\n+\n+ def test_status_reports_five_capacity_terms_separately(self):\n+ # Status JSON: configured ceiling, occupied count, free provider\n+ # capacity, desired total and launch count are distinct numbers and\n+ # never conflated (acceptance #6).\n+ self._set_count(4)\n+ coord = type(\"Coord\", (), {\n+ \"STATE\": \"/nonexistent/claims.json\",\n+ \"survey_candidates\": lambda self: [candidate(f\"issue:r:{i}\")\n+ for i in range(1, 10)],\n+ \"executions\": lambda self: [],\n+ \"read_json\": lambda self, *a, **k: {\"claims\": {}},\n+ \"clean_claims\": lambda self, d: set(d.get(\"claims\", {})),\n+ })()\n+ routes = [{\"model\": \"deepseek-arl\", \"provider\": \"custom:arliai\",\n+ \"capacity\": 2, \"reserve\": 0}]\n+ d = DISPATCHER.Dispatcher(poll_seconds=2, cooldown_seconds=1, dry_run=True)\n+ d.coordinator = coord\n+\n+ class _Alive:\n+ pid = os.getpid()\n+\n+ def poll(self):\n+ return None # reap() must keep this child\n+\n+ d.children = {1: _Alive(), 2: _Alive()}\n+ d.child_models = {\"1\": {\"provider\": \"custom:airouter\"},\n+ \"2\": {\"provider\": \"custom:airouter\"}}\n+ d.usage_available = lambda: (True, \"OK\")\n+ old_routes = DISPATCHER.provider_routes\n+ DISPATCHER.provider_routes = lambda usage_ok, reserve=None, lane_providers=None: routes\n+ old_write = DISPATCHER.atomic_write\n+ DISPATCHER.atomic_write = lambda path, payload: None\n+ try:\n+ status = d.tick()\n+ finally:\n+ DISPATCHER.provider_routes = old_routes\n+ DISPATCHER.atomic_write = old_write\n+ d.close()\n+ self.assertEqual(status[\"configured_lanes\"], [1, 2, 3, 4])\n+ self.assertEqual(status[\"scaling\"][\"ceiling\"], 4)\n+ self.assertEqual(status[\"scaling\"][\"occupied\"], 2)\n+ self.assertEqual(status[\"scaling\"][\"available_capacity\"], 2)\n+ # Stage-honest terms (acceptance #6 / review): planned_count is the\n+ # pre-pin plan; assigned_count is what cleared the provider gate;\n+ # launch_count is what actually launched; desired_total == occupied +\n+ # assigned_count.\n+ self.assertEqual(status[\"scaling\"][\"planned_count\"], 2)\n+ self.assertEqual(status[\"scaling\"][\"assigned_count\"], 2)\n+ self.assertEqual(status[\"scaling\"][\"launch_count\"], 2)\n+ self.assertEqual(status[\"scaling\"][\"desired_total\"], 4)\n+ self.assertEqual(status[\"planned_lanes\"], [3, 4])\n+ self.assertEqual(status[\"assigned_lanes\"], [3, 4])\n+ self.assertEqual(status[\"launched_lanes\"], [3, 4])\n+ self.assertEqual(status[\"scaling\"][\"effective_cap\"],\n+ status[\"scaling\"][\"occupied\"]\n+ + status[\"scaling\"][\"assigned_count\"])\n+\n+ def test_lane_providers_pin_map_parsed_and_preserved(self):\n+ # Review finding 1: the live config's lane_providers map must be\n+ # read by read_lane_config() and survive as an int-lane-keyed dict.\n+ DISPATCHER.atomic_write(DISPATCHER.CONFIG_PATH, {\n+ \"lane_count\": 4, \"auto_scale\": False,\n+ \"lane_providers\": {\"1\": \"custom:airouter\", \"2\": \"custom:airouter\",\n+ \"3\": \"custom:arliai\", \"4\": \"custom:arliai\"},\n+ })\n+ cfg = DISPATCHER.read_lane_config()\n+ self.assertEqual(cfg[\"lane_providers\"],\n+ {1: \"custom:airouter\", 2: \"custom:airouter\",\n+ 3: \"custom:arliai\", 4: \"custom:arliai\"})\n+\n+ def test_exact_two_route_pin_regression(self):\n+ # Review finding 1: with BOTH routes having a free slot, a lane\n+ # pinned to ArliAI must land on ArliAI \u2014 never on the first route in\n+ # priority order (airouter). This is the exact live config shape:\n+ # lanes 1-2 -> airouter, 3-4 -> arliai.\n+ DISPATCHER.atomic_write(DISPATCHER.CONFIG_PATH, {\n+ \"lane_count\": 4, \"auto_scale\": False,\n+ \"lane_providers\": {\"1\": \"custom:airouter\", \"2\": \"custom:airouter\",\n+ \"3\": \"custom:arliai\", \"4\": \"custom:arliai\"},\n+ })\n+ cfg = DISPATCHER.read_lane_config()\n+ routes = [{\"model\": \"deepseek-air\", \"provider\": \"custom:airouter\",\n+ \"capacity\": 3, \"reserve\": 0},\n+ {\"model\": \"deepseek-arli\", \"provider\": \"custom:arliai\",\n+ \"capacity\": 2, \"reserve\": 0}]\n+ assigned = DISPATCHER.assign_provider_routes([1, 2, 3, 4], routes,\n+ lane_providers=cfg[\"lane_providers\"])\n+ # lane 3 is pinned to arliai even though airouter still has a free\n+ # slot; lane 4 follows onto the last arliai slot.\n+ self.assertEqual([(a[\"lane\"], a[\"provider\"]) for a in assigned],\n+ [(1, \"custom:airouter\"), (2, \"custom:airouter\"),\n+ (3, \"custom:arliai\"), (4, \"custom:arliai\")])\n+\n+ def test_pinned_lane_never_falls_through_when_pin_route_full(self):\n+ # A pin is a HARD gate: when the pinned provider has no free slot the\n+ # lane is not assigned at all \u2014 it must not silently divert to a\n+ # different provider that still has capacity (#42 review finding 1).\n+ routes = [{\"model\": \"deepseek-air\", \"provider\": \"custom:airouter\",\n+ \"capacity\": 3, \"reserve\": 0},\n+ {\"model\": \"deepseek-arli\", \"provider\": \"custom:arliai\",\n+ \"capacity\": 1, \"reserve\": 0}]\n+ pins = {1: \"custom:airouter\", 2: \"custom:airouter\",\n+ 3: \"custom:arliai\", 4: \"custom:arliai\"}\n+ assigned = DISPATCHER.assign_provider_routes([1, 2, 3, 4], routes,\n+ lane_providers=pins)\n+ self.assertEqual([(a[\"lane\"], a[\"provider\"]) for a in assigned],\n+ [(1, \"custom:airouter\"), (2, \"custom:airouter\"),\n+ (3, \"custom:arliai\")]) # lane 4 pin (arliai) full -> dropped\n+\n+ def test_healthy_primary_offers_pinned_nonprimary_route(self):\n+ # Review finding 1 end-to-end: while the primary is healthy, provider_routes\n+ # must still offer the pinned non-primary provider so a pinned lane is\n+ # never starved just because airouter is up.\n+ old = (DISPATCHER.HERMES_MODEL, DISPATCHER.HERMES_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK_MODEL, DISPATCHER.HERMES_FALLBACK_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK2_MODEL, DISPATCHER.HERMES_FALLBACK2_PROVIDER,\n+ DISPATCHER.PRIMARY_CAPACITY, DISPATCHER.FALLBACK_CAPACITY,\n+ DISPATCHER.FALLBACK2_CAPACITY)\n+ (DISPATCHER.HERMES_MODEL, DISPATCHER.HERMES_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK_MODEL, DISPATCHER.HERMES_FALLBACK_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK2_MODEL, DISPATCHER.HERMES_FALLBACK2_PROVIDER) = (\n+ \"glm-main\", \"custom:airouter\", \"deepseek-air\", \"custom:airouter\",\n+ \"deepseek-arli\", \"custom:arliai\")\n+ DISPATCHER.PRIMARY_CAPACITY = 5\n+ DISPATCHER.FALLBACK_CAPACITY = 3\n+ DISPATCHER.FALLBACK2_CAPACITY = 2\n+ try:\n+ routes = DISPATCHER.provider_routes(\n+ True, {}, {1: \"custom:airouter\", 2: \"custom:airouter\",\n+ 3: \"custom:arliai\", 4: \"custom:arliai\"})\n+ finally:\n+ (DISPATCHER.HERMES_MODEL, DISPATCHER.HERMES_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK_MODEL, DISPATCHER.HERMES_FALLBACK_PROVIDER,\n+ DISPATCHER.HERMES_FALLBACK2_MODEL, DISPATCHER.HERMES_FALLBACK2_PROVIDER,\n+ DISPATCHER.PRIMARY_CAPACITY, DISPATCHER.FALLBACK_CAPACITY,\n+ DISPATCHER.FALLBACK2_CAPACITY) = old\n+ providers = [r[\"provider\"] for r in routes]\n+ self.assertEqual(providers, [\"custom:airouter\", \"custom:arliai\"])\n+\n+\n class TestProviderAllocation(unittest.TestCase):\n def setUp(self):\n self.old_gate = DISPATCHER.gated_providers\n", + "diff_truncated": false, + "diff_bytes": 33742 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gopher64-netplay-18.json b/tests/calibration/corpus/gopher64-netplay-18.json new file mode 100644 index 0000000..f06c729 --- /dev/null +++ b/tests/calibration/corpus/gopher64-netplay-18.json @@ -0,0 +1,50 @@ +{ + "id": "gopher64-netplay-18", + "repo": "gopher64-netplay", + "pr": 18, + "title": "netplay: session resume \u2014 reload saved state and broadcast to peers (#4)", + "head_sha": "79e88dc82124b8f7064874160b5cf06a23183e2d", + "base_sha": "c857feada3a9ee838aed425ac5602a94cc61523a", + "labels": [ + "bounced", + "manual-only" + ], + "merged": false, + "issue_number": 4, + "issue_body": "**Repo:** gopher64-netplay (fork of https://github.com/gopher64/gopher64)\n**Context:** Full scope doc at upstream analysis \u2014 see commit history. Netplay uses GGRS over WebRTC (matchbox_socket), reliable channel carries `NetplayMessage { name, data }` in 16KB chunks. Savestates serialize full Device via postcard + compress.\n\n**Goal:** Host loads a `.netplay-state` file, then broadcasts the state to joining peers so everyone resumes at the saved frame.\n\n**Background:**\n- Downstream of issues #1 (message types) and #2 (in-memory state)\n- Lobby protocol in `src/ui/netplay.rs` currently has no resume concept; session start sends cartridge saves only (ui/storage.rs `load_saves`)\n\n**Acceptance:**\n- Host path:\n - Add \"Resume Session\" action in the create-session flow (loads `.netplay-state` file; file picker like select_rom)\n - After peers connect and player-number handshake completes, host sends full state via `send_netplay_state` (message name from #1) BEFORE `advance_frame` starts\n - Host waits for all peers' `netplay_state_ready` ack (timeout 30s; on timeout, disconnect that peer)\n- Join path:\n - Client receives `netplay_state`, loads via `load_savestate_from_data`\n - Client sends `netplay_state_ready` ack\n- After both sides load: GGRS frame counter must start at the SAVED frame, not 0 (see issue #5 for the frame-reset work \u2014 coordinate the interface with that change; if frame reset is not yet landed, start at captured frame using whatever mechanism #5 provides, else document the gap)\n- Onscreen messages: \"Syncing session state\u2026\", \"Session synced \u2014 play resumes\"\n- Tests: mock 2-peer flow \u2014 host saves session, peer receives and loads, both report same frame metadata.\n\n**Verification:** `cargo test`; manual 2-player resume smoke test.", + "changed_files": [ + "Cargo.lock", + "Cargo.toml", + "src/device.rs", + "src/lib.rs", + "src/netplay.rs", + "src/savestates.rs", + "src/ui.rs", + "src/ui/config.rs", + "src/ui/gui.rs", + "src/ui/gui/appwindow.slint", + "src/ui/gui/netplay_create.slint", + "src/ui/gui/netplay_page.slint", + "src/ui/gui/netplay_wait.slint", + "src/ui/input.rs", + "src/ui/netplay.rs", + "src/ui/storage.rs", + "src/ui/video.rs", + "vendor/ggrs/Cargo.lock", + "vendor/ggrs/Cargo.toml", + "vendor/ggrs/Cargo.toml.orig", + "vendor/ggrs/LICENSE", + "vendor/ggrs/README.md", + "vendor/ggrs/examples/README.md", + "vendor/ggrs/examples/ex_game/ex_game.rs", + "vendor/ggrs/examples/ex_game/ex_game_p2p.rs", + "vendor/ggrs/examples/ex_game/ex_game_spectator.rs", + "vendor/ggrs/examples/ex_game/ex_game_synctest.rs", + "vendor/ggrs/src/error.rs", + "vendor/ggrs/src/frame_info.rs", + "vendor/ggrs/src/input_queue.rs" + ], + "diff": "diff --git a/Cargo.lock b/Cargo.lock\nindex 39174cb..769705e 100644\n--- a/Cargo.lock\n+++ b/Cargo.lock\n@@ -2614,8 +2614,6 @@ dependencies = [\n [[package]]\n name = \"ggrs\"\n version = \"0.13.0\"\n-source = \"registry+https://github.com/rust-lang/crates.io-index\"\n-checksum = \"672a16c1d778ad2d7a6218700ba0863a9e510e9446b08f3644460a9884aed048\"\n dependencies = [\n \"bincode 1.3.3\",\n \"bitfield-rle\",\ndiff --git a/Cargo.toml b/Cargo.toml\nindex 7ae0e30..25872af 100644\n--- a/Cargo.toml\n+++ b/Cargo.toml\n@@ -62,6 +62,9 @@ sdl3-src = \"3.4\"\n slint-build = { version = \"1.12\", optional = true }\n cc = { version = \"1.2\", features = [\"parallel\"] }\n \n+[patch.crates-io]\n+ggrs = { path = \"vendor/ggrs\" }\n+\n [profile.release]\n lto = \"thin\"\n strip = true\ndiff --git a/src/device.rs b/src/device.rs\nindex af42092..5b7d878 100644\n--- a/src/device.rs\n+++ b/src/device.rs\n@@ -112,6 +112,20 @@ pub fn run_game(\n ui::storage::load_saves(&mut device.ui, &mut device.netplay);\n ui::storage::format_saves(device);\n \n+ // issue #4: session resume \u2014 host broadcasts the saved session state and\n+ // every peer loads it before the frame loop starts. A failed resume is\n+ // treated like a peer disconnect: the session never plays desynced.\n+ if let Err(e) = netplay::resume_session(device) {\n+ eprintln!(\"netplay resume failed: {e}\");\n+ ui::video::onscreen_message(\n+ &format!(\"Resume failed: {e}\"),\n+ ui::video::MESSAGE_LENGTH_MESSAGE_LONG,\n+ );\n+ if let Some(netplay) = &mut device.netplay {\n+ netplay.disconnected = true;\n+ }\n+ }\n+\n if !retroachievements::get_hardcore() {\n cheats::init(device, game_settings.cheats);\n }\n@@ -350,6 +364,7 @@ impl Device {\n load_rewind: false,\n last_rewind_saved: 0.0,\n last_netplay_state: None,\n+ netplay_frame: None,\n rewind_pool: std::sync::Arc::new(tokio::sync::Mutex::new(\n std::collections::BTreeMap::new(),\n )),\ndiff --git a/src/lib.rs b/src/lib.rs\nindex b3e51ae..b00dce9 100644\n--- a/src/lib.rs\n+++ b/src/lib.rs\n@@ -37,6 +37,10 @@ pub struct Args {\n pub netplay_number_of_players: Option,\n #[arg(long, value_name = \"NETPLAY_INPUT_DELAY\", hide = true)]\n pub netplay_input_delay: Option,\n+ #[arg(long, hide = true)]\n+ pub netplay_resume: bool,\n+ #[arg(long, value_name = \"NETPLAY_STATE\", hide = true)]\n+ pub netplay_state: Option,\n #[arg(\n long,\n value_name = \"PROFILE_NAME\",\n@@ -251,6 +255,8 @@ pub fn run(args: Args, arg_count: usize) -> std::io::Result<()> {\n number_of_players,\n input_delay,\n ice_config_path: dirs.cache_dir.join(\"ice_config.json\"),\n+ resume: args.netplay_resume,\n+ state_path: args.netplay_state.map(std::path::PathBuf::from),\n })\n } else {\n None\ndiff --git a/src/netplay.rs b/src/netplay.rs\nindex dc56b20..6d27a08 100644\n--- a/src/netplay.rs\n+++ b/src/netplay.rs\n@@ -1,4 +1,5 @@\n use crate::device;\n+use crate::savestates;\n use crate::ui;\n use sha2::digest::Digest;\n \n@@ -45,6 +46,11 @@ pub struct NetplayConfig {\n pub number_of_players: usize,\n pub input_delay: usize,\n pub ice_config_path: std::path::PathBuf,\n+ /// Session-resume (issue #4): exchange the saved session state with all\n+ /// peers before the frame loop starts. Host-only payload: the\n+ /// `.netplay-state` file to broadcast.\n+ pub resume: bool,\n+ pub state_path: Option,\n }\n \n pub struct Netplay {\n@@ -61,6 +67,16 @@ pub struct Netplay {\n pub requests: std::collections::VecDeque>,\n pub incoming_message: Vec,\n pub ice_config_path: std::path::PathBuf,\n+ /// Session-resume (issue #4): whether the session-state exchange runs\n+ /// before the frame loop.\n+ pub resume: bool,\n+ /// Session-resume (issue #4), host only: the `.netplay-state` file to\n+ /// broadcast to peers.\n+ pub state_path: Option,\n+ /// Session-resume (issue #4): the GGRS frame the resumed session was\n+ /// saved at, recorded by both sides once the state has been sent\n+ /// (host) or loaded (peer). Issue #5's frame reset will consume this.\n+ pub resume_frame: Option,\n }\n \n #[derive(serde::Serialize, serde::Deserialize)]\n@@ -69,55 +85,112 @@ struct NetplayMessage {\n data: Vec,\n }\n \n+/// Reliable-channel message name for a full session state transfer.\n+pub const NETPLAY_STATE_MESSAGE: &str = \"netplay_state\";\n+/// Reliable-channel ack name confirming a state transfer was applied.\n+#[allow(dead_code)] // consumed by the upcoming session save/resume lanes\n+pub const NETPLAY_STATE_READY_MESSAGE: &str = \"netplay_state_ready\";\n+/// Reliable-channel message name for a desync resync state transfer.\n+#[allow(dead_code)] // consumed by the upcoming desync resync lanes\n+pub const RESYNC_STATE_MESSAGE: &str = \"resync_state\";\n+/// Reliable-channel ack name confirming a resync state was applied.\n+#[allow(dead_code)] // consumed by the upcoming desync resync lanes\n+pub const RESYNC_READY_MESSAGE: &str = \"resync_ready\";\n+\n+/// Timeout for waiting on reliable-channel messages.\n+const MESSAGE_TIMEOUT: std::time::Duration = std::time::Duration::from_secs(10);\n+\n+/// Serialize a message and split it into 16 KiB transport chunks.\n+fn encode_message_chunks(name: &str, data: &[u8]) -> Vec> {\n+ let message = NetplayMessage {\n+ name: name.to_string(),\n+ data: data.to_vec(),\n+ };\n+ let encoded = postcard::to_stdvec(&message).unwrap();\n+ encoded.chunks(16384).map(|chunk| chunk.to_vec()).collect()\n+}\n+\n+/// Decode a complete message from accumulated incoming bytes, returning\n+/// `None` while the message is still arriving in chunks.\n+fn decode_message(buffer: &[u8]) -> Option<(String, Vec)> {\n+ postcard::from_bytes::(buffer)\n+ .ok()\n+ .map(|message| (message.name, message.data))\n+}\n+\n+/// Accumulate received packets into `incoming_message` until complete messages\n+/// parse, returning every message decoded from the batch.\n+fn decode_packets(\n+ incoming_message: &mut Vec,\n+ received_data: &mut std::collections::VecDeque>,\n+ packets: Vec>,\n+) -> Vec<(String, Vec)> {\n+ let mut decoded = Vec::new();\n+ received_data.extend(packets);\n+ while !received_data.is_empty() {\n+ if let Some(data) = received_data.pop_front() {\n+ incoming_message.extend(data);\n+ if let Some(message) = decode_message(incoming_message) {\n+ decoded.push(message);\n+ incoming_message.clear();\n+ }\n+ }\n+ }\n+ decoded\n+}\n+\n fn send_message(netplay: &mut Netplay, message: NetplayMessage) {\n- let data = postcard::to_stdvec(&message).unwrap();\n- let chunks = data.chunks(16384).collect::>();\n- for peer in netplay.peers.iter() {\n- for chunk in chunks.iter() {\n- if let Err(e) = netplay\n- .reliable_channel\n- .try_send(chunk.to_vec().into(), *peer)\n- {\n+ for chunk in encode_message_chunks(&message.name, &message.data) {\n+ for peer in netplay.peers.iter() {\n+ if let Err(e) = netplay.reliable_channel.try_send(chunk.clone().into(), *peer) {\n eprintln!(\"Failed to send message: {}\", e);\n }\n }\n }\n }\n \n-fn process_reliable_messages(netplay: &mut Netplay) {\n- netplay.received_data.extend(\n- netplay\n- .reliable_channel\n- .receive()\n- .iter()\n- .map(|(_, data)| data.to_vec()),\n- );\n+/// Drain the reliable channel and route every complete message into\n+/// `netplay.messages`, returning the decoded batch so callers can count\n+/// messages that share a name: several peers may ack within a single\n+/// channel poll, and the by-name `messages` map would collapse them into\n+/// one entry.\n+fn process_reliable_messages(netplay: &mut Netplay) -> Vec<(String, Vec)> {\n+ let packets = netplay\n+ .reliable_channel\n+ .receive()\n+ .iter()\n+ .map(|(_, data)| data.to_vec())\n+ .collect::>>();\n \n- while !netplay.received_data.is_empty() {\n- if let Some(data) = netplay.received_data.pop_front() {\n- netplay.incoming_message.extend(data);\n-\n- if let Ok(decoded_message) =\n- postcard::from_bytes::(&netplay.incoming_message)\n- {\n- netplay\n- .messages\n- .insert(decoded_message.name, decoded_message.data);\n- netplay.incoming_message.clear();\n- check_input_delay(netplay);\n- check_disconnect(netplay);\n- }\n- }\n+ let mut decoded = Vec::new();\n+ for (name, data) in decode_packets(\n+ &mut netplay.incoming_message,\n+ &mut netplay.received_data,\n+ packets,\n+ ) {\n+ netplay.messages.insert(name.clone(), data.clone());\n+ check_input_delay(netplay);\n+ check_disconnect(netplay);\n+ decoded.push((name, data));\n }\n+ decoded\n }\n \n-fn receive_message(netplay: &mut Netplay, name: &str) -> Vec {\n- let timeout = std::time::Duration::from_secs(10);\n+/// Poll `messages` for `name` until it arrives or `timeout` elapses, calling\n+/// `poll` on every iteration to route newly received data into `messages`.\n+/// Panics with the standard reliable-channel pattern when the message never\n+/// arrives.\n+fn wait_for_message(\n+ name: &str,\n+ messages: &mut std::collections::HashMap>,\n+ timeout: std::time::Duration,\n+ mut poll: impl FnMut(&mut std::collections::HashMap>),\n+) -> Vec {\n let now = std::time::Instant::now();\n \n loop {\n- process_reliable_messages(netplay);\n- if let Some(data) = netplay.messages.remove(name) {\n+ poll(messages);\n+ if let Some(data) = messages.remove(name) {\n return data;\n }\n \n@@ -128,6 +201,60 @@ fn receive_message(netplay: &mut Netplay, name: &str) -> Vec {\n }\n }\n \n+fn receive_message(netplay: &mut Netplay, name: &str) -> Vec {\n+ let Netplay {\n+ messages,\n+ reliable_channel,\n+ incoming_message,\n+ received_data,\n+ input_delay,\n+ session,\n+ disconnected,\n+ ..\n+ } = netplay;\n+\n+ wait_for_message(name, messages, MESSAGE_TIMEOUT, |messages| {\n+ let packets = reliable_channel\n+ .receive()\n+ .iter()\n+ .map(|(_, data)| data.to_vec())\n+ .collect::>>();\n+\n+ for (message_name, data) in decode_packets(incoming_message, received_data, packets) {\n+ // Preserve the side effects the original receive path applied to\n+ // every decoded message (input-delay changes and disconnects).\n+ // These control messages are consumed, never stored in `messages`\n+ // (mirroring check_input_delay/check_disconnect removing them).\n+ if message_name == \"input_delay\" {\n+ let new_delay = u64::from_be_bytes(data[..].try_into().unwrap()) as usize;\n+ if new_delay != *input_delay {\n+ *input_delay = new_delay;\n+ for handle in session.local_player_handles() {\n+ if let Err(e) = session.set_input_delay(handle, new_delay) {\n+ eprintln!(\"Error setting input delay: {}\", e);\n+ } else {\n+ ui::video::onscreen_message(\n+ &format!(\"Input delay: {}\", new_delay),\n+ ui::video::MESSAGE_LENGTH_MESSAGE_VERY_SHORT,\n+ );\n+ }\n+ }\n+ }\n+ } else if message_name == \"disconnect\" {\n+ if !*disconnected {\n+ *disconnected = true;\n+ ui::video::onscreen_message(\n+ \"Player disconnected, session has ended\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_LONG,\n+ );\n+ }\n+ } else {\n+ messages.insert(message_name, data);\n+ }\n+ }\n+ })\n+}\n+\n fn send_player_number(\n channel: &mut matchbox_socket::WebRtcChannel,\n peers: &[matchbox_socket::PeerId],\n@@ -200,6 +327,342 @@ pub fn receive_save(netplay: &mut Netplay, save_type: &str, save_data: &mut Vec<\n *save_data = message;\n }\n \n+/// Send a full session state over the reliable channel as chunked messages.\n+#[allow(dead_code)] // consumed by the upcoming session save/resume lanes\n+pub fn send_netplay_state(netplay: &mut Netplay, data: &[u8]) {\n+ let message = NetplayMessage {\n+ name: NETPLAY_STATE_MESSAGE.to_string(),\n+ data: data.to_vec(),\n+ };\n+ send_message(netplay, message);\n+}\n+\n+/// Receive a full session state from the reliable channel.\n+#[allow(dead_code)] // consumed by the upcoming session save/resume lanes\n+pub fn receive_netplay_state(netplay: &mut Netplay) -> Vec {\n+ receive_message(netplay, NETPLAY_STATE_MESSAGE)\n+}\n+\n+/// Send a ready-ack message with `name` over the reliable channel.\n+#[allow(dead_code)] // consumed by the upcoming session save/resume lanes\n+pub fn send_ready(netplay: &mut Netplay, name: &str) {\n+ let message = NetplayMessage {\n+ name: name.to_string(),\n+ data: vec![],\n+ };\n+ send_message(netplay, message);\n+}\n+\n+/// Wait for the ready-ack message with `name` (standard 10s timeout).\n+#[allow(dead_code)] // consumed by the upcoming session save/resume lanes\n+pub fn wait_for_ready(netplay: &mut Netplay, name: &str) {\n+ receive_message(netplay, name);\n+}\n+\n+/// On-disk representation of a saved netplay session (host side).\n+/// `state` holds the compressed savestate payload produced by\n+/// `SavestateData::save_to_memory` (zip entries for device, saves,\n+/// rdp_state and ra_state); the whole struct is postcard-encoded and\n+/// stored zstd-compressed under a single entry inside the\n+/// `.netplay-state` file.\n+#[derive(Clone, Debug, PartialEq, serde::Serialize, serde::Deserialize)]\n+pub struct NetplaySessionSave {\n+ pub state: Vec,\n+ /// GGRS frame the session was saved at, so a resume can restart here.\n+ pub frame: i32,\n+ pub input_delay: usize,\n+ pub rom_hash: String,\n+ pub players: usize,\n+}\n+\n+const NETPLAY_STATE_ENTRY: &str = \"netplay_state\";\n+\n+/// Postcard-encode + compress a netplay session save into its on-disk form.\n+pub fn encode_netplay_session(save: &NetplaySessionSave) -> Option> {\n+ let data = postcard::to_stdvec(save).ok()?;\n+ ui::storage::compress_file(&[(&data, NETPLAY_STATE_ENTRY)]).ok()\n+}\n+\n+/// Decompress + decode a .netplay-state file back into its session save.\n+/// Used by the tests today; a future resume feature consumes it.\n+#[cfg_attr(not(test), allow(dead_code))]\n+pub fn decode_netplay_session(file_data: &[u8]) -> Option {\n+ let data = ui::storage::decompress_file(file_data, NETPLAY_STATE_ENTRY).ok()?;\n+ postcard::from_bytes(&data).ok()\n+}\n+\n+fn write_atomic(path: &std::path::Path, data: &[u8]) -> std::io::Result<()> {\n+ let tmp_path = path.with_extension(\"netplay-state.tmp\");\n+ std::fs::write(&tmp_path, data)?;\n+ std::fs::rename(&tmp_path, path)\n+}\n+\n+/// Write a netplay session save to disk atomically (tmp + rename).\n+pub fn write_netplay_session(\n+ path: &std::path::Path,\n+ save: &NetplaySessionSave,\n+) -> std::io::Result<()> {\n+ let data = encode_netplay_session(save).ok_or_else(|| {\n+ std::io::Error::new(\n+ std::io::ErrorKind::InvalidData,\n+ \"failed to encode netplay session\",\n+ )\n+ })?;\n+ write_atomic(path, &data)\n+}\n+\n+/// Host-side session save: capture the current emulator state together with\n+/// the GGRS frame and session metadata into a `.netplay-state` file so the\n+/// session can be resumed later. Only the host (player_number 0) can save;\n+/// everyone else just gets an onscreen notice.\n+pub fn save_netplay_session(device: &mut device::Device, path: &std::path::Path) {\n+ let Some(netplay) = device.netplay.as_ref() else {\n+ return;\n+ };\n+ if netplay.player_number != 0 {\n+ ui::video::onscreen_message(\n+ \"Only the host can save the session\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_VERY_SHORT,\n+ );\n+ return;\n+ }\n+\n+ let Some(state_data) = savestates::create_savestate_in_memory(device) else {\n+ eprintln!(\"Error capturing netplay session state\");\n+ ui::video::onscreen_message(\n+ \"Failed to save netplay session\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ return;\n+ };\n+ // save_to_memory (issue #2 API) returns an empty Vec on serialization\n+ // failure rather than an Option.\n+ let state_zip = state_data.save_to_memory();\n+ if state_zip.is_empty() {\n+ eprintln!(\"Error serializing netplay session state\");\n+ ui::video::onscreen_message(\n+ \"Failed to save netplay session\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ return;\n+ }\n+\n+ let netplay = device.netplay.as_ref().unwrap();\n+ let save = NetplaySessionSave {\n+ state: state_zip,\n+ frame: netplay.session.current_frame(),\n+ input_delay: netplay.input_delay,\n+ rom_hash: device.ui.game_hash.clone(),\n+ players: netplay.peers.len() + 1,\n+ };\n+\n+ match write_netplay_session(path, &save) {\n+ Ok(()) => ui::video::onscreen_message(\n+ \"Session saved \u2014 safe to quit\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ ),\n+ Err(e) => {\n+ eprintln!(\"Error writing netplay session: {e}\");\n+ ui::video::onscreen_message(\n+ \"Failed to save netplay session\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ }\n+ }\n+}\n+\n+// ---- Session resume (issue #4) ----\n+\n+/// How long the host waits for every peer to acknowledge receiving and\n+/// loading the broadcast session state before giving up on that peer.\n+const NETPLAY_STATE_ACK_TIMEOUT: std::time::Duration = std::time::Duration::from_secs(30);\n+\n+/// Count how many messages in a decoded batch carry `name`. Used for\n+/// ready-acks, where one ack per peer is expected and several peers can\n+/// acknowledge within a single channel poll.\n+fn count_messages_named(decoded: &[(String, Vec)], name: &str) -> usize {\n+ decoded.iter().filter(|(decoded_name, _)| decoded_name == name).count()\n+}\n+\n+/// Wait for `expected` acknowledgements named `name`, polling the reliable\n+/// channel until all of them arrive or `timeout` elapses.\n+///\n+/// Acks are counted, not attributed to a specific peer: `send_ready`\n+/// broadcasts to every peer, so the host receives one copy per peer. The\n+/// count comes from the decoded batch of every poll \u2014 not from the\n+/// by-name `messages` map \u2014 so acks arriving together are all counted.\n+fn wait_for_ready_all(\n+ netplay: &mut Netplay,\n+ name: &str,\n+ expected: usize,\n+ timeout: std::time::Duration,\n+) -> bool {\n+ let now = std::time::Instant::now();\n+ let mut received = 0;\n+ while received < expected {\n+ received += count_messages_named(&process_reliable_messages(netplay), name);\n+ if received >= expected {\n+ return true;\n+ }\n+ if now.elapsed() > timeout {\n+ return false;\n+ }\n+ std::thread::sleep(std::time::Duration::from_millis(1));\n+ }\n+ true\n+}\n+\n+/// Session-resume exchange (issue #4). Runs once, right after the initial\n+/// RNG/RTC/savestate handshake and before the GGRS frame loop starts:\n+///\n+/// - host (player 0): reads the `.netplay-state` file, validates its ROM\n+/// hash, loads the embedded savestate into its own device, broadcasts the\n+/// session-save bytes to every peer via `netplay_state` and waits for each\n+/// peer's `netplay_state_ready` ack (30 s timeout, then the lagging peers\n+/// are disconnected and the session is abandoned);\n+/// - peers: receive `netplay_state`, decode it with the same\n+/// `decode_netplay_session` the host used to read the file, load the\n+/// embedded savestate via `SavestateData::load_from_memory` +\n+/// `savestates::load_savestate_from_data`, then acknowledge with\n+/// `netplay_state_ready`.\n+///\n+/// Both sides then reset the GGRS session frame counter to the saved frame\n+/// with issue #5's `netplay::reset_frame`, so the frame loop resumes at the\n+/// saved frame instead of 0.\n+///\n+/// On any failure the session is flagged disconnected (mirroring the\n+/// existing peer-disconnect path) so the frame loop never starts desynced.\n+pub fn resume_session(device: &mut device::Device) -> Result<(), String> {\n+ let Some(netplay) = device.netplay.as_ref() else {\n+ return Ok(());\n+ };\n+ if !netplay.resume {\n+ return Ok(());\n+ }\n+\n+ if netplay.player_number == 0 {\n+ resume_session_host(device)\n+ } else {\n+ resume_session_peer(device)\n+ }\n+}\n+\n+/// Load a decoded `.netplay-state` envelope into the local device (its\n+/// savestate payload via `load_savestate_from_data`) and reset the GGRS\n+/// session frame counter to the saved frame (issue #5's `reset_frame`).\n+fn apply_resume_state(device: &mut device::Device, save: &NetplaySessionSave) -> Result<(), String> {\n+ let state_data = savestates::SavestateData::load_from_memory(&save.state)\n+ .ok_or_else(|| \"Session state could not be deserialized\".to_string())?;\n+\n+ if !savestates::load_savestate_from_data(device, &state_data) {\n+ return Err(\"Session state could not be applied\".to_string());\n+ }\n+\n+ if let Some(netplay) = device.netplay.as_mut() {\n+ netplay.resume_frame = Some(save.frame);\n+ reset_frame(&mut netplay.session, save.frame);\n+ }\n+ Ok(())\n+}\n+\n+fn resume_session_host(device: &mut device::Device) -> Result<(), String> {\n+ ui::video::onscreen_message(\n+ \"Syncing session state\u2026\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+\n+ let (state_path, expected_peers, game_hash) = {\n+ let netplay = device.netplay.as_ref().unwrap();\n+ (\n+ netplay\n+ .state_path\n+ .clone()\n+ .ok_or_else(|| \"Host resume requires a .netplay-state file\".to_string())?,\n+ netplay.peers.len(),\n+ device.ui.game_hash.clone(),\n+ )\n+ };\n+\n+ let file_data = std::fs::read(&state_path)\n+ .map_err(|e| format!(\"Could not read session state {}: {}\", state_path.display(), e))?;\n+ let save = decode_netplay_session(&file_data)\n+ .ok_or_else(|| format!(\"Could not decode session state file {}\", state_path.display()))?;\n+\n+ if !save.rom_hash.is_empty() && save.rom_hash != game_hash {\n+ return Err(format!(\n+ \"Session state was saved for a different ROM ({} vs {})\",\n+ save.rom_hash, game_hash\n+ ));\n+ }\n+\n+ // The host resumes at the saved state too: load the savestate into the\n+ // local device and reset the frame counter before the handshake, exactly\n+ // as every peer will.\n+ apply_resume_state(device, &save)?;\n+\n+ // Broadcast the file bytes unmodified: `encode_netplay_session` produces\n+ // exactly the on-disk format, so every peer decodes what the host read.\n+ let broadcast = encode_netplay_session(&save)\n+ .ok_or_else(|| \"Could not encode session state for broadcast\".to_string())?;\n+\n+ let netplay = device.netplay.as_mut().unwrap();\n+ send_netplay_state(netplay, &broadcast);\n+\n+ if !wait_for_ready_all(\n+ netplay,\n+ NETPLAY_STATE_READY_MESSAGE,\n+ expected_peers,\n+ NETPLAY_STATE_ACK_TIMEOUT,\n+ ) {\n+ // One or more peers did not load the state in time. Acks are not\n+ // peer-attributed, so the lagging peer cannot be singled out: drop\n+ // the whole session rather than start it out of sync.\n+ for handle in 0..expected_peers + 1 {\n+ if handle != netplay.player_number {\n+ let _ = netplay.session.disconnect_player(handle);\n+ }\n+ }\n+ netplay.disconnected = true;\n+ return Err(format!(\n+ \"Timed out waiting for {} peer(s) to sync the session state\",\n+ expected_peers\n+ ));\n+ }\n+\n+ ui::video::onscreen_message(\n+ \"Session synced \u2014 play resumes\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ Ok(())\n+}\n+\n+fn resume_session_peer(device: &mut device::Device) -> Result<(), String> {\n+ ui::video::onscreen_message(\n+ \"Syncing session state\u2026\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+\n+ let state_bytes = {\n+ let netplay = device.netplay.as_mut().unwrap();\n+ // Standard reliable-channel timeout (10 s); the host is the sender.\n+ receive_netplay_state(netplay)\n+ };\n+\n+ let save = decode_netplay_session(&state_bytes)\n+ .ok_or_else(|| \"Could not decode session state received from host\".to_string())?;\n+\n+ apply_resume_state(device, &save)?;\n+\n+ let netplay = device.netplay.as_mut().unwrap();\n+ send_ready(netplay, NETPLAY_STATE_READY_MESSAGE);\n+\n+ ui::video::onscreen_message(\n+ \"Session synced \u2014 play resumes\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ Ok(())\n+}\n+\n pub fn send_input_delay(netplay: &mut Netplay, input_delay: usize) {\n if input_delay < 1 {\n return;\n@@ -569,6 +1032,9 @@ pub fn init(\n received_data: std::collections::VecDeque::new(),\n messages: std::collections::HashMap::new(),\n ice_config_path: netplay_config.ice_config_path.clone(),\n+ resume: netplay_config.resume,\n+ state_path: netplay_config.state_path.clone(),\n+ resume_frame: None,\n })\n }\n \n@@ -584,3 +1050,575 @@ pub fn close(netplay: &mut Netplay) {\n \n let _ = std::fs::remove_file(&netplay.ice_config_path);\n }\n+\n+/// Resets the GGRS session's internal frame counter to the given frame.\n+///\n+/// After loading a savestate in a netplay context, the emulator state is restored to the\n+/// savestate's frame, but the GGRS session's frame counter still reflects the pre-load\n+/// frame. If this discrepancy is not corrected, desync detection fires immediately on\n+/// resume because the session's saved-state checksums no longer correspond to the loaded\n+/// emulator state.\n+///\n+/// This function is safe to call at any time. If the GGRS version in use does not support\n+/// frame reset (i.e. `set_current_frame` is not available), this function will still\n+/// compile because the ggrs crate is patched to expose the method.\n+///\n+/// Both peers must call this with the same target frame after loading the same savestate.\n+pub fn reset_frame(session: &mut ggrs::P2PSession, frame: i32) {\n+ session.set_current_frame(frame);\n+}\n+\n+#[cfg(test)]\n+mod tests {\n+ use super::*;\n+\n+ #[test]\n+ fn state_message_constants_match_protocol() {\n+ assert_eq!(NETPLAY_STATE_MESSAGE, \"netplay_state\");\n+ assert_eq!(NETPLAY_STATE_READY_MESSAGE, \"netplay_state_ready\");\n+ assert_eq!(RESYNC_STATE_MESSAGE, \"resync_state\");\n+ assert_eq!(RESYNC_READY_MESSAGE, \"resync_ready\");\n+ }\n+\n+ #[test]\n+ fn large_payload_round_trips_through_chunked_codec() {\n+ let payload: Vec = (0..5 * 1024 * 1024).map(|i| (i % 251) as u8).collect();\n+\n+ let chunks = encode_message_chunks(NETPLAY_STATE_MESSAGE, &payload);\n+ assert!(chunks.len() > 1, \"5MB payload must span multiple chunks\");\n+\n+ // Mirror what process_reliable_messages does in production: accumulate\n+ // chunks until the full postcard message parses.\n+ let mut incoming_message = Vec::new();\n+ let mut received_data = std::collections::VecDeque::new();\n+ let decoded = decode_packets(&mut incoming_message, &mut received_data, chunks);\n+\n+ assert_eq!(\n+ decoded.len(),\n+ 1,\n+ \"exactly one complete message should decode after all chunks\"\n+ );\n+ let (name, data) = &decoded[0];\n+ assert_eq!(name, NETPLAY_STATE_MESSAGE);\n+ assert_eq!(data, &payload);\n+ }\n+\n+ #[test]\n+ fn ready_ack_send_receive_within_timeout() {\n+ let timeout = std::time::Duration::from_secs(10);\n+ let start = std::time::Instant::now();\n+\n+ // Send side: chunked encoding of the ack message, exactly like send_ready.\n+ let chunks = encode_message_chunks(NETPLAY_STATE_READY_MESSAGE, &[]);\n+\n+ // Receive side: accumulate + decode, exactly like the production path.\n+ let mut incoming_message = Vec::new();\n+ let mut received_data = std::collections::VecDeque::new();\n+ let decoded = decode_packets(&mut incoming_message, &mut received_data, chunks);\n+\n+ assert!(\n+ start.elapsed() < timeout,\n+ \"ack must arrive within the timeout window\"\n+ );\n+ assert_eq!(decoded.len(), 1);\n+ let (name, data) = &decoded[0];\n+ assert_eq!(name, NETPLAY_STATE_READY_MESSAGE);\n+ assert!(data.is_empty());\n+\n+ // The wait API itself must return promptly when the ack is already queued.\n+ let mut messages = std::collections::HashMap::from([(\n+ NETPLAY_STATE_READY_MESSAGE.to_string(),\n+ Vec::::new(),\n+ )]);\n+ let ack = wait_for_message(NETPLAY_STATE_READY_MESSAGE, &mut messages, timeout, |_| {});\n+ assert!(ack.is_empty());\n+ assert!(start.elapsed() < timeout);\n+ }\n+\n+ #[test]\n+ fn missing_ack_times_out_with_standard_panic() {\n+ let mut messages = std::collections::HashMap::new();\n+ let result = std::panic::catch_unwind(std::panic::AssertUnwindSafe(|| {\n+ wait_for_message(\n+ NETPLAY_STATE_READY_MESSAGE,\n+ &mut messages,\n+ std::time::Duration::from_millis(50),\n+ |_| {},\n+ );\n+ }));\n+\n+ let payload = result.expect_err(\"waiting for a missing ack must panic\");\n+ let message = payload\n+ .downcast_ref::()\n+ .map(String::as_str)\n+ .or_else(|| payload.downcast_ref::<&str>().copied())\n+ .unwrap_or(\"\");\n+ assert_eq!(message, \"Could not receive message for netplay_state_ready\");\n+ }\n+\n+ fn test_save(frame: i32) -> NetplaySessionSave {\n+ NetplaySessionSave {\n+ state: (0..256u32).map(|i| (i.wrapping_mul(13) % 251) as u8).collect(),\n+ frame,\n+ input_delay: 2,\n+ rom_hash: \"12345678-90ABCDEF-C:45\".to_string(),\n+ players: 2,\n+ }\n+ }\n+\n+ #[test]\n+ fn netplay_session_roundtrips_through_compress_decompress() {\n+ let save = test_save(123_456);\n+ let encoded = encode_netplay_session(&save).expect(\"encode should succeed\");\n+ let decoded = decode_netplay_session(&encoded).expect(\"decode should succeed\");\n+ assert_eq!(decoded, save);\n+ }\n+\n+ #[test]\n+ fn netplay_session_file_has_correct_metadata() {\n+ static COUNTER: std::sync::atomic::AtomicU32 = std::sync::atomic::AtomicU32::new(0);\n+ let save = test_save(4321);\n+ let path = std::env::temp_dir().join(format!(\n+ \"gopher64-netplay-state-test-{}-{}.bin\",\n+ std::process::id(),\n+ COUNTER.fetch_add(1, std::sync::atomic::Ordering::Relaxed)\n+ ));\n+ write_netplay_session(&path, &save).expect(\"write should succeed\");\n+\n+ let file_data = std::fs::read(&path).expect(\"file should exist on disk\");\n+ let parsed = decode_netplay_session(&file_data).expect(\"file should parse\");\n+ assert_eq!(parsed.frame, 4321);\n+ assert_eq!(parsed.rom_hash, \"12345678-90ABCDEF-C:45\");\n+ assert_eq!(parsed.input_delay, 2);\n+ assert_eq!(parsed.players, 2);\n+ assert_eq!(parsed, save);\n+\n+ let _ = std::fs::remove_file(&path);\n+ }\n+\n+ /// No-op network socket: satisfies ggrs' `NonBlockingSocket` bound so a\n+ /// local-only session can be constructed without any real network.\n+ struct TestSocket;\n+\n+ impl ggrs::NonBlockingSocket for TestSocket {\n+ fn send_to(&mut self, _msg: &ggrs::Message, _addr: &matchbox_socket::PeerId) {}\n+ fn receive_all_messages(&mut self) -> Vec<(matchbox_socket::PeerId, ggrs::Message)> {\n+ Vec::new()\n+ }\n+ }\n+\n+ /// Build a real `Netplay` value offline (mirrors the savestates test\n+ /// pattern): local-only ggrs session in `Running` state, WebRTC channels\n+ /// from a builder that never connects.\n+ fn mock_netplay(player_number: usize) -> Netplay {\n+ let (mut socket, _loop_future) = matchbox_socket::WebRtcSocketBuilder::new(\n+ \"ws://127.0.0.1:9/room\",\n+ )\n+ .add_unreliable_channel()\n+ .add_reliable_channel()\n+ .build();\n+ let reliable_channel = socket.take_channel(1).unwrap();\n+\n+ let mut builder = ggrs::SessionBuilder::::new()\n+ .with_num_players(player_number + 1)\n+ .unwrap();\n+ // GGRS requires every handle to be registered: the local player at\n+ // `player_number`, Remote placeholders (a dummy nil PeerId \u2014 the\n+ // socket never sends to it) for the rest.\n+ let dummy_peer: matchbox_socket::PeerId =\n+ serde_json::from_str(\"\\\"00000000-0000-0000-0000-000000000000\\\"\")\n+ .expect(\"nil PeerId parses\");\n+ for handle in 0..=player_number {\n+ let player_type = if handle == player_number {\n+ ggrs::PlayerType::Local\n+ } else {\n+ ggrs::PlayerType::Remote(dummy_peer)\n+ };\n+ builder = builder.add_player(player_type, handle).unwrap();\n+ }\n+ let session = builder.start_p2p_session(TestSocket).unwrap();\n+\n+ Netplay {\n+ disconnected: false,\n+ session,\n+ reliable_channel,\n+ peers: vec![],\n+ player_number,\n+ connected: [true, false, false, false],\n+ input_delay: 0,\n+ messages: Default::default(),\n+ received_data: Default::default(),\n+ inputs: vec![],\n+ requests: Default::default(),\n+ incoming_message: vec![],\n+ ice_config_path: std::path::PathBuf::new(),\n+ resume: true,\n+ state_path: None,\n+ resume_frame: None,\n+ }\n+ }\n+\n+ /// Mock 2-peer resume flow (issue #4): the host's `.netplay-state`\n+ /// envelope travels over the `netplay_state` reliable message, the peer\n+ /// decodes it and loads the embedded savestate, and both sides agree on\n+ /// the frame metadata. The peer's GGRS session frame counter is reset to\n+ /// the saved frame (issue #5's `reset_frame`) so the frame loop resumes\n+ /// there, not at 0.\n+ #[test]\n+ fn resume_state_reaches_peer_with_same_frame_metadata() {\n+ use crate::savestates::create_savestate_in_memory;\n+\n+ // Host: a session with distinctive emulator state, captured in\n+ // memory (issue #2 API) and wrapped in the issue #3 on-disk\n+ // `.netplay-state` envelope.\n+ let mut host_device = crate::device::Device::new(false);\n+ host_device.cpu.gpr[1] = 0x1234_5678_9abc_def0;\n+ host_device.cpu.gpr[3] = 0x0fed_cba9_8765_4321;\n+ host_device.rdram.mem.resize(0x800, 0);\n+ host_device.rdram.mem[0] = 0xAB;\n+ host_device.rdram.mem[0x3FF] = 0xCD;\n+ host_device.vi.regs[0] = 0x1122_3344;\n+\n+ let snapshot =\n+ create_savestate_in_memory(&mut host_device).expect(\"create in-memory savestate\");\n+ let save = NetplaySessionSave {\n+ state: snapshot.save_to_memory(),\n+ frame: 12_345,\n+ input_delay: 2,\n+ rom_hash: \"DEADBEEF-C01DF00D\".to_string(),\n+ players: 2,\n+ };\n+\n+ // The host broadcasts exactly the on-disk file bytes.\n+ let broadcast = encode_netplay_session(&save).expect(\"encode session save\");\n+ let chunks = encode_message_chunks(NETPLAY_STATE_MESSAGE, &broadcast);\n+\n+ // Peer accumulates the chunked message, exactly like\n+ // process_reliable_messages does in production.\n+ let mut incoming_message = Vec::new();\n+ let mut received_data = std::collections::VecDeque::new();\n+ let decoded = decode_packets(&mut incoming_message, &mut received_data, chunks);\n+ assert_eq!(decoded.len(), 1, \"one complete netplay_state message\");\n+ let (name, data) = &decoded[0];\n+ assert_eq!(name, NETPLAY_STATE_MESSAGE);\n+\n+ // Peer decodes with the same envelope the host used.\n+ let peer_save = decode_netplay_session(data).expect(\"peer decodes session state\");\n+ assert_eq!(peer_save.frame, 12_345, \"both sides report the saved frame\");\n+ assert_eq!(peer_save.input_delay, 2);\n+ assert_eq!(peer_save.players, 2);\n+ assert_eq!(peer_save.rom_hash, \"DEADBEEF-C01DF00D\");\n+ assert_eq!(peer_save.state, save.state, \"state payload travels unmodified\");\n+\n+ // Peer loads the embedded savestate into a fresh device (no disk),\n+ // exactly like resume_session_peer: load_from_memory ->\n+ // load_savestate_from_data, then issue #5's frame reset. The RDRAM\n+ // backing store is pre-sized like a real emulated device, matching\n+ // the saved session's RDRAM.\n+ let mut peer_device = crate::device::Device::new(false);\n+ peer_device.rdram.mem.resize(0x800, 0);\n+ peer_device.netplay = Some(mock_netplay(1));\n+ apply_resume_state(&mut peer_device, &peer_save).expect(\"peer applies the state\");\n+\n+ assert_eq!(peer_device.cpu.gpr[1], 0x1234_5678_9abc_def0);\n+ assert_eq!(peer_device.cpu.gpr[3], 0x0fed_cba9_8765_4321);\n+ assert_eq!(peer_device.rdram.mem[0], 0xAB);\n+ assert_eq!(peer_device.rdram.mem[0x3FF], 0xCD);\n+ assert_eq!(peer_device.vi.regs[0], 0x1122_3344);\n+ assert!(\n+ peer_device.netplay.is_some(),\n+ \"the live netplay session survives the state load\"\n+ );\n+\n+ // Both sides agree on the frame metadata: the resumed frame is the\n+ // saved frame.\n+ let peer_netplay = peer_device.netplay.as_ref().unwrap();\n+ assert_eq!(peer_netplay.resume_frame, Some(12_345));\n+ assert_eq!(\n+ peer_netplay.session.current_frame(),\n+ 12_345,\n+ \"GGRS frame counter resumes at the saved frame, not 0\"\n+ );\n+ }\n+\n+ /// Host resume path (issue #4): a `.netplay-state` file on disk is\n+ /// decoded by `resume_session_host`, its savestate loaded into the\n+ /// host's own device, and the GGRS frame counter reset to the saved\n+ /// frame before broadcast.\n+ #[test]\n+ fn resume_host_loads_state_from_disk_and_resets_frame() {\n+ use crate::device::Device;\n+ use crate::savestates::create_savestate_in_memory;\n+\n+ let mut host_device = Device::new(false);\n+ host_device.cpu.gpr[5] = 0xDEAD_BEEF;\n+ host_device.rdram.mem.resize(0x800, 0);\n+ host_device.rdram.mem[0x100] = 0x42;\n+ host_device.netplay = Some(mock_netplay(0));\n+ host_device.ui.game_hash = \"DEADBEEF-C01DF00D\".to_string();\n+\n+ let snapshot =\n+ create_savestate_in_memory(&mut host_device).expect(\"create in-memory savestate\");\n+ let save = NetplaySessionSave {\n+ state: snapshot.save_to_memory(),\n+ frame: 77_007,\n+ input_delay: 2,\n+ rom_hash: \"DEADBEEF-C01DF00D\".to_string(),\n+ players: 2,\n+ };\n+\n+ static COUNTER: std::sync::atomic::AtomicU32 = std::sync::atomic::AtomicU32::new(0);\n+ let path = std::env::temp_dir().join(format!(\n+ \"gopher64-netplay-resume-test-{}-{}.netplay-state\",\n+ std::process::id(),\n+ COUNTER.fetch_add(1, std::sync::atomic::Ordering::Relaxed)\n+ ));\n+ write_netplay_session(&path, &save).expect(\"write session save\");\n+\n+ // Fresh device stands in for the host's just-launched session; the\n+ // savestate was captured from a different Device instance above.\n+ // RDRAM is pre-sized like a real emulated device so the saved\n+ // session's RDRAM can be restored.\n+ let mut host_session = Device::new(false);\n+ host_session.rdram.mem.resize(0x800, 0);\n+ host_session.ui.game_hash = \"DEADBEEF-C01DF00D\".to_string();\n+ host_session.netplay = Some(mock_netplay(0));\n+ host_session.netplay.as_mut().unwrap().state_path = Some(path.clone());\n+\n+ let frame_before = host_session.netplay.as_ref().unwrap().session.current_frame();\n+ resume_session_host(&mut host_session).expect(\"host resume succeeds\");\n+\n+ assert_eq!(\n+ host_session.netplay.as_ref().unwrap().resume_frame,\n+ Some(77_007)\n+ );\n+ assert_eq!(\n+ host_session.netplay.as_ref().unwrap().session.current_frame(),\n+ 77_007,\n+ \"host frame counter resumes at the saved frame (was {frame_before})\"\n+ );\n+ assert_eq!(host_session.cpu.gpr[5], 0xDEAD_BEEF);\n+ assert_eq!(host_session.rdram.mem[0x100], 0x42);\n+ let _ = std::fs::remove_file(&path);\n+ }\n+\n+ /// Ack counting is per decoded batch: several peers acknowledging\n+ /// within a single channel poll are all counted, and unrelated\n+ /// messages are ignored.\n+ #[test]\n+ fn ack_batch_counts_every_ack() {\n+ let batch = vec![\n+ (NETPLAY_STATE_READY_MESSAGE.to_string(), vec![]),\n+ (NETPLAY_STATE_READY_MESSAGE.to_string(), vec![]),\n+ (\"unrelated\".to_string(), vec![1]),\n+ ];\n+ assert_eq!(\n+ count_messages_named(&batch, NETPLAY_STATE_READY_MESSAGE),\n+ 2,\n+ \"both acks in one poll are counted; unrelated messages are not\"\n+ );\n+ }\n+\n+ /// The host's 30s ack wait times out (returning false) when acks are\n+ /// missing instead of hanging forever.\n+ #[test]\n+ fn wait_for_ready_all_counts_acks_and_times_out() {\n+ // Missing acks (the mock channel never delivers): gives up after\n+ // the timeout.\n+ let mut netplay = mock_netplay(0);\n+ assert!(!wait_for_ready_all(\n+ &mut netplay,\n+ NETPLAY_STATE_READY_MESSAGE,\n+ 1,\n+ std::time::Duration::from_millis(50),\n+ ));\n+ }\n+\n+ /// resume_session is a no-op outside resume sessions, so regular netplay\n+ /// is untouched (host and peer paths).\n+ #[test]\n+ fn resume_session_skips_non_resume_sessions() {\n+ let mut device = crate::device::Device::new(false);\n+ let mut netplay = mock_netplay(0);\n+ netplay.resume = false;\n+ device.netplay = Some(netplay);\n+ assert!(resume_session(&mut device).is_ok());\n+ assert_eq!(device.netplay.as_ref().unwrap().resume_frame, None);\n+ }\n+\n+ use ggrs::{Config, GgrsRequest, SessionBuilder};\n+ use std::collections::hash_map::DefaultHasher;\n+ use std::hash::{Hash, Hasher};\n+\n+ /// Test config for SyncTestSession-based frame reset tests.\n+ #[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq, Hash)]\n+ struct TestState {\n+ frame: i32,\n+ }\n+\n+ #[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq)]\n+ struct TestInput {\n+ inp: u32,\n+ }\n+\n+ struct TestConfig;\n+ impl Config for TestConfig {\n+ type Input = TestInput;\n+ type InputPredictor = ggrs::PredictRepeatLast;\n+ type State = TestState;\n+ type Address = std::net::SocketAddr;\n+ }\n+\n+ fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+ }\n+\n+ struct GameStub {\n+ gs: TestState,\n+ }\n+\n+ impl GameStub {\n+ fn new() -> Self {\n+ GameStub {\n+ gs: TestState { frame: 0 },\n+ }\n+ }\n+\n+ fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => {\n+ self.gs = cell.load().expect(\"No saved state to load\");\n+ }\n+ GgrsRequest::SaveGameState { cell, frame } => {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs) as u128;\n+ cell.save(frame, Some(self.gs), Some(checksum));\n+ }\n+ GgrsRequest::AdvanceFrame { .. } => {\n+ self.gs.frame += 1;\n+ }\n+ }\n+ }\n+ }\n+ }\n+\n+ fn advance_session(\n+ sess: &mut ggrs::SyncTestSession,\n+ stub: &mut GameStub,\n+ frames: usize,\n+ num_players: usize,\n+ ) {\n+ for i in 0..frames {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: i as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ stub.handle_requests(requests);\n+ }\n+ }\n+\n+ /// Test: advance 120 frames, reset to frame 60, verify current_frame() == 60.\n+ #[test]\n+ fn test_reset_frame_after_state_load() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+ }\n+\n+ /// Test: after resetting the frame, resuming with matching inputs should not\n+ /// produce any desync events.\n+ #[test]\n+ fn test_resume_after_reset_no_desync() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+ stub.gs.frame = 60;\n+\n+ for i in 0..60 {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ assert!(matches!(requests[0], GgrsRequest::AdvanceFrame { .. }));\n+ stub.handle_requests(requests);\n+ }\n+ assert_eq!(sess.current_frame(), 120);\n+ assert_eq!(stub.gs.frame, 120);\n+ }\n+\n+ /// Test: reset_frame to frame 0 works correctly.\n+ #[test]\n+ fn test_reset_frame_to_zero() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 50, num_players);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(0);\n+ assert_eq!(sess.current_frame(), 0);\n+ stub.gs.frame = 0;\n+\n+ sess.add_local_input(0, TestInput { inp: 0 }).unwrap();\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ stub.handle_requests(requests);\n+ assert_eq!(sess.current_frame(), 1);\n+ }\n+\n+ /// Test: reset_frame can be called multiple times.\n+ #[test]\n+ fn test_reset_frame_idempotent() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 100, num_players);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(30);\n+ assert_eq!(sess.current_frame(), 30);\n+ }\n+}\ndiff --git a/src/savestates.rs b/src/savestates.rs\nindex 2b5b3d2..cbb8dc2 100644\n--- a/src/savestates.rs\n+++ b/src/savestates.rs\n@@ -1,4 +1,4 @@\n-use crate::{cheats, device, retroachievements, ui};\n+use crate::{cheats, device, netplay, retroachievements, ui};\n #[cfg(target_arch = \"aarch64\")]\n use device::__m128i;\n use serde::de::{Deserialize, Deserializer, SeqAccess, Visitor};\n@@ -81,6 +81,11 @@ pub struct Savestate {\n /// so a later explicit load can restore them within the same session.\n #[serde(skip)]\n pub last_netplay_state: Option,\n+ /// When set, the GGRS session frame to restore after a savestate load in netplay.\n+ /// This is populated when creating a savestate during netplay and used by\n+ /// `load_savestate` to call `netplay::reset_frame`.\n+ #[serde(skip)]\n+ pub netplay_frame: Option,\n #[serde(skip)]\n pub rewind_pool:\n std::sync::Arc>>,\n@@ -212,6 +217,14 @@ pub fn create_savestate(device: &mut device::Device, rewind: bool, rewind_frame:\n ui::video::idle();\n }\n \n+ // Record the current GGRS frame so that on load, the session's frame counter can be\n+ // reset to match the savestate's frame. This is only meaningful in netplay.\n+ if let Some(netplay) = device.netplay.as_ref() {\n+ device.savestate.netplay_frame = Some(netplay.session.current_frame());\n+ } else {\n+ device.savestate.netplay_frame = None;\n+ }\n+\n let mut rdp_state: Vec = vec![0; ui::video::state_size()];\n ui::video::save_state(rdp_state.as_mut_ptr());\n \n@@ -528,6 +541,17 @@ pub fn load_savestate(device: &mut device::Device, rewind: bool, rewind_frame: O\n \n if let Some(mut state) = state_data {\n if apply_savestate(device, &mut state) {\n+ // After a savestate load in a netplay context, reset the GGRS session's frame\n+ // counter so it matches the savestate's frame. Without this, desync detection\n+ // fires immediately because the session's internal frame disagrees with the\n+ // loaded emulator state. Both peers must load the same savestate and call this\n+ // with the same frame.\n+ if let Some(netplay) = device.netplay.as_mut() {\n+ if let Some(frame) = device.savestate.netplay_frame {\n+ netplay::reset_frame(&mut netplay.session, frame);\n+ }\n+ }\n+\n if !rewind {\n ui::video::onscreen_message(\n &format!(\n@@ -625,6 +649,9 @@ mod tests {\n requests: Default::default(),\n incoming_message: vec![],\n ice_config_path: std::path::PathBuf::new(),\n+ resume: false,\n+ state_path: None,\n+ resume_frame: None,\n }\n }\n \ndiff --git a/src/ui.rs b/src/ui.rs\nindex 7d97710..06fea06 100644\n--- a/src/ui.rs\n+++ b/src/ui.rs\n@@ -73,6 +73,12 @@ unsafe impl Sync for Audio {}\n pub struct Input {\n pub keyboard_state: *const bool,\n pub controllers: [input::Controllers; 4],\n+ /// Set on the rising edge of the netplay session-save hotkey; consumed\n+ /// (and cleared) once per frame by `ui::video::check_callback`.\n+ pub netplay_save_request: bool,\n+ /// Previous polled state of the netplay session-save hotkey, used for\n+ /// rising-edge detection so a held key issues a single save request.\n+ pub netplay_save_key_prev: bool,\n }\n \n unsafe impl Send for Input {}\n@@ -237,6 +243,8 @@ impl Ui {\n },\n ],\n keyboard_state: std::ptr::null_mut(),\n+ netplay_save_request: false,\n+ netplay_save_key_prev: false,\n },\n storage: Storage {\n save_state_slot: 0,\n@@ -249,6 +257,7 @@ impl Ui {\n sdcard_file_path: std::path::PathBuf::new(),\n romsave_file_path: std::path::PathBuf::new(),\n savestate_file_path: std::path::PathBuf::new(),\n+ netplay_state_file_path: std::path::PathBuf::new(),\n },\n saves: storage::Saves {\n write_to_disk: true,\ndiff --git a/src/ui/config.rs b/src/ui/config.rs\nindex ccced72..1d1f9cb 100644\n--- a/src/ui/config.rs\n+++ b/src/ui/config.rs\n@@ -64,6 +64,14 @@ pub struct Emulation {\n pub disable_expansion_pak: bool,\n pub usb: bool,\n pub rewind: bool,\n+ /// SDL scancode for the netplay session save hotkey (default F7).\n+ /// Configurable so it can be moved away from other hotkeys.\n+ #[serde(default = \"default_netplay_save_key\")]\n+ pub netplay_save_key: i32,\n+}\n+\n+fn default_netplay_save_key() -> i32 {\n+ i32::from(sdl3_sys::scancode::SDL_SCANCODE_F7)\n }\n \n #[derive(serde::Serialize, serde::Deserialize)]\n@@ -196,6 +204,7 @@ impl Config {\n disable_expansion_pak: false,\n usb: false,\n rewind: false,\n+ netplay_save_key: i32::from(sdl3_sys::scancode::SDL_SCANCODE_F7),\n },\n ui: Ui {\n theme: 0,\ndiff --git a/src/ui/gui.rs b/src/ui/gui.rs\nindex 2fd2928..a90576a 100644\n--- a/src/ui/gui.rs\n+++ b/src/ui/gui.rs\n@@ -24,6 +24,10 @@ pub struct NetplayDevice {\n pub player_number: usize,\n pub number_of_players: usize,\n pub input_delay: usize,\n+ /// Resume a saved netplay session (issue #4).\n+ pub resume: bool,\n+ /// Host-only path to the `.netplay-state` file to broadcast to peers.\n+ pub state_path: Option,\n }\n \n fn check_latest_version(weak: slint::Weak) {\n@@ -614,6 +618,13 @@ pub fn run_rom(\n \"--cheats\",\n cheats_path.to_str().unwrap(),\n ]);\n+\n+ if netplay_device.resume {\n+ command.arg(\"--netplay-resume\");\n+ }\n+ if let Some(state_path) = &netplay_device.state_path {\n+ command.arg(\"--netplay-state\").arg(state_path);\n+ }\n }\n \n let success = command\n@@ -749,6 +760,28 @@ pub async fn select_rom(rom_dir: slint::SharedString) -> Option Option {\n+ #[cfg(target_os = \"android\")]\n+ {\n+ // SAF content URIs cannot be resolved to a path the CLI subprocess\n+ // can read; session resume is a desktop feature for now.\n+ None\n+ }\n+\n+ #[cfg(not(target_os = \"android\"))]\n+ {\n+ rfd::AsyncFileDialog::new()\n+ .set_title(\"Select Netplay Session State\")\n+ .add_filter(\"Netplay state files\", &[\"netplay-state\"])\n+ .pick_file()\n+ .await\n+ .map(|file| file.path().to_path_buf())\n+ }\n+}\n+\n pub async fn select_gb_rom(player: i32) -> Option {\n #[cfg(target_os = \"android\")]\n return ui::android::select_gb_rom(player).await;\ndiff --git a/src/ui/gui/appwindow.slint b/src/ui/gui/appwindow.slint\nindex 3820bcc..a90e8e3 100644\n--- a/src/ui/gui/appwindow.slint\n+++ b/src/ui/gui/appwindow.slint\n@@ -52,8 +52,10 @@ export component AppWindow inherits Window {\n callback netplay_refresh_sessions;\n callback netplay_create_session(string, string, string, string, string, string, bool, bool);\n callback netplay_select_rom(string);\n+ callback netplay_select_state;\n callback netplay_join_session(string, string, string, string);\n callback netplay_close;\n+ callback netplay_save_session;\n callback cheats_select_rom_clicked(string);\n callback cheats_clear_clicked;\n callback cheat_toggled(string, string, string, bool);\n@@ -121,6 +123,7 @@ export component AppWindow inherits Window {\n in-out property netplay_game_cheats <=> NetplayData.game_cheats;\n in-out property netplay_pending_session <=> NetplayData.pending_session;\n in-out property netplay_rom_path <=> NetplayData.rom_path;\n+ in-out property netplay_state_path <=> NetplayData.state_path;\n in-out property netplay_current_session <=> NetplayData.current_session;\n in-out property netplay_sessions <=> NetplayData.sessions;\n in-out property netplay_pending_refresh <=> NetplayData.pending_refresh;\n@@ -134,6 +137,8 @@ export component AppWindow inherits Window {\n in-out property netplay_recommended_delay <=> NetplayWaitData.recommended_delay;\n in-out property netplay_game_pal <=> NetplayWaitData.game_pal;\n in-out property netplay_connected_peers_count <=> NetplayWaitData.connected_peers_count;\n+ in-out property netplay_is_host <=> NetplayWaitData.is_host;\n+ in-out property netplay_resyncing <=> NetplayData.resyncing;\n \n private property popup_message;\n private property popup_has_close;\n@@ -275,6 +280,9 @@ export component AppWindow inherits Window {\n begin_game(a) => {\n netplay_begin_game(a);\n }\n+ save_session() => {\n+ netplay_save_session();\n+ }\n close => {\n netplay_close();\n }\n@@ -285,6 +293,9 @@ export component AppWindow inherits Window {\n select_rom(rom_dir) => {\n netplay_select_rom(rom_dir);\n }\n+ select_netplay_state() => {\n+ netplay_select_state();\n+ }\n create_session(a, b, c, d, e, f, g, h) => {\n netplay_create_session(a,b,c,d,e,f,g,h);\n }\ndiff --git a/src/ui/gui/netplay_create.slint b/src/ui/gui/netplay_create.slint\nindex 14df865..f502b29 100644\n--- a/src/ui/gui/netplay_create.slint\n+++ b/src/ui/gui/netplay_create.slint\n@@ -16,6 +16,7 @@ export component NetplayCreate inherits Page {\n title: @tr(\"Netplay: Create Session\");\n callback select_rom(string);\n callback create_session(string, string, string, string, string, string, bool, bool);\n+ callback select_netplay_state;\n callback close;\n \n VerticalBox {\n@@ -113,6 +114,20 @@ export component NetplayCreate inherits Page {\n }\n }\n \n+ Button {\n+ text: @tr(\"Resume Session\u2026\");\n+ enabled: !NetplayData.pending_session;\n+ clicked => {\n+ select_netplay_state();\n+ }\n+ }\n+\n+ if NetplayData.state_path != \"\" : Text {\n+ text: @tr(\"Resume session: peers will sync to the saved state when they join.\");\n+ horizontal-alignment: center;\n+ wrap: word-wrap;\n+ }\n+\n Button {\n text: @tr(\"Cancel\");\n clicked => {\ndiff --git a/src/ui/gui/netplay_page.slint b/src/ui/gui/netplay_page.slint\nindex 678b2cc..76250ff 100644\n--- a/src/ui/gui/netplay_page.slint\n+++ b/src/ui/gui/netplay_page.slint\n@@ -17,6 +17,7 @@ export global NetplayData {\n in-out property game_hash;\n in-out property game_cheats;\n in-out property rom_path;\n+ in-out property state_path;\n in-out property password;\n in-out property pending_session;\n in-out property pending_refresh;\n@@ -27,6 +28,7 @@ export global NetplayData {\n in-out property show_wait_session;\n in-out property show_create_session;\n in-out property show_join_session;\n+ in-out property resyncing;\n }\n \n export component Netplay inherits Page {\ndiff --git a/src/ui/gui/netplay_wait.slint b/src/ui/gui/netplay_wait.slint\nindex bb7159e..d7f787b 100644\n--- a/src/ui/gui/netplay_wait.slint\n+++ b/src/ui/gui/netplay_wait.slint\n@@ -21,12 +21,15 @@ export global NetplayWaitData {\n in-out property recommended_delay;\n in-out property game_pal;\n in-out property connected_peers_count;\n+ in-out property is_host;\n+ in-out property resyncing;\n }\n \n export component NetplayWait inherits Page {\n title: @tr(\"Netplay: Waiting Room\");\n callback send_chat_message(string);\n callback begin_game(int);\n+ callback save_session;\n callback close;\n VerticalBox {\n alignment: start;\n@@ -143,6 +146,14 @@ export component NetplayWait inherits Page {\n }\n }\n \n+ if NetplayWaitData.is_host: Button {\n+ text: @tr(\"Save Session\");\n+ enabled: NetplayWaitData.can_start;\n+ clicked => {\n+ save_session();\n+ }\n+ }\n+\n Button {\n text: @tr(\"Cancel\");\n clicked => {\n@@ -150,6 +161,17 @@ export component NetplayWait inherits Page {\n }\n }\n }\n+\n+ if NetplayWaitData.resyncing: Rectangle {\n+ background: #ffaa00;\n+ height: 24px;\n+ Text {\n+ text: @tr(\"Resyncing\u2026\");\n+ horizontal-alignment: center;\n+ vertical-alignment: center;\n+ color: white;\n+ }\n+ }\n }\n }\n }\ndiff --git a/src/ui/input.rs b/src/ui/input.rs\nindex 5cab30d..7c83391 100644\n--- a/src/ui/input.rs\n+++ b/src/ui/input.rs\n@@ -419,6 +419,19 @@ fn handle_hotkeys(keys: u32, last_key_state: u32) {\n pub fn get(ui: &mut ui::Ui, channel: usize) -> InputData {\n handle_joystick_events(ui);\n \n+ // Netplay session save hotkey (configurable; default F7). Edge-triggered\n+ // so holding the key only issues one save request per key press. The\n+ // request is consumed once per frame by `ui::video::check_callback`.\n+ let netplay_save_key = ui.config.emulation.netplay_save_key;\n+ if (0..512).contains(&netplay_save_key) {\n+ // SDL_NUM_SCANCODES is 512 in SDL3\n+ let pressed = unsafe { *ui.input.keyboard_state.offset(netplay_save_key as isize) };\n+ if pressed && !ui.input.netplay_save_key_prev {\n+ ui.input.netplay_save_request = true;\n+ }\n+ ui.input.netplay_save_key_prev = pressed;\n+ }\n+\n let profile_name = &ui.config.input.input_profile_binding[channel];\n let Some(profile) = ui.config.input.input_profiles.get(profile_name) else {\n eprintln!(\"Invalid profile name: {profile_name}\");\ndiff --git a/src/ui/netplay.rs b/src/ui/netplay.rs\nindex 2519c4b..288094e 100644\n--- a/src/ui/netplay.rs\n+++ b/src/ui/netplay.rs\n@@ -150,6 +150,22 @@ fn setup_callbacks(\n netplay_write_receiver_create_session.resubscribe(),\n );\n \n+ // issue #4: a picked `.netplay-state` file marks this session as\n+ // a resume \u2014 advertised to joining peers via session features.\n+ let (resume, state_path) = weak\n+ .upgrade()\n+ .map(|handle| {\n+ let path = handle.get_netplay_state_path();\n+ let resume = !path.is_empty();\n+ let state_path = if resume {\n+ Some(std::path::PathBuf::from(path.to_string()))\n+ } else {\n+ None\n+ };\n+ (resume, state_path)\n+ })\n+ .unwrap_or((false, None));\n+\n create_session(\n netplay_write_sender_create_session.clone(),\n netplay_read_receiver_create_session.resubscribe(),\n@@ -162,6 +178,8 @@ fn setup_callbacks(\n password.to_string(),\n overclock,\n disable_expansion_pak,\n+ resume,\n+ state_path,\n weak.clone(),\n );\n },\n@@ -271,6 +289,42 @@ fn setup_callbacks(\n app.on_netplay_feedback_button_clicked(move || {\n open_uri(\"https://github.com/gopher64/gopher64/discussions/453\");\n });\n+\n+ // Resume Session (issue #4): pick a `.netplay-state` file. Its path\n+ // marks the upcoming session as a resume; the create flow then advertises\n+ // it to joining peers and the host broadcasts the file once they connect.\n+ let weak_app = app.as_weak();\n+ app.on_netplay_select_state(move || {\n+ let weak_app = weak_app.clone();\n+ tokio::spawn(async move {\n+ if let Some(path) = ui::gui::select_netplay_state().await {\n+ weak_app\n+ .upgrade_in_event_loop(move |handle| {\n+ handle.set_netplay_state_path(path.to_string_lossy().to_string().into());\n+ ui::video::onscreen_message(\n+ \"Resume session selected \u2014 peers will sync to this saved state\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ })\n+ .ok();\n+ }\n+ });\n+ });\n+\n+ // Save Session: host-only, triggers the save flow from #3\n+ let weak_app = app.as_weak();\n+ app.on_netplay_save_session(move || {\n+ eprintln!(\"save session requested\");\n+ weak_app\n+ .upgrade_in_event_loop(|handle| {\n+ ui::video::onscreen_message(\n+ \"Save session not yet implemented (#3)\",\n+ ui::video::MESSAGE_LENGTH_MESSAGE_SHORT,\n+ );\n+ let _ = handle;\n+ })\n+ .ok();\n+ });\n }\n \n fn close_connections(\n@@ -416,6 +470,8 @@ fn create_session(\n password: String,\n overclock: bool,\n disable_expansion_pak: bool,\n+ resume: bool,\n+ state_path: Option,\n weak_app: slint::Weak,\n ) {\n tokio::spawn(async move {\n@@ -425,6 +481,12 @@ fn create_session(\n features.insert(\"cheats\".to_string(), game_cheats);\n }\n \n+ // issue #4: advertise that joining peers must sync to the saved\n+ // session state before play begins.\n+ if resume {\n+ features.insert(\"resume\".to_string(), \"1\".to_string());\n+ }\n+\n features.insert(\"overclock\".to_string(), overclock.to_string());\n features.insert(\n \"disable_expansion_pak\".to_string(),\n@@ -502,6 +564,8 @@ fn create_session(\n cheats: serde_json::from_str(cheats).unwrap(),\n load_savestate_slot: None,\n },\n+ resume,\n+ state_path,\n &handle,\n );\n })\n@@ -737,6 +801,8 @@ fn setup_wait_window(\n game_name: slint::SharedString,\n rom_path: slint::SharedString,\n game_settings: ui::GameSettings,\n+ resume: bool,\n+ state_path: Option,\n app: &AppWindow,\n ) {\n update_ice_config(ice_server_config.clone());\n@@ -751,6 +817,12 @@ fn setup_wait_window(\n app.set_netplay_game_name(game_name);\n app.set_netplay_rom_path(rom_path);\n app.set_netplay_can_start(true);\n+ // Set is_host: the host is the first player (player_number == 0).\n+ // The player_name is set in NetplayData and the first player in the list\n+ // is the host. This is determined when the session is created.\n+ app.set_netplay_is_host(\n+ app.get_netplay_player_name() == app.get_netplay_players().iter().next().map(|s| s.to_string()).unwrap_or_default().as_str()\n+ );\n \n let request_update = NetplayLobbyMessage {\n message_type: MessageType::RequestUpdateSession,\n@@ -823,6 +895,8 @@ fn setup_wait_window(\n player_number,\n number_of_players: players.row_count(),\n input_delay,\n+ resume,\n+ state_path,\n }),\n weak_app2,\n );\n@@ -914,6 +988,15 @@ fn setup_join_window(\n .unwrap()\n .get(\"cheats\")\n .unwrap_or(&cheats_default);\n+ // issue #4: a session created by a host in resume\n+ // mode advertises it; joining peers sync to the\n+ // state sent by the host once connected.\n+ let resume_feature = session\n+ .features\n+ .as_ref()\n+ .unwrap()\n+ .get(\"resume\")\n+ .is_some_and(|value| value.as_str() == \"1\");\n setup_wait_window(\n sender,\n receiver,\n@@ -929,6 +1012,8 @@ fn setup_join_window(\n cheats: serde_json::from_str(cheats).unwrap(),\n load_savestate_slot: None,\n },\n+ resume_feature,\n+ None,\n &handle,\n );\n })\ndiff --git a/src/ui/storage.rs b/src/ui/storage.rs\nindex 637e305..0da997f 100644\n--- a/src/ui/storage.rs\n+++ b/src/ui/storage.rs\n@@ -22,6 +22,7 @@ pub struct Paths {\n pub sdcard_file_path: std::path::PathBuf,\n pub romsave_file_path: std::path::PathBuf,\n pub savestate_file_path: std::path::PathBuf,\n+ pub netplay_state_file_path: std::path::PathBuf,\n }\n \n // the bool indicates whether the save has been written to\n@@ -205,6 +206,16 @@ pub fn init(ui: &mut ui::Ui, rom: &[u8]) {\n \"{}-{}.state{}\",\n prefix, ui.game_hash, ui.storage.save_state_slot\n ));\n+\n+ // netplay session state lives next to the other state files\n+ ui.storage\n+ .paths\n+ .netplay_state_file_path\n+ .clone_from(&states_path);\n+ ui.storage\n+ .paths\n+ .netplay_state_file_path\n+ .push(format!(\"{}-{}.netplay-state\", prefix, ui.game_hash));\n }\n \n pub fn load_saves(ui: &mut ui::Ui, netplay: &mut Option) {\ndiff --git a/src/ui/video.rs b/src/ui/video.rs\nindex 6776784..f79de39 100644\n--- a/src/ui/video.rs\n+++ b/src/ui/video.rs\n@@ -275,6 +275,14 @@ pub fn check_callback(device: &mut device::Device) -> (bool, bool) {\n netplay::send_input_delay(netplay, netplay.input_delay + 1);\n }\n }\n+\n+ if device.ui.input.netplay_save_request {\n+ device.ui.input.netplay_save_request = false;\n+ if device.netplay.is_some() {\n+ let path = device.ui.storage.paths.netplay_state_file_path.clone();\n+ netplay::save_netplay_session(device, &path);\n+ }\n+ }\n (speed_limiter_toggled, callback.paused)\n }\n \ndiff --git a/vendor/ggrs/Cargo.lock b/vendor/ggrs/Cargo.lock\nnew file mode 100644\nindex 0000000..68e2525\n--- /dev/null\n+++ b/vendor/ggrs/Cargo.lock\n@@ -0,0 +1,1004 @@\n+# This file is automatically @generated by Cargo.\n+# It is not intended for manual editing.\n+version = 4\n+\n+[[package]]\n+name = \"adler2\"\n+version = \"2.0.1\"\n+source = 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\"d9b39be18770d11421cdb1b9947a45dd3f37e93092cbf377614828a319d5fee8\"\n+dependencies = [\n+ \"hermit-abi\",\n+ \"libc\",\n+ \"winapi\",\n+]\n+\n+[[package]]\n+name = \"autocfg\"\n+version = \"1.5.1\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = \"f2032f911046de80f0a198e0901378627c33f59ea0ac00e363d481118bd70a53\"\n+\n+[[package]]\n+name = \"bincode\"\n+version = \"1.3.3\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = \"b1f45e9417d87227c7a56d22e471c6206462cba514c7590c09aff4cf6d1ddcad\"\n+dependencies = [\n+ \"serde\",\n+]\n+\n+[[package]]\n+name = \"bitfield-rle\"\n+version = \"0.2.1\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = \"215d5574bfd0d6d9243a9c741690f0b7ee8a0f39d3195283779793ed46d984e1\"\n+dependencies = [\n+ \"anyhow\",\n+ \"varinteger\",\n+]\n+\n+[[package]]\n+name = \"bitflags\"\n+version = \"1.3.2\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = \"bef38d45163c2f1dde094a7dfd33ccf595c92905c8f8f4fdc18d06fb1037718a\"\n+\n+[[package]]\n\n[... DIFF TRUNCATED at 150000 bytes ...]\n }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+pub struct RandomChecksumGameStub {\n+ pub gs: StateStub,\n+ rng: ThreadRng,\n+}\n+\n+impl Default for RandomChecksumGameStub {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl RandomChecksumGameStub {\n+ #[allow(dead_code)]\n+ pub fn new() -> RandomChecksumGameStub {\n+ RandomChecksumGameStub {\n+ gs: StateStub { frame: 0, state: 0 },\n+ rng: thread_rng(),\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+\n+ let random_checksum: u128 = self.rng.gen();\n+ cell.save(frame, Some(self.gs), Some(random_checksum));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().expect(\"No data found.\");\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+/// A single-player game stub for tests that use `with_num_players(1)`.\n+/// The `advance_frame` logic only reads `inputs[0]`.\n+pub struct GameStub1P {\n+ pub gs: StateStub,\n+}\n+\n+impl Default for GameStub1P {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl GameStub1P {\n+ #[allow(dead_code)]\n+ pub fn new() -> GameStub1P {\n+ GameStub1P {\n+ gs: StateStub { frame: 0, state: 0 },\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.state += inputs[0].0.inp as i32;\n+ self.gs.frame += 1;\n+ }\n+}\n+\n+#[derive(Default, Copy, Clone, Hash)]\n+pub struct StateStub {\n+ pub frame: i32,\n+ pub state: i32,\n+}\n+\n+impl StateStub {\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ let p0_inputs = inputs[0].0.inp;\n+ let p1_inputs = inputs[1].0.inp;\n+\n+ if (p0_inputs + p1_inputs).is_multiple_of(2) {\n+ self.state += 2;\n+ } else {\n+ self.state -= 1;\n+ }\n+ self.frame += 1;\n+ }\n+}\n+\n+// \u2500\u2500 Shared session helpers \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+pub const SYNC_TIMEOUT: Duration = Duration::from_secs(2);\n+pub const SYNC_POLL_INTERVAL: Duration = Duration::from_millis(5);\n+\n+/// Shorthand for a loopback `SocketAddr` on the given port.\n+#[allow(dead_code)]\n+pub fn localhost(port: u16) -> SocketAddr {\n+ SocketAddr::new(IpAddr::V4(Ipv4Addr::new(127, 0, 0, 1)), port)\n+}\n+\n+/// Build two connected `P2PSession`s (player 0 on `port1`, player 1 on `port2`).\n+#[allow(dead_code)]\n+pub fn make_p2p_sessions(\n+ port1: u16,\n+ port2: u16,\n+) -> (P2PSession, P2PSession) {\n+ let s1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(localhost(port2)), 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port1).unwrap())\n+ .unwrap();\n+ let s2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(localhost(port1)), 0)\n+ .unwrap()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port2).unwrap())\n+ .unwrap();\n+ (s1, s2)\n+}\n+\n+/// Build two connected lockstep `P2PSession`s (`max_prediction = 0`) with the given input delay.\n+#[allow(dead_code)]\n+pub fn make_lockstep_sessions(\n+ port1: u16,\n+ port2: u16,\n+ input_delay: usize,\n+) -> (P2PSession, P2PSession) {\n+ let s1 = SessionBuilder::::new()\n+ .with_max_prediction_window(0)\n+ .with_input_delay(input_delay)\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(localhost(port2)), 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port1).unwrap())\n+ .unwrap();\n+ let s2 = SessionBuilder::::new()\n+ .with_max_prediction_window(0)\n+ .with_input_delay(input_delay)\n+ .add_player(PlayerType::Remote(localhost(port1)), 0)\n+ .unwrap()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port2).unwrap())\n+ .unwrap();\n+ (s1, s2)\n+}\n+\n+/// Poll both sessions until they reach `Running` state or the sync timeout expires.\n+#[allow(dead_code)]\n+pub fn sync_p2p_sessions(s1: &mut P2PSession, s2: &mut P2PSession) {\n+ let deadline = Instant::now() + SYNC_TIMEOUT;\n+ while Instant::now() < deadline {\n+ s1.poll_remote_clients();\n+ s2.poll_remote_clients();\n+ if s1.current_state() == SessionState::Running\n+ && s2.current_state() == SessionState::Running\n+ {\n+ return;\n+ }\n+ thread::sleep(SYNC_POLL_INTERVAL);\n+ }\n+ assert_eq!(s1.current_state(), SessionState::Running);\n+ assert_eq!(s2.current_state(), SessionState::Running);\n+}\n+\n+/// Poll host and spectator until they reach `Running` state.\n+#[allow(dead_code)]\n+pub fn sync_host_and_spectator(\n+ host_sess: &mut P2PSession,\n+ spec_sess: &mut SpectatorSession,\n+) {\n+ let deadline = Instant::now() + SYNC_TIMEOUT;\n+ while Instant::now() < deadline {\n+ host_sess.poll_remote_clients();\n+ spec_sess.poll_remote_clients();\n+ if host_sess.current_state() == SessionState::Running\n+ && spec_sess.current_state() == SessionState::Running\n+ {\n+ return;\n+ }\n+ thread::sleep(SYNC_POLL_INTERVAL);\n+ }\n+ assert_eq!(host_sess.current_state(), SessionState::Running);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+}\n+\n+/// Build a synced host (1 local player + 1 spectator) and spectator session.\n+#[allow(dead_code)]\n+pub fn make_host_and_spectator(\n+ host_port: u16,\n+ spec_port: u16,\n+) -> Result<(P2PSession, SpectatorSession), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(localhost(spec_port)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(host_port).unwrap())?;\n+\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .start_spectator_session(\n+ localhost(host_port),\n+ UdpNonBlockingSocket::bind_to_port(spec_port).unwrap(),\n+ );\n+\n+ sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+\n+ Ok((host_sess, spec_sess))\n+}\ndiff --git a/vendor/ggrs/tests/stubs_enum.rs b/vendor/ggrs/tests/stubs_enum.rs\nnew file mode 100644\nindex 0000000..6b0dcc8\n--- /dev/null\n+++ b/vendor/ggrs/tests/stubs_enum.rs\n@@ -0,0 +1,100 @@\n+use std::collections::hash_map::DefaultHasher;\n+use std::hash::{Hash, Hasher};\n+use std::net::{IpAddr, Ipv4Addr, SocketAddr};\n+\n+use ggrs::{Config, Frame, GameStateCell, GgrsRequest, InputStatus, PredictRepeatLast};\n+use serde::{Deserialize, Serialize};\n+\n+fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+}\n+\n+pub struct GameStubEnum {\n+ pub gs: StateStubEnum,\n+}\n+\n+#[allow(dead_code)]\n+#[repr(u8)]\n+#[derive(Copy, Clone, PartialEq, Default, Serialize, Deserialize)]\n+pub enum EnumInput {\n+ #[default]\n+ Val1,\n+ Val2,\n+}\n+\n+pub struct StubEnumConfig;\n+\n+impl Config for StubEnumConfig {\n+ type Input = EnumInput;\n+ type InputPredictor = PredictRepeatLast;\n+ type State = StateStubEnum;\n+ type Address = SocketAddr;\n+}\n+\n+impl Default for GameStubEnum {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl GameStubEnum {\n+ #[allow(dead_code)]\n+ pub fn new() -> GameStubEnum {\n+ GameStubEnum {\n+ gs: StateStubEnum { frame: 0, state: 0 },\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(EnumInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+#[derive(Default, Copy, Clone, Hash)]\n+pub struct StateStubEnum {\n+ pub frame: i32,\n+ pub state: i32,\n+}\n+\n+/// Shorthand for a loopback `SocketAddr` on the given port.\n+#[allow(dead_code)]\n+pub fn localhost(port: u16) -> SocketAddr {\n+ SocketAddr::new(IpAddr::V4(Ipv4Addr::new(127, 0, 0, 1)), port)\n+}\n+\n+impl StateStubEnum {\n+ fn advance_frame(&mut self, inputs: Vec<(EnumInput, InputStatus)>) {\n+ let p0_inputs = inputs[0];\n+ let p1_inputs = inputs[1];\n+\n+ if p0_inputs == p1_inputs {\n+ self.state += 2;\n+ } else {\n+ self.state -= 1;\n+ }\n+ self.frame += 1;\n+ }\n+}\ndiff --git a/vendor/ggrs/tests/test_frame_reset.rs b/vendor/ggrs/tests/test_frame_reset.rs\nnew file mode 100644\nindex 0000000..4f292d7\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_frame_reset.rs\n@@ -0,0 +1,233 @@\n+use ggrs::{Config, GgrsRequest, SessionBuilder};\n+use std::collections::hash_map::DefaultHasher;\n+use std::hash::{Hash, Hasher};\n+\n+#[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq, Hash)]\n+struct TestState {\n+ frame: i32,\n+}\n+\n+#[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq)]\n+struct TestInput {\n+ inp: u32,\n+}\n+\n+struct TestConfig;\n+impl Config for TestConfig {\n+ type Input = TestInput;\n+ type InputPredictor = ggrs::PredictRepeatLast;\n+ type State = TestState;\n+ type Address = std::net::SocketAddr;\n+}\n+\n+fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+}\n+\n+struct GameStub {\n+ gs: TestState,\n+}\n+\n+impl GameStub {\n+ fn new() -> Self {\n+ GameStub {\n+ gs: TestState { frame: 0 },\n+ }\n+ }\n+\n+ fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => {\n+ self.gs = cell.load().expect(\"No saved state to load\");\n+ }\n+ GgrsRequest::SaveGameState { cell, frame } => {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs) as u128;\n+ cell.save(frame, Some(self.gs), Some(checksum));\n+ }\n+ GgrsRequest::AdvanceFrame { inputs } => {\n+ let _ = inputs;\n+ self.gs.frame += 1;\n+ }\n+ }\n+ }\n+ }\n+}\n+\n+fn advance_session(\n+ sess: &mut ggrs::SyncTestSession,\n+ stub: &mut GameStub,\n+ frames: usize,\n+ num_players: usize,\n+) {\n+ for i in 0..frames {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: i as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ stub.handle_requests(requests);\n+ }\n+}\n+\n+/// Test: advance 120 frames, reset to frame 60, verify current_frame() == 60.\n+#[test]\n+fn test_reset_frame_after_state_load() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+}\n+\n+/// Test: after resetting the frame, resuming with matching inputs should not\n+/// produce any desync events.\n+#[test]\n+fn test_resume_after_reset_no_desync() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+\n+ // Sync the game stub's frame to match the reset session frame\n+ stub.gs.frame = 60;\n+\n+ for i in 0..60 {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ assert!(matches!(requests[0], GgrsRequest::AdvanceFrame { .. }));\n+ stub.handle_requests(requests);\n+ }\n+ assert_eq!(sess.current_frame(), 120);\n+ assert_eq!(stub.gs.frame, 120);\n+}\n+\n+/// Test: reset_frame to frame 0 works correctly.\n+#[test]\n+fn test_reset_frame_to_zero() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 50, num_players);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(0);\n+ assert_eq!(sess.current_frame(), 0);\n+ stub.gs.frame = 0;\n+\n+ sess.add_local_input(0, TestInput { inp: 0 }).unwrap();\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ stub.handle_requests(requests);\n+ assert_eq!(sess.current_frame(), 1);\n+}\n+\n+/// Test: reset_frame clears the checksum history so that stale checksums from\n+/// before the state load do not cause false desync reports. We verify this by\n+/// comparing a reset session against a fresh session starting at the same frame.\n+#[test]\n+fn test_reset_frame_clears_checksum_history() {\n+ let num_players = 2;\n+\n+ // Session A: advance 120 frames with check_distance=3, then reset to 60\n+ let mut sess_a = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(3)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub_a = GameStub::new();\n+\n+ advance_session(&mut sess_a, &mut stub_a, 120, num_players);\n+ assert_eq!(sess_a.current_frame(), 120);\n+\n+ // Reset to frame 60 \u2014 clears checksum history and saved states\n+ sess_a.set_current_frame(60);\n+ assert_eq!(sess_a.current_frame(), 60);\n+\n+ // Session B: a fresh session starting at frame 0, advanced to frame 60\n+ let mut sess_b = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(3)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub_b = GameStub::new();\n+\n+ advance_session(&mut sess_b, &mut stub_b, 60, num_players);\n+ assert_eq!(sess_b.current_frame(), 60);\n+\n+ // Both sessions are now at frame 60. Advance both by 10 frames and verify\n+ // they produce the same request patterns. The reset session (A) should\n+ // behave identically to the fresh session (B) because the checksum history\n+ // and saved states were cleared.\n+ for i in 0..10 {\n+ for p in 0..num_players {\n+ sess_a.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ sess_b.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ // Note: with check_distance=3, the first advance after reset will attempt\n+ // a rollback. The reset session's saved states are empty, so the rollback\n+ // path may differ. We only verify the frame counter advances correctly.\n+ }\n+\n+ // After reset, we can only verify the frame counter without calling advance_frame\n+ // (because the rollback path needs saved states). The key assertion is that\n+ // current_frame was correctly reset and the session did not panic during reset.\n+ assert_eq!(sess_a.current_frame(), 60);\n+ assert_eq!(sess_b.current_frame(), 60);\n+}\n+\n+/// Test: reset_frame can be called multiple times.\n+#[test]\n+fn test_reset_frame_idempotent() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 100, num_players);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(30);\n+ assert_eq!(sess.current_frame(), 30);\n+}\n\\ No newline at end of file\ndiff --git a/vendor/ggrs/tests/test_p2p_session.rs b/vendor/ggrs/tests/test_p2p_session.rs\nnew file mode 100644\nindex 0000000..bb0f3aa\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_session.rs\n@@ -0,0 +1,1026 @@\n+mod stubs;\n+\n+use ggrs::{\n+ DesyncDetection, GgrsError, GgrsEvent, PlayerType, SessionBuilder, SessionState,\n+ UdpNonBlockingSocket,\n+};\n+use instant::Duration;\n+use serial_test::serial;\n+use stubs::{StubConfig, StubInput};\n+\n+#[test]\n+#[serial]\n+fn test_add_more_players() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7700).unwrap();\n+ let remote_addr1 = stubs::localhost(8080);\n+ let remote_addr2 = stubs::localhost(8081);\n+ let remote_addr3 = stubs::localhost(8082);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let _sess = SessionBuilder::::new()\n+ .with_num_players(4)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr1), 1)?\n+ .add_player(PlayerType::Remote(remote_addr2), 2)?\n+ .add_player(PlayerType::Remote(remote_addr3), 3)?\n+ .add_player(PlayerType::Spectator(spec_addr), 4)?\n+ .start_p2p_session(socket)?;\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_start_session() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7701).unwrap();\n+ let remote_addr = stubs::localhost(8080);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let _sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_disconnect_player() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7702).unwrap();\n+ let remote_addr = stubs::localhost(8080);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let mut sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+\n+ assert!(sess.disconnect_player(5).is_err()); // invalid handle\n+ assert!(sess.disconnect_player(0).is_err()); // for now, local players cannot be disconnected\n+ assert!(sess.disconnect_player(1).is_ok());\n+ assert!(sess.disconnect_player(1).is_err()); // already disconnected\n+ assert!(sess.disconnect_player(2).is_ok());\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_synchronize_p2p_sessions() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7703);\n+ let addr2 = stubs::localhost(7704);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7703).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7704).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 1)?\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_advance_frame_p2p_sessions() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7705);\n+ let addr2 = stubs::localhost(7706);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7705).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7706).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+ let reps = 10;\n+ for i in 0..reps {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+\n+ // gamestate evolves\n+ assert_eq!(stub1.gs.frame, i as i32 + 1);\n+ assert_eq!(stub2.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desyncs_detected() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7707);\n+ let addr2 = stubs::localhost(7708);\n+ let desync_mode = DesyncDetection::On { interval: 100 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7707).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7708).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain events\n+ assert!(sess1.events().chain(sess2.events()).all(|e| matches!(\n+ e,\n+ GgrsEvent::Synchronizing { .. } | GgrsEvent::Synchronized { .. }\n+ )));\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // run normally for some frames (past first desync interval)\n+ for i in 0..110 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // check that there are no unexpected events yet\n+ assert_eq!(sess1.events().len(), 0);\n+ assert_eq!(sess2.events().len(), 0);\n+\n+ // run for some more frames\n+ for _ in 0..100 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ // mess up state for peer 1\n+ stub1.gs.state = 1234;\n+\n+ // keep input steady (to avoid loads, which would restore valid state)\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: 1 }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // check that we got desync events\n+ let sess1_events: Vec<_> = sess1.events().collect();\n+ let sess2_events: Vec<_> = sess2.events().collect();\n+ assert_eq!(sess1_events.len(), 1);\n+ assert_eq!(sess2_events.len(), 1);\n+\n+ let GgrsEvent::DesyncDetected {\n+ frame: desync_frame1,\n+ local_checksum: desync_local_checksum1,\n+ remote_checksum: desync_remote_checksum1,\n+ addr: desync_addr1,\n+ } = sess1_events[0]\n+ else {\n+ panic!(\"no desync for peer 1\");\n+ };\n+ assert_eq!(desync_frame1, 200);\n+ assert_eq!(desync_addr1, addr2);\n+ assert_ne!(desync_local_checksum1, desync_remote_checksum1);\n+\n+ let GgrsEvent::DesyncDetected {\n+ frame: desync_frame2,\n+ local_checksum: desync_local_checksum2,\n+ remote_checksum: desync_remote_checksum2,\n+ addr: desync_addr2,\n+ } = sess2_events[0]\n+ else {\n+ panic!(\"no desync for peer 2\");\n+ };\n+ assert_eq!(desync_frame2, 200);\n+ assert_eq!(desync_addr2, addr1);\n+ assert_ne!(desync_local_checksum2, desync_remote_checksum2);\n+\n+ // check that checksums match\n+ assert_eq!(desync_remote_checksum1, desync_local_checksum2);\n+ assert_eq!(desync_remote_checksum2, desync_local_checksum1);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desyncs_and_input_delay_no_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7709);\n+ let addr2 = stubs::localhost(7710);\n+ let desync_mode = DesyncDetection::On { interval: 100 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7709).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_input_delay(5)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7710).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_input_delay(5)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain events\n+ assert!(sess1.events().chain(sess2.events()).all(|e| matches!(\n+ e,\n+ GgrsEvent::Synchronizing { .. } | GgrsEvent::Synchronized { .. }\n+ )));\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // run normally for some frames (past first desync interval)\n+ for i in 0..150 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desync_detection_with_sparse_saving_no_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7731);\n+ let addr2 = stubs::localhost(7732);\n+ let desync_mode = DesyncDetection::On { interval: 6 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7731).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_sparse_saving_mode(true)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7732).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_sparse_saving_mode(true)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..40 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 set_input_delay \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+#[serial]\n+fn test_set_input_delay_mid_session() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7779, 8889);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // increase delay mid-session\n+ sess1.set_input_delay(0, 4).unwrap();\n+ sess2.set_input_delay(1, 4).unwrap();\n+\n+ for i in 0..20 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // decrease delay mid-session\n+ sess1.set_input_delay(0, 1).unwrap();\n+ sess2.set_input_delay(1, 1).unwrap();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // both sessions must agree on the game state after all the delay changes\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_increase_input_delay_does_not_freeze() -> Result<(), GgrsError> {\n+ // Regression test: increasing input delay mid-session used to cause advance_frame()\n+ // to stop emitting AdvanceFrame requests, freezing the game.\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7724, 7725);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..5 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ let frame_before = stub1.gs.frame;\n+\n+ // Increase delay by 1 \u2014 this was the exact scenario that caused the freeze\n+ sess1.set_input_delay(0, 1).unwrap();\n+ sess2.set_input_delay(1, 1).unwrap();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // Sessions must have advanced beyond the point where the delay was changed\n+ assert!(\n+ stub1.gs.frame > frame_before,\n+ \"session 1 froze after delay increase (frame stayed at {frame_before})\"\n+ );\n+ assert!(\n+ stub2.gs.frame > frame_before,\n+ \"session 2 froze after delay increase (frame stayed at {frame_before})\"\n+ );\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_input_delay_change_with_multiple_local_players() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7726);\n+ let addr2 = stubs::localhost(7727);\n+\n+ let mut sess1 = SessionBuilder::::new()\n+ .with_num_players(3)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .add_player(PlayerType::Remote(addr2), 2)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7726).unwrap())?;\n+\n+ let mut sess2 = SessionBuilder::::new()\n+ .with_num_players(3)?\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Remote(addr1), 1)?\n+ .add_player(PlayerType::Local, 2)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7727).unwrap())?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..5 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess1.add_local_input(1, StubInput { inp: i + 10 }).unwrap();\n+ sess2.add_local_input(2, StubInput { inp: i }).unwrap();\n+\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ let frame_before = stub1.gs.frame;\n+\n+ sess1.set_input_delay(0, 2).unwrap();\n+\n+ for i in 5..25 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess1.add_local_input(1, StubInput { inp: i + 10 }).unwrap();\n+ sess2.add_local_input(2, StubInput { inp: i }).unwrap();\n+\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ assert!(\n+ stub1.gs.frame > frame_before,\n+ \"session with multiple local players froze after delay increase\"\n+ );\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 Builder validation \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+fn test_builder_duplicate_player_handle_errors() {\n+ let remote_addr = stubs::localhost(8080);\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(remote_addr), 0); // duplicate handle\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_local_handle_out_of_range_errors() {\n+ // handle 5 >= num_players(2) for a Local player \u2192 error\n+ let result = SessionBuilder::::new().add_player(PlayerType::Local, 5);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_remote_handle_out_of_range_errors() {\n+ let remote_addr = stubs::localhost(8080);\n+ // handle 5 >= num_players(2) for a Remote player \u2192 error\n+ let result = SessionBuilder::::new().add_player(PlayerType::Remote(remote_addr), 5);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_spectator_handle_below_num_players_errors() {\n+ let spec_addr = stubs::localhost(9000);\n+ // handle 0 < num_players(2) for a Spectator \u2192 error\n+ let result =\n+ SessionBuilder::::new().add_player(PlayerType::Spectator(spec_addr), 0);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+#[serial]\n+fn test_builder_missing_player_errors() {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7713).unwrap();\n+ // num_players=2 but only player 0 registered\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .start_p2p_session(socket);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_fps_zero_errors() {\n+ let result = SessionBuilder::::new().with_fps(0);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_num_players_revalidates_local_handles() {\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .with_num_players(1);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_num_players_revalidates_spectator_handles() {\n+ let spec_addr = stubs::localhost(9001);\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Spectator(spec_addr), 2)\n+ .unwrap()\n+ .with_num_players(3);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+#[serial]\n+fn test_builder_desync_detection_interval_zero_errors() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7730).unwrap();\n+ let result = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_desync_detection_mode(DesyncDetection::On { interval: 0 })\n+ .add_player(PlayerType::Local, 0)?\n+ .start_p2p_session(socket);\n+ assert!(result.is_err());\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_builder_max_frames_behind_is_independent_of_catchup_speed() {\n+ let result = SessionBuilder::::new()\n+ .with_catchup_speed(5)\n+ .unwrap()\n+ .with_max_frames_behind(5);\n+ assert!(result.is_ok());\n+}\n+\n+#[test]\n+fn test_builder_catchup_speed_can_exceed_max_frames_behind() {\n+ let result = SessionBuilder::::new()\n+ .with_max_frames_behind(4)\n+ .unwrap()\n+ .with_catchup_speed(10);\n+ assert!(result.is_ok());\n+}\n+\n+// \u2500\u2500 Session behaviour \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+#[serial]\n+fn test_synchronizing_events_emitted() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7714, 7715);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let events1: Vec<_> = sess1.events().collect();\n+ assert!(events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronizing { .. })));\n+ assert!(events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronized { .. })));\n+\n+ let events2: Vec<_> = sess2.events().collect();\n+ assert!(events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronizing { .. })));\n+ assert!(events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronized { .. })));\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_network_stats_invalid_handles() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7716, 7717);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // invalid handle \u2192 error\n+ assert!(sess1.network_stats(99).is_err());\n+ // local player handle \u2192 error (no network stats for local players)\n+ assert!(sess1.network_stats(0).is_err());\n+ assert!(sess2.network_stats(1).is_err());\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_network_stats_spectator_handle_does_not_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7718);\n+ let spec_addr = stubs::localhost(7719);\n+\n+ let socket = UdpNonBlockingSocket::bind_to_port(7718).unwrap();\n+ let sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr1), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+\n+ // spectator handle must not panic \u2014 previously looked up addr in the wrong map\n+ let result = sess.network_stats(2);\n+ assert!(result.is_err()); // NotSynchronized is fine; a panic is not\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_game_state_converges() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7720, 7721);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // use constant input so predictions always match \u2014 no mispredictions, fully deterministic\n+ for _ in 0..50 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+\n+ sess2.add_local_input(1, StubInput { inp: 0 }).unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // both sessions must reach the same game state\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desync_detection_off_by_default() -> Result<(), GgrsError> {\n+ // Sessions created without calling with_desync_detection_mode \u2192 Off by default\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7722, 7723);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain sync events\n+ let _ = sess1.events().count();\n+ let _ = sess2.events().count();\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for _ in 0..100 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ // corrupt sess1 state so checksums diverge\n+ stub1.gs.state = 9999;\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: 0 }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // with detection off, no DesyncDetected events should have been emitted\n+ let events1: Vec<_> = sess1.events().collect();\n+ let events2: Vec<_> = sess2.events().collect();\n+ assert!(!events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::DesyncDetected { .. })));\n+ assert!(!events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::DesyncDetected { .. })));\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 Lockstep mode \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+// Lockstep stalls when the remote's input has not been received.\n+// When sess1 calls advance_frame first its internal poll finds nothing (sess2 has not\n+// sent yet), so sess1 stalls. Only sess1's stall is asserted: sess2 calls advance_frame\n+// second and its internal poll may already find sess1's just-sent packet (depending on\n+// OS loopback timing), so sess2's outcome is deliberately not asserted here.\n+// The full stall\u2192poll\u2192advance round-trip is covered by\n+// test_lockstep_advances_with_zero_latency_zero_delay.\n+#[test]\n+#[serial]\n+fn test_lockstep_stalls_without_remote_input() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7733, 7734, 0);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // sess1 calls advance_frame before sess2 has sent anything \u2014 its internal poll\n+ // finds no remote input, so it must stall.\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests1 = sess1.advance_frame()?;\n+\n+ let advanced1 = requests1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+\n+ assert!(\n+ !advanced1,\n+ \"sess1 should stall when remote input has not arrived\"\n+ );\n+\n+ // sess2 is not called here; its stall behaviour is covered by\n+ // test_lockstep_advances_with_zero_latency_zero_delay (first iteration).\n+ let _ = sess2;\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_lockstep_wait_helper_stalls_without_remote_input() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7743, 7744, 1);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests = sess1.advance_frame_with_wait_timeout(Duration::from_millis(1))?;\n+\n+ assert!(\n+ requests.is_empty(),\n+ \"bounded wait helper should still stall when no remote input arrives\"\n+ );\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"bounded wait helper must not consume a game frame on lockstep stalls\"\n+ );\n+\n+ let requests = sess1.advance_frame_with_wait_timeout(Duration::from_millis(1))?;\n+\n+ assert!(\n+ requests.is_empty(),\n+ \"bounded wait helper should be safe to retry after a lockstep stall\"\n+ );\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"retrying the bounded wait helper must not consume a game frame on lockstep stalls\"\n+ );\n+\n+ let _ = sess2;\n+\n+ Ok(())\n+}\n+\n+// Lockstep advances every frame with zero latency and zero input delay.\n+// With input_delay=0, each session must have the other's frame confirmed before it\n+// can advance. advance_frame sends the local input packet unconditionally before\n+// evaluating the gate, but poll_remote_clients is what delivers the other side's\n+// packet and updates confirmed_frame. So the required sequence per frame is:\n+// 1. Both sessions queue input and call advance_frame \u2014 input packets are sent,\n+// but the gate stalls because the remote input is not yet confirmed.\n+// 2. Both sessions cross-poll \u2014 each now has the other's input confirmed.\n+// 3. Both sessions call advance_frame again \u2014 gate passes, AdvanceFrame emitted.\n+#[test]\n+#[serial]\n+fn test_lockstep_advances_with_zero_latency_zero_delay() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7735, 7736, 0);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let reps = 20;\n+ for i in 0..reps {\n+ // first advance: queues and sends the local input, stalls (remote not confirmed yet)\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ sess1.advance_frame()?;\n+ sess2.advance_frame()?;\n+\n+ // poll until both sessions have confirmed the other's input, then advance.\n+ // a single poll is not reliable under load (packets may arrive late on loopback),\n+ // so we retry up to the sync timeout.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1;\n+ let mut advanced2;\n+ loop {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ advanced1 = r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+ advanced2 = r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+\n+ if advanced1 && advanced2 {\n+ break;\n+ }\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"sess stalled on frame {i} \u2014 did not advance within timeout\"\n+ );\n+ }\n+ }\n+\n+ Ok(())\n+}\n+\n+// Lockstep with input_delay=1 advances once both peers have exchanged their delayed inputs.\n+// The session frame remains the game frame; input delay affects the effective input frame, not an\n+// internal game-frame lead.\n+#[test]\n+#[serial]\n+fn test_lockstep_advances_with_input_delay() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7737, 7738, 1);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let reps = 20;\n+ for i in 0..reps {\n+ // Retry until both sessions emit AdvanceFrame; loopback packet delivery is not\n+ // instantaneous so a single poll may not be enough under load.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1 = false;\n+ let mut advanced2 = false;\n+\n+ while !advanced1 || !advanced2 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ if r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced1 = true;\n+ }\n+ if r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced2 = true;\n+ }\n+\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"sess stalled on iteration {i} \u2014 did not advance within timeout\"\n+ );\n+ }\n+ }\n+\n+ Ok(())\n+}\n+\n+// With input_delay >= 1 and a silent remote, two invariants must hold:\n+// a) No AdvanceFrame is ever emitted \u2014 the game must not advance without confirmed inputs.\n+// b) The public current frame remains the game frame and does not advance on stalls.\n+#[test]\n+#[serial]\n+fn test_lockstep_stalls_with_input_delay_and_no_remote_input() -> Result<(), GgrsError> {\n+ let input_delay = 3;\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7739, 7740, input_delay);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // Drive sess1 well past 128 iterations (the input queue length) without ever\n+ // polling for sess2's packets. Duplicate stalled attempts must not consume game frames.\n+ let mut game_frames_advanced = 0usize;\n+ for _ in 0..200 {\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests = sess1.advance_frame()?;\n+ if requests\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ game_frames_advanced += 1;\n+ }\n+ }\n+\n+ assert_eq!(\n+ game_frames_advanced, 0,\n+ \"sess1 should not advance any game frames without remote input, \\\n+ even with input_delay={input_delay}\"\n+ );\n+\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"lockstep current_frame should remain the game frame on stalls, \\\n+ got current_frame={} with input_delay={input_delay}\",\n+ sess1.current_frame(),\n+ );\n+\n+ Ok(())\n+}\n+\n+// After repeated lockstep stalls, the session recovers correctly once the remote starts confirming\n+// frames again.\n+#[test]\n+#[serial]\n+fn test_lockstep_recovers_after_repeated_stalls() -> Result<(), GgrsError> {\n+ let input_delay = 2;\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7741, 7742, input_delay);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // Spin both sessions for many attempts without any cross-poll.\n+ for _ in 0..input_delay + 10 {\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ sess2.add_local_input(1, StubInput { inp: 0 })?;\n+ sess1.advance_frame()?;\n+ sess2.advance_frame()?;\n+ }\n+\n+ // Now cross-poll and advance \u2014 both should eventually emit AdvanceFrame.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1 = false;\n+ let mut advanced2 = false;\n+\n+ while !advanced1 || !advanced2 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ sess2.add_local_input(1, StubInput { inp: 0 })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ if r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced1 = true;\n+ }\n+ if r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced2 = true;\n+ }\n+\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"session did not recover after repeated lockstep stalls\"\n+ );\n+ }\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_p2p_session_enum.rs b/vendor/ggrs/tests/test_p2p_session_enum.rs\nnew file mode 100644\nindex 0000000..4509de1\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_session_enum.rs\n@@ -0,0 +1,72 @@\n+mod stubs;\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, PlayerType, SessionBuilder, SessionState, UdpNonBlockingSocket};\n+use serial_test::serial;\n+use stubs_enum::{EnumInput, GameStubEnum, StubEnumConfig};\n+\n+#[test]\n+#[serial]\n+fn test_advance_frame_p2p_sessions_enum() -> Result<(), GgrsError> {\n+ let addr1 = stubs_enum::localhost(7860);\n+ let addr2 = stubs_enum::localhost(7861);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7860).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7861).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ let mut stub1 = GameStubEnum::new();\n+ let mut stub2 = GameStubEnum::new();\n+ let reps = 10;\n+ for i in 0..reps {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1\n+ .add_local_input(\n+ 0,\n+ if i % 2 == 0 {\n+ EnumInput::Val1\n+ } else {\n+ EnumInput::Val2\n+ },\n+ )\n+ .unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+ sess2\n+ .add_local_input(\n+ 1,\n+ if i % 3 == 0 {\n+ EnumInput::Val1\n+ } else {\n+ EnumInput::Val2\n+ },\n+ )\n+ .unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+\n+ // gamestate evolves\n+ assert_eq!(stub1.gs.frame, i + 1);\n+ assert_eq!(stub2.gs.frame, i + 1);\n+ }\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_p2p_spectator_session.rs b/vendor/ggrs/tests/test_p2p_spectator_session.rs\nnew file mode 100644\nindex 0000000..2b7c0a9\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_spectator_session.rs\n@@ -0,0 +1,210 @@\n+mod stubs;\n+\n+use ggrs::{\n+ GgrsError, GgrsRequest, PlayerType, SessionBuilder, SessionState, SpectatorSession,\n+ UdpNonBlockingSocket,\n+};\n+use serial_test::serial;\n+use std::thread;\n+use std::time::{Duration, Instant};\n+use stubs::{StubConfig, StubInput};\n+\n+const TEST_TIMEOUT: Duration = Duration::from_secs(2);\n+const POLL_INTERVAL: Duration = Duration::from_millis(5);\n+\n+fn advance_spectator_when_ready(\n+ spec_sess: &mut SpectatorSession,\n+) -> Result>, GgrsError> {\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ loop {\n+ match spec_sess.advance_frame() {\n+ Ok(requests) => return Ok(requests),\n+ Err(GgrsError::PredictionThreshold) if Instant::now() < deadline => {\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+ Err(e) => return Err(e),\n+ }\n+ }\n+}\n+\n+#[test]\n+#[serial]\n+fn test_start_session() {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7800).unwrap();\n+ let spec_sess =\n+ SessionBuilder::::new().start_spectator_session(stubs::localhost(7801), socket);\n+ assert!(spec_sess.current_state() == SessionState::Synchronizing);\n+}\n+\n+#[test]\n+#[serial]\n+fn test_synchronize_with_host() -> Result<(), GgrsError> {\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7802).unwrap();\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7803)), 2)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7803).unwrap();\n+ let mut spec_sess = SessionBuilder::::new()\n+ .start_spectator_session(stubs::localhost(7802), socket2);\n+\n+ assert_eq!(spec_sess.current_state(), SessionState::Synchronizing);\n+ assert_eq!(host_sess.current_state(), SessionState::Synchronizing);\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+ assert_eq!(host_sess.current_state(), SessionState::Running);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_observes_frames() -> Result<(), GgrsError> {\n+ let (mut host_sess, mut spec_sess) = stubs::make_host_and_spectator(7804, 7805)?;\n+ let mut host_stub = stubs::GameStub1P::new();\n+ let mut spec_stub = stubs::GameStub1P::new();\n+\n+ // confirmed_frame is computed before local inputs are registered in the same advance_frame\n+ // call, so inputs for frame N are only confirmed (and sent to the spectator) during frame N+1.\n+ // We drive 11 host frames and expect the spectator to be able to observe 10 of them.\n+ for i in 0..11 {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let host_requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(host_requests);\n+\n+ if i > 0 {\n+ // inputs for frame i-1 are now confirmed and have been sent; spectator can advance\n+ let spec_requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ assert!(\n+ spec_requests\n+ .iter()\n+ .any(|r| matches!(r, GgrsRequest::AdvanceFrame { .. })),\n+ \"spectator should have received an AdvanceFrame request at iteration {i}\"\n+ );\n+ spec_stub.handle_requests(spec_requests);\n+ }\n+ }\n+\n+ assert_eq!(host_stub.gs.frame, 11);\n+ assert_eq!(spec_stub.gs.frame, 10);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_catches_up_after_lag() -> Result<(), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7807)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7806).unwrap())?;\n+\n+ // catchup_speed=2 frames per advance_frame call when more than max_frames_behind=4 frames behind\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_max_frames_behind(4)?\n+ .with_catchup_speed(2)?\n+ .start_spectator_session(\n+ stubs::localhost(7806),\n+ UdpNonBlockingSocket::bind_to_port(7807).unwrap(),\n+ );\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+\n+ let mut host_stub = stubs::GameStub1P::new();\n+\n+ // confirmed_frame is computed before local inputs are registered, so inputs for frame N are\n+ // only confirmed (and sent to the spectator) during frame N+1. Drive the host until the\n+ // spectator has definitely received enough confirmed frames to enter catch-up mode.\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ while spec_sess.frames_behind_host() <= 4 && Instant::now() < deadline {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(requests);\n+ spec_sess.poll_remote_clients(); // receive packets (but don't advance)\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+\n+ // spectator should now be more than max_frames_behind=4 frames behind the host\n+ assert!(\n+ spec_sess.frames_behind_host() > 4,\n+ \"expected >4 behind, got {}\",\n+ spec_sess.frames_behind_host()\n+ );\n+\n+ // one advance_frame call should advance 2 frames (catchup_speed=2)\n+ let mut spec_stub = stubs::GameStub1P::new();\n+ let requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ let advance_count = requests\n+ .iter()\n+ .filter(|r| matches!(r, GgrsRequest::AdvanceFrame { .. }))\n+ .count();\n+ assert_eq!(\n+ advance_count, 2,\n+ \"spectator should catch up by 2 frames per step\"\n+ );\n+ spec_stub.handle_requests(requests);\n+ assert_eq!(spec_stub.gs.frame, 2);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_caps_catchup_speed_to_available_frames() -> Result<(), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7809)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7808).unwrap())?;\n+\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_max_frames_behind(4)?\n+ .with_catchup_speed(10)?\n+ .start_spectator_session(\n+ stubs::localhost(7808),\n+ UdpNonBlockingSocket::bind_to_port(7809).unwrap(),\n+ );\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+\n+ let mut host_stub = stubs::GameStub1P::new();\n+ // Drive host until spectator is more than catchup_speed (10) frames behind, so the cap\n+ // fires unconditionally and the assertion doesn't depend on a stale snapshot.\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ while spec_sess.frames_behind_host() <= 10 && Instant::now() < deadline {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(requests);\n+ spec_sess.poll_remote_clients();\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+\n+ assert!(\n+ spec_sess.frames_behind_host() > 10,\n+ \"expected >10 frames available, got {}\",\n+ spec_sess.frames_behind_host()\n+ );\n+\n+ let mut spec_stub = stubs::GameStub1P::new();\n+ let requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ let advance_count = requests\n+ .iter()\n+ .filter(|r| matches!(r, GgrsRequest::AdvanceFrame { .. }))\n+ .count();\n+\n+ // Exactly catchup_speed frames should have been advanced (cap fires because >10 available).\n+ assert_eq!(advance_count, 10);\n+ spec_stub.handle_requests(requests);\n+ assert_eq!(spec_stub.gs.frame, advance_count as i32);\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_synctest_session.rs b/vendor/ggrs/tests/test_synctest_session.rs\nnew file mode 100644\nindex 0000000..708564c\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_synctest_session.rs\n@@ -0,0 +1,198 @@\n+mod stubs;\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, GgrsRequest, SessionBuilder};\n+use stubs::{StubConfig, StubInput};\n+\n+#[test]\n+fn test_create_session() {\n+ assert!(SessionBuilder::::new()\n+ .start_synctest_session()\n+ .is_ok());\n+}\n+\n+#[test]\n+fn test_advance_frame_no_rollbacks() -> Result<(), GgrsError> {\n+ let check_distance = 0;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ sess.add_local_input(1, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ assert_eq!(requests.len(), 1); // only advance\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frame_with_rollbacks() -> Result<(), GgrsError> {\n+ let check_distance = 2;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i as u32 })?;\n+ sess.add_local_input(1, StubInput { inp: i as u32 })?;\n+ let requests = sess.advance_frame()?;\n+ if i <= check_distance {\n+ assert_eq!(requests.len(), 2); // save, advance\n+ assert!(matches!(requests[0], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ } else {\n+ assert_eq!(requests.len(), 6); // load, advance, save, advance, save, advance\n+ assert!(matches!(requests[0], GgrsRequest::LoadGameState { .. })); // rollback\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. })); // rollback\n+ assert!(matches!(requests[2], GgrsRequest::SaveGameState { .. })); // rollback\n+ assert!(matches!(requests[3], GgrsRequest::AdvanceFrame { .. })); // rollback\n+ assert!(matches!(requests[4], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[5], GgrsRequest::AdvanceFrame { .. }));\n+ }\n+\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frames_with_delayed_input() -> Result<(), GgrsError> {\n+ let check_distance = 7;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .with_input_delay(2)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ sess.add_local_input(1, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_builder_sparse_saving_errors_for_synctest() {\n+ let result = SessionBuilder::::new()\n+ .with_sparse_saving_mode(true)\n+ .start_synctest_session();\n+ assert!(matches!(result, Err(GgrsError::InvalidRequest { .. })));\n+}\n+\n+#[test]\n+fn test_create_session_single_player() -> Result<(), GgrsError> {\n+ let mut stub = stubs::GameStub1P::new();\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .start_synctest_session()?;\n+\n+ for i in 0..20 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frame_check_distance_one() -> Result<(), GgrsError> {\n+ let check_distance = 1;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..20 {\n+ sess.add_local_input(0, StubInput { inp: i as u32 })?;\n+ sess.add_local_input(1, StubInput { inp: i as u32 })?;\n+ let requests = sess.advance_frame()?;\n+\n+ if i <= check_distance {\n+ // not yet far enough to trigger a rollback\n+ assert_eq!(requests.len(), 2, \"frame {i}: expected [Save, Advance]\");\n+ assert!(matches!(requests[0], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ } else {\n+ // rollback 1 frame + re-advance + save + advance\n+ assert_eq!(\n+ requests.len(),\n+ 4,\n+ \"frame {i}: expected [Load, Advance, Save, Advance]\"\n+ );\n+ assert!(matches!(requests[0], GgrsRequest::LoadGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ assert!(matches!(requests[2], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[3], GgrsRequest::AdvanceFrame { .. }));\n+ }\n+\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_state_is_deterministic() -> Result<(), GgrsError> {\n+ // Two independent sessions with the same inputs must reach the same final state,\n+ // verifying that save/load/advance is fully deterministic.\n+ let mut stub_a = stubs::GameStub::new();\n+ let mut sess_a = SessionBuilder::new()\n+ .with_check_distance(2)\n+ .start_synctest_session()?;\n+\n+ let mut stub_b = stubs::GameStub::new();\n+ let mut sess_b = SessionBuilder::new()\n+ .with_check_distance(2)\n+ .start_synctest_session()?;\n+\n+ for i in 0..100u32 {\n+ let inp = StubInput { inp: i % 7 }; // non-trivial pattern\n+\n+ sess_a.add_local_input(0, inp)?;\n+ sess_a.add_local_input(1, inp)?;\n+ stub_a.handle_requests(sess_a.advance_frame()?);\n+\n+ sess_b.add_local_input(0, inp)?;\n+ sess_b.add_local_input(1, inp)?;\n+ stub_b.handle_requests(sess_b.advance_frame()?);\n+ }\n+\n+ assert_eq!(stub_a.gs.frame, stub_b.gs.frame);\n+ assert_eq!(stub_a.gs.state, stub_b.gs.state);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[should_panic]\n+fn test_advance_frames_with_random_checksums() {\n+ let mut stub = stubs::RandomChecksumGameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_input_delay(2)\n+ .start_synctest_session()\n+ .unwrap();\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess.add_local_input(1, StubInput { inp: i }).unwrap();\n+ let requests = sess.advance_frame().unwrap(); // this should give a MismatchedChecksum error\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+}\ndiff --git a/vendor/ggrs/tests/test_synctest_session_enum.rs b/vendor/ggrs/tests/test_synctest_session_enum.rs\nnew file mode 100644\nindex 0000000..8ba2145\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_synctest_session_enum.rs\n@@ -0,0 +1,25 @@\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, SessionBuilder};\n+\n+#[test]\n+fn test_enum_advance_frames_with_delayed_input() -> Result<(), GgrsError> {\n+ let check_distance = 7;\n+ let mut stub = stubs_enum::GameStubEnum::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .with_input_delay(2)\n+ .start_synctest_session()?;\n+\n+ let inputs = [stubs_enum::EnumInput::Val1, stubs_enum::EnumInput::Val2];\n+ for i in 0..200 {\n+ let input = inputs[i % inputs.len()];\n+ sess.add_local_input(0, input)?;\n+ sess.add_local_input(1, input)?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n", + "diff_truncated": true, + "diff_bytes": 454568 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gopher64-netplay-21.json b/tests/calibration/corpus/gopher64-netplay-21.json new file mode 100644 index 0000000..a2cdd92 --- /dev/null +++ b/tests/calibration/corpus/gopher64-netplay-21.json @@ -0,0 +1,18 @@ +{ + "id": "gopher64-netplay-21", + "repo": "gopher64-netplay", + "pr": 21, + "title": "Add .gitattributes: *.sh text eol=lf for Windows clones (#19)", + "head_sha": "cfa469428cd691f8e9814956b340989ccb4743ef", + "base_sha": "c857feada3a9ee838aed425ac5602a94cc61523a", + "labels": [], + "merged": true, + "issue_number": 19, + "issue_body": "## `scripts/gate.sh` breaks in any Windows clone, because this repo has no `.gitattributes`\n\nSmall, cheap, and worth fixing now that `scripts/gate.sh` is the repo's keystone - eight open PRs are gated by it, so anything that makes it fail confusingly costs more here than it would elsewhere.\n\n## The measurement\n\n```\n$ git ls-tree origin/main --name-only | grep gitattributes\n(nothing)\n```\n\nNo `.gitattributes` on `main`, and none on `issue-16` either. The repo ships three shell scripts:\n\n```\ndata/icon/generate.sh\ndata/shader/output.sh\nscripts/gate.sh\n```\n\nThe committed blobs are clean - `git cat-file -p origin/issue-16:scripts/gate.sh | tr -cd '\\r' | wc -c` is **0**. The problem is not what is stored, it is what gets written on checkout.\n\n## Why it bites\n\nGit for Windows defaults to `core.autocrlf=true`. With no `.gitattributes` to override it, cloning this repo on Windows writes CRLF into every `.sh` working copy, and the script then dies at exec:\n\n```\n$ ./scripts/gate.sh\n/usr/bin/env: 'bash\\r': No such file or directory\nEXIT=127\n```\n\nThis already happened during review of `!17`: the first gate run failed exactly this way, and it took a round of investigation to establish it was a clone artifact rather than a defect in the PR. `env: 'bash\\r'` does not name line endings, and the natural reading is \"the script is broken\" - which is the wrong conclusion about a script whose blob is byte-clean.\n\nThe workaround is `git config core.autocrlf false` plus a fresh checkout, but that is per-clone tribal knowledge. The repo should assert its own requirement.\n\n## What to do\n\nAdd `.gitattributes` at the repo root:\n\n```\n*.sh text eol=lf\n```\n\nConsider `* text=auto` alongside it if you want the general rule, but the `.sh` line is the one that fixes the observed failure.\n\n## The part that is easy to get wrong\n\n**`.gitattributes` alone does not fix an already-checked-out working copy.** Git does not rewrite a file on branch switch when its blob is unchanged, so a clone that already has CRLF in `scripts/gate.sh` will still have CRLF after merging this change - on a branch whose blobs are perfectly clean. Existing clones need a forced re-checkout:\n\n```\nrm -f .git/index && git reset --hard HEAD\n```\n\nIf any committed blob *did* contain CR (none do here, so this should be a no-op), fixing it needs `git add --renormalize .` as a separate commit - the attributes file does not retroactively clean stored objects.\n\n## Acceptance criteria\n\n1. `.gitattributes` exists on `main` and contains `*.sh text eol=lf`.\n2. On a **fresh Windows clone made with `core.autocrlf=true`** (the default - set it explicitly for the test rather than relying on the box's config), `tr -cd '\\r' < scripts/gate.sh | wc -c` returns **0**. State the command and the number.\n3. `head -c 24 scripts/gate.sh | od -c` shows a clean `#!/usr/bin/env bash` shebang with no `\\r`.\n4. All three `.sh` files are covered, not just `scripts/gate.sh`.\n\n## Measurement warning\n\nDo **not** verify this with `grep -c $'\\r'`. It is broken in this environment's Git Bash and returns the *line count*, not the CR count - it has produced false findings on three separate occasions here, and the tell is that the number always equals `wc -l`. Use `tr -cd '\\r' < file | wc -c`, and treat actually running `./scripts/gate.sh --help` (or any invocation that reaches the interpreter) as the deciding test.\n\n## Out of scope\n\n- Any change to `scripts/gate.sh`'s contents or to the build configuration. This is line endings only.\n- The disk-space blocker currently preventing the gate from completing (gitea-worker-ops#24). This issue is verifiable by inspection and a fresh clone; it does not need a working build.\n", + "changed_files": [ + ".gitattributes" + ], + "diff": "diff --git a/.gitattributes b/.gitattributes\nnew file mode 100644\nindex 0000000..e4ba11e\n--- /dev/null\n+++ b/.gitattributes\n@@ -0,0 +1,7 @@\n+# Force LF line endings for shell scripts.\n+# Without this, Windows clones (git's core.autocrlf=true default) check out\n+# CRLF and the shebang dies with: /usr/bin/env: 'bash\\r': No such file or directory (exit 127)\n+# Keep every *.sh blob byte-clean; existing clones need a forced re-checkout\n+# (rm -f .git/index && git reset --hard HEAD) because git does not rewrite a\n+# file whose blob is unchanged.\n+*.sh text eol=lf\n", + "diff_truncated": false, + "diff_bytes": 566 +} \ No newline at end of file diff --git a/tests/calibration/corpus/gopher64-netplay-9.json b/tests/calibration/corpus/gopher64-netplay-9.json new file mode 100644 index 0000000..723fbcd --- /dev/null +++ b/tests/calibration/corpus/gopher64-netplay-9.json @@ -0,0 +1,50 @@ +{ + "id": "gopher64-netplay-9", + "repo": "gopher64-netplay", + "pr": 9, + "title": "Fix GGRS frame counter reset after state load (#5)", + "head_sha": "eb5cf56ee3b8daca58fce25234f454c4586aea7d", + "base_sha": "c857feada3a9ee838aed425ac5602a94cc61523a", + "labels": [ + "bounced", + "manual-only" + ], + "merged": false, + "issue_number": 5, + "issue_body": "**Repo:** gopher64-netplay (fork of https://github.com/gopher64/gopher64)\n**Context:** Full scope doc at upstream analysis \u2014 see commit history. Netplay uses GGRS over WebRTC (matchbox_socket), reliable channel carries `NetplayMessage { name, data }` in 16KB chunks. Savestates serialize full Device via postcard + compress.\n\n**Goal:** After a netplay state load, both clients' GGRS sessions must agree on the current frame, else desync detection fires immediately.\n\n**Background:**\n- GGRS `P2PSession` tracks internal frame counters; loading a savestate replaces emulator state but NOT the GGRS session frame\n- The resume flow (issue #4) and resync flow (issue #6/7) both depend on this\n- `src/netplay.rs` `init()` builds the session with `SessionBuilder` \u2014 check if GGRS exposes current-frame mutation, or whether a new session must be built with an offset\n\n**Acceptance:**\n- Investigate `ggrs::P2PSession` (check the Cargo.lock version and docs.rs for ggrs used by this fork) for frame reset; if no public API:\n - Fork/patch the ggrs crate (vendored or `[patch]` in Cargo.toml) to expose `set_current_frame(i32)` or equivalent \u2014 keep the change minimal and upstream-compatible\n- Add `netplay::reset_frame(session, frame)` \u2014 safe no-op if unsupported, documented\n- After `load_savestate_from_data` in a netplay context, call reset so `session.current_frame() == state frame`\n- Desync detection must NOT fire within 60 frames of a legit state load\n- Tests: create session, advance 120 frames, save state metadata, reset to frame 60, verify `current_frame()==60` and no immediate desync event when resuming with matching inputs\n\n**Verification:** `cargo test`. Note in the PR body whether ggrs had to be patched and how.", + "changed_files": [ + "Cargo.lock", + "Cargo.toml", + "src/device.rs", + "src/netplay.rs", + "src/savestates.rs", + "vendor/ggrs/Cargo.lock", + "vendor/ggrs/Cargo.toml", + "vendor/ggrs/Cargo.toml.orig", + "vendor/ggrs/LICENSE", + "vendor/ggrs/README.md", + "vendor/ggrs/examples/README.md", + "vendor/ggrs/examples/ex_game/ex_game.rs", + "vendor/ggrs/examples/ex_game/ex_game_p2p.rs", + "vendor/ggrs/examples/ex_game/ex_game_spectator.rs", + "vendor/ggrs/examples/ex_game/ex_game_synctest.rs", + "vendor/ggrs/src/error.rs", + "vendor/ggrs/src/frame_info.rs", + "vendor/ggrs/src/input_queue.rs", + "vendor/ggrs/src/lib.rs", + "vendor/ggrs/src/network/compression.rs", + "vendor/ggrs/src/network/messages.rs", + "vendor/ggrs/src/network/network_stats.rs", + "vendor/ggrs/src/network/protocol.rs", + "vendor/ggrs/src/network/udp_socket.rs", + "vendor/ggrs/src/sessions/builder.rs", + "vendor/ggrs/src/sessions/p2p_session.rs", + "vendor/ggrs/src/sessions/p2p_spectator_session.rs", + "vendor/ggrs/src/sessions/sync_test_session.rs", + "vendor/ggrs/src/sync_layer.rs", + "vendor/ggrs/src/time_sync.rs" + ], + "diff": "diff --git a/Cargo.lock b/Cargo.lock\nindex 39174cb..769705e 100644\n--- a/Cargo.lock\n+++ b/Cargo.lock\n@@ -2614,8 +2614,6 @@ dependencies = [\n [[package]]\n name = \"ggrs\"\n version = \"0.13.0\"\n-source = \"registry+https://github.com/rust-lang/crates.io-index\"\n-checksum = \"672a16c1d778ad2d7a6218700ba0863a9e510e9446b08f3644460a9884aed048\"\n dependencies = [\n \"bincode 1.3.3\",\n \"bitfield-rle\",\ndiff --git a/Cargo.toml b/Cargo.toml\nindex 7ae0e30..25872af 100644\n--- a/Cargo.toml\n+++ b/Cargo.toml\n@@ -62,6 +62,9 @@ sdl3-src = \"3.4\"\n slint-build = { version = \"1.12\", optional = true }\n cc = { version = \"1.2\", features = [\"parallel\"] }\n \n+[patch.crates-io]\n+ggrs = { path = \"vendor/ggrs\" }\n+\n [profile.release]\n lto = \"thin\"\n strip = true\ndiff --git a/src/device.rs b/src/device.rs\nindex 7c17ed2..8eac8fa 100644\n--- a/src/device.rs\n+++ b/src/device.rs\n@@ -349,6 +349,7 @@ impl Device {\n load_state: false,\n load_rewind: false,\n last_rewind_saved: 0.0,\n+ netplay_frame: None,\n rewind_pool: std::sync::Arc::new(tokio::sync::Mutex::new(\n std::collections::BTreeMap::new(),\n )),\ndiff --git a/src/netplay.rs b/src/netplay.rs\nindex dc56b20..a2634c5 100644\n--- a/src/netplay.rs\n+++ b/src/netplay.rs\n@@ -584,3 +584,199 @@ pub fn close(netplay: &mut Netplay) {\n \n let _ = std::fs::remove_file(&netplay.ice_config_path);\n }\n+\n+/// Resets the GGRS session's internal frame counter to the given frame.\n+///\n+/// After loading a savestate in a netplay context, the emulator state is restored to the\n+/// savestate's frame, but the GGRS session's frame counter still reflects the pre-load\n+/// frame. If this discrepancy is not corrected, desync detection fires immediately on\n+/// resume because the session's saved-state checksums no longer correspond to the loaded\n+/// emulator state.\n+///\n+/// This function is safe to call at any time. If the GGRS version in use does not support\n+/// frame reset (i.e. `set_current_frame` is not available), this function will still\n+/// compile because the ggrs crate is patched to expose the method.\n+///\n+/// Both peers must call this with the same target frame after loading the same savestate.\n+pub fn reset_frame(session: &mut ggrs::P2PSession, frame: i32) {\n+ session.set_current_frame(frame);\n+}\n+\n+#[cfg(test)]\n+mod tests {\n+ use ggrs::{Config, GgrsRequest, SessionBuilder};\n+ use std::collections::hash_map::DefaultHasher;\n+ use std::hash::{Hash, Hasher};\n+\n+ /// Test config for SyncTestSession-based frame reset tests.\n+ #[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq, Hash)]\n+ struct TestState {\n+ frame: i32,\n+ }\n+\n+ #[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq)]\n+ struct TestInput {\n+ inp: u32,\n+ }\n+\n+ struct TestConfig;\n+ impl Config for TestConfig {\n+ type Input = TestInput;\n+ type InputPredictor = ggrs::PredictRepeatLast;\n+ type State = TestState;\n+ type Address = std::net::SocketAddr;\n+ }\n+\n+ fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+ }\n+\n+ struct GameStub {\n+ gs: TestState,\n+ }\n+\n+ impl GameStub {\n+ fn new() -> Self {\n+ GameStub {\n+ gs: TestState { frame: 0 },\n+ }\n+ }\n+\n+ fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => {\n+ self.gs = cell.load().expect(\"No saved state to load\");\n+ }\n+ GgrsRequest::SaveGameState { cell, frame } => {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs) as u128;\n+ cell.save(frame, Some(self.gs), Some(checksum));\n+ }\n+ GgrsRequest::AdvanceFrame { .. } => {\n+ self.gs.frame += 1;\n+ }\n+ }\n+ }\n+ }\n+ }\n+\n+ fn advance_session(\n+ sess: &mut ggrs::SyncTestSession,\n+ stub: &mut GameStub,\n+ frames: usize,\n+ num_players: usize,\n+ ) {\n+ for i in 0..frames {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: i as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ stub.handle_requests(requests);\n+ }\n+ }\n+\n+ /// Test: advance 120 frames, reset to frame 60, verify current_frame() == 60.\n+ #[test]\n+ fn test_reset_frame_after_state_load() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+ }\n+\n+ /// Test: after resetting the frame, resuming with matching inputs should not\n+ /// produce any desync events.\n+ #[test]\n+ fn test_resume_after_reset_no_desync() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+ stub.gs.frame = 60;\n+\n+ for i in 0..60 {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ assert!(matches!(requests[0], GgrsRequest::AdvanceFrame { .. }));\n+ stub.handle_requests(requests);\n+ }\n+ assert_eq!(sess.current_frame(), 120);\n+ assert_eq!(stub.gs.frame, 120);\n+ }\n+\n+ /// Test: reset_frame to frame 0 works correctly.\n+ #[test]\n+ fn test_reset_frame_to_zero() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 50, num_players);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(0);\n+ assert_eq!(sess.current_frame(), 0);\n+ stub.gs.frame = 0;\n+\n+ sess.add_local_input(0, TestInput { inp: 0 }).unwrap();\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ stub.handle_requests(requests);\n+ assert_eq!(sess.current_frame(), 1);\n+ }\n+\n+ /// Test: reset_frame can be called multiple times.\n+ #[test]\n+ fn test_reset_frame_idempotent() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 100, num_players);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(30);\n+ assert_eq!(sess.current_frame(), 30);\n+ }\n+}\ndiff --git a/src/savestates.rs b/src/savestates.rs\nindex 21cf91f..ef52649 100644\n--- a/src/savestates.rs\n+++ b/src/savestates.rs\n@@ -76,6 +76,11 @@ pub struct Savestate {\n pub load_state: bool,\n pub load_rewind: bool,\n pub last_rewind_saved: f64,\n+ /// When set, the GGRS session frame to restore after a savestate load in netplay.\n+ /// This is populated when creating a savestate during netplay and used by\n+ /// `load_savestate` to call `netplay::reset_frame`.\n+ #[serde(skip)]\n+ pub netplay_frame: Option,\n #[serde(skip)]\n pub rewind_pool:\n std::sync::Arc>>,\n@@ -120,6 +125,14 @@ pub fn create_savestate(device: &mut device::Device, rewind: bool, rewind_frame:\n ui::video::idle();\n }\n \n+ // Record the current GGRS frame so that on load, the session's frame counter can be\n+ // reset to match the savestate's frame. This is only meaningful in netplay.\n+ if let Some(netplay) = device.netplay.as_ref() {\n+ device.savestate.netplay_frame = Some(netplay.session.current_frame());\n+ } else {\n+ device.savestate.netplay_frame = None;\n+ }\n+\n let mut rdp_state: Vec = vec![0; ui::video::state_size()];\n ui::video::save_state(rdp_state.as_mut_ptr());\n \n@@ -360,6 +373,17 @@ pub fn load_savestate(device: &mut device::Device, rewind: bool, rewind_frame: O\n cheats::execute_cheats(device, device.cheats.cheats.clone());\n }\n \n+ // After a savestate load in a netplay context, reset the GGRS session's frame\n+ // counter so it matches the savestate's frame. Without this, desync detection\n+ // fires immediately because the session's internal frame disagrees with the\n+ // loaded emulator state. Both peers must load the same savestate and call this\n+ // with the same frame.\n+ if let Some(netplay) = device.netplay.as_mut() {\n+ if let Some(frame) = device.savestate.netplay_frame {\n+ netplay::reset_frame(&mut netplay.session, frame);\n+ }\n+ }\n+\n if !rewind {\n ui::video::onscreen_message(\n &format!(\ndiff --git a/vendor/ggrs/Cargo.lock b/vendor/ggrs/Cargo.lock\nnew file mode 100644\nindex 0000000..68e2525\n--- /dev/null\n+++ b/vendor/ggrs/Cargo.lock\n@@ -0,0 +1,1004 @@\n+# This file is automatically @generated by Cargo.\n+# It is not intended for manual editing.\n+version = 4\n+\n+[[package]]\n+name = \"adler2\"\n+version = \"2.0.1\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = \"320119579fcad9c21884f5c4861d16174d0e06250625266f50fe6898340abefa\"\n+\n+[[package]]\n+name = \"allocator-api2\"\n+version = \"0.2.21\"\n+source = \"registry+https://github.com/rust-lang/crates.io-index\"\n+checksum = 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that the original Cargo.toml\n+# will likely look very different (and much more reasonable).\n+# See Cargo.toml.orig for the original contents.\n+\n+[package]\n+edition = \"2021\"\n+rust-version = \"1.87\"\n+name = \"ggrs\"\n+version = \"0.13.0\"\n+authors = [\"Georg Schuppe \"]\n+build = false\n+autolib = false\n+autobins = false\n+autoexamples = false\n+autotests = false\n+autobenches = false\n+description = \"GGRS is a reimagination of GGPO, enabling P2P rollback networking in Rust. Rollback to the future!\"\n+readme = \"README.md\"\n+keywords = [\n+ \"gamedev\",\n+ \"networking\",\n+ \"ggpo\",\n+ \"rollback\",\n+]\n+categories = [\n+ \"network-programming\",\n+ \"game-development\",\n+]\n+license = \"MIT OR Apache-2.0\"\n+repository = \"https://github.com/gschup/ggrs\"\n+\n+[features]\n+sync-send = []\n+wasm-bindgen = [\n+ \"instant/wasm-bindgen\",\n+ \"getrandom/js\",\n+]\n+\n+[lib]\n+name = \"ggrs\"\n+path = \"src/lib.rs\"\n+\n+[[example]]\n+name = \"ex_game_p2p\"\n+path = \"examples/ex_game/ex_game_p2p.rs\"\n+\n+[[example]]\n+name = \"ex_game_spectator\"\n+path = \"examples/ex_game/ex_game_spectator.rs\"\n+\n+[[example]]\n+name = \"ex_game_synctest\"\n+path = \"examples/ex_game/ex_game_synctest.rs\"\n+\n+[[test]]\n+name = \"stubs\"\n+path = \"tests/stubs.rs\"\n+\n+[[test]]\n+name = \"stubs_enum\"\n+path = \"tests/stubs_enum.rs\"\n+\n+[[test]]\n+name = \"test_p2p_session\"\n+path = \"tests/test_p2p_session.rs\"\n+\n+[[test]]\n+name = \"test_p2p_session_enum\"\n+path = \"tests/test_p2p_session_enum.rs\"\n+\n+[[test]]\n+name = \"test_p2p_spectator_session\"\n+path = \"tests/test_p2p_spectator_session.rs\"\n+\n+[[test]]\n+name = \"test_frame_reset\"\n+path = \"tests/test_frame_reset.rs\"\n+\n+[[test]]\n+name = \"test_synctest_session\"\n+path = \"tests/test_synctest_session.rs\"\n+\n+[[test]]\n+name = \"test_synctest_session_enum\"\n+path = \"tests/test_synctest_session_enum.rs\"\n+\n+[dependencies.bincode]\n+version = \"1.3\"\n+\n+[dependencies.bitfield-rle]\n+version = \"0.2.1\"\n+\n+[dependencies.getrandom]\n+version = \"0.2\"\n+optional = true\n+\n+[dependencies.instant]\n+version = \"0.1\"\n+\n+[dependencies.parking_lot]\n+version = \"0.12\"\n+\n+[dependencies.rand]\n+version = \"0.8\"\n+\n+[dependencies.serde]\n+version = \"1.0\"\n+features = [\"derive\"]\n+\n+[dependencies.tracing]\n+version = \"0.1\"\n+\n+[dev-dependencies.macroquad]\n+version = \"0.4\"\n+features = [\"log-rs\"]\n+\n+[dev-dependencies.serial_test]\n+version = \"0.5\"\n+\n+[dev-dependencies.structopt]\n+version = \"0.3\"\n+\n+[dev-dependencies.tracing-log]\n+version = \"0.2\"\n+\n+[dev-dependencies.tracing-subscriber]\n+version = \"0.3\"\n+\n+[target.'cfg(target_arch = \"wasm32\")'.dependencies.js-sys]\n+version = \"0.3\"\ndiff --git a/vendor/ggrs/Cargo.toml.orig b/vendor/ggrs/Cargo.toml.orig\nnew file mode 100644\nindex 0000000..e5e8312\n--- /dev/null\n+++ b/vendor/ggrs/Cargo.toml.orig\n@@ -0,0 +1,51 @@\n+[package]\n+name = \"ggrs\"\n+version = \"0.13.0\"\n+authors = [\"Georg Schuppe \"]\n+edition = \"2021\"\n+rust-version = \"1.87\"\n+description = \"GGRS is a reimagination of GGPO, enabling P2P rollback networking in Rust. Rollback to the future!\"\n+license = \"MIT OR Apache-2.0\"\n+readme = \"README.md\"\n+repository = \"https://github.com/gschup/ggrs\"\n+keywords = [\"gamedev\", \"networking\", \"ggpo\", \"rollback\"]\n+categories = [\"network-programming\", \"game-development\"]\n+\n+[features]\n+sync-send = []\n+wasm-bindgen = [\"instant/wasm-bindgen\", \"getrandom/js\"]\n+\n+[dependencies]\n+serde = { version = \"1.0\", features = [\"derive\"] }\n+bincode = \"1.3\"\n+rand = \"0.8\"\n+bitfield-rle = \"0.2.1\"\n+parking_lot = \"0.12\"\n+instant = \"0.1\"\n+# Not used directly; declared so the wasm-bindgen feature can activate getrandom/js,\n+# which is required for `rand` to generate random numbers in a browser environment.\n+getrandom = { version = \"0.2\", optional = true }\n+tracing = \"0.1\"\n+\n+[target.'cfg(target_arch = \"wasm32\")'.dependencies]\n+js-sys = \"0.3\"\n+\n+[dev-dependencies]\n+serial_test = \"0.5\"\n+structopt = \"0.3\"\n+macroquad = { version = \"0.4\", features = [\"log-rs\"] }\n+tracing-subscriber = \"0.3\"\n+tracing-log = \"0.2\"\n+\n+# Examples\n+[[example]]\n+name = \"ex_game_p2p\"\n+path = \"examples/ex_game/ex_game_p2p.rs\"\n+\n+[[example]]\n+name = \"ex_game_spectator\"\n+path = \"examples/ex_game/ex_game_spectator.rs\"\n+\n+[[example]]\n+name = \"ex_game_synctest\"\n+path = \"examples/ex_game/ex_game_synctest.rs\"\ndiff --git a/vendor/ggrs/LICENSE b/vendor/ggrs/LICENSE\nnew file mode 100644\nindex 0000000..484a661\n--- /dev/null\n+++ b/vendor/ggrs/LICENSE\n@@ -0,0 +1,6 @@\n+GGRS is dual-licensed under either\n+\n+* MIT License (./LICENSE-MIT or http://opensource.org/licenses/MIT)\n+* Apache License, Version 2.0 (./LICENSE-APACHE or http://www.apache.org/licenses/LICENSE-2.0)\n+\n+at your option.\n\\ No newline at end of file\ndiff --git a/vendor/ggrs/README.md b/vendor/ggrs/README.md\nnew file mode 100644\nindex 0000000..0dff519\n--- /dev/null\n+++ b/vendor/ggrs/README.md\n@@ -0,0 +1,81 @@\n+# [![GGRS LOGO](./ggrs_logo.png)](https://github.com/gschup/ggrs)\n+\n+[![crates.io](https://img.shields.io/crates/v/ggrs?style=for-the-badge)](https://crates.io/crates/ggrs)\n+![GitHub Workflow Status](https://img.shields.io/github/actions/workflow/status/gschup/ggrs/rust.yml?branch=main&style=for-the-badge)\n+\n+## P2P Rollback Networking in Rust\n+\n+GGRS (good game rollback system) is a reimagination of the [GGPO network SDK](https://www.ggpo.net/) written in 100% safe [Rust \ud83e\udd80](https://www.rust-lang.org/). The callback-style API from the original library has been replaced with a much saner, simpler control flow. Instead of registering callback functions, GGRS returns a list of requests for the user to fulfill.\n+\n+If you are interested in integrating rollback networking into your game or just want to chat with other rollback developers (not limited to Rust), check out the [GGPO Developers Discord](https://discord.com/invite/8FKKhCRCCE)!\n+\n+## Live Demonstrations\n+\n+GGRS has two demo apps \u2014 one written with [macroquad](https://github.com/not-fl3/macroquad), the other with [bevy](https://bevyengine.org/). Both use [matchbox](https://github.com/johanhelsing/matchbox) for WebRTC-based matchmaking.\n+\n+> **Note:** The hosted matchmaking server is currently offline, so the links below will not find opponents automatically. You can still open the link in two separate browser windows on the same machine to test locally.\n+\n+- [Bevy Demo](https://gschup.github.io/bevy_ggrs_demo/) ([Repository](https://github.com/gschup/bevy_ggrs_demo))\n+- [Macroquad Demo](https://gschup.github.io/ggrs_demo/) ([Repository](https://github.com/gschup/ggrs_demo))\n+\n+## Projects using GGRS\n+\n+- [Jumpy](https://github.com/fishfolk/jumpy)\n+- [Gamercade](https://gamercade.io/)\n+- [NES-bundler](https://github.com/tedsteen/nes-bundler)\n+- [Girls with Swords](https://github.com/trian-gles/Girls-with-swords-GGRS) ([gameplay footage](https://youtu.be/TFJSpAqXtiI))\n+- [NieR Automata: Online](https://git.yasupa.de/jasper3108/NAMS-mp) ([Youtube](https://www.youtube.com/@nieronline))\n+- [Signs of Danger](https://store.steampowered.com/app/3816900/Signs_of_Danger/) ([devlog](https://www.slowrush.dev/), forked)\n+\n+## Getting Started\n+\n+To get started with GGRS, check out the following resources:\n+\n+- [Docs](./docs/) \u2014 guide covering setup, sessions, the main loop, requests/events, time sync, and more\n+- [Examples](./examples/) \u2014 runnable P2P, spectator, and sync-test demos\n+- [API Documentation](https://docs.rs/ggrs/newest/ggrs/)\n+\n+## Development Status\n+\n+GGRS is fairly stable. The core functionality for multiple players and spectators has not changed significantly in recent versions. See the Changelog for the latest changes, including those not yet published to crates.io. If you want to contribute, check out existing issues and the contribution guide!\n+\n+- [Changelog](./CHANGELOG.md)\n+- [Issues](https://github.com/gschup/ggrs/issues)\n+- [Contribution Guide](./CONTRIBUTING.md)\n+\n+## Useful Links\n+\n+### Bevy Plugin\n+\n+The authors of GGRS are also maintaining a [bevy](https://bevyengine.org/) plugin. Check it out:\n+\n+- [Bevy GGRS](https://github.com/gschup/bevy_ggrs)\n+\n+### WASM support through WebRTC sockets\n+\n+If you are interested to run a GGRS application in your browser, check the amazing Matchbox project!\n+The matchbox sockets are compatible with GGRS through a feature flag:\n+\n+- [Matchbox](https://github.com/johanhelsing/matchbox)\n+\n+### Godot Wrapper\n+\n+[Godot](https://godotengine.org/) is a popular open-source game engine. marcello505 is developing a wrapper for GGRS.\n+Find the repository here:\n+\n+- [Godot GGRS Wrapper](https://github.com/marcello505/godot-ggrs-wrapper)\n+\n+### Other Rollback Implementations in Rust\n+\n+Also take a look at the awesome backroll project, a completely async rollback library. Special thanks to james7132 for a lot of inspiration and fruitful discussion.\n+\n+- [backroll-rs](https://github.com/HouraiTeahouse/backroll-rs/)\n+\n+## Licensing\n+\n+GGRS is dual-licensed under either\n+\n+- [MIT License](./LICENSE-MIT): Also available [online](http://opensource.org/licenses/MIT)\n+- [Apache License, Version 2.0](./LICENSE-APACHE): Also available [online](http://www.apache.org/licenses/LICENSE-2.0)\n+\n+at your option.\ndiff --git a/vendor/ggrs/examples/README.md b/vendor/ggrs/examples/README.md\nnew file mode 100644\nindex 0000000..8f87b40\n--- /dev/null\n+++ b/vendor/ggrs/examples/README.md\n@@ -0,0 +1,77 @@\n+# Example Instructions\n+\n+Gathered here are some additional instructions on how to build and run the examples. Note that the examples are usually kept up-to-date with the most recent version of the code. If you are looking for example code compatible with a version published on crates.io, take a look at the [release tags](https://github.com/gschup/ggrs/tags).\n+\n+## ExGame\n+\n+ExGame is a very basic 2-4 player game example with each player controlling a coloured shape.\n+There is no real game, just movement with ice physics. Optionally, you can specify spectators.\n+\n+- W to accelerate forwards\n+- S to accelerate backwards\n+- A to turn left\n+- D to turn right\n+- SPACE to move player 1 to (0, 0) locally (this will create a desync)\n+\n+### Important Disclaimer - Determinism\n+\n+Since ExGame is based on floats and uses floating-point sin, cos and sqrt,\n+I fully expect this example to desync when compiled on two different architectures/platforms.\n+This is intentional to see when and how that happens. If you plan to implement your own\n+deterministic game, make sure to take floating-point imprecisions and non-deterministic results into consideration.\n+\n+### Launching ExGame P2P and Spectator\n+\n+The P2P example is launched by command-line arguments:\n+\n+- `--local-port / -l`: local port the client is listening to\n+- `--players / -p`: a list of player addresses, with the local player being identified by `localhost`\n+- `--spectators / -s`: a list of spectator addresses. This client will act as a host for these spectators\n+\n+For the spectator, the following command-line arguments exist:\n+\n+- `--local-port / -l`: local port the client is listening to\n+- `--num-players / -n`: number of players that will participate in the game\n+- `--host / -h`: address of the host\n+\n+For example, to run a two-player game on your local machine,\n+run these commands in separate terminals:\n+\n+```shell\n+cargo run --example ex_game_p2p -- --local-port 7000 --players localhost 127.0.0.1:7001\n+cargo run --example ex_game_p2p -- --local-port 7001 --players 127.0.0.1:7000 localhost\n+```\n+\n+In order to run a two-player game and a spectator on your local machine,\n+run these commands in separate terminals:\n+\n+```shell\n+cargo run --example ex_game_p2p -- --local-port 7000 --players localhost 127.0.0.1:7001 --spectators 127.0.0.1:7002\n+cargo run --example ex_game_p2p -- --local-port 7001 --players 127.0.0.1:7000 localhost\n+cargo run --example ex_game_spectator -- --local-port 7002 --num-players 2 --host 127.0.0.1:7000 \n+```\n+\n+In order to run a three-player game with two players playing in the same client and a third player playing on a second client,\n+run these commands in separate terminals:\n+\n+```shell\n+cargo run --example ex_game_p2p -- --local-port 7000 --players localhost localhost 127.0.0.1:7001\n+cargo run --example ex_game_p2p -- --local-port 7001 --players 127.0.0.1:7000 127.0.0.1:7000 localhost\n+```\n+\n+## ExGame SyncTest\n+\n+The same game, but without network functionality.\n+Instead, the SyncTestSession focuses on simulating rollbacks and comparing checksums.\n+You can use the Arrow Keys in addition to WASD in order to move the second player.\n+\n+### Launching ExGame SyncTest\n+\n+ExGame SyncTest is launched by a single command-line argument:\n+\n+- `--num-players / -n`: number of players that will participate in the game\n+- `--check-distance / -c`: number of frames that will be rolled back and resimulated each frame\n+\n+```shell\n+cargo run --example ex_game_synctest -- --num-players 2 --check-distance 7\n+```\ndiff --git a/vendor/ggrs/examples/ex_game/ex_game.rs b/vendor/ggrs/examples/ex_game/ex_game.rs\nnew file mode 100644\nindex 0000000..cc55b24\n--- /dev/null\n+++ b/vendor/ggrs/examples/ex_game/ex_game.rs\n@@ -0,0 +1,322 @@\n+use std::net::SocketAddr;\n+\n+use ggrs::{\n+ Config, Frame, GameStateCell, GgrsRequest, InputStatus, PlayerHandle, PredictRepeatLast,\n+ NULL_FRAME,\n+};\n+use macroquad::prelude::*;\n+use serde::{Deserialize, Serialize};\n+\n+const FPS: u64 = 60;\n+const CHECKSUM_PERIOD: i32 = 100;\n+\n+const SHIP_HEIGHT: f32 = 50.;\n+const SHIP_BASE: f32 = 40.;\n+const WINDOW_HEIGHT: f32 = 800.0;\n+const WINDOW_WIDTH: f32 = 600.0;\n+\n+const INPUT_UP: u8 = 1 << 0;\n+const INPUT_DOWN: u8 = 1 << 1;\n+const INPUT_LEFT: u8 = 1 << 2;\n+const INPUT_RIGHT: u8 = 1 << 3;\n+\n+const MOVEMENT_SPEED: f32 = 15.0 / FPS as f32;\n+const ROTATION_SPEED: f32 = 2.5 / FPS as f32;\n+const MAX_SPEED: f32 = 7.0;\n+const FRICTION: f32 = 0.98;\n+\n+#[repr(C)]\n+#[derive(Copy, Clone, PartialEq, Default, Serialize, Deserialize)]\n+pub struct Input {\n+ pub inp: u8,\n+}\n+\n+/// `GGRSConfig` holds all type parameters for GGRS Sessions\n+#[derive(Debug)]\n+pub struct GGRSConfig;\n+impl Config for GGRSConfig {\n+ type Input = Input;\n+ type InputPredictor = PredictRepeatLast;\n+ type State = State;\n+ type Address = SocketAddr;\n+}\n+\n+/// computes the fletcher16 checksum, copied from wikipedia: \n+fn fletcher16(data: &[u8]) -> u16 {\n+ let mut sum1: u16 = 0;\n+ let mut sum2: u16 = 0;\n+\n+ for &byte in data {\n+ sum1 = (sum1 + byte as u16) % 255;\n+ sum2 = (sum2 + sum1) % 255;\n+ }\n+\n+ (sum2 << 8) | sum1\n+}\n+\n+// BoxGame will handle rendering, gamestate, inputs and GgrsRequests\n+pub struct Game {\n+ num_players: usize,\n+ game_state: State,\n+ local_handles: Vec,\n+ last_checksum: (Frame, u64),\n+ periodic_checksum: (Frame, u64),\n+}\n+\n+impl Game {\n+ pub fn new(num_players: usize) -> Self {\n+ assert!(num_players <= 4);\n+ Self {\n+ num_players,\n+ game_state: State::new(num_players),\n+ local_handles: Vec::new(),\n+ last_checksum: (NULL_FRAME, 0),\n+ periodic_checksum: (NULL_FRAME, 0),\n+ }\n+ }\n+\n+ // for each request, call the appropriate function\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ // save current gamestate, create a checksum\n+ // creating a checksum here is only relevant for SyncTestSessions\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.game_state.frame, frame);\n+ let buffer = bincode::serialize(&self.game_state).unwrap();\n+ let checksum = fletcher16(&buffer) as u128;\n+ cell.save(frame, Some(self.game_state.clone()), Some(checksum));\n+ }\n+\n+ // load gamestate and overwrite\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.game_state = cell.load().expect(\"No data found.\");\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(Input, InputStatus)>) {\n+ // advance the game state\n+ self.game_state.advance(inputs);\n+\n+ // remember checksum to render it later\n+ // it is very inefficient to serialize the gamestate here just for the checksum\n+ let buffer = bincode::serialize(&self.game_state).unwrap();\n+ let checksum = fletcher16(&buffer) as u64;\n+ self.last_checksum = (self.game_state.frame, checksum);\n+ if self.game_state.frame % CHECKSUM_PERIOD == 0 {\n+ self.periodic_checksum = (self.game_state.frame, checksum);\n+ }\n+ }\n+\n+ // renders the game to the window\n+ pub fn render(&self) {\n+ clear_background(BLACK);\n+\n+ // render players\n+ for i in 0..self.num_players {\n+ let color = match i {\n+ 0 => GOLD,\n+ 1 => BLUE,\n+ 2 => GREEN,\n+ 3 => RED,\n+ _ => WHITE,\n+ };\n+ let (x, y) = self.game_state.positions[i];\n+ let rotation = self.game_state.rotations[i] + std::f32::consts::PI / 2.0;\n+ let v1 = Vec2::new(\n+ x + rotation.sin() * SHIP_HEIGHT / 2.,\n+ y - rotation.cos() * SHIP_HEIGHT / 2.,\n+ );\n+ let v2 = Vec2::new(\n+ x - rotation.cos() * SHIP_BASE / 2. - rotation.sin() * SHIP_HEIGHT / 2.,\n+ y - rotation.sin() * SHIP_BASE / 2. + rotation.cos() * SHIP_HEIGHT / 2.,\n+ );\n+ let v3 = Vec2::new(\n+ x + rotation.cos() * SHIP_BASE / 2. - rotation.sin() * SHIP_HEIGHT / 2.,\n+ y + rotation.sin() * SHIP_BASE / 2. + rotation.cos() * SHIP_HEIGHT / 2.,\n+ );\n+ draw_triangle(v1, v2, v3, color);\n+ }\n+\n+ // render checksums\n+ let last_checksum_str = format!(\n+ \"Frame {}: Checksum {}\",\n+ self.last_checksum.0, self.last_checksum.1\n+ );\n+ let periodic_checksum_str = format!(\n+ \"Frame {}: Checksum {}\",\n+ self.periodic_checksum.0, self.periodic_checksum.1\n+ );\n+ let force_desync_info_str = \"Press SPACE to trigger a desync\".to_string();\n+ draw_text(&last_checksum_str, 20.0, 20.0, 30.0, WHITE);\n+ draw_text(&periodic_checksum_str, 20.0, 40.0, 30.0, WHITE);\n+ draw_text(\n+ &force_desync_info_str,\n+ 90.0,\n+ WINDOW_HEIGHT * 9.0 / 10.0,\n+ 30.0,\n+ WHITE,\n+ );\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn register_local_handles(&mut self, handles: Vec) {\n+ self.local_handles = handles\n+ }\n+\n+ #[allow(dead_code)]\n+ // creates a compact representation of currently pressed keys and serializes it\n+ pub fn local_input(&mut self, handle: PlayerHandle) -> Input {\n+ // manually teleport the player to the center of the screen, but not through a proper input\n+ // this will create a forced desync (unless player one is already at the center)\n+ if is_key_pressed(KeyCode::Space) {\n+ self.game_state.positions[handle] = (WINDOW_WIDTH * 0.5, WINDOW_HEIGHT * 0.5);\n+ }\n+\n+ let mut inp: u8 = 0;\n+\n+ if handle == self.local_handles[0] {\n+ // first local player with WASD\n+ if is_key_down(KeyCode::W) {\n+ inp |= INPUT_UP;\n+ }\n+ if is_key_down(KeyCode::A) {\n+ inp |= INPUT_LEFT;\n+ }\n+ if is_key_down(KeyCode::S) {\n+ inp |= INPUT_DOWN;\n+ }\n+ if is_key_down(KeyCode::D) {\n+ inp |= INPUT_RIGHT;\n+ }\n+ } else {\n+ // all other local players with arrow keys\n+ if is_key_down(KeyCode::Up) {\n+ inp |= INPUT_UP;\n+ }\n+ if is_key_down(KeyCode::Left) {\n+ inp |= INPUT_LEFT;\n+ }\n+ if is_key_down(KeyCode::Down) {\n+ inp |= INPUT_DOWN;\n+ }\n+ if is_key_down(KeyCode::Right) {\n+ inp |= INPUT_RIGHT;\n+ }\n+ }\n+\n+ Input { inp }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub const fn current_frame(&self) -> i32 {\n+ self.game_state.frame\n+ }\n+}\n+\n+// BoxGameState holds all relevant information about the game state\n+#[derive(Clone, Serialize, Deserialize)]\n+pub struct State {\n+ pub frame: i32,\n+ pub num_players: usize,\n+ pub positions: Vec<(f32, f32)>,\n+ pub velocities: Vec<(f32, f32)>,\n+ pub rotations: Vec,\n+}\n+\n+impl State {\n+ pub fn new(num_players: usize) -> Self {\n+ let mut positions = Vec::new();\n+ let mut velocities = Vec::new();\n+ let mut rotations = Vec::new();\n+\n+ let r = WINDOW_WIDTH / 4.0;\n+\n+ for i in 0..num_players as i32 {\n+ let rot = i as f32 / num_players as f32 * 2.0 * std::f32::consts::PI;\n+ let x = WINDOW_WIDTH / 2.0 + r * rot.cos();\n+ let y = WINDOW_HEIGHT / 2.0 + r * rot.sin();\n+ positions.push((x, y));\n+ velocities.push((0.0, 0.0));\n+ rotations.push((rot + std::f32::consts::PI) % (2.0 * std::f32::consts::PI));\n+ }\n+\n+ Self {\n+ frame: 0,\n+ num_players,\n+ positions,\n+ velocities,\n+ rotations,\n+ }\n+ }\n+\n+ pub fn advance(&mut self, inputs: Vec<(Input, InputStatus)>) {\n+ // increase the frame counter\n+ self.frame += 1;\n+\n+ for (i, player_input) in inputs.iter().enumerate().take(self.num_players) {\n+ // get input of that player\n+ let input = match player_input.1 {\n+ InputStatus::Confirmed => player_input.0.inp,\n+ InputStatus::Predicted => player_input.0.inp,\n+ InputStatus::Disconnected => 4, // disconnected players spin\n+ };\n+\n+ // old values\n+ let (old_x, old_y) = self.positions[i];\n+ let (old_vel_x, old_vel_y) = self.velocities[i];\n+ let mut rot = self.rotations[i];\n+\n+ // slow down\n+ let mut vel_x = old_vel_x * FRICTION;\n+ let mut vel_y = old_vel_y * FRICTION;\n+\n+ // thrust\n+ if input & INPUT_UP != 0 && input & INPUT_DOWN == 0 {\n+ vel_x += MOVEMENT_SPEED * rot.cos();\n+ vel_y += MOVEMENT_SPEED * rot.sin();\n+ }\n+ // break\n+ if input & INPUT_UP == 0 && input & INPUT_DOWN != 0 {\n+ vel_x -= MOVEMENT_SPEED * rot.cos();\n+ vel_y -= MOVEMENT_SPEED * rot.sin();\n+ }\n+ // turn left\n+ if input & INPUT_LEFT != 0 && input & INPUT_RIGHT == 0 {\n+ rot = (rot - ROTATION_SPEED).rem_euclid(2.0 * std::f32::consts::PI);\n+ }\n+ // turn right\n+ if input & INPUT_LEFT == 0 && input & INPUT_RIGHT != 0 {\n+ rot = (rot + ROTATION_SPEED).rem_euclid(2.0 * std::f32::consts::PI);\n+ }\n+\n+ // limit speed\n+ let magnitude = (vel_x * vel_x + vel_y * vel_y).sqrt();\n+ if magnitude > MAX_SPEED {\n+ vel_x = (vel_x * MAX_SPEED) / magnitude;\n+ vel_y = (vel_y * MAX_SPEED) / magnitude;\n+ }\n+\n+ // compute new position\n+ let mut x = old_x + vel_x;\n+ let mut y = old_y + vel_y;\n+\n+ // constrain players to canvas borders\n+ x = x.max(0.0);\n+ x = x.min(WINDOW_WIDTH);\n+ y = y.max(0.0);\n+ y = y.min(WINDOW_HEIGHT);\n+\n+ // update all state\n+ self.positions[i] = (x, y);\n+ self.velocities[i] = (vel_x, vel_y);\n+ self.rotations[i] = rot;\n+ }\n+ }\n+}\ndiff --git a/vendor/ggrs/examples/ex_game/ex_game_p2p.rs b/vendor/ggrs/examples/ex_game/ex_game_p2p.rs\nnew file mode 100644\nindex 0000000..61aea8e\n--- /dev/null\n+++ b/vendor/ggrs/examples/ex_game/ex_game_p2p.rs\n@@ -0,0 +1,151 @@\n+mod ex_game;\n+\n+use ex_game::{GGRSConfig, Game};\n+use ggrs::{PlayerType, SessionBuilder, SessionState, UdpNonBlockingSocket};\n+use instant::{Duration, Instant};\n+use macroquad::prelude::*;\n+use std::net::SocketAddr;\n+use structopt::StructOpt;\n+\n+const FPS: f64 = 60.0;\n+\n+/// returns a window config for macroquad to use\n+fn window_conf() -> Conf {\n+ Conf {\n+ window_title: \"Box Game P2P\".to_owned(),\n+ window_width: 600,\n+ window_height: 800,\n+ window_resizable: false,\n+ high_dpi: true,\n+ ..Default::default()\n+ }\n+}\n+\n+#[derive(StructOpt)]\n+struct Opt {\n+ #[structopt(short, long)]\n+ local_port: u16,\n+ #[structopt(short, long)]\n+ players: Vec,\n+ #[structopt(short, long)]\n+ spectators: Vec,\n+}\n+\n+#[macroquad::main(window_conf)]\n+async fn main() -> Result<(), Box> {\n+ // configure logging: output ggrs and example game logs to standard out\n+ tracing::subscriber::set_global_default(\n+ tracing_subscriber::FmtSubscriber::builder()\n+ .with_max_level(tracing::Level::DEBUG)\n+ .finish(),\n+ )\n+ .expect(\"setting up tracing subscriber failed\");\n+ // forward logs from log crate to the tracing subscriber (allows seeing macroquad logs)\n+ tracing_log::LogTracer::init()?;\n+\n+ // read cmd line arguments\n+ let opt = Opt::from_args();\n+ let num_players = opt.players.len();\n+ assert!(num_players > 0);\n+\n+ // create a GGRS session\n+ let mut sess_build = SessionBuilder::::new()\n+ .with_num_players(num_players)?\n+ // (optional) exchange and validate state checksums\n+ .with_desync_detection_mode(ggrs::DesyncDetection::On { interval: 100 })\n+ // (optional) set expected update frequency\n+ .with_fps(FPS as usize)?\n+ // (optional) customize prediction window, which is how many frames ahead GGRS predicts.\n+ // Or set the prediction window to 0 to use lockstep netcode instead (i.e. no rollbacks).\n+ .with_max_prediction_window(8)\n+ // (optional) set input delay for the local player\n+ .with_input_delay(2)\n+ // (optional) by default, GGRS will ask you to save the game state every frame. If your\n+ // saving of game state takes much longer than advancing the game state N times, you can\n+ // improve performance by turning sparse saving mode on (N == average number of predictions\n+ // GGRS must make, which is determined by prediction window, FPS and latency to clients).\n+ .with_sparse_saving_mode(false);\n+\n+ // add players\n+ for (i, player_addr) in opt.players.iter().enumerate() {\n+ // local player\n+ if player_addr == \"localhost\" {\n+ sess_build = sess_build.add_player(PlayerType::Local, i)?;\n+ } else {\n+ // remote players\n+ let remote_addr: SocketAddr = player_addr.parse()?;\n+ sess_build = sess_build.add_player(PlayerType::Remote(remote_addr), i)?;\n+ }\n+ }\n+\n+ // optionally, add spectators\n+ for (i, spec_addr) in opt.spectators.iter().enumerate() {\n+ sess_build = sess_build.add_player(PlayerType::Spectator(*spec_addr), num_players + i)?;\n+ }\n+\n+ // start the GGRS session\n+ let socket = UdpNonBlockingSocket::bind_to_port(opt.local_port)?;\n+ let mut sess = sess_build.start_p2p_session(socket)?;\n+\n+ // Create a new box game\n+ let mut game = Game::new(num_players);\n+ game.register_local_handles(sess.local_player_handles());\n+\n+ // time variables for tick rate\n+ let mut last_update = Instant::now();\n+ let mut accumulator = Duration::ZERO;\n+\n+ loop {\n+ // communicate, receive and send packets\n+ sess.poll_remote_clients();\n+\n+ // print GGRS events\n+ for event in sess.events() {\n+ info!(\"Event: {:?}\", event);\n+ }\n+\n+ // this is to keep ticks between clients synchronized.\n+ // if a client is ahead, it will run frames slightly slower to allow catching up\n+ let mut fps_delta = 1. / FPS;\n+ if sess.frames_ahead() > 0 {\n+ fps_delta *= 1.1;\n+ }\n+\n+ // get delta time from last iteration and accumulate it\n+ let delta = Instant::now().duration_since(last_update);\n+ accumulator = accumulator.saturating_add(delta);\n+ last_update = Instant::now();\n+\n+ // if enough time is accumulated, we run a frame\n+ while accumulator.as_secs_f64() > fps_delta {\n+ // decrease accumulator\n+ let frame_duration = Duration::from_secs_f64(fps_delta);\n+ accumulator = accumulator.saturating_sub(frame_duration);\n+\n+ // frames are only happening if the sessions are synchronized\n+ if sess.current_state() == SessionState::Running {\n+ // add input for all local players\n+ for handle in sess.local_player_handles() {\n+ sess.add_local_input(handle, game.local_input(handle))?;\n+ }\n+\n+ match sess.advance_frame() {\n+ Ok(requests) => {\n+ if requests.is_empty() && sess.in_lockstep_mode() {\n+ accumulator = accumulator.saturating_add(frame_duration);\n+ break;\n+ }\n+ game.handle_requests(requests);\n+ }\n+ Err(e) => return Err(Box::new(e)),\n+ }\n+ }\n+ }\n+\n+ // render the game state\n+ game.render();\n+\n+ // wait for the next loop (macroquad wants it so)\n+ next_frame().await;\n+ }\n+}\ndiff --git a/vendor/ggrs/examples/ex_game/ex_game_spectator.rs b/vendor/ggrs/examples/ex_game/ex_game_spectator.rs\nnew file mode 100644\nindex 0000000..22faf0e\n--- /dev/null\n+++ b/vendor/ggrs/examples/ex_game/ex_game_spectator.rs\n@@ -0,0 +1,109 @@\n+mod ex_game;\n+\n+use ex_game::{GGRSConfig, Game};\n+use ggrs::{GgrsError, GgrsEvent, SessionBuilder, SessionState, UdpNonBlockingSocket};\n+use instant::{Duration, Instant};\n+use macroquad::prelude::*;\n+use std::net::SocketAddr;\n+use structopt::StructOpt;\n+\n+const FPS: f64 = 60.0;\n+\n+/// returns a window config for macroquad to use\n+fn window_conf() -> Conf {\n+ Conf {\n+ window_title: \"Box Game Spectator\".to_owned(),\n+ window_width: 600,\n+ window_height: 800,\n+ window_resizable: false,\n+ high_dpi: true,\n+ ..Default::default()\n+ }\n+}\n+\n+#[derive(StructOpt)]\n+struct Opt {\n+ #[structopt(short, long)]\n+ local_port: u16,\n+ #[structopt(short, long)]\n+ num_players: usize,\n+ #[structopt(short, long)]\n+ host: SocketAddr,\n+}\n+\n+#[macroquad::main(window_conf)]\n+async fn main() -> Result<(), Box> {\n+ // configure logging: output ggrs and example game logs to standard out\n+ tracing::subscriber::set_global_default(\n+ tracing_subscriber::FmtSubscriber::builder()\n+ .with_max_level(tracing::Level::DEBUG)\n+ .finish(),\n+ )\n+ .expect(\"setting up tracing subscriber failed\");\n+ // forward logs from log crate to the tracing subscriber (allows seeing macroquad logs)\n+ tracing_log::LogTracer::init()?;\n+\n+ // read cmd line arguments\n+ let opt = Opt::from_args();\n+\n+ // create a GGRS session for a spectator\n+ let socket = UdpNonBlockingSocket::bind_to_port(opt.local_port)?;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(opt.num_players)?\n+ .with_max_frames_behind(5)? // (optional) when the spectator is more than this amount of frames behind, it will catch up\n+ .with_catchup_speed(2)? // (optional) set this to 1 if you don't want any catch-ups\n+ .start_spectator_session(opt.host, socket);\n+\n+ // Create a new box game\n+ let mut game = Game::new(opt.num_players);\n+\n+ // time variables for tick rate\n+ let mut last_update = Instant::now();\n+ let mut accumulator = Duration::ZERO;\n+ let fps_delta = 1. / FPS;\n+\n+ loop {\n+ // communicate, receive and send packets\n+ sess.poll_remote_clients();\n+\n+ // handle GGRS events\n+ for event in sess.events() {\n+ info!(\"Event: {:?}\", event);\n+ if let GgrsEvent::Disconnected { .. } = event {\n+ info!(\"Disconnected from host.\");\n+ return Ok(());\n+ }\n+ }\n+\n+ // get delta time from last iteration and accumulate it\n+ let delta = Instant::now().duration_since(last_update);\n+ accumulator = accumulator.saturating_add(delta);\n+ last_update = Instant::now();\n+\n+ // if enough time is accumulated, we run a frame\n+ while accumulator.as_secs_f64() > fps_delta {\n+ // decrease accumulator\n+ accumulator = accumulator.saturating_sub(Duration::from_secs_f64(fps_delta));\n+\n+ // execute a frame\n+ if sess.current_state() == SessionState::Running {\n+ match sess.advance_frame() {\n+ Ok(requests) => game.handle_requests(requests),\n+ Err(GgrsError::PredictionThreshold) => {\n+ info!(\n+ \"Frame {} skipped: Waiting for input from host.\",\n+ game.current_frame()\n+ );\n+ }\n+ Err(e) => return Err(Box::new(e)),\n+ }\n+ }\n+ }\n+\n+ // render the game state\n+ game.render();\n+\n+ // wait for the next loop (macroquads wants it so)\n+ next_frame().await;\n+ }\n+}\ndiff --git a/vendor/ggrs/examples/ex_game/ex_game_synctest.rs b/vendor/ggrs/examples/ex_game/ex_game_synctest.rs\nnew file mode 100644\nindex 0000000..6d611f9\n--- /dev/null\n+++ b/vendor/ggrs/examples/ex_game/ex_game_synctest.rs\n@@ -0,0 +1,90 @@\n+mod ex_game;\n+\n+use ex_game::Game;\n+use ggrs::SessionBuilder;\n+use instant::{Duration, Instant};\n+use macroquad::prelude::*;\n+use structopt::StructOpt;\n+\n+const FPS: f64 = 60.0;\n+\n+/// returns a window config for macroquad to use\n+fn window_conf() -> Conf {\n+ Conf {\n+ window_title: \"Box Game Synctest\".to_owned(),\n+ window_width: 600,\n+ window_height: 800,\n+ window_resizable: false,\n+ high_dpi: true,\n+ ..Default::default()\n+ }\n+}\n+\n+#[derive(StructOpt)]\n+struct Opt {\n+ #[structopt(short, long)]\n+ num_players: usize,\n+ #[structopt(short, long)]\n+ check_distance: usize,\n+}\n+\n+#[macroquad::main(window_conf)]\n+async fn main() -> Result<(), Box> {\n+ // configure logging: output ggrs and example game logs to standard out\n+ tracing::subscriber::set_global_default(\n+ tracing_subscriber::FmtSubscriber::builder()\n+ .with_max_level(tracing::Level::DEBUG)\n+ .finish(),\n+ )\n+ .expect(\"setting up tracing subscriber failed\");\n+ // forward logs from log crate to the tracing subscriber (allows seeing macroquad logs)\n+ tracing_log::LogTracer::init()?;\n+\n+ // read cmd line arguments\n+ let opt = Opt::from_args();\n+\n+ // create a GGRS session\n+ let mut sess = SessionBuilder::new()\n+ .with_num_players(opt.num_players)?\n+ .with_check_distance(opt.check_distance)\n+ .with_input_delay(2)\n+ .start_synctest_session()?;\n+\n+ // Create a new box game\n+ let mut game = Game::new(opt.num_players);\n+ game.register_local_handles((0..opt.num_players).collect());\n+\n+ // time variables for tick rate\n+ let mut last_update = Instant::now();\n+ let mut accumulator = Duration::ZERO;\n+ let fps_delta = 1. / FPS;\n+\n+ loop {\n+ // get delta time from last iteration and accumulate it\n+ let delta = Instant::now().duration_since(last_update);\n+ accumulator = accumulator.saturating_add(delta);\n+ last_update = Instant::now();\n+\n+ // if enough time is accumulated, we run a frame\n+ while accumulator.as_secs_f64() > fps_delta {\n+ // decrease accumulator\n+ accumulator = accumulator.saturating_sub(Duration::from_secs_f64(fps_delta));\n+\n+ // gather inputs\n+ for handle in 0..opt.num_players {\n+ sess.add_local_input(handle, game.local_input(handle))?;\n+ }\n+\n+ match sess.advance_frame() {\n+ Ok(requests) => game.handle_requests(requests),\n+ Err(e) => return Err(Box::new(e)),\n+ }\n+ }\n+\n+ // render the game state\n+ game.render();\n+\n+ // wait for the next loop (macroquads wants it so)\n+ next_frame().await;\n+ }\n+}\nd\n[... DIFF TRUNCATED at 150000 bytes ...]\n }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+pub struct RandomChecksumGameStub {\n+ pub gs: StateStub,\n+ rng: ThreadRng,\n+}\n+\n+impl Default for RandomChecksumGameStub {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl RandomChecksumGameStub {\n+ #[allow(dead_code)]\n+ pub fn new() -> RandomChecksumGameStub {\n+ RandomChecksumGameStub {\n+ gs: StateStub { frame: 0, state: 0 },\n+ rng: thread_rng(),\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+\n+ let random_checksum: u128 = self.rng.gen();\n+ cell.save(frame, Some(self.gs), Some(random_checksum));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().expect(\"No data found.\");\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+/// A single-player game stub for tests that use `with_num_players(1)`.\n+/// The `advance_frame` logic only reads `inputs[0]`.\n+pub struct GameStub1P {\n+ pub gs: StateStub,\n+}\n+\n+impl Default for GameStub1P {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl GameStub1P {\n+ #[allow(dead_code)]\n+ pub fn new() -> GameStub1P {\n+ GameStub1P {\n+ gs: StateStub { frame: 0, state: 0 },\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ self.gs.state += inputs[0].0.inp as i32;\n+ self.gs.frame += 1;\n+ }\n+}\n+\n+#[derive(Default, Copy, Clone, Hash)]\n+pub struct StateStub {\n+ pub frame: i32,\n+ pub state: i32,\n+}\n+\n+impl StateStub {\n+ fn advance_frame(&mut self, inputs: Vec<(StubInput, InputStatus)>) {\n+ let p0_inputs = inputs[0].0.inp;\n+ let p1_inputs = inputs[1].0.inp;\n+\n+ if (p0_inputs + p1_inputs).is_multiple_of(2) {\n+ self.state += 2;\n+ } else {\n+ self.state -= 1;\n+ }\n+ self.frame += 1;\n+ }\n+}\n+\n+// \u2500\u2500 Shared session helpers \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+pub const SYNC_TIMEOUT: Duration = Duration::from_secs(2);\n+pub const SYNC_POLL_INTERVAL: Duration = Duration::from_millis(5);\n+\n+/// Shorthand for a loopback `SocketAddr` on the given port.\n+#[allow(dead_code)]\n+pub fn localhost(port: u16) -> SocketAddr {\n+ SocketAddr::new(IpAddr::V4(Ipv4Addr::new(127, 0, 0, 1)), port)\n+}\n+\n+/// Build two connected `P2PSession`s (player 0 on `port1`, player 1 on `port2`).\n+#[allow(dead_code)]\n+pub fn make_p2p_sessions(\n+ port1: u16,\n+ port2: u16,\n+) -> (P2PSession, P2PSession) {\n+ let s1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(localhost(port2)), 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port1).unwrap())\n+ .unwrap();\n+ let s2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(localhost(port1)), 0)\n+ .unwrap()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port2).unwrap())\n+ .unwrap();\n+ (s1, s2)\n+}\n+\n+/// Build two connected lockstep `P2PSession`s (`max_prediction = 0`) with the given input delay.\n+#[allow(dead_code)]\n+pub fn make_lockstep_sessions(\n+ port1: u16,\n+ port2: u16,\n+ input_delay: usize,\n+) -> (P2PSession, P2PSession) {\n+ let s1 = SessionBuilder::::new()\n+ .with_max_prediction_window(0)\n+ .with_input_delay(input_delay)\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(localhost(port2)), 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port1).unwrap())\n+ .unwrap();\n+ let s2 = SessionBuilder::::new()\n+ .with_max_prediction_window(0)\n+ .with_input_delay(input_delay)\n+ .add_player(PlayerType::Remote(localhost(port1)), 0)\n+ .unwrap()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(port2).unwrap())\n+ .unwrap();\n+ (s1, s2)\n+}\n+\n+/// Poll both sessions until they reach `Running` state or the sync timeout expires.\n+#[allow(dead_code)]\n+pub fn sync_p2p_sessions(s1: &mut P2PSession, s2: &mut P2PSession) {\n+ let deadline = Instant::now() + SYNC_TIMEOUT;\n+ while Instant::now() < deadline {\n+ s1.poll_remote_clients();\n+ s2.poll_remote_clients();\n+ if s1.current_state() == SessionState::Running\n+ && s2.current_state() == SessionState::Running\n+ {\n+ return;\n+ }\n+ thread::sleep(SYNC_POLL_INTERVAL);\n+ }\n+ assert_eq!(s1.current_state(), SessionState::Running);\n+ assert_eq!(s2.current_state(), SessionState::Running);\n+}\n+\n+/// Poll host and spectator until they reach `Running` state.\n+#[allow(dead_code)]\n+pub fn sync_host_and_spectator(\n+ host_sess: &mut P2PSession,\n+ spec_sess: &mut SpectatorSession,\n+) {\n+ let deadline = Instant::now() + SYNC_TIMEOUT;\n+ while Instant::now() < deadline {\n+ host_sess.poll_remote_clients();\n+ spec_sess.poll_remote_clients();\n+ if host_sess.current_state() == SessionState::Running\n+ && spec_sess.current_state() == SessionState::Running\n+ {\n+ return;\n+ }\n+ thread::sleep(SYNC_POLL_INTERVAL);\n+ }\n+ assert_eq!(host_sess.current_state(), SessionState::Running);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+}\n+\n+/// Build a synced host (1 local player + 1 spectator) and spectator session.\n+#[allow(dead_code)]\n+pub fn make_host_and_spectator(\n+ host_port: u16,\n+ spec_port: u16,\n+) -> Result<(P2PSession, SpectatorSession), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(localhost(spec_port)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(host_port).unwrap())?;\n+\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .start_spectator_session(\n+ localhost(host_port),\n+ UdpNonBlockingSocket::bind_to_port(spec_port).unwrap(),\n+ );\n+\n+ sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+\n+ Ok((host_sess, spec_sess))\n+}\ndiff --git a/vendor/ggrs/tests/stubs_enum.rs b/vendor/ggrs/tests/stubs_enum.rs\nnew file mode 100644\nindex 0000000..6b0dcc8\n--- /dev/null\n+++ b/vendor/ggrs/tests/stubs_enum.rs\n@@ -0,0 +1,100 @@\n+use std::collections::hash_map::DefaultHasher;\n+use std::hash::{Hash, Hasher};\n+use std::net::{IpAddr, Ipv4Addr, SocketAddr};\n+\n+use ggrs::{Config, Frame, GameStateCell, GgrsRequest, InputStatus, PredictRepeatLast};\n+use serde::{Deserialize, Serialize};\n+\n+fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+}\n+\n+pub struct GameStubEnum {\n+ pub gs: StateStubEnum,\n+}\n+\n+#[allow(dead_code)]\n+#[repr(u8)]\n+#[derive(Copy, Clone, PartialEq, Default, Serialize, Deserialize)]\n+pub enum EnumInput {\n+ #[default]\n+ Val1,\n+ Val2,\n+}\n+\n+pub struct StubEnumConfig;\n+\n+impl Config for StubEnumConfig {\n+ type Input = EnumInput;\n+ type InputPredictor = PredictRepeatLast;\n+ type State = StateStubEnum;\n+ type Address = SocketAddr;\n+}\n+\n+impl Default for GameStubEnum {\n+ fn default() -> Self {\n+ Self::new()\n+ }\n+}\n+\n+impl GameStubEnum {\n+ #[allow(dead_code)]\n+ pub fn new() -> GameStubEnum {\n+ GameStubEnum {\n+ gs: StateStubEnum { frame: 0, state: 0 },\n+ }\n+ }\n+\n+ #[allow(dead_code)]\n+ pub fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => self.load_game_state(cell),\n+ GgrsRequest::SaveGameState { cell, frame } => self.save_game_state(cell, frame),\n+ GgrsRequest::AdvanceFrame { inputs } => self.advance_frame(inputs),\n+ }\n+ }\n+ }\n+\n+ fn save_game_state(&mut self, cell: GameStateCell, frame: Frame) {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs);\n+ cell.save(frame, Some(self.gs), Some(checksum as u128));\n+ }\n+\n+ fn load_game_state(&mut self, cell: GameStateCell) {\n+ self.gs = cell.load().unwrap();\n+ }\n+\n+ fn advance_frame(&mut self, inputs: Vec<(EnumInput, InputStatus)>) {\n+ self.gs.advance_frame(inputs);\n+ }\n+}\n+\n+#[derive(Default, Copy, Clone, Hash)]\n+pub struct StateStubEnum {\n+ pub frame: i32,\n+ pub state: i32,\n+}\n+\n+/// Shorthand for a loopback `SocketAddr` on the given port.\n+#[allow(dead_code)]\n+pub fn localhost(port: u16) -> SocketAddr {\n+ SocketAddr::new(IpAddr::V4(Ipv4Addr::new(127, 0, 0, 1)), port)\n+}\n+\n+impl StateStubEnum {\n+ fn advance_frame(&mut self, inputs: Vec<(EnumInput, InputStatus)>) {\n+ let p0_inputs = inputs[0];\n+ let p1_inputs = inputs[1];\n+\n+ if p0_inputs == p1_inputs {\n+ self.state += 2;\n+ } else {\n+ self.state -= 1;\n+ }\n+ self.frame += 1;\n+ }\n+}\ndiff --git a/vendor/ggrs/tests/test_frame_reset.rs b/vendor/ggrs/tests/test_frame_reset.rs\nnew file mode 100644\nindex 0000000..4f292d7\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_frame_reset.rs\n@@ -0,0 +1,233 @@\n+use ggrs::{Config, GgrsRequest, SessionBuilder};\n+use std::collections::hash_map::DefaultHasher;\n+use std::hash::{Hash, Hasher};\n+\n+#[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq, Hash)]\n+struct TestState {\n+ frame: i32,\n+}\n+\n+#[derive(Clone, Copy, Default, serde::Serialize, serde::Deserialize, PartialEq)]\n+struct TestInput {\n+ inp: u32,\n+}\n+\n+struct TestConfig;\n+impl Config for TestConfig {\n+ type Input = TestInput;\n+ type InputPredictor = ggrs::PredictRepeatLast;\n+ type State = TestState;\n+ type Address = std::net::SocketAddr;\n+}\n+\n+fn calculate_hash(t: &T) -> u64 {\n+ let mut s = DefaultHasher::new();\n+ t.hash(&mut s);\n+ s.finish()\n+}\n+\n+struct GameStub {\n+ gs: TestState,\n+}\n+\n+impl GameStub {\n+ fn new() -> Self {\n+ GameStub {\n+ gs: TestState { frame: 0 },\n+ }\n+ }\n+\n+ fn handle_requests(&mut self, requests: Vec>) {\n+ for request in requests {\n+ match request {\n+ GgrsRequest::LoadGameState { cell, .. } => {\n+ self.gs = cell.load().expect(\"No saved state to load\");\n+ }\n+ GgrsRequest::SaveGameState { cell, frame } => {\n+ assert_eq!(self.gs.frame, frame);\n+ let checksum = calculate_hash(&self.gs) as u128;\n+ cell.save(frame, Some(self.gs), Some(checksum));\n+ }\n+ GgrsRequest::AdvanceFrame { inputs } => {\n+ let _ = inputs;\n+ self.gs.frame += 1;\n+ }\n+ }\n+ }\n+ }\n+}\n+\n+fn advance_session(\n+ sess: &mut ggrs::SyncTestSession,\n+ stub: &mut GameStub,\n+ frames: usize,\n+ num_players: usize,\n+) {\n+ for i in 0..frames {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: i as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ stub.handle_requests(requests);\n+ }\n+}\n+\n+/// Test: advance 120 frames, reset to frame 60, verify current_frame() == 60.\n+#[test]\n+fn test_reset_frame_after_state_load() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+}\n+\n+/// Test: after resetting the frame, resuming with matching inputs should not\n+/// produce any desync events.\n+#[test]\n+fn test_resume_after_reset_no_desync() {\n+ let num_players = 2;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 120, num_players);\n+ assert_eq!(sess.current_frame(), 120);\n+\n+ sess.set_current_frame(60);\n+ assert_eq!(sess.current_frame(), 60);\n+\n+ // Sync the game stub's frame to match the reset session frame\n+ stub.gs.frame = 60;\n+\n+ for i in 0..60 {\n+ for p in 0..num_players {\n+ sess.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ assert!(matches!(requests[0], GgrsRequest::AdvanceFrame { .. }));\n+ stub.handle_requests(requests);\n+ }\n+ assert_eq!(sess.current_frame(), 120);\n+ assert_eq!(stub.gs.frame, 120);\n+}\n+\n+/// Test: reset_frame to frame 0 works correctly.\n+#[test]\n+fn test_reset_frame_to_zero() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 50, num_players);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(0);\n+ assert_eq!(sess.current_frame(), 0);\n+ stub.gs.frame = 0;\n+\n+ sess.add_local_input(0, TestInput { inp: 0 }).unwrap();\n+ let requests = sess.advance_frame().unwrap();\n+ assert_eq!(requests.len(), 1);\n+ stub.handle_requests(requests);\n+ assert_eq!(sess.current_frame(), 1);\n+}\n+\n+/// Test: reset_frame clears the checksum history so that stale checksums from\n+/// before the state load do not cause false desync reports. We verify this by\n+/// comparing a reset session against a fresh session starting at the same frame.\n+#[test]\n+fn test_reset_frame_clears_checksum_history() {\n+ let num_players = 2;\n+\n+ // Session A: advance 120 frames with check_distance=3, then reset to 60\n+ let mut sess_a = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(3)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub_a = GameStub::new();\n+\n+ advance_session(&mut sess_a, &mut stub_a, 120, num_players);\n+ assert_eq!(sess_a.current_frame(), 120);\n+\n+ // Reset to frame 60 \u2014 clears checksum history and saved states\n+ sess_a.set_current_frame(60);\n+ assert_eq!(sess_a.current_frame(), 60);\n+\n+ // Session B: a fresh session starting at frame 0, advanced to frame 60\n+ let mut sess_b = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(3)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub_b = GameStub::new();\n+\n+ advance_session(&mut sess_b, &mut stub_b, 60, num_players);\n+ assert_eq!(sess_b.current_frame(), 60);\n+\n+ // Both sessions are now at frame 60. Advance both by 10 frames and verify\n+ // they produce the same request patterns. The reset session (A) should\n+ // behave identically to the fresh session (B) because the checksum history\n+ // and saved states were cleared.\n+ for i in 0..10 {\n+ for p in 0..num_players {\n+ sess_a.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ sess_b.add_local_input(p, TestInput { inp: (60 + i) as u32 }).unwrap();\n+ }\n+ // Note: with check_distance=3, the first advance after reset will attempt\n+ // a rollback. The reset session's saved states are empty, so the rollback\n+ // path may differ. We only verify the frame counter advances correctly.\n+ }\n+\n+ // After reset, we can only verify the frame counter without calling advance_frame\n+ // (because the rollback path needs saved states). The key assertion is that\n+ // current_frame was correctly reset and the session did not panic during reset.\n+ assert_eq!(sess_a.current_frame(), 60);\n+ assert_eq!(sess_b.current_frame(), 60);\n+}\n+\n+/// Test: reset_frame can be called multiple times.\n+#[test]\n+fn test_reset_frame_idempotent() {\n+ let num_players = 1;\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(num_players)\n+ .unwrap()\n+ .with_check_distance(0)\n+ .start_synctest_session()\n+ .unwrap();\n+ let mut stub = GameStub::new();\n+\n+ advance_session(&mut sess, &mut stub, 100, num_players);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(50);\n+ assert_eq!(sess.current_frame(), 50);\n+\n+ sess.set_current_frame(30);\n+ assert_eq!(sess.current_frame(), 30);\n+}\n\\ No newline at end of file\ndiff --git a/vendor/ggrs/tests/test_p2p_session.rs b/vendor/ggrs/tests/test_p2p_session.rs\nnew file mode 100644\nindex 0000000..bb0f3aa\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_session.rs\n@@ -0,0 +1,1026 @@\n+mod stubs;\n+\n+use ggrs::{\n+ DesyncDetection, GgrsError, GgrsEvent, PlayerType, SessionBuilder, SessionState,\n+ UdpNonBlockingSocket,\n+};\n+use instant::Duration;\n+use serial_test::serial;\n+use stubs::{StubConfig, StubInput};\n+\n+#[test]\n+#[serial]\n+fn test_add_more_players() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7700).unwrap();\n+ let remote_addr1 = stubs::localhost(8080);\n+ let remote_addr2 = stubs::localhost(8081);\n+ let remote_addr3 = stubs::localhost(8082);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let _sess = SessionBuilder::::new()\n+ .with_num_players(4)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr1), 1)?\n+ .add_player(PlayerType::Remote(remote_addr2), 2)?\n+ .add_player(PlayerType::Remote(remote_addr3), 3)?\n+ .add_player(PlayerType::Spectator(spec_addr), 4)?\n+ .start_p2p_session(socket)?;\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_start_session() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7701).unwrap();\n+ let remote_addr = stubs::localhost(8080);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let _sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_disconnect_player() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7702).unwrap();\n+ let remote_addr = stubs::localhost(8080);\n+ let spec_addr = stubs::localhost(8090);\n+\n+ let mut sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(remote_addr), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+\n+ assert!(sess.disconnect_player(5).is_err()); // invalid handle\n+ assert!(sess.disconnect_player(0).is_err()); // for now, local players cannot be disconnected\n+ assert!(sess.disconnect_player(1).is_ok());\n+ assert!(sess.disconnect_player(1).is_err()); // already disconnected\n+ assert!(sess.disconnect_player(2).is_ok());\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_synchronize_p2p_sessions() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7703);\n+ let addr2 = stubs::localhost(7704);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7703).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7704).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 1)?\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_advance_frame_p2p_sessions() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7705);\n+ let addr2 = stubs::localhost(7706);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7705).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7706).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+ let reps = 10;\n+ for i in 0..reps {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+\n+ // gamestate evolves\n+ assert_eq!(stub1.gs.frame, i as i32 + 1);\n+ assert_eq!(stub2.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desyncs_detected() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7707);\n+ let addr2 = stubs::localhost(7708);\n+ let desync_mode = DesyncDetection::On { interval: 100 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7707).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7708).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain events\n+ assert!(sess1.events().chain(sess2.events()).all(|e| matches!(\n+ e,\n+ GgrsEvent::Synchronizing { .. } | GgrsEvent::Synchronized { .. }\n+ )));\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // run normally for some frames (past first desync interval)\n+ for i in 0..110 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // check that there are no unexpected events yet\n+ assert_eq!(sess1.events().len(), 0);\n+ assert_eq!(sess2.events().len(), 0);\n+\n+ // run for some more frames\n+ for _ in 0..100 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ // mess up state for peer 1\n+ stub1.gs.state = 1234;\n+\n+ // keep input steady (to avoid loads, which would restore valid state)\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: 1 }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // check that we got desync events\n+ let sess1_events: Vec<_> = sess1.events().collect();\n+ let sess2_events: Vec<_> = sess2.events().collect();\n+ assert_eq!(sess1_events.len(), 1);\n+ assert_eq!(sess2_events.len(), 1);\n+\n+ let GgrsEvent::DesyncDetected {\n+ frame: desync_frame1,\n+ local_checksum: desync_local_checksum1,\n+ remote_checksum: desync_remote_checksum1,\n+ addr: desync_addr1,\n+ } = sess1_events[0]\n+ else {\n+ panic!(\"no desync for peer 1\");\n+ };\n+ assert_eq!(desync_frame1, 200);\n+ assert_eq!(desync_addr1, addr2);\n+ assert_ne!(desync_local_checksum1, desync_remote_checksum1);\n+\n+ let GgrsEvent::DesyncDetected {\n+ frame: desync_frame2,\n+ local_checksum: desync_local_checksum2,\n+ remote_checksum: desync_remote_checksum2,\n+ addr: desync_addr2,\n+ } = sess2_events[0]\n+ else {\n+ panic!(\"no desync for peer 2\");\n+ };\n+ assert_eq!(desync_frame2, 200);\n+ assert_eq!(desync_addr2, addr1);\n+ assert_ne!(desync_local_checksum2, desync_remote_checksum2);\n+\n+ // check that checksums match\n+ assert_eq!(desync_remote_checksum1, desync_local_checksum2);\n+ assert_eq!(desync_remote_checksum2, desync_local_checksum1);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desyncs_and_input_delay_no_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7709);\n+ let addr2 = stubs::localhost(7710);\n+ let desync_mode = DesyncDetection::On { interval: 100 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7709).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_input_delay(5)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7710).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_input_delay(5)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain events\n+ assert!(sess1.events().chain(sess2.events()).all(|e| matches!(\n+ e,\n+ GgrsEvent::Synchronizing { .. } | GgrsEvent::Synchronized { .. }\n+ )));\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // run normally for some frames (past first desync interval)\n+ for i in 0..150 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desync_detection_with_sparse_saving_no_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7731);\n+ let addr2 = stubs::localhost(7732);\n+ let desync_mode = DesyncDetection::On { interval: 6 };\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7731).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .with_sparse_saving_mode(true)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7732).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .with_sparse_saving_mode(true)\n+ .with_desync_detection_mode(desync_mode)\n+ .start_p2p_session(socket2)?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..40 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 set_input_delay \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+#[serial]\n+fn test_set_input_delay_mid_session() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7779, 8889);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // increase delay mid-session\n+ sess1.set_input_delay(0, 4).unwrap();\n+ sess2.set_input_delay(1, 4).unwrap();\n+\n+ for i in 0..20 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // decrease delay mid-session\n+ sess1.set_input_delay(0, 1).unwrap();\n+ sess2.set_input_delay(1, 1).unwrap();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // both sessions must agree on the game state after all the delay changes\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_increase_input_delay_does_not_freeze() -> Result<(), GgrsError> {\n+ // Regression test: increasing input delay mid-session used to cause advance_frame()\n+ // to stop emitting AdvanceFrame requests, freezing the game.\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7724, 7725);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..5 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ let frame_before = stub1.gs.frame;\n+\n+ // Increase delay by 1 \u2014 this was the exact scenario that caused the freeze\n+ sess1.set_input_delay(0, 1).unwrap();\n+ sess2.set_input_delay(1, 1).unwrap();\n+\n+ for i in 0..10 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: i }).unwrap();\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ // Sessions must have advanced beyond the point where the delay was changed\n+ assert!(\n+ stub1.gs.frame > frame_before,\n+ \"session 1 froze after delay increase (frame stayed at {frame_before})\"\n+ );\n+ assert!(\n+ stub2.gs.frame > frame_before,\n+ \"session 2 froze after delay increase (frame stayed at {frame_before})\"\n+ );\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_input_delay_change_with_multiple_local_players() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7726);\n+ let addr2 = stubs::localhost(7727);\n+\n+ let mut sess1 = SessionBuilder::::new()\n+ .with_num_players(3)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .add_player(PlayerType::Remote(addr2), 2)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7726).unwrap())?;\n+\n+ let mut sess2 = SessionBuilder::::new()\n+ .with_num_players(3)?\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Remote(addr1), 1)?\n+ .add_player(PlayerType::Local, 2)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7727).unwrap())?;\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for i in 0..5 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess1.add_local_input(1, StubInput { inp: i + 10 }).unwrap();\n+ sess2.add_local_input(2, StubInput { inp: i }).unwrap();\n+\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ let frame_before = stub1.gs.frame;\n+\n+ sess1.set_input_delay(0, 2).unwrap();\n+\n+ for i in 5..25 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess1.add_local_input(1, StubInput { inp: i + 10 }).unwrap();\n+ sess2.add_local_input(2, StubInput { inp: i }).unwrap();\n+\n+ stub1.handle_requests(sess1.advance_frame().unwrap());\n+ stub2.handle_requests(sess2.advance_frame().unwrap());\n+ }\n+\n+ assert!(\n+ stub1.gs.frame > frame_before,\n+ \"session with multiple local players froze after delay increase\"\n+ );\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 Builder validation \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+fn test_builder_duplicate_player_handle_errors() {\n+ let remote_addr = stubs::localhost(8080);\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .add_player(PlayerType::Remote(remote_addr), 0); // duplicate handle\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_local_handle_out_of_range_errors() {\n+ // handle 5 >= num_players(2) for a Local player \u2192 error\n+ let result = SessionBuilder::::new().add_player(PlayerType::Local, 5);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_remote_handle_out_of_range_errors() {\n+ let remote_addr = stubs::localhost(8080);\n+ // handle 5 >= num_players(2) for a Remote player \u2192 error\n+ let result = SessionBuilder::::new().add_player(PlayerType::Remote(remote_addr), 5);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_spectator_handle_below_num_players_errors() {\n+ let spec_addr = stubs::localhost(9000);\n+ // handle 0 < num_players(2) for a Spectator \u2192 error\n+ let result =\n+ SessionBuilder::::new().add_player(PlayerType::Spectator(spec_addr), 0);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+#[serial]\n+fn test_builder_missing_player_errors() {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7713).unwrap();\n+ // num_players=2 but only player 0 registered\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)\n+ .unwrap()\n+ .start_p2p_session(socket);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_fps_zero_errors() {\n+ let result = SessionBuilder::::new().with_fps(0);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_num_players_revalidates_local_handles() {\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 1)\n+ .unwrap()\n+ .with_num_players(1);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+fn test_builder_num_players_revalidates_spectator_handles() {\n+ let spec_addr = stubs::localhost(9001);\n+ let result = SessionBuilder::::new()\n+ .add_player(PlayerType::Spectator(spec_addr), 2)\n+ .unwrap()\n+ .with_num_players(3);\n+ assert!(result.is_err());\n+}\n+\n+#[test]\n+#[serial]\n+fn test_builder_desync_detection_interval_zero_errors() -> Result<(), GgrsError> {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7730).unwrap();\n+ let result = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_desync_detection_mode(DesyncDetection::On { interval: 0 })\n+ .add_player(PlayerType::Local, 0)?\n+ .start_p2p_session(socket);\n+ assert!(result.is_err());\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_builder_max_frames_behind_is_independent_of_catchup_speed() {\n+ let result = SessionBuilder::::new()\n+ .with_catchup_speed(5)\n+ .unwrap()\n+ .with_max_frames_behind(5);\n+ assert!(result.is_ok());\n+}\n+\n+#[test]\n+fn test_builder_catchup_speed_can_exceed_max_frames_behind() {\n+ let result = SessionBuilder::::new()\n+ .with_max_frames_behind(4)\n+ .unwrap()\n+ .with_catchup_speed(10);\n+ assert!(result.is_ok());\n+}\n+\n+// \u2500\u2500 Session behaviour \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+#[test]\n+#[serial]\n+fn test_synchronizing_events_emitted() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7714, 7715);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let events1: Vec<_> = sess1.events().collect();\n+ assert!(events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronizing { .. })));\n+ assert!(events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronized { .. })));\n+\n+ let events2: Vec<_> = sess2.events().collect();\n+ assert!(events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronizing { .. })));\n+ assert!(events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::Synchronized { .. })));\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_network_stats_invalid_handles() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7716, 7717);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // invalid handle \u2192 error\n+ assert!(sess1.network_stats(99).is_err());\n+ // local player handle \u2192 error (no network stats for local players)\n+ assert!(sess1.network_stats(0).is_err());\n+ assert!(sess2.network_stats(1).is_err());\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_network_stats_spectator_handle_does_not_panic() -> Result<(), GgrsError> {\n+ let addr1 = stubs::localhost(7718);\n+ let spec_addr = stubs::localhost(7719);\n+\n+ let socket = UdpNonBlockingSocket::bind_to_port(7718).unwrap();\n+ let sess = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr1), 1)?\n+ .add_player(PlayerType::Spectator(spec_addr), 2)?\n+ .start_p2p_session(socket)?;\n+\n+ // spectator handle must not panic \u2014 previously looked up addr in the wrong map\n+ let result = sess.network_stats(2);\n+ assert!(result.is_err()); // NotSynchronized is fine; a panic is not\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_game_state_converges() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7720, 7721);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ // use constant input so predictions always match \u2014 no mispredictions, fully deterministic\n+ for _ in 0..50 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+\n+ sess2.add_local_input(1, StubInput { inp: 0 }).unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // both sessions must reach the same game state\n+ assert_eq!(stub1.gs.state, stub2.gs.state);\n+ assert_eq!(stub1.gs.frame, stub2.gs.frame);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_desync_detection_off_by_default() -> Result<(), GgrsError> {\n+ // Sessions created without calling with_desync_detection_mode \u2192 Off by default\n+ let (mut sess1, mut sess2) = stubs::make_p2p_sessions(7722, 7723);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // drain sync events\n+ let _ = sess1.events().count();\n+ let _ = sess2.events().count();\n+\n+ let mut stub1 = stubs::GameStub::new();\n+ let mut stub2 = stubs::GameStub::new();\n+\n+ for _ in 0..100 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ // corrupt sess1 state so checksums diverge\n+ stub1.gs.state = 9999;\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 }).unwrap();\n+ sess2.add_local_input(1, StubInput { inp: 0 }).unwrap();\n+\n+ let requests1 = sess1.advance_frame().unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+\n+ stub1.handle_requests(requests1);\n+ stub2.handle_requests(requests2);\n+ }\n+\n+ // with detection off, no DesyncDetected events should have been emitted\n+ let events1: Vec<_> = sess1.events().collect();\n+ let events2: Vec<_> = sess2.events().collect();\n+ assert!(!events1\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::DesyncDetected { .. })));\n+ assert!(!events2\n+ .iter()\n+ .any(|e| matches!(e, GgrsEvent::DesyncDetected { .. })));\n+\n+ Ok(())\n+}\n+\n+// \u2500\u2500 Lockstep mode \u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n+\n+// Lockstep stalls when the remote's input has not been received.\n+// When sess1 calls advance_frame first its internal poll finds nothing (sess2 has not\n+// sent yet), so sess1 stalls. Only sess1's stall is asserted: sess2 calls advance_frame\n+// second and its internal poll may already find sess1's just-sent packet (depending on\n+// OS loopback timing), so sess2's outcome is deliberately not asserted here.\n+// The full stall\u2192poll\u2192advance round-trip is covered by\n+// test_lockstep_advances_with_zero_latency_zero_delay.\n+#[test]\n+#[serial]\n+fn test_lockstep_stalls_without_remote_input() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7733, 7734, 0);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // sess1 calls advance_frame before sess2 has sent anything \u2014 its internal poll\n+ // finds no remote input, so it must stall.\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests1 = sess1.advance_frame()?;\n+\n+ let advanced1 = requests1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+\n+ assert!(\n+ !advanced1,\n+ \"sess1 should stall when remote input has not arrived\"\n+ );\n+\n+ // sess2 is not called here; its stall behaviour is covered by\n+ // test_lockstep_advances_with_zero_latency_zero_delay (first iteration).\n+ let _ = sess2;\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_lockstep_wait_helper_stalls_without_remote_input() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7743, 7744, 1);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests = sess1.advance_frame_with_wait_timeout(Duration::from_millis(1))?;\n+\n+ assert!(\n+ requests.is_empty(),\n+ \"bounded wait helper should still stall when no remote input arrives\"\n+ );\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"bounded wait helper must not consume a game frame on lockstep stalls\"\n+ );\n+\n+ let requests = sess1.advance_frame_with_wait_timeout(Duration::from_millis(1))?;\n+\n+ assert!(\n+ requests.is_empty(),\n+ \"bounded wait helper should be safe to retry after a lockstep stall\"\n+ );\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"retrying the bounded wait helper must not consume a game frame on lockstep stalls\"\n+ );\n+\n+ let _ = sess2;\n+\n+ Ok(())\n+}\n+\n+// Lockstep advances every frame with zero latency and zero input delay.\n+// With input_delay=0, each session must have the other's frame confirmed before it\n+// can advance. advance_frame sends the local input packet unconditionally before\n+// evaluating the gate, but poll_remote_clients is what delivers the other side's\n+// packet and updates confirmed_frame. So the required sequence per frame is:\n+// 1. Both sessions queue input and call advance_frame \u2014 input packets are sent,\n+// but the gate stalls because the remote input is not yet confirmed.\n+// 2. Both sessions cross-poll \u2014 each now has the other's input confirmed.\n+// 3. Both sessions call advance_frame again \u2014 gate passes, AdvanceFrame emitted.\n+#[test]\n+#[serial]\n+fn test_lockstep_advances_with_zero_latency_zero_delay() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7735, 7736, 0);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let reps = 20;\n+ for i in 0..reps {\n+ // first advance: queues and sends the local input, stalls (remote not confirmed yet)\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ sess1.advance_frame()?;\n+ sess2.advance_frame()?;\n+\n+ // poll until both sessions have confirmed the other's input, then advance.\n+ // a single poll is not reliable under load (packets may arrive late on loopback),\n+ // so we retry up to the sync timeout.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1;\n+ let mut advanced2;\n+ loop {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ advanced1 = r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+ advanced2 = r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }));\n+\n+ if advanced1 && advanced2 {\n+ break;\n+ }\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"sess stalled on frame {i} \u2014 did not advance within timeout\"\n+ );\n+ }\n+ }\n+\n+ Ok(())\n+}\n+\n+// Lockstep with input_delay=1 advances once both peers have exchanged their delayed inputs.\n+// The session frame remains the game frame; input delay affects the effective input frame, not an\n+// internal game-frame lead.\n+#[test]\n+#[serial]\n+fn test_lockstep_advances_with_input_delay() -> Result<(), GgrsError> {\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7737, 7738, 1);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ let reps = 20;\n+ for i in 0..reps {\n+ // Retry until both sessions emit AdvanceFrame; loopback packet delivery is not\n+ // instantaneous so a single poll may not be enough under load.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1 = false;\n+ let mut advanced2 = false;\n+\n+ while !advanced1 || !advanced2 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: i })?;\n+ sess2.add_local_input(1, StubInput { inp: i })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ if r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced1 = true;\n+ }\n+ if r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced2 = true;\n+ }\n+\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"sess stalled on iteration {i} \u2014 did not advance within timeout\"\n+ );\n+ }\n+ }\n+\n+ Ok(())\n+}\n+\n+// With input_delay >= 1 and a silent remote, two invariants must hold:\n+// a) No AdvanceFrame is ever emitted \u2014 the game must not advance without confirmed inputs.\n+// b) The public current frame remains the game frame and does not advance on stalls.\n+#[test]\n+#[serial]\n+fn test_lockstep_stalls_with_input_delay_and_no_remote_input() -> Result<(), GgrsError> {\n+ let input_delay = 3;\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7739, 7740, input_delay);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // Drive sess1 well past 128 iterations (the input queue length) without ever\n+ // polling for sess2's packets. Duplicate stalled attempts must not consume game frames.\n+ let mut game_frames_advanced = 0usize;\n+ for _ in 0..200 {\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ let requests = sess1.advance_frame()?;\n+ if requests\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ game_frames_advanced += 1;\n+ }\n+ }\n+\n+ assert_eq!(\n+ game_frames_advanced, 0,\n+ \"sess1 should not advance any game frames without remote input, \\\n+ even with input_delay={input_delay}\"\n+ );\n+\n+ assert_eq!(\n+ sess1.current_frame(),\n+ 0,\n+ \"lockstep current_frame should remain the game frame on stalls, \\\n+ got current_frame={} with input_delay={input_delay}\",\n+ sess1.current_frame(),\n+ );\n+\n+ Ok(())\n+}\n+\n+// After repeated lockstep stalls, the session recovers correctly once the remote starts confirming\n+// frames again.\n+#[test]\n+#[serial]\n+fn test_lockstep_recovers_after_repeated_stalls() -> Result<(), GgrsError> {\n+ let input_delay = 2;\n+ let (mut sess1, mut sess2) = stubs::make_lockstep_sessions(7741, 7742, input_delay);\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ // Spin both sessions for many attempts without any cross-poll.\n+ for _ in 0..input_delay + 10 {\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ sess2.add_local_input(1, StubInput { inp: 0 })?;\n+ sess1.advance_frame()?;\n+ sess2.advance_frame()?;\n+ }\n+\n+ // Now cross-poll and advance \u2014 both should eventually emit AdvanceFrame.\n+ let deadline = std::time::Instant::now() + stubs::SYNC_TIMEOUT;\n+ let mut advanced1 = false;\n+ let mut advanced2 = false;\n+\n+ while !advanced1 || !advanced2 {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1.add_local_input(0, StubInput { inp: 0 })?;\n+ sess2.add_local_input(1, StubInput { inp: 0 })?;\n+ let r1 = sess1.advance_frame()?;\n+ let r2 = sess2.advance_frame()?;\n+\n+ if r1\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced1 = true;\n+ }\n+ if r2\n+ .iter()\n+ .any(|r| matches!(r, ggrs::GgrsRequest::AdvanceFrame { .. }))\n+ {\n+ advanced2 = true;\n+ }\n+\n+ assert!(\n+ std::time::Instant::now() < deadline,\n+ \"session did not recover after repeated lockstep stalls\"\n+ );\n+ }\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_p2p_session_enum.rs b/vendor/ggrs/tests/test_p2p_session_enum.rs\nnew file mode 100644\nindex 0000000..4509de1\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_session_enum.rs\n@@ -0,0 +1,72 @@\n+mod stubs;\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, PlayerType, SessionBuilder, SessionState, UdpNonBlockingSocket};\n+use serial_test::serial;\n+use stubs_enum::{EnumInput, GameStubEnum, StubEnumConfig};\n+\n+#[test]\n+#[serial]\n+fn test_advance_frame_p2p_sessions_enum() -> Result<(), GgrsError> {\n+ let addr1 = stubs_enum::localhost(7860);\n+ let addr2 = stubs_enum::localhost(7861);\n+\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7860).unwrap();\n+ let mut sess1 = SessionBuilder::::new()\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Remote(addr2), 1)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7861).unwrap();\n+ let mut sess2 = SessionBuilder::::new()\n+ .add_player(PlayerType::Remote(addr1), 0)?\n+ .add_player(PlayerType::Local, 1)?\n+ .start_p2p_session(socket2)?;\n+\n+ assert!(sess1.current_state() == SessionState::Synchronizing);\n+ assert!(sess2.current_state() == SessionState::Synchronizing);\n+\n+ stubs::sync_p2p_sessions(&mut sess1, &mut sess2);\n+\n+ assert!(sess1.current_state() == SessionState::Running);\n+ assert!(sess2.current_state() == SessionState::Running);\n+\n+ let mut stub1 = GameStubEnum::new();\n+ let mut stub2 = GameStubEnum::new();\n+ let reps = 10;\n+ for i in 0..reps {\n+ sess1.poll_remote_clients();\n+ sess2.poll_remote_clients();\n+\n+ sess1\n+ .add_local_input(\n+ 0,\n+ if i % 2 == 0 {\n+ EnumInput::Val1\n+ } else {\n+ EnumInput::Val2\n+ },\n+ )\n+ .unwrap();\n+ let requests1 = sess1.advance_frame().unwrap();\n+ stub1.handle_requests(requests1);\n+ sess2\n+ .add_local_input(\n+ 1,\n+ if i % 3 == 0 {\n+ EnumInput::Val1\n+ } else {\n+ EnumInput::Val2\n+ },\n+ )\n+ .unwrap();\n+ let requests2 = sess2.advance_frame().unwrap();\n+ stub2.handle_requests(requests2);\n+\n+ // gamestate evolves\n+ assert_eq!(stub1.gs.frame, i + 1);\n+ assert_eq!(stub2.gs.frame, i + 1);\n+ }\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_p2p_spectator_session.rs b/vendor/ggrs/tests/test_p2p_spectator_session.rs\nnew file mode 100644\nindex 0000000..2b7c0a9\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_p2p_spectator_session.rs\n@@ -0,0 +1,210 @@\n+mod stubs;\n+\n+use ggrs::{\n+ GgrsError, GgrsRequest, PlayerType, SessionBuilder, SessionState, SpectatorSession,\n+ UdpNonBlockingSocket,\n+};\n+use serial_test::serial;\n+use std::thread;\n+use std::time::{Duration, Instant};\n+use stubs::{StubConfig, StubInput};\n+\n+const TEST_TIMEOUT: Duration = Duration::from_secs(2);\n+const POLL_INTERVAL: Duration = Duration::from_millis(5);\n+\n+fn advance_spectator_when_ready(\n+ spec_sess: &mut SpectatorSession,\n+) -> Result>, GgrsError> {\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ loop {\n+ match spec_sess.advance_frame() {\n+ Ok(requests) => return Ok(requests),\n+ Err(GgrsError::PredictionThreshold) if Instant::now() < deadline => {\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+ Err(e) => return Err(e),\n+ }\n+ }\n+}\n+\n+#[test]\n+#[serial]\n+fn test_start_session() {\n+ let socket = UdpNonBlockingSocket::bind_to_port(7800).unwrap();\n+ let spec_sess =\n+ SessionBuilder::::new().start_spectator_session(stubs::localhost(7801), socket);\n+ assert!(spec_sess.current_state() == SessionState::Synchronizing);\n+}\n+\n+#[test]\n+#[serial]\n+fn test_synchronize_with_host() -> Result<(), GgrsError> {\n+ let socket1 = UdpNonBlockingSocket::bind_to_port(7802).unwrap();\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7803)), 2)?\n+ .start_p2p_session(socket1)?;\n+\n+ let socket2 = UdpNonBlockingSocket::bind_to_port(7803).unwrap();\n+ let mut spec_sess = SessionBuilder::::new()\n+ .start_spectator_session(stubs::localhost(7802), socket2);\n+\n+ assert_eq!(spec_sess.current_state(), SessionState::Synchronizing);\n+ assert_eq!(host_sess.current_state(), SessionState::Synchronizing);\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+ assert_eq!(host_sess.current_state(), SessionState::Running);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_observes_frames() -> Result<(), GgrsError> {\n+ let (mut host_sess, mut spec_sess) = stubs::make_host_and_spectator(7804, 7805)?;\n+ let mut host_stub = stubs::GameStub1P::new();\n+ let mut spec_stub = stubs::GameStub1P::new();\n+\n+ // confirmed_frame is computed before local inputs are registered in the same advance_frame\n+ // call, so inputs for frame N are only confirmed (and sent to the spectator) during frame N+1.\n+ // We drive 11 host frames and expect the spectator to be able to observe 10 of them.\n+ for i in 0..11 {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let host_requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(host_requests);\n+\n+ if i > 0 {\n+ // inputs for frame i-1 are now confirmed and have been sent; spectator can advance\n+ let spec_requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ assert!(\n+ spec_requests\n+ .iter()\n+ .any(|r| matches!(r, GgrsRequest::AdvanceFrame { .. })),\n+ \"spectator should have received an AdvanceFrame request at iteration {i}\"\n+ );\n+ spec_stub.handle_requests(spec_requests);\n+ }\n+ }\n+\n+ assert_eq!(host_stub.gs.frame, 11);\n+ assert_eq!(spec_stub.gs.frame, 10);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_catches_up_after_lag() -> Result<(), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7807)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7806).unwrap())?;\n+\n+ // catchup_speed=2 frames per advance_frame call when more than max_frames_behind=4 frames behind\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_max_frames_behind(4)?\n+ .with_catchup_speed(2)?\n+ .start_spectator_session(\n+ stubs::localhost(7806),\n+ UdpNonBlockingSocket::bind_to_port(7807).unwrap(),\n+ );\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+\n+ let mut host_stub = stubs::GameStub1P::new();\n+\n+ // confirmed_frame is computed before local inputs are registered, so inputs for frame N are\n+ // only confirmed (and sent to the spectator) during frame N+1. Drive the host until the\n+ // spectator has definitely received enough confirmed frames to enter catch-up mode.\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ while spec_sess.frames_behind_host() <= 4 && Instant::now() < deadline {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(requests);\n+ spec_sess.poll_remote_clients(); // receive packets (but don't advance)\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+\n+ // spectator should now be more than max_frames_behind=4 frames behind the host\n+ assert!(\n+ spec_sess.frames_behind_host() > 4,\n+ \"expected >4 behind, got {}\",\n+ spec_sess.frames_behind_host()\n+ );\n+\n+ // one advance_frame call should advance 2 frames (catchup_speed=2)\n+ let mut spec_stub = stubs::GameStub1P::new();\n+ let requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ let advance_count = requests\n+ .iter()\n+ .filter(|r| matches!(r, GgrsRequest::AdvanceFrame { .. }))\n+ .count();\n+ assert_eq!(\n+ advance_count, 2,\n+ \"spectator should catch up by 2 frames per step\"\n+ );\n+ spec_stub.handle_requests(requests);\n+ assert_eq!(spec_stub.gs.frame, 2);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[serial]\n+fn test_spectator_caps_catchup_speed_to_available_frames() -> Result<(), GgrsError> {\n+ let mut host_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .add_player(PlayerType::Local, 0)?\n+ .add_player(PlayerType::Spectator(stubs::localhost(7809)), 1)?\n+ .start_p2p_session(UdpNonBlockingSocket::bind_to_port(7808).unwrap())?;\n+\n+ let mut spec_sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .with_max_frames_behind(4)?\n+ .with_catchup_speed(10)?\n+ .start_spectator_session(\n+ stubs::localhost(7808),\n+ UdpNonBlockingSocket::bind_to_port(7809).unwrap(),\n+ );\n+\n+ stubs::sync_host_and_spectator(&mut host_sess, &mut spec_sess);\n+ assert_eq!(spec_sess.current_state(), SessionState::Running);\n+\n+ let mut host_stub = stubs::GameStub1P::new();\n+ // Drive host until spectator is more than catchup_speed (10) frames behind, so the cap\n+ // fires unconditionally and the assertion doesn't depend on a stale snapshot.\n+ let deadline = Instant::now() + TEST_TIMEOUT;\n+ while spec_sess.frames_behind_host() <= 10 && Instant::now() < deadline {\n+ host_sess.add_local_input(0, StubInput { inp: 1 }).unwrap();\n+ let requests = host_sess.advance_frame().unwrap();\n+ host_stub.handle_requests(requests);\n+ spec_sess.poll_remote_clients();\n+ thread::sleep(POLL_INTERVAL);\n+ }\n+\n+ assert!(\n+ spec_sess.frames_behind_host() > 10,\n+ \"expected >10 frames available, got {}\",\n+ spec_sess.frames_behind_host()\n+ );\n+\n+ let mut spec_stub = stubs::GameStub1P::new();\n+ let requests = advance_spectator_when_ready(&mut spec_sess)?;\n+ let advance_count = requests\n+ .iter()\n+ .filter(|r| matches!(r, GgrsRequest::AdvanceFrame { .. }))\n+ .count();\n+\n+ // Exactly catchup_speed frames should have been advanced (cap fires because >10 available).\n+ assert_eq!(advance_count, 10);\n+ spec_stub.handle_requests(requests);\n+ assert_eq!(spec_stub.gs.frame, advance_count as i32);\n+\n+ Ok(())\n+}\ndiff --git a/vendor/ggrs/tests/test_synctest_session.rs b/vendor/ggrs/tests/test_synctest_session.rs\nnew file mode 100644\nindex 0000000..708564c\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_synctest_session.rs\n@@ -0,0 +1,198 @@\n+mod stubs;\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, GgrsRequest, SessionBuilder};\n+use stubs::{StubConfig, StubInput};\n+\n+#[test]\n+fn test_create_session() {\n+ assert!(SessionBuilder::::new()\n+ .start_synctest_session()\n+ .is_ok());\n+}\n+\n+#[test]\n+fn test_advance_frame_no_rollbacks() -> Result<(), GgrsError> {\n+ let check_distance = 0;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ sess.add_local_input(1, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ assert_eq!(requests.len(), 1); // only advance\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frame_with_rollbacks() -> Result<(), GgrsError> {\n+ let check_distance = 2;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i as u32 })?;\n+ sess.add_local_input(1, StubInput { inp: i as u32 })?;\n+ let requests = sess.advance_frame()?;\n+ if i <= check_distance {\n+ assert_eq!(requests.len(), 2); // save, advance\n+ assert!(matches!(requests[0], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ } else {\n+ assert_eq!(requests.len(), 6); // load, advance, save, advance, save, advance\n+ assert!(matches!(requests[0], GgrsRequest::LoadGameState { .. })); // rollback\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. })); // rollback\n+ assert!(matches!(requests[2], GgrsRequest::SaveGameState { .. })); // rollback\n+ assert!(matches!(requests[3], GgrsRequest::AdvanceFrame { .. })); // rollback\n+ assert!(matches!(requests[4], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[5], GgrsRequest::AdvanceFrame { .. }));\n+ }\n+\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frames_with_delayed_input() -> Result<(), GgrsError> {\n+ let check_distance = 7;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .with_input_delay(2)\n+ .start_synctest_session()?;\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ sess.add_local_input(1, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_builder_sparse_saving_errors_for_synctest() {\n+ let result = SessionBuilder::::new()\n+ .with_sparse_saving_mode(true)\n+ .start_synctest_session();\n+ assert!(matches!(result, Err(GgrsError::InvalidRequest { .. })));\n+}\n+\n+#[test]\n+fn test_create_session_single_player() -> Result<(), GgrsError> {\n+ let mut stub = stubs::GameStub1P::new();\n+ let mut sess = SessionBuilder::::new()\n+ .with_num_players(1)?\n+ .start_synctest_session()?;\n+\n+ for i in 0..20 {\n+ sess.add_local_input(0, StubInput { inp: i })?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_advance_frame_check_distance_one() -> Result<(), GgrsError> {\n+ let check_distance = 1;\n+ let mut stub = stubs::GameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .start_synctest_session()?;\n+\n+ for i in 0..20 {\n+ sess.add_local_input(0, StubInput { inp: i as u32 })?;\n+ sess.add_local_input(1, StubInput { inp: i as u32 })?;\n+ let requests = sess.advance_frame()?;\n+\n+ if i <= check_distance {\n+ // not yet far enough to trigger a rollback\n+ assert_eq!(requests.len(), 2, \"frame {i}: expected [Save, Advance]\");\n+ assert!(matches!(requests[0], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ } else {\n+ // rollback 1 frame + re-advance + save + advance\n+ assert_eq!(\n+ requests.len(),\n+ 4,\n+ \"frame {i}: expected [Load, Advance, Save, Advance]\"\n+ );\n+ assert!(matches!(requests[0], GgrsRequest::LoadGameState { .. }));\n+ assert!(matches!(requests[1], GgrsRequest::AdvanceFrame { .. }));\n+ assert!(matches!(requests[2], GgrsRequest::SaveGameState { .. }));\n+ assert!(matches!(requests[3], GgrsRequest::AdvanceFrame { .. }));\n+ }\n+\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+\n+ Ok(())\n+}\n+\n+#[test]\n+fn test_state_is_deterministic() -> Result<(), GgrsError> {\n+ // Two independent sessions with the same inputs must reach the same final state,\n+ // verifying that save/load/advance is fully deterministic.\n+ let mut stub_a = stubs::GameStub::new();\n+ let mut sess_a = SessionBuilder::new()\n+ .with_check_distance(2)\n+ .start_synctest_session()?;\n+\n+ let mut stub_b = stubs::GameStub::new();\n+ let mut sess_b = SessionBuilder::new()\n+ .with_check_distance(2)\n+ .start_synctest_session()?;\n+\n+ for i in 0..100u32 {\n+ let inp = StubInput { inp: i % 7 }; // non-trivial pattern\n+\n+ sess_a.add_local_input(0, inp)?;\n+ sess_a.add_local_input(1, inp)?;\n+ stub_a.handle_requests(sess_a.advance_frame()?);\n+\n+ sess_b.add_local_input(0, inp)?;\n+ sess_b.add_local_input(1, inp)?;\n+ stub_b.handle_requests(sess_b.advance_frame()?);\n+ }\n+\n+ assert_eq!(stub_a.gs.frame, stub_b.gs.frame);\n+ assert_eq!(stub_a.gs.state, stub_b.gs.state);\n+\n+ Ok(())\n+}\n+\n+#[test]\n+#[should_panic]\n+fn test_advance_frames_with_random_checksums() {\n+ let mut stub = stubs::RandomChecksumGameStub::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_input_delay(2)\n+ .start_synctest_session()\n+ .unwrap();\n+\n+ for i in 0..200 {\n+ sess.add_local_input(0, StubInput { inp: i }).unwrap();\n+ sess.add_local_input(1, StubInput { inp: i }).unwrap();\n+ let requests = sess.advance_frame().unwrap(); // this should give a MismatchedChecksum error\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1);\n+ }\n+}\ndiff --git a/vendor/ggrs/tests/test_synctest_session_enum.rs b/vendor/ggrs/tests/test_synctest_session_enum.rs\nnew file mode 100644\nindex 0000000..8ba2145\n--- /dev/null\n+++ b/vendor/ggrs/tests/test_synctest_session_enum.rs\n@@ -0,0 +1,25 @@\n+mod stubs_enum;\n+\n+use ggrs::{GgrsError, SessionBuilder};\n+\n+#[test]\n+fn test_enum_advance_frames_with_delayed_input() -> Result<(), GgrsError> {\n+ let check_distance = 7;\n+ let mut stub = stubs_enum::GameStubEnum::new();\n+ let mut sess = SessionBuilder::new()\n+ .with_check_distance(check_distance)\n+ .with_input_delay(2)\n+ .start_synctest_session()?;\n+\n+ let inputs = [stubs_enum::EnumInput::Val1, stubs_enum::EnumInput::Val2];\n+ for i in 0..200 {\n+ let input = inputs[i % inputs.len()];\n+ sess.add_local_input(0, input)?;\n+ sess.add_local_input(1, input)?;\n+ let requests = sess.advance_frame()?;\n+ stub.handle_requests(requests);\n+ assert_eq!(stub.gs.frame, i as i32 + 1); // frame should have advanced\n+ }\n+\n+ Ok(())\n+}\n", + "diff_truncated": true, + "diff_bytes": 392234 +} \ No newline at end of file diff --git a/tests/calibration/corpus/microkit-10.json b/tests/calibration/corpus/microkit-10.json new file mode 100644 index 0000000..590c8d3 --- /dev/null +++ b/tests/calibration/corpus/microkit-10.json @@ -0,0 +1,22 @@ +{ + "id": "microkit-10", + "repo": "microkit", + "pr": 10, + "title": "feat(#9): add F2P alcher mode \u2014 spell selector, fail-closed level check, auto-degrade", + "head_sha": "14918dd3e894ac4712c72f0f6166484fa9f8efd9", + "base_sha": "745a006a8b414573cfb91e09793d021273eecce4", + "labels": [], + "merged": true, + "issue_number": 9, + "issue_body": "Owner request: *\"We need an f2p alcher mode somewhere.\"*\n\n`scripts/highalch` cannot run on a free-to-play account, and cannot run on any account\nbelow Magic 55. Both facts are hardcoded.\n\n## What the script does today (verified)\n\n HighAlchScript.java:140\n if (!Rs2Magic.hasRequiredRunes(Rs2Spells.HIGH_LEVEL_ALCHEMY)) { ... }\n\n HighAlchConfig.java \u2014 exactly two knobs:\n item() default \"Yew longbow\"\n batch() default 27\n\nThere is no spell selection and no mode switch.\n\n## Why that blocks F2P\n\nFrom the client's own spell tables:\n\n MagicAction.java:59 LOW_LEVEL_ALCHEMY \"Low Level Alchemy\" level 21\n MagicAction.java:103 HIGH_LEVEL_ALCHEMY \"High Level Alchemy\" level 55\n\n Rs2Spells.java:130 LOW_LEVEL_ALCHEMY FIRE 3, NATURE 1\n Rs2Spells.java:138 HIGH_LEVEL_ALCHEMY FIRE 5, NATURE 1\n\n**High Level Alchemy is a members-only spell in OSRS; Low Level Alchemy is free-to-play.**\nNote the codebase does *not* encode members-ness \u2014 `Rs2Spells` carries only action, runes\nand spellbook \u2014 so this constraint cannot be checked from source and has to be respected\ndeliberately.\n\nThe farm already knows this matters: `CloveHlaPilotPro` (the DreamBot alcher this replaces)\ntakes `mode=f2p|p2p` on all 12 accounts, and a membership lapse on `dfellhauer` previously\nproduced an infinite `P2P_HOP` loop whose recovery was relaunching with `mode=f2p`.\n\n## Why this is now urgent rather than nice-to-have\n\n`botmanager#188` established that **no alcher account can be confirmed at Magic 55+** \u2014\nonly 2 of the 12 have any Magic data at all and both are banned. A level-**21** requirement\nis a far lower bar, and an F2P mode does not depend on membership being current, which\n`#171` (DreamBot EOL) makes relevant since the replacement has to work on whatever accounts\nare actually available.\n\n## Be honest about what F2P alching is FOR\n\n**Low Level Alchemy is a Magic-training method, not a money-maker.** It returns a smaller\nfraction of item value than High Level Alchemy, and for most items the coins returned do\nnot cover the nature rune. Do not scope this as an F2P money-maker and do not carry the\nexisting \"money-maker\" framing across \u2014 scope it as:\n\n- a **Magic trainer** for accounts below 55, which is exactly the gap `#172`'s runbook\n identified (\"highalch is only usable as a 55+ money-maker, not the full trainer-to-55\n flow\"), and\n- the **fallback mode** when membership has lapsed, so the script degrades instead of\n looping.\n\nIf the implementer's own numbers show a genuinely profitable F2P item, say so with the\nfigures \u2014 but do not assume it.\n\n## Scope\n\n1. Add a mode/spell selector to `HighAlchConfig` (e.g. `spell` = `HIGH` | `LOW`, default\n `HIGH` to preserve current behaviour). Do not silently change what existing configs do.\n2. Drive `Rs2Spells.LOW_LEVEL_ALCHEMY` / `HIGH_LEVEL_ALCHEMY` from that setting everywhere\n the spell is referenced \u2014 the rune check at `:140`, the cast, and the log lines.\n3. **Fail closed with a named reason** when the selected spell is not castable: below the\n level requirement (21 / 55), wrong spellbook, or missing runes. The existing\n `waitForXpDrop` degrades to a silent no-op retry; a mode error must not present as\n \"running but earning nothing\".\n4. Consider auto-degrade: if `HIGH` is selected and the account turns out to be F2P or\n under 55, log it clearly and either stop or fall back to `LOW` \u2014 an explicit,\n configurable choice, not an implicit one. Whichever is chosen, it must be visible in\n the log.\n5. Rename nothing yet. `scripts/highalch` keeping its path is fine; the class comment\n should stop describing itself purely as a \"High Level Alchemy money-maker\".\n\n## Acceptance\n\n- A config selects Low or High alchemy; default behaviour is unchanged from today.\n- Rune requirements follow the selected spell (FIRE 3 vs FIRE 5, NATURE 1 both).\n- An account below the selected spell's level produces one clear log line naming the\n level requirement, and does not spin.\n- `scripts/check-deployable.sh` still passes: one `@PluginDescriptor`, zero Lombok.\n- Headless coverage for spell selection and the below-level refusal.\n\n## Out of scope\n\n- Launching a client or any live run \u2014 owner-gated (`#171`, `botmanager#172`).\n- GE buying, restocking, mule handoff. Still absent by design.\n- Superheat and the 21-42 / 43-54 training legs from `CloveHlaPilotPro`. If those are\n wanted, they are a separate issue.\n", + "changed_files": [ + "scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchConfig.java", + "scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchPlugin.java", + "scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchScript.java", + "test.sh", + "tests/SpellSelectorHarness.java" + ], + "diff": "diff --git a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchConfig.java b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchConfig.java\nindex 1178726..8616796 100644\n--- a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchConfig.java\n+++ b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchConfig.java\n@@ -5,19 +5,32 @@ import net.runelite.client.config.ConfigGroup;\n import net.runelite.client.config.ConfigItem;\n \n /**\n- * Per-plugin config for the High Alchemy money-maker (microkit #1, port of\n+ * Per-plugin config for the Alchemy script (microkit #1, port of\n * tblkit AIO's HighAlchTask). item/batch re-express the AIO task params as\n * RuneLite config items, per the issue's \"per-plugin config OR state-machine\n * phases\" direction.\n+ *\n+ *

#9: a spell selector chooses Low vs High alchemy. Default is HIGH to\n+ * preserve existing behaviour. Low Level Alchemy is F2P and requires Magic 21;\n+ * High Level Alchemy is P2P and requires Magic 55.\n */\n @ConfigGroup(\"microkit-highalch\")\n public interface HighAlchConfig extends Config {\n \n+ @ConfigItem(\n+ keyName = \"spell\",\n+ name = \"Alchemy spell\",\n+ description = \"Low (F2P, Magic 21) or High (P2P, Magic 55). Default High preserves existing behaviour.\",\n+ position = 0)\n+ default Spell spell() {\n+ return Spell.HIGH;\n+ }\n+\n @ConfigItem(\n keyName = \"item\",\n name = \"Item to alch\",\n- description = \"Inventory item to cast High Level Alchemy on. Defaults to Yew longbow.\",\n- position = 0)\n+ description = \"Inventory item to cast alchemy on. Defaults to Yew longbow.\",\n+ position = 1)\n default String item() {\n return \"Yew longbow\";\n }\n@@ -27,8 +40,28 @@ public interface HighAlchConfig extends Config {\n name = \"Batch size\",\n description = \"Items + Nature runes to withdraw per bank trip. Default 27 = 28-slot \"\n + \"inventory minus one slot for the stacking Nature rune batch.\",\n- position = 1)\n+ position = 2)\n default int batch() {\n return 27;\n }\n+\n+ @ConfigItem(\n+ keyName = \"autoDegrade\",\n+ name = \"Auto-degrade to Low\",\n+ description = \"If High is selected but the account is F2P or below Magic 55, fall back \"\n+ + \"to Low Level Alchemy instead of stopping. Off by default \u2014 the script stops \"\n+ + \"with a clear log line when the selected spell cannot be cast.\",\n+ position = 3)\n+ default boolean autoDegrade() {\n+ return false;\n+ }\n+\n+ /**\n+ * Spell selector for #9. LOW = Low Level Alchemy (F2P, Magic 21),\n+ * HIGH = High Level Alchemy (P2P, Magic 55).\n+ */\n+ enum Spell {\n+ LOW,\n+ HIGH\n+ }\n }\ndiff --git a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchPlugin.java b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchPlugin.java\nindex be967e2..c9221a9 100644\n--- a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchPlugin.java\n+++ b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchPlugin.java\n@@ -15,8 +15,8 @@ import javax.inject.Inject;\n */\n @PluginDescriptor(\n name = PluginDescriptor.Mocrosoft + \"Microkit High Alch\",\n- description = \"High Level Alchemy money-maker: alch item= at the bank, resupply, repeat \"\n- + \"(microkit port of tblkit AIO HighAlchTask)\",\n+ description = \"Alchemy script: Low (F2P, Magic 21) or High (P2P, Magic 55) alchemy on an \"\n+ + \"item at the bank, resupply, repeat (microkit port of tblkit AIO HighAlchTask)\",\n tags = {\"microbot\", \"microkit\", \"money\", \"magic\", \"alchemy\"},\n enabledByDefault = false\n )\ndiff --git a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchScript.java b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchScript.java\nindex 0b21481..1141789 100644\n--- a/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchScript.java\n+++ b/scripts/highalch/src/main/java/net/runelite/client/plugins/microbot/microkit/highalch/HighAlchScript.java\n@@ -18,13 +18,19 @@ import java.util.List;\n import java.util.concurrent.TimeUnit;\n \n /**\n- * High Level Alchemy money-maker (microkit #1; port of tblkit AIO's\n- * HighAlchTask #171).\n+ * Alchemy script (microkit #1; port of tblkit AIO's HighAlchTask #171).\n *\n- *

Loop: stand at a bank casting High Level Alchemy on {@code item} until\n- * the item or Nature runes run out, walk to the bank, withdraw a fresh batch,\n- * repeat. A Staff of fire (if worn) supplies the spell's Fire rune cost, so\n- * the only consumables managed are the alch item and Nature runes.\n+ *

#9: supports both Low Level Alchemy (F2P, Magic 21) and High Level\n+ * Alchemy (P2P, Magic 55) via a config spell selector. Default is HIGH to\n+ * preserve existing behaviour. Low Level Alchemy is a Magic-training method,\n+ * not a money-maker \u2014 it returns a smaller fraction of item value and for most\n+ * items the coins do not cover the nature rune. It is the fallback mode when\n+ * membership has lapsed so the script degrades instead of looping.\n+ *\n+ *

Loop: stand at a bank casting alchemy on {@code item} until the item or\n+ * Nature runes run out, walk to the bank, withdraw a fresh batch, repeat.\n+ * A Staff of fire (if worn) supplies the spell's Fire rune cost, so the only\n+ * consumables managed are the alch item and Nature runes.\n *\n *

Modelled as a {@link StateMachineScript} per the issue's \"use\n * StateMachineScript for the multi-phase flows (bank \u2192 walk \u2192 act \u2192 bank)\"\n@@ -48,8 +54,18 @@ public class HighAlchScript extends StateMachineScript {\n private static final String NATURE_RUNE = \"Nature rune\";\n private static final String DEFAULT_ITEM = \"Yew longbow\";\n \n+ // #9: spell level requirements (from MagicAction.java in the client)\n+ private static final int LOW_ALCH_LEVEL = 21;\n+ private static final int HIGH_ALCH_LEVEL = 55;\n+\n private String itemName = DEFAULT_ITEM;\n private int batch = 27;\n+ private HighAlchConfig.Spell spell = HighAlchConfig.Spell.HIGH;\n+ private boolean autoDegrade = false;\n+ private Rs2Spells activeSpell = Rs2Spells.HIGH_LEVEL_ALCHEMY;\n+ private int activeSpellLevel = HIGH_ALCH_LEVEL;\n+ private String activeSpellName = \"High Level Alchemy\";\n+ private boolean spellValidated = false;\n \n public boolean run(HighAlchConfig config) {\n if (config != null) {\n@@ -58,19 +74,31 @@ public class HighAlchScript extends StateMachineScript {\n itemName = item.trim();\n }\n batch = Math.max(1, config.batch());\n+ spell = config.spell();\n+ autoDegrade = config.autoDegrade();\n }\n \n+ // #9: resolve the spell from the config\n+ resolveSpell();\n+\n Microbot.enableAutoRunOn = false;\n Rs2Antiban.resetAntibanSettings();\n Rs2Antiban.antibanSetupTemplates.applyGeneralBasicSetup();\n Rs2AntibanSettings.simulateAttentionSpan = true;\n Rs2Antiban.setActivity(Activity.ALCHING);\n- Microbot.log(\"[highalch] item=\" + itemName + \" batch=\" + batch);\n+ Microbot.log(\"[highalch] item=\" + itemName + \" batch=\" + batch\n+ + \" spell=\" + activeSpellName + \" (mode=\" + spell + \")\");\n \n mainScheduledFuture = scheduledExecutorService.scheduleWithFixedDelay(() -> {\n try {\n if (!super.run()) return;\n if (!Microbot.isLoggedIn()) return;\n+ // #9: fail-closed spell validation \u2014 one clear log line,\n+ // never a silent \"running but earning nothing\" spin\n+ if (!spellValidated) {\n+ if (!validateSpell()) return;\n+ spellValidated = true;\n+ }\n step();\n } catch (Exception ex) {\n Microbot.log(\"[highalch] tick error: \" + ex.getMessage());\n@@ -79,6 +107,72 @@ public class HighAlchScript extends StateMachineScript {\n return true;\n }\n \n+ /**\n+ * #9: Resolve the active spell from the config setting.\n+ */\n+ private void resolveSpell() {\n+ if (spell == HighAlchConfig.Spell.LOW) {\n+ activeSpell = Rs2Spells.LOW_LEVEL_ALCHEMY;\n+ activeSpellLevel = LOW_ALCH_LEVEL;\n+ activeSpellName = \"Low Level Alchemy\";\n+ } else {\n+ activeSpell = Rs2Spells.HIGH_LEVEL_ALCHEMY;\n+ activeSpellLevel = HIGH_ALCH_LEVEL;\n+ activeSpellName = \"High Level Alchemy\";\n+ }\n+ }\n+\n+ /**\n+ * #9: Pure, headless-testable level gate. True when the account's Magic\n+ * level is at least the spell's requirement.\n+ */\n+ static boolean canCast(int magicLevel, int required) {\n+ return magicLevel >= required;\n+ }\n+\n+ /**\n+ * #9: Validate that the account can cast the selected spell.\n+ * Checks Magic level and runes. If HIGH is selected and the account is\n+ * below 55, either degrades to LOW (if autoDegrade is on) or stops with\n+ * a clear log line. Returns true if the spell is castable, false if\n+ * the script should not proceed.\n+ */\n+ private boolean validateSpell() {\n+ int magicLevel = Microbot.getClient().getBoostedSkillLevel(Skill.MAGIC);\n+ if (!canCast(magicLevel, activeSpellLevel)) {\n+ Microbot.log(\"[highalch] cannot cast \" + activeSpellName\n+ + \": Magic level \" + magicLevel + \" < required \" + activeSpellLevel);\n+ if (spell == HighAlchConfig.Spell.HIGH && autoDegrade) {\n+ Microbot.log(\"[highalch] auto-degrading to Low Level Alchemy (Magic \"\n+ + magicLevel + \" < 55, autoDegrade=true)\");\n+ spell = HighAlchConfig.Spell.LOW;\n+ resolveSpell();\n+ // Re-check LOW level requirement\n+ if (magicLevel < activeSpellLevel) {\n+ Microbot.log(\"[highalch] cannot cast \" + activeSpellName\n+ + \" either: Magic level \" + magicLevel + \" < required \"\n+ + activeSpellLevel + \" \u2014 stopping\");\n+ shutdown();\n+ return false;\n+ }\n+ return true;\n+ }\n+ Microbot.log(\"[highalch] stopping \u2014 selected spell cannot be cast \"\n+ + \"(set autoDegrade=true to fall back to Low Level Alchemy)\");\n+ shutdown();\n+ return false;\n+ }\n+ if (!Rs2Magic.hasRequiredRunes(activeSpell)) {\n+ Microbot.log(\"[highalch] missing runes for \" + activeSpellName\n+ + \" (Nature rune, or Fire runes without a worn staff)\");\n+ // Don't shutdown \u2014 runes may arrive via banking. The loop will\n+ // retry on the next tick and log again. This is the existing\n+ // behaviour for the rune check inside alchOne().\n+ return true;\n+ }\n+ return true;\n+ }\n+\n @Override\n protected State initialState() {\n return State.ACT;\n@@ -137,17 +231,27 @@ public class HighAlchScript extends StateMachineScript {\n if (!hasSupplies()) {\n return;\n }\n- if (!Rs2Magic.hasRequiredRunes(Rs2Spells.HIGH_LEVEL_ALCHEMY)) {\n- Microbot.log(\"[highalch] missing runes for High Level Alchemy (Nature rune, \"\n- + \"or Fire runes without a worn staff)\");\n+ // #9: use the active spell (LOW or HIGH) for the rune check\n+ if (!Rs2Magic.hasRequiredRunes(activeSpell)) {\n+ Microbot.log(\"[highalch] missing runes for \" + activeSpellName\n+ + \" (Nature rune, or Fire runes without a worn staff)\");\n return;\n }\n Rs2ItemModel target = Rs2Inventory.get(itemName);\n if (target == null) {\n return;\n }\n- Microbot.status = \"High alching \" + itemName;\n- Rs2Magic.alch(target);\n+ Microbot.status = activeSpellName + \" on \" + itemName;\n+ // #9: cast the selected spell on the target item.\n+ // Rs2Magic.alch() always does High Level Alchemy, so for LOW we\n+ // cast the spell then click the item (the standard alch interface:\n+ // select spell, then target item).\n+ if (spell == HighAlchConfig.Spell.LOW) {\n+ Rs2Magic.cast(activeSpell);\n+ Rs2Inventory.interact(itemName, \"Cast\");\n+ } else {\n+ Rs2Magic.alch(target);\n+ }\n // The cast lands when Magic xp drops; bound the wait so a failed\n // cast (e.g. spellbook filtered) can't stall the loop forever.\n Rs2Player.waitForXpDrop(Skill.MAGIC, 10_000, false);\ndiff --git a/test.sh b/test.sh\nindex f404ef1..8b9d3db 100755\n--- a/test.sh\n+++ b/test.sh\n@@ -67,7 +67,7 @@ echo \"=== [4/5] build all leaves against the client jar ===\"\n -PmicrobotClientJar=\"$MICROBOT_CLIENT_JAR\" --no-daemon\n )\n \n-echo \"=== [5/5] headless deployability harness ===\"\n+echo \"=== [5/5] headless deployability harness + spell selector test ===\"\n JARS=$(find \"$WORK/microkit/scripts\" -mindepth 4 -path '*/build/libs/*.jar' -type f)\n if [ -z \"$JARS\" ]; then\n echo \"ERROR: no jars produced\" >&2\n@@ -75,8 +75,16 @@ if [ -z \"$JARS\" ]; then\n fi\n HARNESS_DIR=\"$WORK/harness\"\n mkdir -p \"$HARNESS_DIR\"\n-\"$JDK17_HOME/bin/javac\" -cp \"$MICROBOT_CLIENT_JAR\" -d \"$HARNESS_DIR\" \"$ROOT/tests/PluginDescriptorHarness.java\"\n+\"$JDK17_HOME/bin/javac\" -cp \"$MICROBOT_CLIENT_JAR\" -d \"$HARNESS_DIR\" \"$ROOT/tests/PluginDescriptorHarness.java\" \"$ROOT/tests/SpellSelectorHarness.java\"\n \"$JDK17_HOME/bin/java\" -cp \"$HARNESS_DIR:$MICROBOT_CLIENT_JAR\" PluginDescriptorHarness $JARS\n \n+# #9: spell selector headless test against the highalch jar\n+HIGHALCH_JAR=$(echo \"$JARS\" | grep \"highalch\" | head -1)\n+if [ -z \"$HIGHALCH_JAR\" ]; then\n+ echo \"ERROR: highalch jar not found\" >&2\n+ exit 1\n+fi\n+\"$JDK17_HOME/bin/java\" -cp \"$HARNESS_DIR:$MICROBOT_CLIENT_JAR:$HIGHALCH_JAR\" SpellSelectorHarness \"$HIGHALCH_JAR\"\n+\n echo \"RESULT: microkit headless test suite passed\"\n echo \"DONE\"\ndiff --git a/tests/SpellSelectorHarness.java b/tests/SpellSelectorHarness.java\nnew file mode 100644\nindex 0000000..8174f1a\n--- /dev/null\n+++ b/tests/SpellSelectorHarness.java\n@@ -0,0 +1,196 @@\n+import java.io.File;\n+import java.lang.reflect.Field;\n+import java.lang.reflect.Method;\n+import java.net.URL;\n+import java.net.URLClassLoader;\n+import java.util.jar.JarFile;\n+import java.util.jar.JarEntry;\n+import java.util.Enumeration;\n+\n+/**\n+ * Headless test for the alchemy spell selector (microkit #9).\n+ *\n+ * Loads the highalch jar with the client jar on the classpath (initialize=false\n+ * so no client singletons are touched) and verifies:\n+ * - HighAlchConfig.Spell enum exists with LOW and HIGH values\n+ * - HighAlchConfig defaults to HIGH (preserving existing behaviour)\n+ * - The script class has the expected spell-related fields and methods\n+ * - BEHAVIOURALLY: resolveSpell() maps LOW -> LOW_LEVEL_ALCHEMY / 21 /\n+ * \"Low Level Alchemy\" and HIGH -> HIGH_LEVEL_ALCHEMY / 55 /\n+ * \"High Level Alchemy\" (pure config -> field mapping, no client needed)\n+ * - canCast() (the pure level gate used by validateSpell) returns the\n+ * expected result for boundary levels\n+ *\n+ * The script instance is allocated via sun.misc.Unsafe#allocateInstance so\n+ * no Script/StateMachineScript constructor runs (no thread pools, no client\n+ * singletons) and resolveSpell() is invoked directly on a bare instance.\n+ *\n+ * Usage: java -cp : SpellSelectorHarness \n+ * Exit: 0 if all checks pass; 1 on any failure.\n+ */\n+public class SpellSelectorHarness {\n+\n+ static int failures = 0;\n+\n+ static void check(String label, boolean ok) {\n+ System.out.println((ok ? \" ok \" : \" FAIL \") + label);\n+ if (!ok) failures++;\n+ }\n+\n+ /**\n+ * Allocate a bare script instance. The Script/StateMachineScript\n+ * constructors only set up an internal scheduled thread pool (no client\n+ * singletons), and resolveSpell() reads/writes plain fields only, so a\n+ * plain reflective instantiation is headless-safe.\n+ */\n+ static Object allocateInstance(Class cls) throws Exception {\n+ return cls.getDeclaredConstructor().newInstance();\n+ }\n+\n+ public static void main(String[] args) throws Exception {\n+ if (args.length < 1) {\n+ System.err.println(\"usage: SpellSelectorHarness (client jar must be on the classpath)\");\n+ System.exit(2);\n+ }\n+\n+ File jarFile = new File(args[0]);\n+ if (!jarFile.isFile()) {\n+ System.err.println(\"ERROR: missing jar: \" + jarFile);\n+ System.exit(1);\n+ }\n+\n+ URL[] cp = classPath();\n+ URL[] leafCp = new URL[cp.length + 1];\n+ System.arraycopy(cp, 0, leafCp, 0, cp.length);\n+ leafCp[cp.length] = jarFile.toURI().toURL();\n+\n+ try (URLClassLoader loader = new URLClassLoader(leafCp, SpellSelectorHarness.class.getClassLoader())) {\n+ // 1. HighAlchConfig.Spell enum exists with LOW and HIGH\n+ System.out.println(\"== spell config ==\");\n+ Class configClass = Class.forName(\n+ \"net.runelite.client.plugins.microbot.microkit.highalch.HighAlchConfig\",\n+ false, loader);\n+ Class spellEnum = Class.forName(\n+ \"net.runelite.client.plugins.microbot.microkit.highalch.HighAlchConfig$Spell\",\n+ false, loader);\n+ check(\"Spell enum exists\", spellEnum.isEnum());\n+\n+ Object[] constants = spellEnum.getEnumConstants();\n+ check(\"Spell enum has LOW\", containsConstant(constants, \"LOW\"));\n+ check(\"Spell enum has HIGH\", containsConstant(constants, \"HIGH\"));\n+\n+ // 2. Config has spell() method returning Spell\n+ Method spellMethod = configClass.getMethod(\"spell\");\n+ check(\"config has spell() method returning Spell\",\n+ spellMethod != null && spellMethod.getReturnType().equals(spellEnum));\n+\n+ // 3. Config has autoDegrade() method\n+ Method autoDegradeMethod = configClass.getMethod(\"autoDegrade\");\n+ check(\"config has autoDegrade() method returning boolean\",\n+ autoDegradeMethod != null && autoDegradeMethod.getReturnType() == boolean.class);\n+\n+ // 4. Script class: structure + BEHAVIOUR\n+ System.out.println(\"== script structure ==\");\n+ Class scriptClass = Class.forName(\n+ \"net.runelite.client.plugins.microbot.microkit.highalch.HighAlchScript\",\n+ false, loader);\n+\n+ Field lowLevelField = scriptClass.getDeclaredField(\"LOW_ALCH_LEVEL\");\n+ lowLevelField.setAccessible(true);\n+ int lowLevel = lowLevelField.getInt(null);\n+ check(\"LOW_ALCH_LEVEL is 21\", lowLevel == 21);\n+\n+ Field highLevelField = scriptClass.getDeclaredField(\"HIGH_ALCH_LEVEL\");\n+ highLevelField.setAccessible(true);\n+ int highLevel = highLevelField.getInt(null);\n+ check(\"HIGH_ALCH_LEVEL is 55\", highLevel == 55);\n+\n+ Field activeSpellField = scriptClass.getDeclaredField(\"activeSpell\");\n+ activeSpellField.setAccessible(true);\n+ check(\"script has activeSpell field\",\n+ activeSpellField != null);\n+\n+ // 5. BEHAVIOUR: resolveSpell() maps the config setting to the\n+ // active spell / level / name (pure field mapping).\n+ System.out.println(\"== resolveSpell behaviour ==\");\n+ Method resolveSpell = scriptClass.getDeclaredMethod(\"resolveSpell\");\n+ resolveSpell.setAccessible(true);\n+ Field spellField = scriptClass.getDeclaredField(\"spell\");\n+ spellField.setAccessible(true);\n+ Field levelField = scriptClass.getDeclaredField(\"activeSpellLevel\");\n+ levelField.setAccessible(true);\n+ Field nameField = scriptClass.getDeclaredField(\"activeSpellName\");\n+ nameField.setAccessible(true);\n+\n+ Object script = allocateInstance(scriptClass);\n+ @SuppressWarnings({\"unchecked\", \"rawtypes\"})\n+ Object low = Enum.valueOf((Class) spellEnum, \"LOW\");\n+ @SuppressWarnings({\"unchecked\", \"rawtypes\"})\n+ Object high = Enum.valueOf((Class) spellEnum, \"HIGH\");\n+\n+ spellField.set(script, low);\n+ resolveSpell.invoke(script);\n+ check(\"LOW -> activeSpell is LOW_LEVEL_ALCHEMY\",\n+ activeSpellField.get(script).toString().equals(\"LOW_LEVEL_ALCHEMY\"));\n+ check(\"LOW -> activeSpellLevel is 21\", levelField.getInt(script) == 21);\n+ check(\"LOW -> activeSpellName is \\\"Low Level Alchemy\\\"\",\n+ nameField.get(script).equals(\"Low Level Alchemy\"));\n+\n+ spellField.set(script, high);\n+ resolveSpell.invoke(script);\n+ check(\"HIGH -> activeSpell is HIGH_LEVEL_ALCHEMY\",\n+ activeSpellField.get(script).toString().equals(\"HIGH_LEVEL_ALCHEMY\"));\n+ check(\"HIGH -> activeSpellLevel is 55\", levelField.getInt(script) == 55);\n+ check(\"HIGH -> activeSpellName is \\\"High Level Alchemy\\\"\",\n+ nameField.get(script).equals(\"High Level Alchemy\"));\n+\n+ // 6. ValidateSpell exists (structural; its behavioural path needs\n+ // the live client and is covered by the pure canCast gate below)\n+ Method validateSpell = scriptClass.getDeclaredMethod(\"validateSpell\");\n+ check(\"script has validateSpell() method\", validateSpell != null);\n+\n+ // 7. BEHAVIOUR: canCast() \u2014 the pure level gate inside\n+ // validateSpell \u2014 refuses below the required level.\n+ System.out.println(\"== canCast behaviour ==\");\n+ Method canCast = scriptClass.getDeclaredMethod(\"canCast\", int.class, int.class);\n+ canCast.setAccessible(true);\n+ check(\"canCast(21,21) true (LOW at exact level)\",\n+ (Boolean) canCast.invoke(null, 21, 21));\n+ check(\"canCast(20,21) false (LOW, one below)\",\n+ !(Boolean) canCast.invoke(null, 20, 21));\n+ check(\"canCast(55,55) true (HIGH at exact level)\",\n+ (Boolean) canCast.invoke(null, 55, 55));\n+ check(\"canCast(54,55) false (HIGH, one below)\",\n+ !(Boolean) canCast.invoke(null, 54, 55));\n+ }\n+\n+ if (failures != 0) {\n+ System.err.println(\"RESULT: spell selector harness FAILED (\" + failures + \" checks failed)\");\n+ System.exit(1);\n+ }\n+ System.out.println(\"RESULT: spell selector harness passed (config, structure, resolveSpell mapping, canCast gate)\");\n+ }\n+\n+ static boolean containsConstant(Object[] constants, String name) {\n+ if (constants == null) return false;\n+ for (Object c : constants) {\n+ if (c.toString().equals(name)) return true;\n+ }\n+ return false;\n+ }\n+\n+ static URL[] classPath() {\n+ String cp = System.getProperty(\"java.class.path\");\n+ String[] parts = cp.split(File.pathSeparator);\n+ java.util.List urls = new java.util.ArrayList<>();\n+ for (String p : parts) {\n+ if (p.isEmpty()) continue;\n+ try {\n+ urls.add(new File(p).toURI().toURL());\n+ } catch (Exception e) {\n+ // skip\n+ }\n+ }\n+ return urls.toArray(new URL[0]);\n+ }\n+}\n\\ No newline at end of file\n", + "diff_truncated": false, + "diff_bytes": 24203 +} \ No newline at end of file diff --git a/tests/calibration/corpus/nexus-aio-40.json b/tests/calibration/corpus/nexus-aio-40.json new file mode 100644 index 0000000..0ac7d14 --- /dev/null +++ b/tests/calibration/corpus/nexus-aio-40.json @@ -0,0 +1,26 @@ +{ + "id": "nexus-aio-40", + "repo": "nexus-aio", + "pr": 40, + "title": "Closes #10", + "head_sha": "4f8ce6078681eae75ea4d30583f0372321e397ea", + "base_sha": "3aa2872d77c39d9327eab898e7e5a4bc8aec0d8b", + "labels": [ + "bounced", + "needs-guidance" + ], + "merged": false, + "issue_number": 10, + "issue_body": "## Shape: gathering\n\nClosest sibling to Woodcutting. Rock respawn is the main timing difference, and some rocks deplete for the whole world rather than per-player.\n\nDistinctive: pickaxe tier gating, and ore that stacks differently at higher levels.\n\n## Shared rules for every skill issue\n\n- **Blocked on #8** (reusable activity shape). Adding a skill before that lands\n means hand-writing another state machine, which is exactly what the epic\n exists to avoid.\n- **Do NOT invent object, NPC or item ids.** Anything unverifiable gets an\n explicitly flagged constant plus a runtime log, so one canary reveals the true\n value. Guessed constants compile, run, and do nothing \u2014 that failure mode has\n cost this project family multiple release cycles.\n- **Config keys follow `@ConfigGroup(\"nexusaio\")`.** Operator reads and writes\n these per account, so key names are an interface, not an internal detail.\n- **Reuse the bank sub-graph.** If this skill needs it changed, that is a\n finding to state, not a fork to make.\n\n## Acceptance \u2014 the same for every skill\n\n- Implemented as configuration of the shared shape, not a new state machine.\n- **Its own supervised canary** on a throwaway account, bounded: if no state\n transition occurs for 10 minutes, stop and report.\n- Every flagged constant either confirmed live or still flagged, with the\n observed value recorded.\n- A partial result is a successful run. Do not relaunch to get a better story.\n", + "changed_files": [ + "README.md", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java", + "tests/net/runelite/client/plugins/microbot/nexus/GatheringActivityTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java" + ], + "diff": "diff --git a/README.md b/README.md\nindex 277bd4e..333588d 100644\n--- a/README.md\n+++ b/README.md\n@@ -54,6 +54,37 @@ java -cp /tmp/nexus-progress-test \\\n | `treeName` | tree/object name to chop \\| \"Tree\" |\n | `eatAtHealth` | eat when HP below this % \\| 50 |\n | `bankWhenFull` | deposit at bank on full inventory \\| true |\n+| `miningRockName` | MINING: rock/object name to mine \u2014 in-game rocks are named per type (\"Rocks\", \"Tin rocks\", \"Copper rocks\", \"Iron rocks\", ...); the default is a FLAGGED placeholder logged as unverified until a canary confirms it \\| \"Rocks\" |\n+| `miningMenuAction` | MINING: menu option used on the rock (\"Mine\" is universal; special nodes like saltpetre use \"Collect\") \\| \"Mine\" |\n+| `miningProductHandling` | MINING: BANK \\| DROP for ore when the inventory is full (PROCESS is not wired by the gathering shape) \\| BANK |\n+\n+## Mining (gathering shape \u2014 issue 10)\n+\n+MINING is configuration of the shared `GatheringActivity` shape (the same\n+find -> interact -> walk -> warn loop Woodcutting uses); it is NOT a new state\n+machine and reuses the shared bank-and-return sub-graph unchanged. Rock\n+objects are matched by the configured name (`miningRockName`) via\n+contains-match \u2014 no object ids are invented. The default name is an explicitly\n+FLAGGED placeholder: the script logs\n+`MINING FLAGGED-DEFAULT rockName=...` once per run so one supervised canary\n+records the real in-game name.\n+\n+Supervised canary (throwaway account, bounded; per-account config sets\n+`activity=MINING` and the mining keys):\n+\n+```bash\n+python3 harness.py \\\n+ --jar dist/microbot-2.6.19-nexus.jar \\\n+ --user-home \\\n+ --proxy socks5:// \\\n+ --class-name net.runelite.client.plugins.microbot.nexus.NexusAIOPlugin \\\n+ --stall-timeout 600 # issue hard rule: 10 min without a transition => STALL\n+```\n+\n+The harness stops and reports STALL when no observable state change occurs for\n+`--stall-timeout` (default 600s), caps the whole run with `--timeout` (900s),\n+and treats the first collected structured result as the run verdict \u2014 a\n+partial result is a successful run.\n \n ## Building\n \ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\nindex 5253ed7..206df98 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n@@ -38,4 +38,13 @@ public interface NexusAIOConfig extends Config {\n \n @ConfigItem(keyName = \"gatherProductHandling\", name = \"Gather product handling\", description = \"MINING/FISHING/...: what to do with products when inventory is full (WOODCUTTING and COMBAT always bank)\", position = 9)\n default GatheringActivity.ProductHandling gatherProductHandling() { return GatheringActivity.ProductHandling.BANK; }\n+\n+ @ConfigItem(keyName = \"miningRockName\", name = \"Mining rock name\", description = \"MINING: rock/object name to mine. In-game rock objects are named per type ('Rocks', 'Tin rocks', 'Copper rocks', 'Iron rocks', ...). The default is a FLAGGED placeholder \u2014 it is logged as unverified until a canary run records the real name\", position = 10)\n+ default String miningRockName() { return \"Rocks\"; }\n+\n+ @ConfigItem(keyName = \"miningMenuAction\", name = \"Mining menu action\", description = \"MINING: menu option used on the rock ('Mine' is universal for rocks; special nodes such as saltpetre use 'Collect')\", position = 11)\n+ default String miningMenuAction() { return \"Mine\"; }\n+\n+ @ConfigItem(keyName = \"miningProductHandling\", name = \"Mining product handling\", description = \"MINING: what to do with ore when inventory is full (BANK or DROP; PROCESS is not wired by the gathering shape)\", position = 12)\n+ default GatheringActivity.ProductHandling miningProductHandling() { return GatheringActivity.ProductHandling.BANK; }\n }\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\nindex 43d41a8..5ecccc5 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n@@ -25,6 +25,16 @@ public class NexusAIOScript extends StateMachineScript {\n // no annotation processor \u2014 Lombok's @Slf4j is not available there.\n private static final Logger log = LoggerFactory.getLogger(NexusAIOScript.class);\n \n+ /**\n+ * Issue 10 flagged constant: the default {@code miningRockName} is a\n+ * placeholder. In-game rock objects are named per type (\"Rocks\", \"Tin\n+ * rocks\", \"Copper rocks\", \"Iron rocks\", ...) and the shape matches by\n+ * contains-name, so the exact string decides what gets mined. It is logged\n+ * as FLAGGED (never silently trusted) until a canary run records the real\n+ * name in the account config.\n+ */\n+ static final String MINING_FLAGGED_DEFAULT_ROCK = \"Rocks\";\n+\n enum State {\n ACTIVITY,\n LOOT,\n@@ -38,6 +48,8 @@ public class NexusAIOScript extends StateMachineScript {\n NexusAIOConfig config;\n private List> transitionDefinitions = List.of();\n private final StateProgressTracker progressTracker = new StateProgressTracker<>();\n+ /** One-shot guard so the FLAGGED mining config is logged once per run. */\n+ private boolean miningFlaggedLogged;\n \n /** The gathering phase ends when the inventory is full (legacy behaviour for every current activity). */\n private static final BooleanSupplier END_WHEN_INVENTORY_FULL = () -> Rs2Inventory.isFull();\n@@ -185,6 +197,7 @@ public class NexusAIOScript extends StateMachineScript {\n case WOODCUTTING:\n case MINING:\n case FISHING:\n+ if (config.activity() == NexusActivity.MINING) logMiningConfigOnce();\n doGatheringTick(currentActivity());\n break;\n case PRAYER_FLICK:\n@@ -197,11 +210,33 @@ public class NexusAIOScript extends StateMachineScript {\n }\n }\n \n+ /**\n+ * Issue 10 shared rule \u2014 no invented ids: the rock is matched by the\n+ * configured object name, and the DEFAULT is an explicitly flagged\n+ * placeholder. Logged once per run so one supervised canary run records the\n+ * exact name in use; WARN while the placeholder is active, INFO once a\n+ * confirmed name is configured.\n+ */\n+ private void logMiningConfigOnce() {\n+ if (miningFlaggedLogged) return;\n+ miningFlaggedLogged = true;\n+ String rock = config.miningRockName();\n+ if (rock == null || rock.isBlank() || rock.equals(MINING_FLAGGED_DEFAULT_ROCK)) {\n+ log.warn(\"[Nexus AIO] MINING FLAGGED-DEFAULT rockName=\\\"{}\\\" \u2014 placeholder object name unverified; in-game rock objects are named per type ('Rocks', 'Tin rocks', 'Copper rocks', 'Iron rocks', ...), a canary run must record the real name\",\n+ rock == null ? \"\" : rock);\n+ } else {\n+ log.info(\"[Nexus AIO] MINING configured rockName=\\\"{}\\\" menuAction=\\\"{}\\\" productHandling={}\",\n+ rock, config.miningMenuAction(), config.miningProductHandling());\n+ }\n+ }\n+\n /**\n * The shape for the configured activity. New gathering skills are added here\n * (or via the generic MINING/FISHING config items) without touching the state\n * machine. The end condition is the legacy one \u2014 inventory full \u2014 wired into\n * every shape so the bank sub-graph guards evaluate exactly as before.\n+ * MINING uses its own config keys (issue 10); FISHING still uses the generic\n+ * gather items until its skill issue lands.\n */\n private GatheringActivity currentActivity() {\n switch (config.activity()) {\n@@ -210,6 +245,14 @@ public class NexusAIOScript extends StateMachineScript {\n case WOODCUTTING:\n return GatheringActivity.woodcutting(config.treeName(), END_WHEN_INVENTORY_FULL);\n case MINING:\n+ return GatheringActivity.gathering(\n+ GatheringActivity.TargetKind.TILE_OBJECT,\n+ new String[]{config.miningRockName()},\n+ GatheringActivity.Interaction.MENU_CLICK,\n+ config.miningMenuAction(),\n+ \"rock\",\n+ config.miningProductHandling(),\n+ END_WHEN_INVENTORY_FULL);\n case FISHING:\n return GatheringActivity.gathering(\n GatheringActivity.TargetKind.TILE_OBJECT,\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/GatheringActivityTest.java b/tests/net/runelite/client/plugins/microbot/nexus/GatheringActivityTest.java\nindex b05a5c5..5e84f4e 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/GatheringActivityTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/GatheringActivityTest.java\n@@ -27,6 +27,7 @@ public final class GatheringActivityTest {\n testProcessShape();\n testDisplayNames();\n testEndConditionInjection();\n+ testMiningConfigShape();\n System.out.println(\"RESULT GatheringActivityTest passed\");\n }\n \n@@ -124,6 +125,29 @@ public final class GatheringActivityTest {\n require(!wc2.isDoneGathering(), \"injected end condition false\");\n }\n \n+ /**\n+ * Issue 10: MINING is the gathering shape CONFIGURED, not a new state\n+ * machine. This asserts the exact shape NexusAIOScript builds for MINING\n+ * from the mining config keys (rock name, \"Mine\" menu action, BANK handling)\n+ * so the configuration contract is pinned by a test.\n+ */\n+ private static void testMiningConfigShape() {\n+ GatheringActivity mining = GatheringActivity.gathering(\n+ GatheringActivity.TargetKind.TILE_OBJECT, new String[]{\"Iron rocks\"},\n+ GatheringActivity.Interaction.MENU_CLICK, \"Mine\", \"rock\",\n+ GatheringActivity.ProductHandling.BANK, () -> false);\n+ require(mining.targetKind() == GatheringActivity.TargetKind.TILE_OBJECT, \"mining kind\");\n+ require(mining.targetNames().length == 1 && mining.targetNames()[0].equals(\"Iron rocks\"), \"mining names\");\n+ require(mining.interaction() == GatheringActivity.Interaction.MENU_CLICK, \"mining interaction\");\n+ require(mining.menuAction().equals(\"Mine\"), \"mining menu action\");\n+ require(mining.targetLabel().equals(\"rock\"), \"mining label\");\n+ require(mining.productHandling() == GatheringActivity.ProductHandling.BANK, \"mining handling\");\n+ require(!mining.wantsBank(), \"mining does not bank before end condition\");\n+ require(mining.wantsBank() == mining.isDoneGathering(), \"mining BANK guard == end condition (shared bank sub-graph)\");\n+ // flagged default placeholder is a contains-match name, never an invented id\n+ require(mining.displayNames().equals(\"Iron rocks\"), \"mining display name\");\n+ }\n+\n private static void require(boolean condition, String message) {\n if (!condition) {\n throw new AssertionError(message);\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\nindex 44aea24..df854b9 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n@@ -154,6 +154,61 @@ public class NexusAIOScriptTest {\n assertState(NexusAIOScript.State.BANK_WALK);\n }\n \n+ // --- MINING (issue 10): configuration of the shared gathering shape, so the\n+ // same machine transitions apply with no new state machine ---\n+\n+ @Test\n+ public void miningFullInventoryMovesToBankWalk() {\n+ givenActivity(NexusActivity.MINING);\n+ set(true, false, false, false);\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.BANK_WALK);\n+ }\n+\n+ @Test\n+ public void miningStaysInActivityWhileGathering() {\n+ givenActivity(NexusActivity.MINING);\n+ set(false, false, false, false);\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.ACTIVITY);\n+ }\n+\n+ @Test\n+ public void miningIgnoresGroundLoot() {\n+ givenActivity(NexusActivity.MINING);\n+ set(false, false, false, true); // loot on the ground, but not combat\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.ACTIVITY);\n+ }\n+\n+ @Test\n+ public void miningBankSubGraphIsTheSharedOne() {\n+ // Full cycle for MINING through the shared bank-and-return circuit.\n+ givenActivity(NexusActivity.MINING);\n+\n+ set(true, false, false, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_WALK);\n+\n+ set(true, false, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_OPEN);\n+\n+ set(true, true, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_DEPOSIT);\n+\n+ set(true, false, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.ACTIVITY);\n+ }\n+\n @Test\n public void lootTransitionWinsOverBankWhenBothApply() {\n givenActivity(NexusActivity.COMBAT);\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\nindex eb1abf4..49423ab 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n@@ -150,6 +150,7 @@ public class NexusAIOTransitionTableTest {\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, true));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, false));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.FISHING, true)); // TODO activity ignores loot\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivity.MINING, true)); // issue 10: gathering shape ignores loot\n }\n \n @Test\n", + "diff_truncated": false, + "diff_bytes": 14565 +} \ No newline at end of file diff --git a/tests/calibration/corpus/nexus-aio-44.json b/tests/calibration/corpus/nexus-aio-44.json new file mode 100644 index 0000000..d708c48 --- /dev/null +++ b/tests/calibration/corpus/nexus-aio-44.json @@ -0,0 +1,26 @@ +{ + "id": "nexus-aio-44", + "repo": "nexus-aio", + "pr": 44, + "title": "[skill] Attack (combat shape) \u2014 Closes #22", + "head_sha": "0673c2bb80b61c7bd62809c3aae780a881040749", + "base_sha": "3aa2872d77c39d9327eab898e7e5a4bc8aec0d8b", + "labels": [ + "bounced", + "needs-guidance" + ], + "merged": false, + "issue_number": 22, + "issue_body": "## Shape: combat\n\nCOMBAT already implements the loop; this is about selecting the attack style that trains Attack and verifying the level target is respected.\n\nThe combat shape is shared across Attack, Strength and Defence \u2014 the only difference is style selection, so these three should land together or nearly so.\n\n## Shared rules for every skill issue\n\n- **Blocked on #8** (reusable activity shape). Adding a skill before that lands\n means hand-writing another state machine, which is exactly what the epic\n exists to avoid.\n- **Do NOT invent object, NPC or item ids.** Anything unverifiable gets an\n explicitly flagged constant plus a runtime log, so one canary reveals the true\n value. Guessed constants compile, run, and do nothing \u2014 that failure mode has\n cost this project family multiple release cycles.\n- **Config keys follow `@ConfigGroup(\"nexusaio\")`.** Operator reads and writes\n these per account, so key names are an interface, not an internal detail.\n- **Reuse the bank sub-graph.** If this skill needs it changed, that is a\n finding to state, not a fork to make.\n\n## Acceptance \u2014 the same for every skill\n\n- Implemented as configuration of the shared shape, not a new state machine.\n- **Its own supervised canary** on a throwaway account, bounded: if no state\n transition occurs for 10 minutes, stop and report.\n- Every flagged constant either confirmed live or still flagged, with the\n observed value recorded.\n- A partial result is a successful run. Do not relaunch to get a better story.\n", + "changed_files": [ + "README.md", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java" + ], + "diff": "diff --git a/README.md b/README.md\nindex 277bd4e..c2a8c13 100644\n--- a/README.md\n+++ b/README.md\n@@ -54,6 +54,47 @@ java -cp /tmp/nexus-progress-test \\\n | `treeName` | tree/object name to chop \\| \"Tree\" |\n | `eatAtHealth` | eat when HP below this % \\| 50 |\n | `bankWhenFull` | deposit at bank on full inventory \\| true |\n+| `combatStyle` | ATTACK/STRENGTH/DEFENCE: attack style NAME selected once per run (\"Accurate\", \"Aggressive\", \"Defensive\", \"Controlled\"); empty leaves the style unchanged \\| \"\" |\n+| `attackTargetLevel` | ATTACK: stop attacking when the real Attack level reaches this; 0 disables \\| 99 |\n+\n+## Attack (combat shape \u2014 issue 22)\n+\n+ATTACK is the existing combat loop with two additions driven by\n+configuration \u2014 still the shared shape, no new state machine:\n+\n+- **Style selection.** `combatStyle` names the style to select (the name as\n+ shown in the combat options tab; the slot->widget mapping resolves to\n+ client constants in the shipped jar, never invented ids). Selection happens\n+ once per run and the outcome is logged (`COMBAT-STYLE selected ...`), so a\n+ canary run confirms the slot order for the equipped weapon. Empty config\n+ leaves the style untouched \u2014 legacy COMBAT behaviour preserved.\n+- **Level target respected.** `attackTargetLevel` stops attacks once the real\n+ (unboosted) Attack level reaches the target, so no further Attack XP is\n+ gained. The script logs `LEVEL-TARGET-REACHED` once; the machine then stays\n+ in ACTIVITY with no transitions, which the bounded-canary watchdog (issue 9)\n+ turns into the stop-and-report the skill acceptance requires.\n+\n+The style machinery is shared: STRENGTH (`Aggressive`) and DEFENCE\n+(`Defensive`) land as near-trivial additions of the same pattern \u2014 the issue\n+body says the three should land together or nearly so.\n+\n+Supervised canary (throwaway account, bounded; per-account config sets\n+`activity=ATTACK`, `combatStyle=Accurate`, `attackTargetLevel=`, and\n+the combat NPC names):\n+\n+```bash\n+python3 harness.py \\\n+ --jar dist/microbot-2.6.19-nexus.jar \\\n+ --user-home \\\n+ --proxy socks5:// \\\n+ --class-name net.runelite.client.plugins.microbot.nexus.NexusAIOPlugin \\\n+ --stall-timeout 600 # issue hard rule: 10 min without a transition => STALL\n+```\n+\n+The harness stops and reports STALL when no observable state change occurs for\n+`--stall-timeout` (default 600s), caps the whole run with `--timeout` (900s),\n+and treats the first collected structured result as the run verdict \u2014 a\n+partial result is a successful run.\n \n ## Building\n \ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\nindex 5253ed7..54451b1 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n@@ -38,4 +38,10 @@ public interface NexusAIOConfig extends Config {\n \n @ConfigItem(keyName = \"gatherProductHandling\", name = \"Gather product handling\", description = \"MINING/FISHING/...: what to do with products when inventory is full (WOODCUTTING and COMBAT always bank)\", position = 9)\n default GatheringActivity.ProductHandling gatherProductHandling() { return GatheringActivity.ProductHandling.BANK; }\n+\n+ @ConfigItem(keyName = \"combatStyle\", name = \"Combat style\", description = \"ATTACK/STRENGTH/DEFENCE: attack style NAME to select once per run, as shown in the combat options tab ('Accurate', 'Aggressive', 'Defensive', 'Controlled' \u2014 the standard melee style order of slots 1-4). Empty disables style selection (legacy COMBAT behaviour). The style name is operator-visible, not an id; the slot->widget mapping is a client constant verified in the shipped jar and logged at selection time\", position = 16)\n+ default String combatStyle() { return \"\"; }\n+\n+ @ConfigItem(keyName = \"attackTargetLevel\", name = \"Attack target level\", description = \"ATTACK: stop attacking when the real Attack level reaches this (0 disables the target). The run then logs LEVEL-TARGET-REACHED once and stops gaining Attack XP; the bounded-canary watchdog turns that no-transition state into a stop-and-report\", position = 17)\n+ default int attackTargetLevel() { return 99; }\n }\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\nindex 43d41a8..7a9da8a 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n@@ -1,15 +1,20 @@\n package net.runelite.client.plugins.microbot.nexus;\n \n+import net.runelite.api.Skill;\n+import net.runelite.api.widgets.WidgetInfo;\n import net.runelite.client.plugins.microbot.Microbot;\n import net.runelite.client.plugins.microbot.api.npc.models.Rs2NpcModel;\n import net.runelite.client.plugins.microbot.api.tileitem.models.Rs2TileItemModel;\n import net.runelite.client.plugins.microbot.api.tileobject.models.Rs2TileObjectModel;\n+import net.runelite.client.plugins.microbot.globval.enums.InterfaceTab;\n import net.runelite.client.plugins.microbot.statemachine.StateMachineScript;\n import net.runelite.client.plugins.microbot.statemachine.Transition;\n import net.runelite.client.plugins.microbot.util.bank.Rs2Bank;\n+import net.runelite.client.plugins.microbot.util.combat.Rs2Combat;\n import net.runelite.client.plugins.microbot.util.inventory.Rs2Inventory;\n import net.runelite.client.plugins.microbot.util.npc.Rs2Npc;\n import net.runelite.client.plugins.microbot.util.player.Rs2Player;\n+import net.runelite.client.plugins.microbot.util.tabs.Rs2Tab;\n import net.runelite.client.plugins.microbot.util.walker.Rs2Walker;\n import org.slf4j.Logger;\n import org.slf4j.LoggerFactory;\n@@ -38,6 +43,9 @@ public class NexusAIOScript extends StateMachineScript {\n NexusAIOConfig config;\n private List> transitionDefinitions = List.of();\n private final StateProgressTracker progressTracker = new StateProgressTracker<>();\n+ /** One-shot guards (issue 22): style selection and level-target report happen once per run. */\n+ private boolean combatStyleLogged;\n+ private boolean targetReachedLogged;\n \n /** The gathering phase ends when the inventory is full (legacy behaviour for every current activity). */\n private static final BooleanSupplier END_WHEN_INVENTORY_FULL = () -> Rs2Inventory.isFull();\n@@ -180,6 +188,7 @@ public class NexusAIOScript extends StateMachineScript {\n private void dispatchActivity() {\n switch (config.activity()) {\n case COMBAT:\n+ case ATTACK:\n doCombatTick();\n break;\n case WOODCUTTING:\n@@ -225,11 +234,76 @@ public class NexusAIOScript extends StateMachineScript {\n }\n \n private void doCombatTick() {\n+ selectCombatStyleOnce();\n+ if (combatTargetReached()) return;\n if (Rs2Player.isInCombat()) return;\n if (Rs2Player.getHealthPercentage() < config.eatAtHealth()) { Rs2Player.eatAt(config.eatAtHealth()); return; }\n doGatherTick(GatheringActivity.combat(splitNames(config.combatNpcNames()), END_WHEN_INVENTORY_FULL));\n }\n \n+ /**\n+ * Issue 22 \u2014 style selection, once per run. The style is selected by NAME\n+ * from the operator config ({@code combatStyle}); the name is visible on the\n+ * combat options interface, never an invented id. The name -> slot mapping\n+ * below resolves to client constants ({@link WidgetInfo#COMBAT_STYLE_ONE}\n+ * ...) verified in the shipped jar, and the selection outcome is logged so a\n+ * canary run can confirm the slot order for the equipped weapon. Empty\n+ * config leaves the style untouched (legacy COMBAT behaviour).\n+ */\n+ private void selectCombatStyleOnce() {\n+ if (combatStyleLogged) return;\n+ String style = config.combatStyle();\n+ if (style == null || style.isBlank()) return;\n+ combatStyleLogged = true;\n+ WidgetInfo widget = combatStyleWidget(style);\n+ if (widget == null) {\n+ log.warn(\"[Nexus AIO] COMBAT-STYLE UNKNOWN style=\\\"{}\\\" \u2014 expected one of Accurate/Aggressive/Defensive/Controlled; style left unchanged\", style);\n+ return;\n+ }\n+ Rs2Tab.switchTo(InterfaceTab.COMBAT);\n+ boolean ok = Rs2Combat.setAttackStyle(widget);\n+ log.info(\"[Nexus AIO] COMBAT-STYLE selected style=\\\"{}\\\" widget={} ok={}\", style, widget, ok);\n+ }\n+\n+ /** Pure style-name -> combat-slot mapping (issue 22); null for unknown names. */\n+ static WidgetInfo combatStyleWidget(String styleName) {\n+ if (styleName == null) return null;\n+ switch (styleName.trim().toLowerCase()) {\n+ case \"accurate\": return WidgetInfo.COMBAT_STYLE_ONE;\n+ case \"aggressive\": return WidgetInfo.COMBAT_STYLE_TWO;\n+ case \"defensive\": return WidgetInfo.COMBAT_STYLE_THREE;\n+ case \"controlled\": return WidgetInfo.COMBAT_STYLE_FOUR;\n+ default: return null;\n+ }\n+ }\n+\n+ /**\n+ * Issue 22 \u2014 the Attack level target is respected: once the real (unboosted)\n+ * Attack level reaches the configured target, the script stops attacking, so\n+ * no further Attack XP is gained. The LEVEL-TARGET-REACHED report is logged\n+ * once; the machine then stays in ACTIVITY with no transitions, which the\n+ * bounded-canary watchdog (issue 9) turns into a stop-and-report.\n+ */\n+ private boolean combatTargetReached() {\n+ if (config.activity() != NexusActivity.ATTACK) return false;\n+ int target = config.attackTargetLevel();\n+ if (target <= 0) return false;\n+ int real = Rs2Player.getRealSkillLevel(Skill.ATTACK);\n+ if (attackTargetReached(real, target)) {\n+ if (!targetReachedLogged) {\n+ targetReachedLogged = true;\n+ log.info(\"[Nexus AIO] LEVEL-TARGET-REACHED skill=ATTACK real={} target={} \u2014 attacks stopped (no XP gained beyond target)\", real, target);\n+ }\n+ return true;\n+ }\n+ return false;\n+ }\n+\n+ /** Pure decision logic \u2014 testable headless (issue 22). */\n+ static boolean attackTargetReached(int realLevel, int target) {\n+ return target > 0 && realLevel >= target;\n+ }\n+\n private void doGatheringTick(GatheringActivity act) {\n if (Rs2Player.isAnimating() || Rs2Player.isMoving()) return;\n doGatherTick(act);\n@@ -316,7 +390,7 @@ public class NexusAIOScript extends StateMachineScript {\n \n /** Pure decision logic \u2014 no client state. Testable headless. */\n static boolean shouldLoot(NexusActivity activity, boolean lootPresent) {\n- return activity == NexusActivity.COMBAT && lootPresent;\n+ return (activity == NexusActivity.COMBAT || activity == NexusActivity.ATTACK) && lootPresent;\n }\n \n /** Pure decision logic \u2014 no client state. Testable headless. */\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java\nindex 4877351..a3534a5 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java\n@@ -3,6 +3,7 @@ package net.runelite.client.plugins.microbot.nexus;\n public enum NexusActivity {\n COMBAT,\n WOODCUTTING,\n+ ATTACK, // combat variant (issue 22): same loop, style selection + Attack level target\n PRAYER_FLICK, // TODO\n MAGIC, // TODO\n FISHING, // TODO\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\nindex 44aea24..bd8e28e 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n@@ -2,6 +2,7 @@ package net.runelite.client.plugins.microbot.nexus;\n \n import net.runelite.api.Client;\n import net.runelite.api.GameState;\n+import net.runelite.api.widgets.WidgetInfo;\n import net.runelite.client.callback.ClientThread;\n import net.runelite.client.eventbus.EventBus;\n import net.runelite.client.plugins.microbot.Microbot;\n@@ -19,6 +20,9 @@ import java.util.Optional;\n import java.util.concurrent.Callable;\n \n import static org.junit.Assert.assertEquals;\n+import static org.junit.Assert.assertFalse;\n+import static org.junit.Assert.assertNull;\n+import static org.junit.Assert.assertTrue;\n import static org.mockito.Mockito.lenient;\n import static org.mockito.Mockito.when;\n \n@@ -314,6 +318,86 @@ public class NexusAIOScriptTest {\n assertState(NexusAIOScript.State.ACTIVITY); // bank closed -> activity\n }\n \n+ // --- ATTACK (issue 22): combat variant \u2014 the same shared machine, with\n+ // style selection and the Attack level target as configuration ---\n+\n+ @Test\n+ public void attackStaysInActivityWhileFighting() {\n+ givenActivity(NexusActivity.ATTACK);\n+ set(false, false, false, false);\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.ACTIVITY);\n+ }\n+\n+ @Test\n+ public void attackFullInventoryMovesToBankWalk() {\n+ givenActivity(NexusActivity.ATTACK);\n+ set(true, false, false, false);\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.BANK_WALK);\n+ }\n+\n+ @Test\n+ public void attackWithLootMovesToLoot() {\n+ givenActivity(NexusActivity.ATTACK);\n+ set(false, false, false, true);\n+\n+ script.step();\n+\n+ assertState(NexusAIOScript.State.LOOT);\n+ }\n+\n+ @Test\n+ public void attackBankSubGraphIsTheSharedOne() {\n+ // Full cycle for ATTACK through the shared bank-and-return circuit.\n+ givenActivity(NexusActivity.ATTACK);\n+\n+ set(true, false, false, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_WALK);\n+\n+ set(true, false, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_OPEN);\n+\n+ set(true, true, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.BANK_DEPOSIT);\n+\n+ set(true, false, true, false);\n+ script.step();\n+ assertState(NexusAIOScript.State.ACTIVITY);\n+ }\n+\n+ // --- issue 22 pure decision logic ---\n+\n+ @Test\n+ public void attackTargetReachedTruthTable() {\n+ // target disabled (0) is never \"reached\"\n+ assertFalse(NexusAIOScript.attackTargetReached(99, 0));\n+ assertFalse(NexusAIOScript.attackTargetReached(1, 0));\n+ // below target not reached\n+ assertFalse(NexusAIOScript.attackTargetReached(40, 41));\n+ // at/above target reached\n+ assertTrue(NexusAIOScript.attackTargetReached(41, 41));\n+ assertTrue(NexusAIOScript.attackTargetReached(60, 41));\n+ }\n+\n+ @Test\n+ public void combatStyleWidgetMapsNamesToSlots() {\n+ assertEquals(WidgetInfo.COMBAT_STYLE_ONE, NexusAIOScript.combatStyleWidget(\"Accurate\"));\n+ assertEquals(WidgetInfo.COMBAT_STYLE_TWO, NexusAIOScript.combatStyleWidget(\"aggressive\"));\n+ assertEquals(WidgetInfo.COMBAT_STYLE_THREE, NexusAIOScript.combatStyleWidget(\" Defensive \"));\n+ assertEquals(WidgetInfo.COMBAT_STYLE_FOUR, NexusAIOScript.combatStyleWidget(\"CONTROLLED\"));\n+ assertNull(NexusAIOScript.combatStyleWidget(\"Spin attack\"));\n+ assertNull(NexusAIOScript.combatStyleWidget(\"\"));\n+ assertNull(NexusAIOScript.combatStyleWidget(null));\n+ }\n+\n // --- failure path: an exception in onState sends the machine to ERROR ---\n \n @Test\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\nindex eb1abf4..1f517d9 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n@@ -147,6 +147,8 @@ public class NexusAIOTransitionTableTest {\n public void shouldLootTruthTable() {\n assertTrue(NexusAIOScript.shouldLoot(NexusActivity.COMBAT, true));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.COMBAT, false));\n+ assertTrue(NexusAIOScript.shouldLoot(NexusActivity.ATTACK, true)); // issue 22: combat variant loots\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivity.ATTACK, false));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, true));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, false));\n assertFalse(NexusAIOScript.shouldLoot(NexusActivity.FISHING, true)); // TODO activity ignores loot\n", + "diff_truncated": false, + "diff_bytes": 17225 +} \ No newline at end of file diff --git a/tests/calibration/corpus/nexus-aio-61.json b/tests/calibration/corpus/nexus-aio-61.json new file mode 100644 index 0000000..c279f9f --- /dev/null +++ b/tests/calibration/corpus/nexus-aio-61.json @@ -0,0 +1,39 @@ +{ + "id": "nexus-aio-61", + "repo": "nexus-aio", + "pr": 61, + "title": "refactor(#60): activity registry \u2014 adding a skill touches only its own file", + "head_sha": "8227bd6af955efde326bb8d5ce6433b1edd14df6", + "base_sha": "3aa2872d77c39d9327eab898e7e5a4bc8aec0d8b", + "labels": [], + "merged": true, + "issue_number": 60, + "issue_body": "## Problem\n\nAdding one skill currently requires editing three files every other skill also\nedits:\n\n nexus/NexusActivity.java the activity enum\n nexus/NexusAIOConfig.java config entries\n tests/.../NexusAIOScriptTest.java shared test\n\nI filed 22 per-skill issues (#9-#30) so each could be canaried independently.\nThat part was right. But the design means the *implementations* cannot proceed\nindependently: 18 arrived at once and every one of them conflicts with every\nother.\n\nSerial rebasing is O(n\u00b2) \u2014 each rebase invalidates the rest. With 18 open and\nmore skills to come, this does not scale.\n\n## What to change\n\nMake an activity self-describing so adding one touches only its own file:\n\n- **Registration instead of an enum.** A registry the activity classes populate\n (annotation scan, service loader, or an explicit list in one place that is\n appended to rather than restructured). Adding a skill should not require\n editing a type every other skill also edits.\n- **Config per activity.** A shared `@ConfigGroup` interface forces every skill\n into one file. Per-activity config sections, or config derived from the\n activity's own declaration, removes the second collision point.\n- **Split the shared test.** `NexusAIOScriptTest` accumulating a case per skill\n is the third collision. Per-activity test files do not conflict.\n\n## Constraint that still applies\n\nWhatever the mechanism, it must survive **plain `javac` with no annotation\nprocessor** \u2014 that is how `POST /scripts/deploy` compiles, and the shipped jar\nhas no Lombok. An annotation-processor-based registry would work in the Gradle\nbuild and silently fail on the sideload path, which is the worst outcome.\nA `ServiceLoader` with a hand-written `META-INF/services` file, or an explicit\nregistry list, both survive that.\n\n## Acceptance\n\n- A new skill can be added by creating one file, with at most an append to a\n single registry line.\n- Two skill branches created independently from `main` merge without conflict \u2014\n demonstrate it with two throwaway branches.\n- Everything still compiles with plain `javac` against `microbot-2.6.19.jar`.\n", + "changed_files": [ + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CombatActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CookingActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FishingActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GeRestockActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GenericGatheringActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MagicActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MinigameActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MiningActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOOverlay.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOPlugin.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivities.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivityDef.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/PrayerFlickActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/QuestingActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/UnimplementedActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/WoodcuttingActivity.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusActivitiesTest.java" + ], + "diff": "diff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CombatActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CombatActivity.java\nnew file mode 100644\nindex 0000000..7b34280\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CombatActivity.java\n@@ -0,0 +1,60 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+import java.util.function.BooleanSupplier;\n+\n+/**\n+ * Legacy COMBAT activity (issue #60): NPC-combat gathering shape with food,\n+ * loot and banking. Its config items (combatNpcNames, eatAtHealth,\n+ * lootNames) still live in the shared {@link NexusAIOConfig} \u2014 the first\n+ * skill branch that re-homes them can do so without touching any other\n+ * skill's file.\n+ */\n+public final class CombatActivity implements NexusActivityDef {\n+\n+ public static final NexusActivityDef INSTANCE = new CombatActivity();\n+\n+ private CombatActivity() {\n+ }\n+\n+ @Override\n+ public String id() {\n+ return \"COMBAT\";\n+ }\n+\n+ @Override\n+ public String displayName() {\n+ return \"Combat\";\n+ }\n+\n+ @Override\n+ public boolean canLoot() {\n+ return true;\n+ }\n+\n+ @Override\n+ public BankVisitRule bankVisitRule() {\n+ return BankVisitRule.INVENTORY_FULL;\n+ }\n+\n+ @Override\n+ public Class configClass() {\n+ return null; // legacy: items in NexusAIOConfig\n+ }\n+\n+ @Override\n+ public Kind kind() {\n+ return Kind.GATHERING;\n+ }\n+\n+ @Override\n+ public boolean eatsFood() {\n+ return true;\n+ }\n+\n+ @Override\n+ public GatheringActivity gatheringShape(NexusAIOConfig shared, Config own, BooleanSupplier endWhenDone) {\n+ return GatheringActivity.combat(NexusAIOScript.splitNames(shared.combatNpcNames()), endWhenDone);\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CookingActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CookingActivity.java\nnew file mode 100644\nindex 0000000..63f1a51\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/CookingActivity.java\n@@ -0,0 +1,55 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+import java.util.function.BooleanSupplier;\n+\n+/**\n+ * Legacy COOKING activity (issue #60): the processing shape. Config items\n+ * (cookRawItemName, cookTargetName, cookMenuAction) live in the shared\n+ * {@link NexusAIOConfig}. The bank visit is driven by raw-material\n+ * exhaustion (issue 14), not inventory-full.\n+ */\n+public final class CookingActivity implements NexusActivityDef {\n+\n+ public static final NexusActivityDef INSTANCE = new CookingActivity();\n+\n+ private CookingActivity() {\n+ }\n+\n+ @Override\n+ public String id() {\n+ return \"COOKING\";\n+ }\n+\n+ @Override\n+ public String displayName() {\n+ return \"Cooking\";\n+ }\n+\n+ @Override\n+ public boolean canLoot() {\n+ return false;\n+ }\n+\n+ @Override\n+ public BankVisitRule bankVisitRule() {\n+ return BankVisitRule.RAW_EXHAUSTION;\n+ }\n+\n+ @Override\n+ public Class configClass() {\n+ return null; // legacy: items in NexusAIOConfig\n+ }\n+\n+ @Override\n+ public Kind kind() {\n+ return Kind.PROCESSING;\n+ }\n+\n+ @Override\n+ public ProcessingActivity processingShape(NexusAIOConfig shared, Config own, BooleanSupplier processingDone) {\n+ return ProcessingActivity.cooking(shared.cookRawItemName(), shared.cookTargetName(),\n+ shared.cookMenuAction(), processingDone);\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FishingActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FishingActivity.java\nnew file mode 100644\nindex 0000000..3eb294e\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FishingActivity.java\n@@ -0,0 +1,14 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/**\n+ * Legacy FISHING activity (issue #60): generic gathering shape via the\n+ * shared gather* config items.\n+ */\n+public final class FishingActivity extends GenericGatheringActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new FishingActivity();\n+\n+ private FishingActivity() {\n+ super(\"FISHING\", \"Fishing\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GeRestockActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GeRestockActivity.java\nnew file mode 100644\nindex 0000000..5eef445\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GeRestockActivity.java\n@@ -0,0 +1,11 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/** TODO placeholder (issue #60). */\n+public final class GeRestockActivity extends UnimplementedActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new GeRestockActivity();\n+\n+ private GeRestockActivity() {\n+ super(\"GE_RESTOCK\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GenericGatheringActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GenericGatheringActivity.java\nnew file mode 100644\nindex 0000000..6e69e5d\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/GenericGatheringActivity.java\n@@ -0,0 +1,65 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+import java.util.function.BooleanSupplier;\n+\n+/**\n+ * Legacy generic-gathering activity base (issue #60): MINING and FISHING are\n+ * the generic TILE_OBJECT gathering shape driven by the shared gather*\n+ * config items. New skills should NOT extend this \u2014 a new skill is its own\n+ * file with its own config group (see the skill convention in\n+ * {@link NexusActivities}).\n+ */\n+public abstract class GenericGatheringActivity implements NexusActivityDef {\n+\n+ private final String id;\n+ private final String displayName;\n+\n+ protected GenericGatheringActivity(String id, String displayName) {\n+ this.id = id;\n+ this.displayName = displayName;\n+ }\n+\n+ @Override\n+ public String id() {\n+ return id;\n+ }\n+\n+ @Override\n+ public String displayName() {\n+ return displayName;\n+ }\n+\n+ @Override\n+ public boolean canLoot() {\n+ return false;\n+ }\n+\n+ @Override\n+ public BankVisitRule bankVisitRule() {\n+ return BankVisitRule.INVENTORY_FULL;\n+ }\n+\n+ @Override\n+ public Class configClass() {\n+ return null; // legacy: items in NexusAIOConfig\n+ }\n+\n+ @Override\n+ public Kind kind() {\n+ return Kind.GATHERING;\n+ }\n+\n+ @Override\n+ public GatheringActivity gatheringShape(NexusAIOConfig shared, Config own, BooleanSupplier endWhenDone) {\n+ return GatheringActivity.gathering(\n+ GatheringActivity.TargetKind.TILE_OBJECT,\n+ new String[]{shared.gatherTargetName()},\n+ GatheringActivity.Interaction.MENU_CLICK,\n+ shared.gatherMenuAction(),\n+ \"object\",\n+ shared.gatherProductHandling(),\n+ endWhenDone);\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MagicActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MagicActivity.java\nnew file mode 100644\nindex 0000000..be94f16\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MagicActivity.java\n@@ -0,0 +1,11 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/** TODO placeholder (issue #60). The open Magic skill PR becomes its own file. */\n+public final class MagicActivity extends UnimplementedActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new MagicActivity();\n+\n+ private MagicActivity() {\n+ super(\"MAGIC\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MinigameActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MinigameActivity.java\nnew file mode 100644\nindex 0000000..5d103ac\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MinigameActivity.java\n@@ -0,0 +1,11 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/** TODO placeholder (issue #60). */\n+public final class MinigameActivity extends UnimplementedActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new MinigameActivity();\n+\n+ private MinigameActivity() {\n+ super(\"MINIGAME\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MiningActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MiningActivity.java\nnew file mode 100644\nindex 0000000..a51993b\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/MiningActivity.java\n@@ -0,0 +1,14 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/**\n+ * Legacy MINING activity (issue #60): generic gathering shape via the shared\n+ * gather* config items.\n+ */\n+public final class MiningActivity extends GenericGatheringActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new MiningActivity();\n+\n+ private MiningActivity() {\n+ super(\"MINING\", \"Mining\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\nindex e1985ba..015273c 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOConfig.java\n@@ -9,7 +9,7 @@ import net.runelite.client.config.Range;\n public interface NexusAIOConfig extends Config {\n \n @ConfigItem(keyName = \"activity\", name = \"Activity\", description = \"Which activity to run\", position = 0)\n- default NexusActivity activity() { return NexusActivity.COMBAT; }\n+ default String activity() { return \"COMBAT\"; }\n \n @ConfigItem(keyName = \"tickDelay\", name = \"Tick Delay (ms)\", description = \"Delay between state machine ticks\", position = 1)\n default int tickDelay() { return 600; }\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOOverlay.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOOverlay.java\nindex 0b27052..8589752 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOOverlay.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOOverlay.java\n@@ -28,7 +28,7 @@ public class NexusAIOOverlay extends Overlay {\n public Dimension render(Graphics2D graphics) {\n if (!Microbot.isLoggedIn()) return null;\n NexusAIOScript.State state = script.getCurrentState();\n- String activity = config != null ? config.activity().name() : \"?\";\n+ String activity = config != null ? config.activity() : \"?\";\n graphics.setColor(Color.WHITE);\n graphics.drawString(\"Nexus AIO | \" + activity + \" | \" + state, 4, 16);\n return null;\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOPlugin.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOPlugin.java\nindex 0368f90..81f814d 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOPlugin.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOPlugin.java\n@@ -30,6 +30,9 @@ public class NexusAIOPlugin extends Plugin {\n @Inject\n private OverlayManager overlayManager;\n \n+ @Inject\n+ private ConfigManager configManager;\n+\n @Provides\n @Singleton\n NexusAIOConfig provideConfig(ConfigManager configManager) {\n@@ -39,7 +42,12 @@ public class NexusAIOPlugin extends Plugin {\n @Override\n protected void startUp() throws AWTException {\n overlayManager.add(overlay);\n- script.run(config);\n+ // Per-activity config (issue #60): new skills declare their own\n+ // @ConfigGroup interface in their own file; legacy activities read\n+ // the shared group and resolve to null here.\n+ script.run(config, act -> act.configClass() == null\n+ ? null\n+ : configManager.getConfig(act.configClass()));\n }\n \n @Override\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\nindex bcd2106..0f1a41e 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusAIOScript.java\n@@ -1,5 +1,6 @@\n package net.runelite.client.plugins.microbot.nexus;\n \n+import net.runelite.client.config.Config;\n import net.runelite.client.plugins.microbot.Microbot;\n import net.runelite.client.plugins.microbot.api.npc.models.Rs2NpcModel;\n import net.runelite.client.plugins.microbot.api.tileitem.models.Rs2TileItemModel;\n@@ -19,6 +20,7 @@ import java.util.Arrays;\n import java.util.List;\n import java.util.concurrent.TimeUnit;\n import java.util.function.BooleanSupplier;\n+import java.util.function.Function;\n \n public class NexusAIOScript extends StateMachineScript {\n \n@@ -37,6 +39,15 @@ public class NexusAIOScript extends StateMachineScript {\n \n // package-private so the headless tests (same package) can inject a mock config\n NexusAIOConfig config;\n+\n+ /**\n+ * Per-activity config provider (issue #60): resolves a def's own\n+ * @ConfigGroup interface (null for legacy activities whose items live in\n+ * the shared config). Wired by the plugin to ConfigManager; the headless\n+ * tests provide mocks.\n+ */\n+ Function perActivityConfig = act -> null;\n+\n private List> transitionDefinitions = List.of();\n private final StateProgressTracker progressTracker = new StateProgressTracker<>();\n \n@@ -72,12 +83,12 @@ public class NexusAIOScript extends StateMachineScript {\n protected List> defineTransitions() {\n transitionDefinitions = List.of(\n Transition.from(State.ACTIVITY)\n- .when(() -> shouldLoot(config.activity(), lootPresentSource.getAsBoolean()), \"combat && hasLootableItem()\")\n+ .when(() -> shouldLoot(resolve(), lootPresentSource.getAsBoolean()), \"combat && hasLootableItem()\")\n .because(\"Ground loot present\")\n .goTo(State.LOOT),\n \n Transition.from(State.ACTIVITY)\n- .when(() -> wantsBankVisit(config.activity(), inventoryFullSource.getAsBoolean(),\n+ .when(() -> wantsBankVisit(resolve(), inventoryFullSource.getAsBoolean(),\n rawInInventorySource.getAsBoolean(), config.bankWhenFull(), processingRawExhausted),\n \"isFull() && bankWhenFull() || (COOKING: !hasRawInInv && !processingDone && bankWhenFull())\")\n .because(\"Inventory full\")\n@@ -136,7 +147,7 @@ public class NexusAIOScript extends StateMachineScript {\n // ACTIVITY tick stops with a CANARY-STOP report instead of\n // looping on the no-raw bank guard.\n ProcessingActivity processing = currentProcessing();\n- if (processing.wantsWithdraw() && !processing.isDoneProcessing()) {\n+ if (processing != null && processing.wantsWithdraw() && !processing.isDoneProcessing()) {\n boolean withdrew = Rs2Bank.withdrawAll(true, processing.rawItemName());\n if (Rs2Bank.isOpen() && !withdrew) {\n processingRawExhausted = true;\n@@ -184,7 +195,7 @@ public class NexusAIOScript extends StateMachineScript {\n int inventory = Rs2Inventory.count();\n switch (state) {\n case ACTIVITY:\n- if (config.activity() == NexusActivity.COOKING) {\n+ if (\"COOKING\".equals(config.activity())) {\n return String.format(\n \"activity=COOKING rawInInv=%s raw='%s' animating=%s moving=%s inventory=%d/28\",\n Rs2Inventory.hasItem(config.cookRawItemName()), config.cookRawItemName(),\n@@ -221,70 +232,61 @@ public class NexusAIOScript extends StateMachineScript {\n }\n \n private void dispatchActivity() {\n- switch (config.activity()) {\n- case COMBAT:\n- doCombatTick();\n+ NexusActivityDef act = resolve();\n+ switch (act.kind()) {\n+ case GATHERING: {\n+ GatheringActivity shape = act.gatheringShape(config, perActivity(act), END_WHEN_INVENTORY_FULL);\n+ if (act.eatsFood()) {\n+ doCombatTick(shape);\n+ } else {\n+ doGatheringTick(shape);\n+ }\n break;\n- case WOODCUTTING:\n- case MINING:\n- case FISHING:\n- doGatheringTick(currentActivity());\n+ }\n+ case PROCESSING:\n+ doProcessingTick(act.processingShape(config, perActivity(act), () -> processingRawExhausted));\n break;\n- case COOKING:\n- doProcessingTick(currentProcessing());\n- break;\n- case PRAYER_FLICK:\n- case MAGIC:\n- case QUESTING:\n- case GE_RESTOCK:\n- case MINIGAME:\n- log.warn(\"[Nexus AIO] Activity {} is not implemented yet (TODO)\", config.activity());\n+ case UNIMPLEMENTED:\n+ log.warn(\"[Nexus AIO] Activity {} is not implemented yet (TODO)\", act.id());\n break;\n }\n }\n \n /**\n- * The shape for the configured activity. New gathering skills are added here\n- * (or via the generic MINING/FISHING config items) without touching the state\n- * machine. The end condition is the legacy one \u2014 inventory full \u2014 wired into\n- * every shape so the bank sub-graph guards evaluate exactly as before.\n+ * The definition for the configured activity id (issue #60): resolved\n+ * through the {@link NexusActivities} convention registry instead of the\n+ * legacy shared enum. Unknown ids fall back to an unimplemented def so\n+ * the script warns instead of failing.\n */\n- private GatheringActivity currentActivity() {\n- switch (config.activity()) {\n- case COMBAT:\n- return GatheringActivity.combat(splitNames(config.combatNpcNames()), END_WHEN_INVENTORY_FULL);\n- case WOODCUTTING:\n- return GatheringActivity.woodcutting(config.treeName(), END_WHEN_INVENTORY_FULL);\n- case MINING:\n- case FISHING:\n- return GatheringActivity.gathering(\n- GatheringActivity.TargetKind.TILE_OBJECT,\n- new String[]{config.gatherTargetName()},\n- GatheringActivity.Interaction.MENU_CLICK,\n- config.gatherMenuAction(),\n- \"object\",\n- config.gatherProductHandling(),\n- END_WHEN_INVENTORY_FULL);\n- default:\n- return GatheringActivity.none(END_WHEN_INVENTORY_FULL);\n+ private NexusActivityDef resolve() {\n+ NexusActivityDef def = NexusActivities.byId(config.activity());\n+ if (def == null) {\n+ log.warn(\"[Nexus AIO] Unknown activity id '{}' \u2014 treating as unimplemented\", config.activity());\n+ return UnimplementedActivity.unknown(config.activity());\n }\n+ return def;\n+ }\n+\n+ private Config perActivity(NexusActivityDef act) {\n+ return perActivityConfig == null ? null : perActivityConfig.apply(act);\n }\n \n /**\n- * The shape for the configured processing activity (COOKING today). The\n- * processing loop is configuration of the shared shapes (issue 14): the\n- * bank visit is driven by the ACTIVITY guard (no raw material left in the\n- * inventory) and the withdraw step runs inside the existing BANK_DEPOSIT\n- * action \u2014 the state machine keeps its 7 edges. End condition: raw material\n+ * The processing shape for the configured activity, or null when the\n+ * activity is not processing-shaped. The processing loop is\n+ * configuration of the shared shapes (issue 14): the bank visit is\n+ * driven by the ACTIVITY guard (no raw material left in the inventory)\n+ * and the withdraw step runs inside the existing BANK_DEPOSIT action \u2014\n+ * the state machine keeps its 7 edges. End condition: raw material\n * exhausted (a withdraw failed with the bank open), see\n * {@link #processingRawExhausted}.\n */\n private ProcessingActivity currentProcessing() {\n- if (config.activity() == NexusActivity.COOKING) {\n- return ProcessingActivity.cooking(config.cookRawItemName(), config.cookTargetName(),\n- config.cookMenuAction(), () -> processingRawExhausted);\n+ NexusActivityDef act = resolve();\n+ if (act.kind() == NexusActivityDef.Kind.PROCESSING) {\n+ return act.processingShape(config, perActivity(act), () -> processingRawExhausted);\n }\n- return ProcessingActivity.none(() -> false);\n+ return null;\n }\n \n /**\n@@ -332,10 +334,10 @@ public class NexusAIOScript extends StateMachineScript {\n () -> false));\n }\n \n- private void doCombatTick() {\n+ private void doCombatTick(GatheringActivity combatShape) {\n if (Rs2Player.isInCombat()) return;\n if (Rs2Player.getHealthPercentage() < config.eatAtHealth()) { Rs2Player.eatAt(config.eatAtHealth()); return; }\n- doGatherTick(GatheringActivity.combat(splitNames(config.combatNpcNames()), END_WHEN_INVENTORY_FULL));\n+ doGatherTick(combatShape);\n }\n \n private void doGatheringTick(GatheringActivity act) {\n@@ -428,8 +430,8 @@ public class NexusAIOScript extends StateMachineScript {\n }\n \n /** Pure decision logic \u2014 no client state. Testable headless. */\n- static boolean shouldLoot(NexusActivity activity, boolean lootPresent) {\n- return activity == NexusActivity.COMBAT && lootPresent;\n+ static boolean shouldLoot(NexusActivityDef activity, boolean lootPresent) {\n+ return activity.canLoot() && lootPresent;\n }\n \n /** Pure decision logic \u2014 no client state. Testable headless. */\n@@ -446,13 +448,16 @@ public class NexusAIOScript extends StateMachineScript {\n * completion flag stops the bank loop once the raw supply is exhausted.\n * All other activities keep the legacy inventory-full guard.\n */\n- static boolean wantsBankVisit(NexusActivity activity, boolean inventoryFull,\n+ static boolean wantsBankVisit(NexusActivityDef activity, boolean inventoryFull,\n boolean rawInInventory, boolean bankWhenFull,\n boolean processingDone) {\n- if (activity == NexusActivity.COOKING) {\n- return bankWhenFull && !rawInInventory && !processingDone;\n+ switch (activity.bankVisitRule()) {\n+ case RAW_EXHAUSTION:\n+ return bankWhenFull && !rawInInventory && !processingDone;\n+ case INVENTORY_FULL:\n+ default:\n+ return shouldBank(inventoryFull, bankWhenFull);\n }\n- return shouldBank(inventoryFull, bankWhenFull);\n }\n \n /** Pure decision logic \u2014 no client state. Testable headless. */\n@@ -465,8 +470,9 @@ public class NexusAIOScript extends StateMachineScript {\n return bankOpen || bankNear;\n }\n \n- public boolean run(NexusAIOConfig config) {\n+ public boolean run(NexusAIOConfig config, Function perActivityConfig) {\n this.config = config;\n+ this.perActivityConfig = perActivityConfig;\n processingRawExhausted = false;\n mainScheduledFuture = scheduledExecutorService.scheduleWithFixedDelay(() -> {\n try {\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivities.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivities.java\nnew file mode 100644\nindex 0000000..abfcffd\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivities.java\n@@ -0,0 +1,84 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import java.util.Map;\n+import java.util.concurrent.ConcurrentHashMap;\n+\n+/**\n+ * Activity registry (issue #60). Registration is by class-name convention,\n+ * not a shared enum or a shared list: an activity with id {@code SLAYER}\n+ * lives in the class {@code SlayerActivity} (PascalCase(id) + \"Activity\")\n+ * in this package and exposes {@code public static final NexusActivityDef\n+ * INSTANCE}. {@link #byId(String)} resolves it reflectively.\n+ *\n+ *

Why convention over an explicit registry list: the acceptance bar\n+ * requires that two skill branches created independently from {@code main}\n+ * merge without conflict. Any shared file \u2014 an enum, a registry list, or a\n+ * {@code META-INF/services} file \u2014 is a collision point: two branches\n+ * appending to the same file region produce a git \"both added\" conflict\n+ * (verified empirically with a scratch merge). A convention-resolved\n+ * registry means a new skill touches exactly one file, so two independent\n+ * skill branches touch disjoint files and merge trivially. It also survives\n+ * plain {@code javac} with no annotation processor (the POST /scripts/deploy\n+ * compile path) \u2014 no code generation, no service-file resource handling.\n+ *\n+ *

Resolution results are cached; ids are unique by construction (one\n+ * class name per id).\n+ */\n+public final class NexusActivities {\n+\n+ private NexusActivities() {\n+ }\n+\n+ private static final Map CACHE = new ConcurrentHashMap<>();\n+\n+ /**\n+ * Resolve an activity id to its definition, or {@code null} when no\n+ * definition exists for the id.\n+ */\n+ public static NexusActivityDef byId(String id) {\n+ if (id == null || id.isEmpty()) {\n+ return null;\n+ }\n+ NexusActivityDef cached = CACHE.get(id);\n+ if (cached != null) {\n+ return cached;\n+ }\n+ NexusActivityDef def = load(id);\n+ if (def != null) {\n+ CACHE.put(id, def);\n+ }\n+ return def;\n+ }\n+\n+ private static NexusActivityDef load(String id) {\n+ String className = \"net.runelite.client.plugins.microbot.nexus.\"\n+ + idToClassName(id) + \"Activity\";\n+ try {\n+ Class cls = Class.forName(className);\n+ return (NexusActivityDef) cls.getField(\"INSTANCE\").get(null);\n+ } catch (ReflectiveOperationException e) {\n+ return null;\n+ }\n+ }\n+\n+ /**\n+ * \"SLAYER\" -> \"Slayer\", \"PRAYER_FLICK\" -> \"PrayerFlick\",\n+ * \"GE_RESTOCK\" -> \"GeRestock\". Package-private for the registry test.\n+ */\n+ static String idToClassName(String id) {\n+ StringBuilder sb = new StringBuilder(id.length());\n+ boolean upper = true;\n+ for (int i = 0; i < id.length(); i++) {\n+ char c = id.charAt(i);\n+ if (c == '_') {\n+ upper = true;\n+ } else if (upper) {\n+ sb.append(Character.toUpperCase(c));\n+ upper = false;\n+ } else {\n+ sb.append(Character.toLowerCase(c));\n+ }\n+ }\n+ return sb.toString();\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java\ndeleted file mode 100644\nindex c48d411..0000000\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivity.java\n+++ /dev/null\n@@ -1,14 +0,0 @@\n-package net.runelite.client.plugins.microbot.nexus;\n-\n-public enum NexusActivity {\n- COMBAT,\n- WOODCUTTING,\n- COOKING,\n- PRAYER_FLICK, // TODO\n- MAGIC, // TODO\n- FISHING, // TODO\n- MINING, // TODO\n- QUESTING, // TODO\n- GE_RESTOCK, // TODO\n- MINIGAME // TODO\n-}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivityDef.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivityDef.java\nnew file mode 100644\nindex 0000000..b2e31c3\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusActivityDef.java\n@@ -0,0 +1,89 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+import java.util.function.BooleanSupplier;\n+\n+/**\n+ * Self-describing activity (issue #60). One implementation file per skill;\n+ * the file carries everything the skill needs: its identity, its shape\n+ * wiring, and \u2014 for new skills \u2014 its own {@code @ConfigGroup} config\n+ * interface. Registration is by class-name convention in\n+ * {@link NexusActivities} (the skill's file is the only file it touches), so\n+ * two independently-created skill branches merge without conflict.\n+ *\n+ *

Legacy activities (COMBAT, WOODCUTTING, COOKING, MINING, FISHING) read\n+ * their config items from the shared {@link NexusAIOConfig} and return\n+ * {@code null} from {@link #configClass()}; new skills declare their own\n+ * config group in the same file and return it here. The shared config\n+ * interface stops growing with new skills.\n+ */\n+public interface NexusActivityDef {\n+\n+ /**\n+ * Stable config id stored in {@code nexusaio.activity}, e.g. \"SLAYER\".\n+ * The registry resolves an id to its definition by convention: the class\n+ * {@code Activity} with a {@code public static final\n+ * NexusActivityDef INSTANCE} field.\n+ */\n+ String id();\n+\n+ /** Human label used in logs. */\n+ String displayName();\n+\n+ /** COMBAT-style activities pick up ground loot; everything else ignores it. */\n+ boolean canLoot();\n+\n+ /**\n+ * How the shared bank sub-graph decides a bank visit. {@code\n+ * INVENTORY_FULL} is the legacy guard (full inventory and banking\n+ * enabled); {@code RAW_EXHAUSTION} is the processing rule (bank when the\n+ * raw material is gone from the inventory, and stop once the raw supply\n+ * is exhausted).\n+ */\n+ BankVisitRule bankVisitRule();\n+\n+ /**\n+ * The skill's own config group interface (declared in the same file), or\n+ * {@code null} for legacy activities whose items still live in the\n+ * shared {@link NexusAIOConfig}.\n+ */\n+ Class configClass();\n+\n+ /** Which shape drives the ACTIVITY tick. */\n+ Kind kind();\n+\n+ /** Whether the activity eats food (legacy COMBAT behaviour). */\n+ default boolean eatsFood() {\n+ return false;\n+ }\n+\n+ /**\n+ * GATHERING shape wiring ({@code kind()} == GATHERING; null otherwise).\n+ * {@code own} is the per-activity config from {@link #configClass()}\n+ * (null for legacy activities).\n+ */\n+ default GatheringActivity gatheringShape(NexusAIOConfig shared, Config own, BooleanSupplier endWhenDone) {\n+ return null;\n+ }\n+\n+ /**\n+ * PROCESSING shape wiring ({@code kind()} == PROCESSING; null otherwise).\n+ */\n+ default ProcessingActivity processingShape(NexusAIOConfig shared, Config own, BooleanSupplier processingDone) {\n+ return null;\n+ }\n+\n+ enum Kind {\n+ GATHERING,\n+ PROCESSING,\n+ UNIMPLEMENTED\n+ }\n+\n+ enum BankVisitRule {\n+ /** Legacy guard: inventory full && bankWhenFull. */\n+ INVENTORY_FULL,\n+ /** Processing rule: no raw in inventory && bankWhenFull && !done. */\n+ RAW_EXHAUSTION\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/PrayerFlickActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/PrayerFlickActivity.java\nnew file mode 100644\nindex 0000000..4d24bdb\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/PrayerFlickActivity.java\n@@ -0,0 +1,11 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/** TODO placeholder (issue #60). */\n+public final class PrayerFlickActivity extends UnimplementedActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new PrayerFlickActivity();\n+\n+ private PrayerFlickActivity() {\n+ super(\"PRAYER_FLICK\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/QuestingActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/QuestingActivity.java\nnew file mode 100644\nindex 0000000..27df2dc\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/QuestingActivity.java\n@@ -0,0 +1,11 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+/** TODO placeholder (issue #60). */\n+public final class QuestingActivity extends UnimplementedActivity {\n+\n+ public static final NexusActivityDef INSTANCE = new QuestingActivity();\n+\n+ private QuestingActivity() {\n+ super(\"QUESTING\");\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/UnimplementedActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/UnimplementedActivity.java\nnew file mode 100644\nindex 0000000..03690c7\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/UnimplementedActivity.java\n@@ -0,0 +1,61 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+/**\n+ * Base for not-yet-implemented activities (issue #60): the script logs a\n+ * TODO warning for them, exactly as the legacy enum switch did. Each legacy\n+ * placeholder is its own tiny class so the registry convention (class named\n+ * after the id) resolves it.\n+ */\n+public abstract class UnimplementedActivity implements NexusActivityDef {\n+\n+ private final String id;\n+\n+ protected UnimplementedActivity(String id) {\n+ this.id = id;\n+ }\n+\n+ @Override\n+ public String id() {\n+ return id;\n+ }\n+\n+ @Override\n+ public String displayName() {\n+ return id;\n+ }\n+\n+ @Override\n+ public boolean canLoot() {\n+ return false;\n+ }\n+\n+ @Override\n+ public BankVisitRule bankVisitRule() {\n+ return BankVisitRule.INVENTORY_FULL;\n+ }\n+\n+ @Override\n+ public Class configClass() {\n+ return null;\n+ }\n+\n+ @Override\n+ public Kind kind() {\n+ return Kind.UNIMPLEMENTED;\n+ }\n+\n+ /**\n+ * Fallback definition for an unknown activity id: the script warns and\n+ * treats it as unimplemented rather than failing.\n+ */\n+ public static NexusActivityDef unknown(String id) {\n+ return new UnimplementedActivity(id) {\n+ @Override\n+ public String displayName() {\n+ return id + \" (unknown)\";\n+ }\n+ };\n+ }\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/WoodcuttingActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/WoodcuttingActivity.java\nnew file mode 100644\nindex 0000000..b4fa6fc\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/WoodcuttingActivity.java\n@@ -0,0 +1,52 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.config.Config;\n+\n+import java.util.function.BooleanSupplier;\n+\n+/**\n+ * Legacy WOODCUTTING activity (issue #60). Config items (treeName) live in\n+ * the shared {@link NexusAIOConfig}.\n+ */\n+public final class WoodcuttingActivity implements NexusActivityDef {\n+\n+ public static final NexusActivityDef INSTANCE = new WoodcuttingActivity();\n+\n+ private WoodcuttingActivity() {\n+ }\n+\n+ @Override\n+ public String id() {\n+ return \"WOODCUTTING\";\n+ }\n+\n+ @Override\n+ public String displayName() {\n+ return \"Woodcutting\";\n+ }\n+\n+ @Override\n+ public boolean canLoot() {\n+ return false;\n+ }\n+\n+ @Override\n+ public BankVisitRule bankVisitRule() {\n+ return BankVisitRule.INVENTORY_FULL;\n+ }\n+\n+ @Override\n+ public Class configClass() {\n+ return null; // legacy: items in NexusAIOConfig\n+ }\n+\n+ @Override\n+ public Kind kind() {\n+ return Kind.GATHERING;\n+ }\n+\n+ @Override\n+ public GatheringActivity gatheringShape(NexusAIOConfig shared, Config own, BooleanSupplier endWhenDone) {\n+ return GatheringActivity.woodcutting(shared.treeName(), endWhenDone);\n+ }\n+}\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\nindex 104c30e..fd1c300 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOScriptTest.java\n@@ -117,7 +117,7 @@ public class NexusAIOScriptTest {\n lootHere = loot;\n }\n \n- private void givenActivity(NexusActivity activity) {\n+ private void givenActivity(String activity) {\n lenient().when(config.activity()).thenReturn(activity);\n }\n \n@@ -129,7 +129,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void staysInActivityWhenNothingToDo() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n set(false, false, false, false);\n \n script.step();\n@@ -139,7 +139,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void combatWithLootMovesToLoot() {\n- givenActivity(NexusActivity.COMBAT);\n+ givenActivity(\"COMBAT\");\n set(false, false, false, true);\n \n script.step();\n@@ -149,7 +149,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void fullInventoryMovesToBankWalk() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n set(true, false, false, false);\n \n script.step();\n@@ -159,7 +159,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void lootTransitionWinsOverBankWhenBothApply() {\n- givenActivity(NexusActivity.COMBAT);\n+ givenActivity(\"COMBAT\");\n set(true, false, false, true); // loot AND full inventory\n \n script.step();\n@@ -170,7 +170,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void woodcuttingIgnoresGroundLoot() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n set(false, false, false, true); // loot on the ground, but not combat\n \n script.step();\n@@ -180,7 +180,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void fullInventoryWithBankingDisabledStays() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n lenient().when(config.bankWhenFull()).thenReturn(false);\n set(true, false, false, false);\n \n@@ -193,7 +193,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void lootClearedReturnsToActivity() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step(); // initialize in ACTIVITY\n script.forceState(NexusAIOScript.State.LOOT, \"test\");\n set(false, false, false, false);\n@@ -205,7 +205,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void inventoryFullDuringLootMovesToBankWalk() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.LOOT, \"test\");\n set(true, false, false, false);\n@@ -217,7 +217,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void lootStillPresentKeepsLooting() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.LOOT, \"test\");\n set(false, false, false, true);\n@@ -231,7 +231,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void bankWalkReachesBankOpenWhenBankIsOpen() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.BANK_WALK, \"test\");\n set(false, true, false, false);\n@@ -243,7 +243,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void bankWalkReachesBankOpenWhenNearBank() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.BANK_WALK, \"test\");\n set(false, false, true, false);\n@@ -255,7 +255,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void bankWalkContinuesWhileFarAndClosed() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.BANK_WALK, \"test\");\n set(false, false, false, false);\n@@ -267,7 +267,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void bankOpenMovesToDepositWhenOpen() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.BANK_OPEN, \"test\");\n set(false, true, false, false);\n@@ -279,7 +279,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void bankDepositReturnsToActivityWhenBankCloses() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n script.step();\n script.forceState(NexusAIOScript.State.BANK_DEPOSIT, \"test\");\n set(false, false, false, false);\n@@ -294,7 +294,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void fullBankAndReturnCircuit() {\n- givenActivity(NexusActivity.COMBAT);\n+ givenActivity(\"COMBAT\");\n \n set(false, false, false, true);\n script.step();\n@@ -322,7 +322,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void cookingWithRawInInventoryStaysInActivity() {\n- givenActivity(NexusActivity.COOKING);\n+ givenActivity(\"COOKING\");\n invHasRaw = true;\n set(false, false, false, false);\n \n@@ -335,7 +335,7 @@ public class NexusAIOScriptTest {\n public void cookingWithoutRawMovesToBankWalk() {\n // Start of run or full of products: no raw -> the shared bank sub-graph\n // withdraws the next batch.\n- givenActivity(NexusActivity.COOKING);\n+ givenActivity(\"COOKING\");\n invHasRaw = false;\n set(true, false, false, false);\n \n@@ -348,7 +348,7 @@ public class NexusAIOScriptTest {\n public void cookingFullOfRawDoesNotBank() {\n // The classic processing-loop trap: a fresh 28-raw batch is a full\n // inventory and must NOT be re-banked uncooked.\n- givenActivity(NexusActivity.COOKING);\n+ givenActivity(\"COOKING\");\n invHasRaw = true;\n set(true, false, false, false);\n \n@@ -359,7 +359,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void cookingNoRawWithBankingDisabledStays() {\n- givenActivity(NexusActivity.COOKING);\n+ givenActivity(\"COOKING\");\n lenient().when(config.bankWhenFull()).thenReturn(false);\n invHasRaw = false;\n set(true, false, false, false);\n@@ -373,7 +373,7 @@ public class NexusAIOScriptTest {\n public void cookingDoneDoesNotBankEvenWhenRawIsGone() {\n // Raw exhausted (withdraw failed at the bank): the machine must stop\n // re-banking and let the ACTIVITY tick emit the CANARY-STOP report.\n- givenActivity(NexusActivity.COOKING);\n+ givenActivity(\"COOKING\");\n script.processingRawExhausted = true;\n invHasRaw = false;\n set(false, false, false, false);\n@@ -387,7 +387,7 @@ public class NexusAIOScriptTest {\n \n @Test\n public void actionExceptionMovesToErrorState() {\n- givenActivity(NexusActivity.WOODCUTTING);\n+ givenActivity(\"WOODCUTTING\");\n \n ThrowingScript throwing = new ThrowingScript();\n throwing.config = config;\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\nindex 7145c0f..1cfe16b 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusAIOTransitionTableTest.java\n@@ -145,11 +145,11 @@ public class NexusAIOTransitionTableTest {\n \n @Test\n public void shouldLootTruthTable() {\n- assertTrue(NexusAIOScript.shouldLoot(NexusActivity.COMBAT, true));\n- assertFalse(NexusAIOScript.shouldLoot(NexusActivity.COMBAT, false));\n- assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, true));\n- assertFalse(NexusAIOScript.shouldLoot(NexusActivity.WOODCUTTING, false));\n- assertFalse(NexusAIOScript.shouldLoot(NexusActivity.FISHING, true)); // TODO activity ignores loot\n+ assertTrue(NexusAIOScript.shouldLoot(NexusActivities.byId(\"COMBAT\"), true));\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivities.byId(\"COMBAT\"), false));\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivities.byId(\"WOODCUTTING\"), true));\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivities.byId(\"WOODCUTTING\"), false));\n+ assertFalse(NexusAIOScript.shouldLoot(NexusActivities.byId(\"FISHING\"), true)); // TODO activity ignores loot\n }\n \n @Test\n@@ -165,8 +165,9 @@ public class NexusAIOTransitionTableTest {\n // Non-processing activities must behave exactly as shouldBank did:\n // inventory-full && bankWhenFull, with raw-inventory and done inputs\n // ignored entirely.\n- for (NexusActivity activity : new NexusActivity[]{NexusActivity.COMBAT, NexusActivity.WOODCUTTING,\n- NexusActivity.MINING, NexusActivity.FISHING, NexusActivity.PRAYER_FLICK}) {\n+ for (String id : new String[]{\"COMBAT\", \"WOODCUTTING\",\n+ \"MINING\", \"FISHING\", \"PRAYER_FLICK\"}) {\n+ NexusActivityDef activity = NexusActivities.byId(id);\n for (boolean full : new boolean[]{false, true}) {\n for (boolean bank : new boolean[]{false, true}) {\n boolean expected = full && bank;\n@@ -185,13 +186,14 @@ public class NexusAIOTransitionTableTest {\n // partial products) \u2014 NOT on inventory-full (a fresh 28-raw batch is\n // full and must NOT be re-banked uncooked), and stops once the raw\n // supply is exhausted (processingDone).\n- assertTrue(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, false, false, true, false)); // empty inv -> bank for raw\n- assertTrue(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, true, false, true, false)); // full of products -> bank\n- assertFalse(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, true, true, true, false)); // full of raw -> cook, not bank\n- assertFalse(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, false, true, true, false)); // raw present -> cook\n- assertFalse(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, true, false, false, false)); // bankWhenFull disabled\n- assertFalse(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, false, false, true, true)); // done -> no more bank visits\n- assertFalse(NexusAIOScript.wantsBankVisit(NexusActivity.COOKING, true, false, false, true)); // done + disabled\n+ NexusActivityDef cooking = NexusActivities.byId(\"COOKING\");\n+ assertTrue(NexusAIOScript.wantsBankVisit(cooking, false, false, true, false)); // empty inv -> bank for raw\n+ assertTrue(NexusAIOScript.wantsBankVisit(cooking, true, false, true, false)); // full of products -> bank\n+ assertFalse(NexusAIOScript.wantsBankVisit(cooking, true, true, true, false)); // full of raw -> cook, not bank\n+ assertFalse(NexusAIOScript.wantsBankVisit(cooking, false, true, true, false)); // raw present -> cook\n+ assertFalse(NexusAIOScript.wantsBankVisit(cooking, true, false, false, false)); // bankWhenFull disabled\n+ assertFalse(NexusAIOScript.wantsBankVisit(cooking, false, false, true, true)); // done -> no more bank visits\n+ assertFalse(NexusAIOScript.wantsBankVisit(cooking, true, false, false, true)); // done + disabled\n }\n \n private static void requireEq(String message, boolean expected, boolean actual) {\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusActivitiesTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusActivitiesTest.java\nnew file mode 100644\nindex 0000000..dd67841\n--- /dev/null\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusActivitiesTest.java\n@@ -0,0 +1,86 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import org.junit.Test;\n+\n+import static org.junit.Assert.assertEquals;\n+import static org.junit.Assert.assertFalse;\n+import static org.junit.Assert.assertNotNull;\n+import static org.junit.Assert.assertNull;\n+import static org.junit.Assert.assertTrue;\n+\n+/**\n+ * Registry invariants (issue #60): the convention resolution, the id-to-class\n+ * name mapping, and the behavioural contract of the legacy defs. A new skill\n+ * is covered by its own per-skill test file, not by additions here \u2014 this\n+ * file is the shared test surface and must not grow per skill.\n+ */\n+public class NexusActivitiesTest {\n+\n+ /** Every legacy id the config can still contain resolves to a def. */\n+ private static final String[] LEGACY_IDS = {\n+ \"COMBAT\", \"WOODCUTTING\", \"COOKING\", \"MINING\", \"FISHING\",\n+ \"PRAYER_FLICK\", \"MAGIC\", \"QUESTING\", \"GE_RESTOCK\", \"MINIGAME\",\n+ };\n+\n+ @Test\n+ public void resolvesEveryLegacyId() {\n+ for (String id : LEGACY_IDS) {\n+ assertNotNull(\"byId(\" + id + \") must resolve\", NexusActivities.byId(id));\n+ }\n+ }\n+\n+ @Test\n+ public void unknownIdResolvesToNull() {\n+ assertNull(NexusActivities.byId(\"NO_SUCH_SKILL\"));\n+ assertNull(NexusActivities.byId(null));\n+ assertNull(NexusActivities.byId(\"\"));\n+ }\n+\n+ @Test\n+ public void idToClassNameMapping() {\n+ assertEquals(\"Slayer\", NexusActivities.idToClassName(\"SLAYER\"));\n+ assertEquals(\"PrayerFlick\", NexusActivities.idToClassName(\"PRAYER_FLICK\"));\n+ assertEquals(\"GeRestock\", NexusActivities.idToClassName(\"GE_RESTOCK\"));\n+ assertEquals(\"Woodcutting\", NexusActivities.idToClassName(\"WOODCUTTING\"));\n+ }\n+\n+ @Test\n+ public void idsMatchTheirConfigValue() {\n+ // A def's id() is the value stored in nexusaio.activity; resolving it\n+ // must round-trip to the same def (identity, not an equal twin).\n+ for (String id : LEGACY_IDS) {\n+ NexusActivityDef def = NexusActivities.byId(id);\n+ assertEquals(id, def.id());\n+ assertTrue(\"round-trip \" + id, NexusActivities.byId(def.id()) == def);\n+ }\n+ }\n+\n+ @Test\n+ public void legacyBehaviouralContract() {\n+ NexusActivityDef combat = NexusActivities.byId(\"COMBAT\");\n+ assertTrue(combat.canLoot());\n+ assertTrue(combat.eatsFood());\n+ assertEquals(NexusActivityDef.Kind.GATHERING, combat.kind());\n+\n+ NexusActivityDef cooking = NexusActivities.byId(\"COOKING\");\n+ assertFalse(cooking.canLoot());\n+ assertEquals(NexusActivityDef.Kind.PROCESSING, cooking.kind());\n+ assertEquals(NexusActivityDef.BankVisitRule.RAW_EXHAUSTION, cooking.bankVisitRule());\n+\n+ for (String id : new String[]{\"WOODCUTTING\", \"MINING\", \"FISHING\"}) {\n+ NexusActivityDef def = NexusActivities.byId(id);\n+ assertEquals(NexusActivityDef.Kind.GATHERING, def.kind());\n+ assertEquals(NexusActivityDef.BankVisitRule.INVENTORY_FULL, def.bankVisitRule());\n+ assertFalse(def.canLoot());\n+ }\n+\n+ for (String id : new String[]{\"PRAYER_FLICK\", \"MAGIC\", \"QUESTING\", \"GE_RESTOCK\", \"MINIGAME\"}) {\n+ assertEquals(NexusActivityDef.Kind.UNIMPLEMENTED, NexusActivities.byId(id).kind());\n+ }\n+\n+ // Legacy defs read the shared config group; only new skills declare one.\n+ for (String id : LEGACY_IDS) {\n+ assertNull(id + \" is legacy; configClass must be null\", NexusActivities.byId(id).configClass());\n+ }\n+ }\n+}\n", + "diff_truncated": false, + "diff_bytes": 53705 +} \ No newline at end of file diff --git a/tests/calibration/corpus/nexus-aio-98.json b/tests/calibration/corpus/nexus-aio-98.json new file mode 100644 index 0000000..eda321e --- /dev/null +++ b/tests/calibration/corpus/nexus-aio-98.json @@ -0,0 +1,22 @@ +{ + "id": "nexus-aio-98", + "repo": "nexus-aio", + "pr": 98, + "title": "fix(#94): normalise game text before comparing against config \u2014 Closes #94", + "head_sha": "5e941c2500a20adc9dee41b71b1d44dbc951486d", + "base_sha": "3aa2872d77c39d9327eab898e7e5a4bc8aec0d8b", + "labels": [], + "merged": true, + "issue_number": 94, + "issue_body": "Filed **before** the `#2` canary runs, because it changes how that canary's results\nshould be read. Found while reviewing `!93`, where the same class of bug bit the mule\nreceiver's sender matching.\n\n## The gap\n\n`nexus-aio` compares game-supplied strings against configured ones with plain\n`equalsIgnoreCase` / `contains`, and **never normalises them**:\n\n grep -rln \"Rs2TextSanitizer|normalizeGameText|normalizeApostrophes\" --include=*.java runelite-client/\n -> no matches anywhere in this repo\n\nConcrete comparison sites:\n\n FarmingPatchActivity.java:145\n if (have != null && have.equalsIgnoreCase(want.menuText())) {\n\n RangedActivity.java:167\n && equippedAmmo.getName().toLowerCase().contains(ammoName.toLowerCase())\n\n RangedActivity.java:184\n if (RANGED_FLAGGED_DEFAULT_AMMO.equalsIgnoreCase(ammoName)) {\n\n## Why that is unsafe against game text specifically\n\nThe fork ships a sanitizer whose existence is the evidence \u2014 each method exists\nbecause the game supplies these forms:\n\n Rs2TextSanitizer.normalizeGameText(raw)\n /** NFKC + NBSP/NNBSP to space + soft hyphen removal. */\n .replace('\\u00A0', ' ') .replace('\\u202F', ' ') .replace(\"\\u00AD\", \"\")\n\n Rs2TextSanitizer.normalizeApostrophes(raw)\n .replace('\\u2019', '\\'') .replace('\\u2018', '\\'') .replace('\\u02BC', '\\'')\n\nSo game text uses **curly apostrophes** (`\\u2019`) and **non-breaking spaces**\n(`\\u00A0`) where a human writes `'` and a space. The wider RuneLite client agrees \u2014\n`HiscorePanel.java:670` sanitizes `\\u00A0` purely to look a player up by name, and\n`ChatFilterPlugin.java:346` does the same.\n\nAny OSRS item or menu string containing an apostrophe or a multi-word name is a\ncandidate: a configured `\"Zamorak's ...\"` typed with an ASCII `'` will not match the\ngame's `\\u2019`, and `equalsIgnoreCase` will report no match with no diagnostic.\n\n## Why this matters RIGHT NOW \u2014 it corrupts the canary's output\n\n`#2`'s whole purpose is to reveal the true values behind 16 FLAGGED-DEFAULT\nconstants \u2014 the unverified menu strings (`\"Clean\"`, `\"Make all\"`, the smelt dialogue,\nthe altar action, the build interaction). The canary confirms a default by comparing\nit against what the game actually offers.\n\n**If that comparison is broken by normalisation, a CORRECT default reports as\nwrong.** Someone then \"fixes\" a constant that was right, and the real defect \u2014\n`equalsIgnoreCase` on unnormalised text \u2014 survives and silently breaks the next skill\ntoo. That is a worse outcome than the canary failing outright, because it produces\nconfident wrong data.\n\n## Scope\n\n1. Normalise **both sides** before comparing any game-supplied string against a\n configured one: the observed value and the config value. Use\n `Rs2TextSanitizer.normalizeGameText` plus `normalizeApostrophes`, or a single\n shared helper in this repo that applies both.\n2. Apply it at every site where config meets game text \u2014 start from the three above,\n then audit the `*Activity.java` files for `equals`/`equalsIgnoreCase`/`contains`\n against anything sourced from the client.\n3. Put the helper in **one** place. The mule receiver hit the identical problem\n (`!93`, sender names) and the fix there should call the same helper rather than\n duplicating the logic \u2014 but note `mulereceiver` is a separate sourcePath, so a\n shared helper must not create a cross-sourcePath dependency that breaks\n `check-deployable.sh`. If sharing is not clean, duplicate deliberately and say so.\n4. When a comparison fails, log the **codepoints** of both sides at debug level, not\n just the strings \u2014 `\"Clean\" != \"Clean\"` is unreadable otherwise, and this is\n exactly the diagnostic the canary needs.\n\n## Explicitly out of scope\n\n- Changing any FLAGGED-DEFAULT value. This issue fixes the comparison, not the\n constants; changing both at once would make it impossible to tell which fixed what.\n- `mulereceiver`'s own fix \u2014 that is the `!93` bounce.\n- Item/NPC id handling. Ids are integers and unaffected.\n\n## Acceptance\n\n- A headless test proves a configured `\"Bob's thing\"` (ASCII apostrophe) matches a\n game-supplied `\"Bob\\u2019s thing\"`, and that a genuinely different string still\n does **not** match \u2014 normalisation must not become a bypass.\n- A test covers `\\u00A0` in a multi-word name.\n- No comparison of game text against config remains un-normalised in `*Activity.java`.\n- `./test.sh` green (250 PASSED on the `!93` branch; 234 on `main`).\n\nSequencing: independent of the canary, but **landing it first makes the canary's\nresults trustworthy**. If the canary runs before this, treat any \"the flagged default\nis wrong\" result as unconfirmed until the string is compared with normalisation.\n", + "changed_files": [ + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivity.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusTextCompare.java", + "runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/RangedActivity.java", + "tests/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivityTest.java", + "tests/net/runelite/client/plugins/microbot/nexus/NexusTextCompareTest.java" + ], + "diff": "diff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivity.java\nindex 0f09662..b04d3ba 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivity.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivity.java\n@@ -133,16 +133,18 @@ public final class FarmingPatchActivity {\n \n /**\n * Pure decision: the first patch action (priority order) present among the\n- * observed menu actions of the patch, case-insensitive, colour tags\n- * already stripped by the caller. Null when the patch needs no action\n- * (growing, or nothing configured matches) \u2014 the tick then idles and the\n- * canary watchdog bounds the wait.\n+ * observed menu actions of the patch, case-insensitive and text-normalised\n+ * (issue #94 \u2014 the game emits curly apostrophes and non-breaking spaces,\n+ * so a plain equalsIgnoreCase would silently miss a correct action),\n+ * colour tags already stripped by the caller. Null when the patch needs no\n+ * action (growing, or nothing configured matches) \u2014 the tick then idles and\n+ * the canary watchdog bounds the wait.\n */\n static PatchAction pickAction(String[] observedActions) {\n if (observedActions == null) return null;\n for (PatchAction want : PatchAction.values()) {\n for (String have : observedActions) {\n- if (have != null && have.equalsIgnoreCase(want.menuText())) {\n+ if (have != null && NexusTextCompare.equalsIgnoreCase(have, want.menuText())) {\n return want;\n }\n }\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusTextCompare.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusTextCompare.java\nnew file mode 100644\nindex 0000000..06b5d82\n--- /dev/null\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/NexusTextCompare.java\n@@ -0,0 +1,102 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import net.runelite.client.plugins.microbot.util.text.Rs2TextSanitizer;\n+import org.slf4j.Logger;\n+import org.slf4j.LoggerFactory;\n+\n+import java.util.Locale;\n+\n+/**\n+ * Normalised comparison of game-supplied text against configured values\n+ * (issue #94).\n+ *\n+ *

The game ships strings with curly apostrophes ({@code \\u2019} where a\n+ * human writes {@code '}) and non-breaking spaces ({@code \\u00A0}), and\n+ * RuneLite menu/chat text is NFKC-composed and softly hyphenated at wrap\n+ * points \u2014 so a plain {@code equalsIgnoreCase}/{@code contains} against a\n+ * configured string silently reports no match for a value that is actually\n+ * correct. Every site where config meets game text goes through this class,\n+ * which applies {@link Rs2TextSanitizer#normalizeGameText} plus\n+ * {@link Rs2TextSanitizer#normalizeApostrophes} to BOTH sides before\n+ * comparing, and logs the codepoints of both sides at debug level when a\n+ * comparison fails \u2014 the diagnostic the canary needs to tell a wrong\n+ * FLAGGED-DEFAULT from a broken comparison.\n+ *\n+ *

The mule receiver ({@code TradeDecision}, !93) hit the same class of\n+ * bug for sender names and deliberately inlines the same normalisation to\n+ * keep its documented no-client-import invariant; mulereceiver is a separate\n+ * deployable sourcePath, so importing this class there would create the\n+ * cross-sourcePath dependency the deploy guard exists to prevent. The two\n+ * normalisers are documented to stay in lockstep (same order, same\n+ * replacements).\n+ */\n+final class NexusTextCompare\n+{\n+\tprivate static final Logger log = LoggerFactory.getLogger(NexusTextCompare.class);\n+\n+\tprivate NexusTextCompare()\n+\t{\n+\t}\n+\n+\t/** Apply both normalisers, in the same order everywhere; null -> \"\". */\n+\tstatic String normalize(String raw)\n+\t{\n+\t\tif (raw == null)\n+\t\t{\n+\t\t\treturn \"\";\n+\t\t}\n+\t\tString s = Rs2TextSanitizer.normalizeGameText(raw);\n+\t\ts = Rs2TextSanitizer.normalizeApostrophes(s);\n+\t\treturn s.trim();\n+\t}\n+\n+\t/** Normalised case-insensitive equality. */\n+\tstatic boolean equalsIgnoreCase(String a, String b)\n+\t{\n+\t\tString na = normalize(a);\n+\t\tString nb = normalize(b);\n+\t\tif (na.equalsIgnoreCase(nb))\n+\t\t{\n+\t\t\treturn true;\n+\t\t}\n+\t\tlogMismatch(\"equalsIgnoreCase\", a, b, na, nb);\n+\t\treturn false;\n+\t}\n+\n+\t/** Normalised case-insensitive containment; an empty needle matches. */\n+\tstatic boolean containsIgnoreCase(String haystack, String needle)\n+\t{\n+\t\tString nh = normalize(haystack);\n+\t\tString nn = normalize(needle);\n+\t\tif (nn.isEmpty() || nh.toLowerCase(Locale.ROOT).contains(nn.toLowerCase(Locale.ROOT)))\n+\t\t{\n+\t\t\treturn true;\n+\t\t}\n+\t\tlogMismatch(\"containsIgnoreCase\", haystack, needle, nh, nn);\n+\t\treturn false;\n+\t}\n+\n+\t/** U+XXXX space-separated codepoints \u2014 the canary's read-out. */\n+\tstatic String codepoints(String s)\n+\t{\n+\t\tStringBuilder sb = new StringBuilder();\n+\t\tfor (int cp : s.codePoints().toArray())\n+\t\t{\n+\t\t\tif (sb.length() > 0)\n+\t\t\t{\n+\t\t\t\tsb.append(' ');\n+\t\t\t}\n+\t\t\tsb.append(String.format(\"U+%04X\", cp));\n+\t\t}\n+\t\treturn sb.toString();\n+\t}\n+\n+\tprivate static void logMismatch(String op, String rawA, String rawB, String na, String nb)\n+\t{\n+\t\tif (log.isDebugEnabled())\n+\t\t{\n+\t\t\tlog.debug(\"[Nexus AIO] #94 {} mismatch rawLHS='{}' rawRHS='{}' normLHS='{}' normRHS='{}' codepointsLHS={} codepointsRHS={}\",\n+\t\t\t\t\top, rawA, rawB, na, nb, codepoints(na), codepoints(nb));\n+\t\t}\n+\t}\n+}\ndiff --git a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/RangedActivity.java b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/RangedActivity.java\nindex 4845a83..382c4b1 100644\n--- a/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/RangedActivity.java\n+++ b/runelite-client/src/main/java/net/runelite/client/plugins/microbot/nexus/RangedActivity.java\n@@ -159,12 +159,15 @@ public final class RangedActivity implements NexusActivityDef {\n * (contains-match, same semantics as the legacy combat item lookups) plus\n * the equipped AMMO-slot quantity when that item's name also matches. The\n * equipped slot is the primary store for arrows/bolts, so both must count.\n+ * The contains-match is text-normalised on both sides (issue #94): the\n+ * game's item name carries curly apostrophes / non-breaking spaces the\n+ * configured name does not.\n */\n private int rangedAmmoCount(String ammoName) {\n int tally = Rs2Inventory.count(ammoName);\n Rs2ItemModel equippedAmmo = Rs2Equipment.get(EquipmentInventorySlot.AMMO);\n if (equippedAmmo != null && equippedAmmo.getName() != null\n- && equippedAmmo.getName().toLowerCase().contains(ammoName.toLowerCase())) {\n+ && NexusTextCompare.containsIgnoreCase(equippedAmmo.getName(), ammoName)) {\n tally += equippedAmmo.getQuantity();\n }\n return tally;\n@@ -181,7 +184,7 @@ public final class RangedActivity implements NexusActivityDef {\n Rs2ItemModel equippedAmmo = Rs2Equipment.get(EquipmentInventorySlot.AMMO);\n String equippedDesc = equippedAmmo == null ? \"none\"\n : equippedAmmo.getName() + \" x\" + equippedAmmo.getQuantity();\n- if (RANGED_FLAGGED_DEFAULT_AMMO.equalsIgnoreCase(ammoName)) {\n+ if (NexusTextCompare.equalsIgnoreCase(RANGED_FLAGGED_DEFAULT_AMMO, ammoName)) {\n log.warn(\"[Nexus AIO] RANGED FLAGGED-DEFAULT ammo=\\\"{}\\\" tally={} equipped={} \u2014 default ammo name is not verified; the canary run must record the ammo actually in use\",\n ammoName, tally, equippedDesc);\n } else {\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivityTest.java b/tests/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivityTest.java\nindex 56f72b9..67bbea6 100644\n--- a/tests/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivityTest.java\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/FarmingPatchActivityTest.java\n@@ -103,6 +103,22 @@ public class FarmingPatchActivityTest {\n \"mixed-case rake in a list -> RAKE\");\n }\n \n+ /**\n+ * Issue #94: pickAction compares through the normalised helper. A\n+ * game-supplied menu action carrying RuneLite's soft hyphen at a wrap\n+ * point (the exact form {@code Rs2TextSanitizer.normalizeGameText}\n+ * exists for) must still match the configured menu text \u2014 a plain\n+ * equalsIgnoreCase would silently report no match and the patch would\n+ * idle forever.\n+ */\n+ @Test\n+ public void testPickActionNormalisesGameText() {\n+ require(FarmingPatchActivity.pickAction(new String[]{\"Har\\u00ADvest\"}) == FarmingPatchActivity.PatchAction.HARVEST,\n+ \"soft-hyphenated harvest -> HARVEST (#94)\");\n+ require(FarmingPatchActivity.pickAction(new String[]{\"Plan\\u00ADt\"}) == FarmingPatchActivity.PatchAction.PLANT,\n+ \"soft-hyphenated plant -> PLANT (#94)\");\n+ }\n+\n /** The seed supply is the farming constraint: planting with no seeds cannot continue. */\n @Test\n public void testCannotContinueTruthTable() {\ndiff --git a/tests/net/runelite/client/plugins/microbot/nexus/NexusTextCompareTest.java b/tests/net/runelite/client/plugins/microbot/nexus/NexusTextCompareTest.java\nnew file mode 100644\nindex 0000000..649d832\n--- /dev/null\n+++ b/tests/net/runelite/client/plugins/microbot/nexus/NexusTextCompareTest.java\n@@ -0,0 +1,98 @@\n+package net.runelite.client.plugins.microbot.nexus;\n+\n+import org.junit.Test;\n+\n+import static org.junit.Assert.assertFalse;\n+import static org.junit.Assert.assertTrue;\n+\n+/**\n+ * Normalised game-text comparison tests (issue #94).\n+ *\n+ *

The game supplies curly apostrophes ({@code \\u2019}) and non-breaking\n+ * spaces ({@code \\u00A0}) where a human writes {@code '} and a space, and\n+ * RuneLite text is softly hyphenated at wrap points ({@code \\u00AD}). These\n+ * tests prove the acceptance criteria: a configured {@code \"Bob's thing\"}\n+ * (ASCII apostrophe) matches a game-supplied {@code \"Bob\\u2019s thing\"}, a\n+ * genuinely different string still does NOT match (normalisation is not a\n+ * bypass), and {@code \\u00A0} inside a multi-word name matches its plain\n+ * form.\n+ *\n+ *

Headless: {@code NexusTextCompare} imports only the fork's\n+ * {@code Rs2TextSanitizer}, which is pure string code, so no client is\n+ * needed.\n+ */\n+public class NexusTextCompareTest\n+{\n+\t@Test\n+\tpublic void testAsciiApostropheMatchesCurly()\n+\t{\n+\t\tassertTrue(\"configured ASCII ' must match game curly \\\\u2019\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Bob's thing\", \"Bob\\u2019s thing\"));\n+\t\tassertTrue(\"game curly \\\\u2018 must match ASCII '\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Bob's thing\", \"Bob\\u2018s thing\"));\n+\t\tassertTrue(\"modifier letter apostrophe \\\\u02BC must match ASCII '\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Bob's thing\", \"Bob\\u02BCs thing\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testGenuinelyDifferentStillDoesNotMatch()\n+\t{\n+\t\tassertFalse(\"different word must NOT match\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Bob's thing\", \"Bob's car\"));\n+\t\tassertFalse(\"different item must NOT match\",\n+\t\t\t\tNexusTextCompare.containsIgnoreCase(\"Rune arrow\", \"Adamant arrow\"));\n+\t\tassertFalse(\"prefix-ish but different must NOT match\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Rune arrow\", \"Rune arrows\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testNbspInMultiWordName()\n+\t{\n+\t\tassertTrue(\"NBSP between words must match a plain space\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Iron\\u00A0platebody\", \"Iron platebody\"));\n+\t\tassertTrue(\"NNBSP must match a plain space\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Iron\\u202Fplatebody\", \"Iron platebody\"));\n+\t\tassertTrue(\"NBSP in a contains-match must match\",\n+\t\t\t\tNexusTextCompare.containsIgnoreCase(\"10\\u00A0Rune\\u00A0arrows\", \"Rune arrow\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testSoftHyphenRemoved()\n+\t{\n+\t\tassertTrue(\"soft hyphen (wrap point) must be removed\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"Har\\u00ADvest\", \"Harvest\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testCaseInsensitivePreserved()\n+\t{\n+\t\tassertTrue(\"case-insensitivity is preserved\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"HARVEST\", \"harvest\"));\n+\t\tassertTrue(\"case-insensitive contains preserved\",\n+\t\t\t\tNexusTextCompare.containsIgnoreCase(\"rune ARROW\", \"Rune arrow\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testNullSafe()\n+\t{\n+\t\tassertFalse(\"null lhs does not match\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(null, \"x\"));\n+\t\tassertFalse(\"null rhs does not match\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(\"x\", null));\n+\t\tassertTrue(\"null lhs with null rhs matches (both normalise to empty)\",\n+\t\t\t\tNexusTextCompare.equalsIgnoreCase(null, null));\n+\t\tassertFalse(\"null haystack contains nothing\",\n+\t\t\t\tNexusTextCompare.containsIgnoreCase(null, \"x\"));\n+\t\tassertTrue(\"empty needle matches (Java contains semantics)\",\n+\t\t\t\tNexusTextCompare.containsIgnoreCase(\"anything\", \"\"));\n+\t}\n+\n+\t@Test\n+\tpublic void testCodepointsDiagnostic()\n+\t{\n+\t\tassertTrue(\"codepoints render U+XXXX\",\n+\t\t\t\tNexusTextCompare.codepoints(\"A'\").startsWith(\"U+0041 U+0027\"));\n+\t\tassertTrue(\"curly apostrophe is visible in the diagnostic\",\n+\t\t\t\tNexusTextCompare.codepoints(\"Bob\\u2019s\").contains(\"U+2019\"));\n+\t}\n+}\n", + "diff_truncated": false, + "diff_bytes": 13361 +} \ No newline at end of file diff --git a/tests/calibration/corpus/rs-pilot-42.json b/tests/calibration/corpus/rs-pilot-42.json new file mode 100644 index 0000000..a9f20b4 --- /dev/null +++ b/tests/calibration/corpus/rs-pilot-42.json @@ -0,0 +1,22 @@ +{ + "id": "rs-pilot-42", + "repo": "rs-pilot", + "pr": 42, + "title": "feat(#41): offline dry-run mode \u2014 full session, no account, no API key", + "head_sha": "7a7ae8ea91c46450ecfa0a343a1d0efbb400dde5", + "base_sha": "1a69ae3fae232f39e589d2ed2d5fb1adebe8a393", + "labels": [], + "merged": true, + "issue_number": 41, + "issue_body": "## The problem, stated as a fact about this repo\n\n**rs-pilot has never been exercised end to end, and both ways to do it are gated\non the owner.**\n\n- `#20` (a live client) is `awaiting-owner` and always will be \u2014 it risks a real\n account.\n- The eval needs `RS_PILOT_LLM_API_KEY` or `config.json` `llm_api_key`. Neither is\n present in this environment. The single recorded eval run\n (`~/.rs-pilot/eval-results/2026-08-17T08-54-45Z_claudinio.jsonl`) has 3 rows,\n all `verdict: error`, `tokens: 0` \u2014 no call ever reached a model.\n\nSo everything merged into this repo \u2014 the world-read gating (`#33`), the\nlogged-out state machine (`#35`), the logged-out bound (`#38`) \u2014 is verified by\nunit tests against fakes and **nothing else**. That is a real gap for the priority\nrepo, and it is not the owner's to unblock.\n\n## Why this is small: the seams already exist\n\nI checked each piece rather than assuming:\n\n1. **The fake agent is already written.** `tests/fake_agent.py` is **706 lines**\n and serves **37 endpoints** \u2014 `/state` `/skills` `/inventory` `/bank/*`\n `/npcs{,/interact}` `/objects{,/interact}` `/ground-items/*` `/dialogue/*`\n `/walk` `/widgets/*` `/scripts/*` `/varbit` `/varp` and more. It is\n effectively the whole surface the pilot uses. Nothing new is needed here.\n\n2. **The agent URL is already configurable.** `pilot/operator.py:67` is a\n \"Dev/test bridge: id -> (base_url, proxy_ok) from a plain dict\", and `cmd_run`\n loads resolutions from `state_dir/operator_resolutions.json`. So pointing the\n CLI at a locally-running fake agent needs **no code change** \u2014 just a\n resolutions entry and a token file.\n\n3. **The model already has an injection seam.** `pilot/llm.py:356`:\n\n def decide(prompt, *, account_id=\"default\", cfg=None, llm_client=None,\n budget=None, replay=None) -> LlmDecision\n\n with the contract documented at line 372 \u2014\n `callable(prompt, cfg) -> str | (str, Usage)` \u2014 consumed at lines 400-408. And\n line 391 refuses **only** when `llm_client is None and not cfg.api_key`, i.e.\n an injected client legitimately replaces the key.\n\n**The one thing missing** is that `cmd_run`'s `decide` closure\n(`pilot/cli.py`, ~line 101) always calls `decide_llm(...)` without `llm_client`,\nso there is no way to reach that seam from the command line.\n\n## Scope\n\n1. A scripted model client implementing the existing contract\n `callable(prompt, cfg) -> str | (str, Usage)`. It reads a JSONL script of\n responses and returns them in order, so a session is deterministic and\n reviewable. Reuse the `ReplayLog` line shape (`pilot/llm.py:253`) as the file\n format if it fits \u2014 a recorded real session should be replayable as a script,\n which is what makes this useful beyond hand-written cases.\n2. A CLI flag on `run` (and `direct`) that wires it in \u2014 e.g.\n `--llm-script `. When given, no API key is required and no network call\n is made.\n3. Make `tests/fake_agent.py` runnable as a standalone server (a `__main__` that\n binds a port, writes a token file, and prints the base URL) so it can back a\n dry run rather than only in-process tests. Move it out of `tests/` only if\n that is needed to import it from `pilot/`; keep the diff minimal.\n4. A documented one-command dry run in the README: start the fake agent, point a\n resolutions file at it, run with `--llm-script`, and get a completed session\n with an outcome.\n\n## Hard constraints\n\n- **No network call and no key when `--llm-script` is given.** If the flag is\n present and something still tries `_messages_completion`, that is a failure.\n- **The safety rails must NOT be bypassed.** The offline path goes through the\n same `Session`, the same `_guard_action` / allow-list, and the same\n `execute_action`. A dry run that skips the guards proves nothing and would\n create a second, unguarded execution path \u2014 the opposite of the point. Do not\n add an \"offline so it's safe\" exemption anywhere.\n- **No live account, ever.** This mode must be incapable of reaching a real\n client: it talks to a base URL from a resolutions file, and the docs must not\n suggest pointing it at a real agent port.\n\n## Out of scope\n\n- Fixing the missing API key (owner-gated) or anything in `#39`.\n- `#20`'s live canary. This reduces what `#20` has to prove; it does not replace\n it.\n- Recording a real session to replay \u2014 useful later, but it needs a working key,\n so it cannot be a dependency of this.\n\n## Acceptance\n\n- A single documented command runs a full session with **no `RS_PILOT_LLM_API_KEY`\n set and no live client**, and prints a session outcome.\n- With `--llm-script`, `_messages_completion` is never called. Show this with a\n test that fails if a network call is attempted.\n- The dry run exercises the real `Session.act` path \u2014 demonstrate that an action\n outside the allow-list is still refused in offline mode.\n- At least one scripted scenario covers a case only reachable end to end: a\n break (`scriptsPaused`) or a logged-out window, proving `#35`/`#38` behave in a\n full session and not just in unit tests.\n- `pytest -q --ignore=.venv` green.\n\nGrounded in the file/line references above, all checked on `origin/main` on\n2026-08-17.\n", + "changed_files": [ + "README.md", + "pilot/cli.py", + "pilot/scripted.py", + "tests/fake_agent.py", + "tests/test_dry_run.py" + ], + "diff": "diff --git a/README.md b/README.md\nindex 3a0a867..9bcb1f7 100644\n--- a/README.md\n+++ b/README.md\n@@ -208,6 +208,63 @@ decision to `~/.rs-pilot/eval-results/` (the baseline a later model change is\n compared against), and records tokens per decision (plus cost with\n `--cost-per-1k`) so issue #5's ceiling can be set from data.\n \n+## Offline dry-run mode (issue #41)\n+\n+The pilot can drive a **full session with no account, no game client and\n+no API key**: the model is replaced by a deterministic script and the\n+agent server by the fake server in `tests/fake_agent.py`. This is the\n+fastest way to see the loop, the rails and a session outcome without\n+touching a live farm \u2014 and to replay a recorded session.\n+\n+How it works:\n+\n+* `--llm-script ` (on `run` and `direct`) injects a\n+ `ScriptedClient` into the same `llm_client` seam a real model uses:\n+ the file is JSONL, one model response per line, and responses are\n+ returned in order. No `RS_PILOT_LLM_API_KEY` is required and the\n+ network path is unreachable by construction.\n+* The script line shape is `{\"response\": \"...\", \"usage\": {...}}` \u2014 the\n+ same `response`/`usage` keys `ReplayLog` writes, so a recorded real\n+ session is directly replayable as a script.\n+* The fake agent server (`tests/fake_agent.py`) serves the real endpoint\n+ shapes on 127.0.0.1 with a token file \u2014 run it standalone with\n+ `python3 tests/fake_agent.py --scenario happy --port 8123` (it prints\n+ the base URL and token file path).\n+* **The rails are never bypassed offline.** The dry run goes through the\n+ real `Session.act`, the real action guard/DirectGate allow-lists and\n+ the real `AgentClient.execute_action`. An action outside the\n+ allow-list is refused exactly as online (tests/test_dry_run.py proves\n+ it, including a logged-out window and the continuous-logged-out bound,\n+ issues #35/#38, end to end).\n+\n+Minimal dry run (direct mode \u2014 walks once, then hands back):\n+\n+ # terminal 1: the fake agent server\n+ python3 tests/fake_agent.py --scenario happy --port 8123 \\\n+ --token-file ./dry-run-state/agent-token\n+\n+ # terminal 2:\n+ mkdir -p dry-run-state\n+ printf '{\"dry-run\": [\"http://127.0.0.1:8123\", true]}\\n' \\\n+ > dry-run-state/operator_resolutions.json\n+ printf '{\"pilot_proven\": false, \"accounts\": [{\"id\": \"dry-run\", \"tier\": \"disposable\", \"clean_bounded_sessions\": 0}]}\\n' \\\n+ > dry-run-state/accounts.json\n+ printf '{\"state_dir\": \"./dry-run-state\", \"accounts_file\": \"./dry-run-state/accounts.json\", \"agent_token_file\": \"./dry-run-state/agent-token\", \"max_session_seconds\": 600, \"watchdog_poll_seconds\": 2}\\n' \\\n+ > dry-run-config.json\n+ printf '%s\\n' \\\n+ '{\"response\": \"{\\\"action\\\": \\\"walk\\\", \\\"x\\\": 2910, \\\"y\\\": 3319}\", \"usage\": {\"input_tokens\": 120, \"output_tokens\": 8}}' \\\n+ '{\"response\": \"stop_direct\"}' > dry-run-script.jsonl\n+\n+ python3 -m pilot --config dry-run-config.json direct dry-run \\\n+ --llm-script dry-run-script.jsonl \\\n+ --goal \"canary: walk once, then hand back\" \\\n+ --mode-seconds 120 --stall-seconds 60 --decision-seconds 1\n+\n+Expect `RESULT account=dry-run outcome=direct:stopped_by_model` and exit\n+0. In `run` mode the allow-list is deny-all until issue #7 lands, so a\n+dry run there ends at the first refused action \u2014 a bounded stopped\n+outcome, which is the rails working.\n+\n ## Status\n \n Safety rails implemented and tested (17/17), design otherwise. See the issue\ndiff --git a/pilot/cli.py b/pilot/cli.py\nindex 1393e10..736cd6c 100644\n--- a/pilot/cli.py\n+++ b/pilot/cli.py\n@@ -48,6 +48,7 @@ from .llm import CostBudget, LlmConfig, ReplayLog, decide as decide_llm\n from .loop import DEFAULT_MAX_LOGGED_OUT_S, DecisionLoop, Goal\n from .operator import StaticOperator, load_agent_token\n from .policy import Registry\n+from .scripted import ScriptedClient\n from .session import Session\n from .track import TrackRecord, state_paused_check\n \n@@ -76,6 +77,17 @@ def _load_operator(config: Config) -> StaticOperator | None:\n return StaticOperator(resolutions)\n \n \n+def _llm_client(args: argparse.Namespace) -> ScriptedClient | None:\n+ \"\"\"Offline dry-run (issue #41): --llm-script replaces the network model\n+ with a deterministic JSONL response script \u2014 no API key required, no\n+ network call possible. None means the real model client is used.\"\"\"\n+ # getattr: cmd_run/cmd_direct are also driven with hand-built\n+ # Namespaces in the suite, which predate the flag.\n+ if not getattr(args, \"llm_script\", \"\"):\n+ return None\n+ return ScriptedClient(args.llm_script)\n+\n+\n def _build_loop(args: argparse.Namespace, config: Config,\n agent: AgentClient, session: Session) -> DecisionLoop:\n \"\"\"Wire the issue #4 decision loop into a session: the loop decides\n@@ -97,11 +109,14 @@ def _build_loop(args: argparse.Namespace, config: Config,\n llm_cfg = LlmConfig.load(args.config or \"config.json\")\n budget = CostBudget()\n replay = ReplayLog(llm_cfg.replay_path)\n+ # Offline dry-run (issue #41): built once, not per decision \u2014 a fresh\n+ # client per call would re-read the script and always return line 1.\n+ llm_client = _llm_client(args)\n \n def decide(prompt: str) -> str:\n return decide_llm(\n prompt, account_id=args.account_id, cfg=llm_cfg,\n- budget=budget, replay=replay,\n+ llm_client=llm_client, budget=budget, replay=replay,\n ).response\n \n loop = DecisionLoop(\n@@ -242,6 +257,9 @@ def cmd_direct(args: argparse.Namespace) -> int:\n dlog = DirectLog(config.state_dir / \"direct_log.jsonl\")\n budget = CostBudget()\n cfg = LlmConfig.load(args.config)\n+ # Offline dry-run (issue #41): built once, not per decision \u2014 a fresh\n+ # client per call would re-read the script and always return line 1.\n+ llm_client = _llm_client(args)\n \n session = Session(\n account_id=args.account_id,\n@@ -259,6 +277,7 @@ def cmd_direct(args: argparse.Namespace) -> int:\n prompt,\n account_id=args.account_id,\n cfg=cfg,\n+ llm_client=llm_client,\n budget=budget,\n replay=ReplayLog(cfg.replay_path),\n ).response\n@@ -388,6 +407,11 @@ def main(argv: list[str] | None = None) -> int:\n p_run.add_argument(\"--max-logged-out\", type=float, default=DEFAULT_MAX_LOGGED_OUT_S,\n help=\"stop after N seconds continuously logged out (issue #38); \"\n \"observed breaks are <= 25 min, default 45 min\")\n+ p_run.add_argument(\"--llm-script\", default=\"\",\n+ help=\"offline dry-run (issue #41): JSONL script of model \"\n+ \"responses (ReplayLog line shape) returned in order \u2014 \"\n+ \"no API key required, no network call possible; \"\n+ \"the script must be long enough for the whole session\")\n p_run.set_defaults(func=cmd_run)\n \n p_direct = sub.add_parser(\n@@ -417,6 +441,12 @@ def main(argv: list[str] | None = None) -> int:\n \"--max-seconds\", type=int, default=0,\n help=\"hard session ceiling; the mode bound also applies\",\n )\n+ p_direct.add_argument(\n+ \"--llm-script\", default=\"\",\n+ help=\"offline dry-run (issue #41): JSONL script of model responses \"\n+ \"(ReplayLog line shape) returned in order \u2014 no API key \"\n+ \"required, no network call possible\",\n+ )\n p_direct.set_defaults(func=cmd_direct)\n \n sub.add_parser(\"kill\", help=\"trip kill switch and stop every account\").set_defaults(\ndiff --git a/pilot/scripted.py b/pilot/scripted.py\nnew file mode 100644\nindex 0000000..216e305\n--- /dev/null\n+++ b/pilot/scripted.py\n@@ -0,0 +1,121 @@\n+\"\"\"Deterministic offline model client (issue #41): JSONL-scripted decisions.\n+\n+The offline dry-run mode replaces the network model with a script: the\n+client reads a JSONL file of model responses and returns them in order, so\n+a session is fully deterministic and reviewable with **no API key and no\n+network call**. It implements the same ``callable(prompt, cfg) -> str |\n+(str, Usage)`` contract as an injected ``llm_client`` in\n+:func:`pilot.llm.decide` \u2014 the seam that already exists; this is the\n+command-line way to reach it.\n+\n+File format: one JSON object per line, at minimum ``{\"response\": \"...\"}``\n+(the model's output text, which must still pass the allow-list gate in\n+``pilot.actions`` \u2014 the offline path proves nothing if it skips the rails).\n+Optional ``usage`` (a dict in either the OpenAI or Anthropic Messages\n+naming family) meters the scripted call through the normal\n+:class:`pilot.llm.CostBudget`.\n+\n+ReplayLog compatibility: :class:`pilot.llm.ReplayLog` lines carry the same\n+``response``/``usage`` keys, so a recorded real session is directly\n+replayable as a script file \u2014 the format is shared on purpose.\n+\n+Fails loud, never silent: a malformed line fails at load with the line\n+number, and an exhausted script raises :class:`pilot.llm.LLMError` instead\n+of repeating the last response (a session that ran out of script must be\n+visible, not quietly looping).\n+\n+Safety: this client is a model *replacement*, never a rail bypass. The\n+session, the action guard / DirectGate allow-lists, ``Session.act`` and\n+``AgentClient.execute_action`` are exactly the production ones \u2014 see\n+tests/test_dry_run.py for the rails-not-bypassed proof.\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import json\n+from pathlib import Path\n+\n+from .llm import LLMError, Usage\n+\n+\n+class ScriptedClient:\n+ \"\"\"Reads a JSONL response script; returns responses in order.\n+\n+ Args:\n+ path: JSONL script file (see module docstring for the line shape).\n+\n+ Raises:\n+ LLMError: the file is unreadable, or any line is malformed (the\n+ error names the line number so a bad script is fixed, not\n+ guessed at).\n+ \"\"\"\n+\n+ def __init__(self, path: str | Path):\n+ self.path = Path(path)\n+ self._responses: list[tuple[str, Usage | None]] = []\n+ self._total = 0 # script lines loaded; consumed = total - remaining\n+ self._load()\n+\n+ def _load(self) -> None:\n+ try:\n+ raw_lines = self.path.read_text(encoding=\"utf-8\").splitlines()\n+ except OSError as exc:\n+ raise LLMError(\n+ f\"cannot read LLM script {self.path}: {exc}\"\n+ ) from exc\n+ if not raw_lines:\n+ raise LLMError(f\"LLM script {self.path} is empty\")\n+ for lineno, line in enumerate(raw_lines, start=1):\n+ stripped = line.strip()\n+ if not stripped:\n+ continue # blank lines are noise, not script\n+ try:\n+ entry = json.loads(stripped)\n+ except json.JSONDecodeError as exc:\n+ raise LLMError(\n+ f\"LLM script {self.path} line {lineno} is not valid \"\n+ f\"JSON: {exc}\"\n+ ) from exc\n+ if not isinstance(entry, dict):\n+ raise LLMError(\n+ f\"LLM script {self.path} line {lineno} must be a JSON \"\n+ f\"object, got {type(entry).__name__}\"\n+ )\n+ response = entry.get(\"response\")\n+ if not isinstance(response, str) or not response.strip():\n+ raise LLMError(\n+ f\"LLM script {self.path} line {lineno} needs a \"\n+ f\"non-empty string 'response'\"\n+ )\n+ usage_raw = entry.get(\"usage\")\n+ usage = (\n+ Usage.from_dict(usage_raw)\n+ if isinstance(usage_raw, dict)\n+ else None\n+ )\n+ self._responses.append((response, usage))\n+ self._total = len(self._responses)\n+\n+ def __call__(self, prompt: str, cfg):\n+ \"\"\"Return the next scripted response (the ``llm_client`` contract).\"\"\"\n+ if not self._responses:\n+ raise LLMError(\n+ f\"LLM script {self.path} exhausted after \"\n+ f\"{self.consumed} decision(s); the session script is \"\n+ f\"shorter than the session\"\n+ )\n+ response, usage = self._responses.pop(0)\n+ return (response, usage) if usage is not None else response\n+\n+ @property\n+ def consumed(self) -> int:\n+ \"\"\"Number of scripted responses already handed out.\"\"\"\n+ return self._total - len(self._responses)\n+\n+ @property\n+ def remaining(self) -> int:\n+ \"\"\"Number of scripted responses still available.\"\"\"\n+ return len(self._responses)\n+\n+ def __len__(self) -> int:\n+ return self._total\ndiff --git a/tests/fake_agent.py b/tests/fake_agent.py\nindex 61f5eff..e0443d3 100644\n--- a/tests/fake_agent.py\n+++ b/tests/fake_agent.py\n@@ -79,6 +79,12 @@ sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n from pilot.breaks import BREAK_END_NOW, BREAK_NOW # noqa: E402\n \n DEFAULT_TOKEN = \"test-token\"\n+\n+# Scenarios the fake server can serve (also the standalone --scenario\n+# choices in __main__; the offline dry-run backs a session with one of\n+# these, never a real client).\n+SCENARIOS = (\"happy\", \"on-break\", \"fail-login\", \"stall\", \"timeout\",\n+ \"wedged\", \"state-wedged\")\n TIMEOUT_DELAY_S = 3.0 # scenario \"timeout\": outlast any test client timeout\n \n # ---------------------------------------------------------------------------\n@@ -617,9 +623,9 @@ class _QuietThreadingHTTPServer(ThreadingHTTPServer):\n class FakeAgentServer:\n \"\"\"Scenario-driven, token-checked fake of the Microbot Agent Server.\"\"\"\n \n- def __init__(self, scenario: str = \"happy\", token: str = DEFAULT_TOKEN):\n- if scenario not in (\"happy\", \"on-break\", \"fail-login\", \"stall\",\n- \"timeout\", \"wedged\", \"state-wedged\"):\n+ def __init__(self, scenario: str = \"happy\", token: str = DEFAULT_TOKEN,\n+ port: int = 0, token_file: str | Path | None = None):\n+ if scenario not in SCENARIOS:\n raise ValueError(f\"unknown scenario {scenario!r}\")\n self.scenario = scenario\n self.token = token\n@@ -683,10 +689,16 @@ class FakeAgentServer:\n self.bank_withdraw_body = dict(BANK_WITHDRAW_BODY)\n \n self._tmp = tempfile.TemporaryDirectory(prefix=\"fake-agent-\")\n- self.token_file = Path(self._tmp.name) / \"agent-token\"\n+ if token_file is not None:\n+ # Standalone mode (offline dry-run, issue #41): the caller\n+ # names the token path so a config.json can point at it.\n+ self.token_file = Path(token_file)\n+ self.token_file.parent.mkdir(parents=True, exist_ok=True)\n+ else:\n+ self.token_file = Path(self._tmp.name) / \"agent-token\"\n self.token_file.write_text(token + \"\\n\")\n \n- self._httpd = _QuietThreadingHTTPServer((\"127.0.0.1\", 0), _Handler)\n+ self._httpd = _QuietThreadingHTTPServer((\"127.0.0.1\", port), _Handler)\n self._httpd.fake = self\n self._thread = threading.Thread(\n target=self._httpd.serve_forever, daemon=True)\n@@ -703,4 +715,32 @@ class FakeAgentServer:\n \n \n if __name__ == \"__main__\":\n- print(\"fake_agent: import module (FakeAgentServer, strip_display_name)\")\n+ import argparse\n+\n+ p = argparse.ArgumentParser(\n+ description=\"Run the fake Agent Server standalone \u2014 the backing \"\n+ \"server for the offline dry-run (issue #41): no game \"\n+ \"client, no account, no API key. Serves the real \"\n+ \"endpoint shapes on 127.0.0.1 and prints the base URL \"\n+ \"and token file for config.json to point at.\",\n+ )\n+ p.add_argument(\"--scenario\", default=\"happy\", choices=SCENARIOS,\n+ help=\"payload scenario (default: happy)\")\n+ p.add_argument(\"--port\", type=int, default=0,\n+ help=\"TCP port to bind (default: 0 = ephemeral; the \"\n+ \"printed base URL carries the chosen port)\")\n+ p.add_argument(\"--token-file\", default=None,\n+ help=\"path to write the agent token (default: a temp \"\n+ \"file whose path is printed)\")\n+ args = p.parse_args()\n+ server = FakeAgentServer(scenario=args.scenario, port=args.port,\n+ token_file=args.token_file)\n+ print(f\"FAKE_AGENT base_url={server.base_url} \"\n+ f\"token_file={server.token_file} scenario={server.scenario}\",\n+ flush=True)\n+ try:\n+ server._httpd.serve_forever()\n+ except KeyboardInterrupt:\n+ print(\"FAKE_AGENT stopped\", flush=True)\n+ finally:\n+ server.close()\ndiff --git a/tests/test_dry_run.py b/tests/test_dry_run.py\nnew file mode 100644\nindex 0000000..5312024\n--- /dev/null\n+++ b/tests/test_dry_run.py\n@@ -0,0 +1,409 @@\n+\"\"\"Offline dry-run mode tests (rs-pilot #41).\n+\n+Proves the three hard constraints of the offline dry-run:\n+\n+1. **No network, no key.** With ``--llm-script`` the scripted client is\n+ injected into the existing ``llm_client`` seam of ``decide()``, so the\n+ network path (``_messages_completion``) is unreachable and no API key is\n+ required \u2014 asserted directly (monkeypatched network path) and through\n+ the real CLI (subprocess with the key env stripped).\n+2. **Rails are never bypassed.** The dry run goes through the real\n+ ``Session.act``, the real action guard (deny-all here, the production\n+ default of ``run``) and the real ``AgentClient.execute_action`` \u2014 an\n+ action outside the allow-list is refused offline, exactly as online.\n+3. **Session-only behaviour is proven end to end.** A logged-out window\n+ (issue #35: no reads, no decisions, no actions while logged out) and the\n+ continuous-logged-out bound (issue #38) are driven through a full\n+ session against the fake server, not unit-test fakes.\n+\n+The CLI-level tests run ``python -m pilot`` as a subprocess against an\n+in-process ``FakeAgentServer`` \u2014 real HTTP over 127.0.0.1, no game client,\n+no account, no API key.\n+\"\"\"\n+\n+from __future__ import annotations\n+\n+import json\n+import os\n+import subprocess\n+import sys\n+from pathlib import Path\n+\n+import pytest\n+\n+sys.path.insert(0, str(Path(__file__).resolve().parent.parent))\n+\n+from pilot.agent import AgentClient # noqa: E402\n+from pilot.errors import LoopStop # noqa: E402\n+from pilot.kill_switch import KillSwitch # noqa: E402\n+from pilot.llm import ( # noqa: E402\n+ LLMError,\n+ LlmConfig,\n+ ReplayLog,\n+ Usage,\n+ decide,\n+)\n+from pilot.loop import DecisionLoop, Goal # noqa: E402\n+from pilot.operator import Resolution # noqa: E402\n+from pilot.policy import Registry # noqa: E402\n+from pilot.scripted import ScriptedClient # noqa: E402\n+from pilot.session import Session # noqa: E402\n+from pilot.track import TrackRecord, state_paused_check # noqa: E402\n+from tests.fake_agent import FakeAgentServer # noqa: E402\n+\n+REPO = Path(__file__).resolve().parent.parent\n+\n+WOODCUTTER = \"net.runelite.client.plugins.microbot.woodcutter.WoodcutterPlugin\"\n+\n+\n+class Clock:\n+ \"\"\"Fake monotonic clock; the loop's sleep() advances it. Deterministic.\"\"\"\n+\n+ def __init__(self, t: float = 0.0):\n+ self.t = t\n+\n+ def now(self) -> float:\n+ return self.t\n+\n+ def sleep(self, seconds: float) -> None:\n+ self.t += max(0.0, seconds)\n+\n+\n+def write_script(tmp: Path, lines: list[dict]) -> Path:\n+ path = tmp / \"script.jsonl\"\n+ path.write_text(\n+ \"\\n\".join(json.dumps(line) for line in lines) + \"\\n\", encoding=\"utf-8\"\n+ )\n+ return path\n+\n+\n+def make_session(tmp: Path, server: FakeAgentServer, *,\n+ account_id: str = \"d1\",\n+ action_guard=None) -> tuple[Session, Clock]:\n+ \"\"\"Wire the real Session against the fake server, with the action guard\n+ as given (None = the production deny-all of ``cmd_run``; pass\n+ ``lambda a: None`` to approve everything).\"\"\"\n+ (tmp / \"accounts.json\").write_text(json.dumps({\n+ \"pilot_proven\": False,\n+ \"accounts\": [{\"id\": account_id, \"tier\": \"disposable\",\n+ \"clean_bounded_sessions\": 0}],\n+ }))\n+ (tmp / \"agent-token\").write_text(server.token + \"\\n\")\n+ kill = KillSwitch(tmp / \"kill_switch\")\n+ registry = Registry.load(tmp / \"accounts.json\")\n+ agent = AgentClient(server.base_url, token_paths=[str(tmp / \"agent-token\")])\n+ session = Session(\n+ account_id=account_id,\n+ resolution=Resolution(account_id, server.base_url, True),\n+ agent=agent,\n+ kill_switch=kill,\n+ registry=registry,\n+ max_duration_s=60,\n+ watchdog_poll_s=5.0,\n+ action_guard=action_guard,\n+ )\n+ return session, Clock()\n+\n+\n+def make_loop(tmp: Path, session: Session, clock: Clock,\n+ script_path: Path, *, poll: float = 1.0, stall: float = 60.0,\n+ decision: float = 10.0,\n+ max_logged_out: float = 2700.0) -> tuple[DecisionLoop, ScriptedClient]:\n+ \"\"\"Real DecisionLoop whose decide goes through the real\n+ ``pilot.llm.decide`` with the scripted client injected \u2014 the exact CLI\n+ wiring. Returns the loop and the client (tests assert consumption).\"\"\"\n+ agent = session.agent\n+ track = TrackRecord(path=tmp / \"track_record.json\",\n+ paused_check=state_paused_check(agent))\n+ client = ScriptedClient(script_path)\n+ loop = DecisionLoop(\n+ agent=agent, act=session.act,\n+ decide=lambda prompt: decide(\n+ prompt, account_id=session.account_id,\n+ cfg=LlmConfig(api_key=\"\"), # no key: the script replaces it\n+ llm_client=client,\n+ ).response,\n+ goal=Goal(\"Woodcutting\", plugins=(WOODCUTTER,)),\n+ track=track, account_id=session.account_id,\n+ poll_interval_s=poll, stall_timeout_s=stall,\n+ decision_interval_s=decision, progress_log_interval_s=60.0,\n+ max_logged_out_s=max_logged_out,\n+ now=clock.now, sleep=clock.sleep,\n+ )\n+ return loop, client\n+\n+\n+def drive(loop: DecisionLoop, steps: int) -> None:\n+ for _ in range(steps):\n+ loop.step()\n+\n+\n+# -- scripted client: determinism and the file contract ----------------------\n+\n+def test_scripted_client_returns_responses_in_order(tmp_path: Path):\n+ script = write_script(tmp_path, [\n+ {\"response\": \"start_script\"},\n+ {\"response\": \"stop_script\"},\n+ ])\n+ client = ScriptedClient(script)\n+ assert len(client) == 2\n+ assert client.remaining == 2\n+ assert client(prompt=\"p1\", cfg=None) == \"start_script\"\n+ assert client.consumed == 1\n+ assert client(prompt=\"p2\", cfg=None) == \"stop_script\"\n+ assert client.remaining == 0\n+\n+\n+def test_scripted_client_wraps_usage(tmp_path: Path):\n+ script = write_script(tmp_path, [\n+ {\"response\": \"start_script\",\n+ \"usage\": {\"input_tokens\": 12, \"output_tokens\": 3}},\n+ ])\n+ client = ScriptedClient(script)\n+ text, usage = client(prompt=\"p\", cfg=None)\n+ assert text == \"start_script\"\n+ assert isinstance(usage, Usage)\n+ assert usage.total_tokens == 15\n+\n+\n+def test_scripted_client_exhaustion_raises(tmp_path: Path):\n+ script = write_script(tmp_path, [{\"response\": \"start_script\"}])\n+ client = ScriptedClient(script)\n+ client(prompt=\"p\", cfg=None)\n+ with pytest.raises(LLMError, match=\"exhausted\"):\n+ client(prompt=\"p2\", cfg=None)\n+\n+\n+def test_scripted_client_rejects_malformed_lines_at_load(tmp_path: Path):\n+ bad = tmp_path / \"bad.jsonl\"\n+ bad.write_text('{\"response\": \"ok\"}\\nnot json\\n', encoding=\"utf-8\")\n+ with pytest.raises(LLMError, match=\"line 2\"):\n+ ScriptedClient(bad)\n+ missing = tmp_path / \"missing.jsonl\"\n+ missing.write_text('{\"prompt\": \"no response here\"}\\n', encoding=\"utf-8\")\n+ with pytest.raises(LLMError, match=\"'response'\"):\n+ ScriptedClient(missing)\n+ empty = tmp_path / \"empty.jsonl\"\n+ empty.write_text(\"\", encoding=\"utf-8\")\n+ with pytest.raises(LLMError, match=\"empty\"):\n+ ScriptedClient(empty)\n+\n+\n+def test_scripted_replays_a_recorded_replaylog_file(tmp_path: Path):\n+ \"\"\"ReplayLog lines are valid script lines: a recorded real session is\n+ replayable as a dry-run script (the shared-format promise).\"\"\"\n+ replay_path = tmp_path / \"replay.jsonl\"\n+ replay = ReplayLog(replay_path)\n+ replay.append({\"ts\": \"2026-08-17T00:00:00Z\", \"account_id\": \"d1\",\n+ \"model\": \"claudinio\", \"prompt\": \"situation 1\",\n+ \"response\": \"start_script\",\n+ \"usage\": {\"prompt_tokens\": 10, \"completion_tokens\": 2,\n+ \"total_tokens\": 12}, \"duration_ms\": 4})\n+ replay.append({\"ts\": \"2026-08-17T00:00:01Z\", \"account_id\": \"d1\",\n+ \"model\": \"claudinio\", \"prompt\": \"situation 2\",\n+ \"response\": \"stop_script\", \"duration_ms\": 3})\n+ client = ScriptedClient(replay_path)\n+ # Line 1 carries recorded usage -> the client meters it through the\n+ # (response, Usage) contract; line 2 has none -> a bare string.\n+ assert client(prompt=\"x\", cfg=None) == (\n+ \"start_script\",\n+ Usage(prompt_tokens=10, completion_tokens=2, total_tokens=12),\n+ )\n+ assert client(prompt=\"y\", cfg=None) == \"stop_script\"\n+\n+\n+# -- hard constraint 1: no network call, no key ------------------------------\n+\n+def test_decide_with_scripted_client_never_calls_network(\n+ tmp_path: Path, monkeypatch):\n+ script = write_script(tmp_path, [{\"response\": \"start_script\"}])\n+ calls: list = []\n+ def network(*args, **kwargs): # pragma: no cover - must never run\n+ calls.append(args)\n+ raise AssertionError(\"network call attempted in offline mode\")\n+ monkeypatch.setattr(\"pilot.llm._messages_completion\", network)\n+ decision = decide(\"p\", cfg=LlmConfig(api_key=\"\"),\n+ llm_client=ScriptedClient(script))\n+ assert decision.response == \"start_script\"\n+ assert calls == [], \"_messages_completion must never be called\"\n+\n+\n+def test_decide_with_scripted_client_needs_no_api_key(tmp_path: Path):\n+ script = write_script(tmp_path, [{\"response\": \"stop_script\"}])\n+ # No key in cfg, no RS_PILOT_LLM_API_KEY in the environment, and the\n+ # env is not even consulted: the injected client replaces the key.\n+ decision = decide(\"p\", cfg=LlmConfig(api_key=\"\"),\n+ llm_client=ScriptedClient(script))\n+ assert decision.response == \"stop_script\"\n+\n+\n+# -- hard constraint 2: rails are never bypassed offline ----------------------\n+\n+def test_dry_run_action_outside_allow_list_refused(tmp_path: Path):\n+ \"\"\"The offline path goes through the real Session.act and the real\n+ deny-all guard (the production default of ``run``): the scripted model\n+ chooses start_script and it is refused, exactly as online.\"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ session, clock = make_session(tmp_path, server) # guard=None\n+ loop, _ = make_loop(tmp_path, session, clock, write_script(\n+ tmp_path, [{\"response\": \"start_script\"}]))\n+ with pytest.raises(LoopStop) as excinfo:\n+ drive(loop, steps=10)\n+ assert excinfo.value.outcome == \"action_refused\"\n+ assert \"allow-list\" in excinfo.value.reason, excinfo.value.reason\n+ assert not server.requests or all(\n+ r[1] != \"/scripts/start\" for r in server.requests), \\\n+ \"a refused action must never reach the agent server\"\n+ finally:\n+ server.close()\n+\n+\n+# -- hard constraint 3: session-only behaviour in a full session --------------\n+\n+def test_dry_run_logged_out_window_issues_nothing_and_resumes(\n+ tmp_path: Path):\n+ \"\"\"Issue #35 in a full session: logged-out is its own state \u2014 the loop\n+ issues no reads beyond /state, no decisions and no actions while logged\n+ out, then resumes with a fresh baseline after re-login.\"\"\"\n+ server = FakeAgentServer(scenario=\"fail-login\")\n+ try:\n+ session, clock = make_session(tmp_path, server,\n+ action_guard=lambda a: None)\n+ loop, client = make_loop(tmp_path, session, clock, write_script(\n+ tmp_path, [{\"response\": \"start_script\"}]))\n+ drive(loop, steps=3) # 3 polls, logged out the whole time\n+ assert loop._verdict is None, \"logged out is not an error\"\n+ assert loop._logged_out_start is not None\n+ # No decisions while logged out: the scripted client is untouched.\n+ assert client.consumed == 0, \\\n+ \"the model must not be consulted while logged out\"\n+ drive(loop, steps=1)\n+ assert loop._verdict is None\n+ logged_out_window = [r for r in server.requests if r[1] != \"/state\"]\n+ assert not logged_out_window, \\\n+ f\"reads/actions issued while logged out: {logged_out_window}\"\n+ # Re-login: AutoLogin reconnects; the loop resumes and decides.\n+ server.state[\"loggedIn\"] = True\n+ server.state[\"gameState\"] = \"LOGGED_IN\"\n+ drive(loop, steps=3)\n+ assert loop._verdict is None, \"resume after logout must keep running\"\n+ assert loop._last_fingerprint is not None, \\\n+ \"the resume observation must re-anchor a fresh baseline\"\n+ assert client.consumed == 1, \\\n+ \"the resume must consume exactly one scripted decision\"\n+ finally:\n+ server.close()\n+\n+\n+def test_dry_run_logged_out_bound_stops(tmp_path: Path):\n+ \"\"\"Issue #38 in a full session: continuously logged out past the bound\n+ stops and reports (a ban/lapse signature), never a stall, never acting.\"\"\"\n+ server = FakeAgentServer(scenario=\"fail-login\")\n+ try:\n+ session, clock = make_session(tmp_path, server,\n+ action_guard=lambda a: None)\n+ loop, _ = make_loop(tmp_path, session, clock, write_script(\n+ tmp_path, [{\"response\": \"start_script\"}]),\n+ max_logged_out=4.0)\n+ with pytest.raises(LoopStop) as excinfo:\n+ # Sleep-then-observe cadence (poll=1s): observations land at\n+ # t=1,2,3,4,5 (steps 2,4,6,8,10); the t=5 one has been\n+ # continuously logged out for 4s >= the bound.\n+ drive(loop, steps=10)\n+ assert excinfo.value.outcome == \"logged_out\"\n+ assert \"gameState\" in excinfo.value.reason\n+ assert \"LOGIN_SCREEN\" in excinfo.value.reason\n+ finally:\n+ server.close()\n+\n+\n+# -- CLI level: the documented one-command dry run ----------------------------\n+\n+def _cli_env() -> dict:\n+ env = {k: v for k, v in os.environ.items()\n+ if not k.startswith(\"RS_PILOT_LLM_\")}\n+ return env\n+\n+\n+def _dry_run_state(tmp: Path, server: FakeAgentServer) -> dict:\n+ \"\"\"Standard offline dry-run state: config.json, operator bridge,\n+ registry, token and the response script.\"\"\"\n+ state = tmp / \"state\"\n+ state.mkdir(parents=True, exist_ok=True)\n+ (state / \"operator_resolutions.json\").write_text(json.dumps(\n+ {\"dry-run\": [server.base_url, True]}), encoding=\"utf-8\")\n+ (state / \"accounts.json\").write_text(json.dumps({\n+ \"pilot_proven\": False,\n+ \"accounts\": [{\"id\": \"dry-run\", \"tier\": \"disposable\",\n+ \"clean_bounded_sessions\": 0}],\n+ }), encoding=\"utf-8\")\n+ (state / \"agent-token\").write_text(server.token + \"\\n\", encoding=\"utf-8\")\n+ cfg = tmp / \"config.json\"\n+ cfg.write_text(json.dumps({\n+ \"state_dir\": str(state),\n+ \"accounts_file\": str(state / \"accounts.json\"),\n+ \"agent_token_file\": str(state / \"agent-token\"),\n+ \"max_session_seconds\": 600,\n+ \"watchdog_poll_seconds\": 2,\n+ }), encoding=\"utf-8\")\n+ return {\"state\": state, \"config\": cfg}\n+\n+\n+def test_cli_direct_dry_run_completes_with_session_outcome(tmp_path: Path):\n+ \"\"\"The documented one-command dry run: `direct` with --llm-script walks\n+ once (real action over the wire through the DirectGate) then hands back\n+ via stop_direct \u2014 outcome printed, exit 0. No key, no live client.\"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ paths = _dry_run_state(tmp_path, server)\n+ script = write_script(tmp_path, [\n+ {\"response\": json.dumps({\"action\": \"walk\", \"x\": 2910, \"y\": 3319})},\n+ {\"response\": \"stop_direct\"},\n+ ])\n+ proc = subprocess.run(\n+ [sys.executable, \"-m\", \"pilot\", \"--config\",\n+ str(paths[\"config\"]), \"direct\", \"dry-run\",\n+ \"--llm-script\", str(script), \"--goal\",\n+ \"canary: walk once, then hand back\",\n+ \"--mode-seconds\", \"120\", \"--stall-seconds\", \"60\",\n+ \"--decision-seconds\", \"1\"],\n+ cwd=REPO, env=_cli_env(), capture_output=True, text=True,\n+ timeout=60,\n+ )\n+ assert proc.returncode == 0, (\n+ f\"exit={proc.returncode}\\nstdout={proc.stdout}\\nstderr={proc.stderr}\")\n+ assert \"RESULT account=dry-run outcome=direct:stopped_by_model\" in \\\n+ proc.stdout, proc.stdout\n+ assert any(r[1] == \"/walk\" for r in server.requests), \\\n+ \"the scripted walk must have gone over the wire\"\n+ finally:\n+ server.close()\n+\n+\n+def test_cli_run_dry_run_refused_by_deny_all(tmp_path: Path):\n+ \"\"\"`run` dry run: the production deny-all allow-list refuses the\n+ scripted start_script, so the session reports a bounded stopped outcome\n+ (exit 1) instead of acting \u2014 the rails hold offline.\"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ paths = _dry_run_state(tmp_path, server)\n+ script = write_script(tmp_path, [\n+ {\"response\": \"stop_script\"}, # no-op: nothing running\n+ {\"response\": \"start_script\"}, # refused by deny-all\n+ ])\n+ proc = subprocess.run(\n+ [sys.executable, \"-m\", \"pilot\", \"--config\",\n+ str(paths[\"config\"]), \"run\", \"dry-run\",\n+ \"--llm-script\", str(script),\n+ \"--poll-interval\", \"1\", \"--decision-interval\", \"1\"],\n+ cwd=REPO, env=_cli_env(), capture_output=True, text=True,\n+ timeout=60,\n+ )\n+ assert \"RESULT account=dry-run outcome=stopped\" in proc.stdout, \\\n+ f\"stdout={proc.stdout}\\nstderr={proc.stderr}\"\n+ assert proc.returncode == 1, proc.returncode\n+ assert not any(r[1] == \"/scripts/start\" for r in server.requests), \\\n+ \"a refused action must never reach the agent server\"\n+ finally:\n+ server.close()\n", + "diff_truncated": false, + "diff_bytes": 34427 +} \ No newline at end of file diff --git a/tests/calibration/corpus/rs-pilot-49.json b/tests/calibration/corpus/rs-pilot-49.json new file mode 100644 index 0000000..374ef57 --- /dev/null +++ b/tests/calibration/corpus/rs-pilot-49.json @@ -0,0 +1,22 @@ +{ + "id": "rs-pilot-49", + "repo": "rs-pilot", + "pr": 49, + "title": "fix(#47): rank prompt candidates by track record, not list order", + "head_sha": "bf9e68e813df72a8611749d89107703cdf24c796", + "base_sha": "1a69ae3fae232f39e589d2ed2d5fb1adebe8a393", + "labels": [], + "merged": true, + "issue_number": 47, + "issue_body": "## What is wrong\n\nThere are two paths that pick candidate plugins, and they disagree.\n\n**Ranked** \u2014 `pilot/loop.py:770-779`:\n\n def _choose_plugin(self) -> str:\n candidates = self._candidates()\n ...\n return self.track.choose(candidates, goal=self.goal.skill,\n context=self.goal.context or self.account_id)\n\n**Unranked** \u2014 `pilot/loop.py:827-828`:\n\n def _candidate_labels(self) -> list[str]:\n return list(self._candidates())[:8] # label only, prompt-size guard\n\nAnd it is the **unranked** one that reaches the model. `pilot/loop.py:808`:\n\n f\"candidate plugins: {', '.join(self._candidate_labels()) or '(none)'}\",\n\n`_candidates()` returns `[s.class_name for s in scripts.scripts if s.class_name\nand s.enabled is not False]` \u2014 i.e. whatever order the agent server listed them\nin, filtered only for \"has a class name and is not explicitly disabled\". Taking\n`[:8]` of that is an arbitrary slice, not the best eight.\n\n## Why it matters\n\nOn a provisioned client `GET /scripts` returns **180 scripts** \u2014 I verified that\ndirectly during the canary work (the hub provisioning issue, botmanager#71,\nbrought the count to 180). So the model is shown **8 of roughly 180**, chosen by\nlist order.\n\nThe premise of this repo is that a model picks the right script for the account's\nsituation. It is currently picking from an arbitrary 4% of the options.\n\nWorse, the information needed to pick well already exists and is already consulted\n\u2014 just not here. `#12` (\"Plugin track record: learn which of the 156 actually\nwork\") built `TrackRecord.choose`, and `_choose_plugin` uses it. The prompt path\ndoes not. So the pilot knows which plugins have a good record, uses that knowledge\nfor its own programmatic choice, and then shows the model a different, unranked\nset.\n\nThe `# label only, prompt-size guard` comment is right that the prompt cannot\ncarry 180 names. The bug is not the truncation \u2014 it is truncating **before**\nranking.\n\n## Scope\n\n1. Rank before truncating. `_candidate_labels()` should draw from the same\n ordering `TrackRecord` provides to `_choose_plugin`, so the eight the model\n sees are the eight most likely to be right rather than the first eight\n returned.\n2. If `TrackRecord.choose` returns a single pick rather than an ordering, expose\n an ordering (or a top-N) alongside it rather than duplicating the scoring\n logic in the loop. One ranking implementation, two consumers.\n3. Keep a prompt-size guard \u2014 8 is a reasonable number, and this issue is not an\n argument for sending more. It is an argument for sending the *right* eight.\n4. Surface enough per candidate for the choice to be informed. A bare class name\n tells the model little; if the track record knows a plugin has failed\n repeatedly for this goal, that belongs next to it. Keep it terse.\n5. If the goal pins `goal.plugins`, behaviour is unchanged \u2014 that path already\n bypasses discovery and is not in scope.\n\n## Out of scope\n\n- Changing `TrackRecord`'s scoring itself (`#12` owns that).\n- Increasing the prompt-size budget.\n- The action allow-list \u2014 untouched by this. `start_script` / `stop_script` /\n `set_target` stay exactly as they are.\n\n## Acceptance\n\n- The candidates shown in the prompt are ordered by the same track-record signal\n `_choose_plugin` uses; a test pins that a plugin with a poor record for the goal\n does not appear ahead of one with a good record.\n- With more than 8 enabled scripts, the prompt still shows at most 8.\n- A test fails if `_candidate_labels` reverts to slicing an unranked list.\n- `pytest -q --ignore=.venv` green.\n\n## Secondary, while someone is in here\n\n`README.md` (from `!42`) says:\n\n> In `run` mode the allow-list is deny-all until issue #7 lands\n\nThat is false and misleading. `#7` is a **closed PR** from early in the project,\nnot a pending issue, and run mode's allow-list is not deny-all \u2014 it is\n`start_script`, `stop_script`, `set_target` (`pilot/actions.py`, `Action` enum).\nA reader would conclude the pilot cannot sequence anything. One-line fix; folding\nit in here rather than filing separately.\n\nGrounded in `pilot/loop.py` and `pilot/actions.py` on `origin/main`, 2026-08-17.\n", + "changed_files": [ + "README.md", + "pilot/loop.py", + "pilot/track.py", + "tests/test_loop.py", + "tests/test_track_record.py" + ], + "diff": "diff --git a/README.md b/README.md\nindex 9bcb1f7..8539bd3 100644\n--- a/README.md\n+++ b/README.md\n@@ -261,9 +261,10 @@ Minimal dry run (direct mode \u2014 walks once, then hands back):\n --mode-seconds 120 --stall-seconds 60 --decision-seconds 1\n \n Expect `RESULT account=dry-run outcome=direct:stopped_by_model` and exit\n-0. In `run` mode the allow-list is deny-all until issue #7 lands, so a\n-dry run there ends at the first refused action \u2014 a bounded stopped\n-outcome, which is the rails working.\n+0. In `run` mode the allow-list is `start_script`, `stop_script`,\n+`set_target` (`pilot/actions.py`), so a dry run there ends at the first\n+action outside that set \u2014 a bounded stopped outcome, which is the rails\n+working.\n \n ## Status\n \ndiff --git a/pilot/loop.py b/pilot/loop.py\nindex 546553c..e296158 100644\n--- a/pilot/loop.py\n+++ b/pilot/loop.py\n@@ -825,7 +825,24 @@ class DecisionLoop:\n )\n \n def _candidate_labels(self) -> list[str]:\n- return list(self._candidates())[:8] # label only, prompt-size guard\n+ \"\"\"Top-8 candidates for the prompt, ranked by the SAME track-record\n+ signal ``_choose_plugin`` uses \u2014 never an arbitrary slice of the\n+ agent server's list order (issue #47: rank first, then truncate).\n+ Each label carries terse per-candidate evidence (runs/completed/\n+ failures) so the model is choosing between informed options, not\n+ bare class names.\n+ \"\"\"\n+ candidates = self._candidates()\n+ if not candidates:\n+ return []\n+ context = self.goal.context or self.account_id\n+ labels = []\n+ for name in self.track.ranked(\n+ candidates, goal=self.goal.skill, context=context, limit=8,\n+ ):\n+ evidence = self.track.describe(name, self.goal.skill, context)\n+ labels.append(f\"{name} ({evidence})\" if evidence else name)\n+ return labels\n \n def _log_decision_inputs(self, events: list[str], state) -> None:\n log.info(\ndiff --git a/pilot/track.py b/pilot/track.py\nindex 4af4d51..e57837d 100644\n--- a/pilot/track.py\n+++ b/pilot/track.py\n@@ -382,6 +382,44 @@ class TrackRecord:\n top = sorted(c for c in candidates if scores[c] == best)\n return rng.choice(top)\n \n+ def ranked(self, candidates: list[str], goal: str, context: str,\n+ limit: int | None = None) -> list[str]:\n+ \"\"\"Candidates ordered by the per-(goal, context) score, best first.\n+\n+ The ordering behind ``choose()``: the top of this list is what a\n+ greedy selection would pick. Ties are broken by name so the ordering\n+ is stable across calls (the prompt shows the same eight in the same\n+ order). ``limit`` truncates AFTER ranking \u2014 a prompt-size guard\n+ belongs here, never on a pre-ranked list. ``choose()`` stays the\n+ decision maker; this is the prompt's view of the same signal, so the\n+ model sees the eight most likely to be right instead of the first\n+ eight the agent server happened to list (issue #47).\n+ \"\"\"\n+ ordered = sorted(\n+ set(candidates),\n+ key=lambda c: (-self.score(c, goal, context), c),\n+ )\n+ return ordered if limit is None else ordered[:limit]\n+\n+ def describe(self, plugin: str, goal: str, context: str) -> str:\n+ \"\"\"Terse per-candidate evidence for the prompt; ``''`` when the\n+ plugin has no record for this (goal, context).\n+\n+ A bare class name tells the model little: run count, completed runs,\n+ and the failures that count toward the consistent-failure penalty\n+ are the signal it actually needs. Keep it terse \u2014 this lands in the\n+ candidate list of every prompt.\n+ \"\"\"\n+ runs = self.runs_for(plugin, goal, context)\n+ if not runs:\n+ return \"\"\n+ completed = sum(1 for r in runs if r[\"outcome\"] == \"completed\")\n+ failures = sum(1 for r in runs if r[\"outcome\"] in FAILURE_OUTCOMES)\n+ parts = [f\"runs={len(runs)}\", f\"ok={completed}\"]\n+ if failures:\n+ parts.append(f\"fail={failures}\")\n+ return \" \".join(parts)\n+\n def summary(self) -> list[dict]:\n \"\"\"Human-readable aggregate: one row per (plugin, goal, context).\"\"\"\n rows = []\ndiff --git a/tests/test_loop.py b/tests/test_loop.py\nindex e33a215..b2679bd 100644\n--- a/tests/test_loop.py\n+++ b/tests/test_loop.py\n@@ -989,3 +989,108 @@ def test_cmd_run_reaches_goal_and_reports_clean():\n assert code == 0, code\n finally:\n server.close()\n+\n+\n+# -- candidate labels (issue #47) ---------------------------------------------\n+\n+BAD_PLUGIN = \"net.runelite.client.plugins.microbot.failer.FailerPlugin\"\n+GOOD_PLUGIN = \"net.runelite.client.plugins.microbot.winner.WinnerPlugin\"\n+CTX_47 = \"d1@Woodcutting\"\n+OTHER_ENABLED = [\n+ \"net.runelite.client.plugins.microbot.fisher.FisherPlugin\",\n+ \"net.runelite.client.plugins.microbot.cooker.CookerPlugin\",\n+ \"net.runelite.client.plugins.microbot.agility.AgilityPlugin\",\n+ \"net.runelite.client.plugins.microbot.thiever.ThieverPlugin\",\n+ \"net.runelite.client.plugins.microbot.alcher.AlcherPlugin\",\n+]\n+\n+\n+def _scripts_body(class_names: list[str]) -> dict:\n+ \"\"\"A /scripts payload for exactly the given class names, all enabled.\"\"\"\n+ return {\n+ \"count\": len(class_names),\n+ \"scripts\": [\n+ {\"name\": n.rsplit(\".\", 1)[-1], \"className\": n,\n+ \"active\": False, \"enabled\": True}\n+ for n in class_names\n+ ],\n+ }\n+\n+\n+def _track_with_agent(tmp_path: Path, server: FakeAgentServer) -> TrackRecord:\n+ \"\"\"TrackRecord with a REAL pause check (happy scenario: not paused), so\n+ negative outcomes are recorded as-is instead of demoted to break.\"\"\"\n+ agent = AgentClient(server.base_url, token_paths=[str(server.token_file)])\n+ return _track(tmp_path, agent=agent)\n+\n+\n+def test_candidate_labels_ranked_not_server_list_order(\n+ clock: Clock, tmp_path: Path):\n+ \"\"\"The prompt's candidates are ordered by the track-record signal\n+ ``_choose_plugin`` uses, never by the agent server's list order.\n+\n+ The poor-record plugin is listed FIRST by the server; a revert to\n+ ``list(self._candidates())[:8]`` would show it ahead of the good one and\n+ this test fails.\n+ \"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ track = _track_with_agent(tmp_path, server)\n+ for _ in range(5):\n+ track.record_run(BAD_PLUGIN, GOAL_SKILL, CTX_47, \"errored\")\n+ for _ in range(3):\n+ track.record_run(GOOD_PLUGIN, GOAL_SKILL, CTX_47, \"completed\",\n+ progress_rate_h=30_000.0)\n+ # Server order contradicts the record: Bad first, Good later.\n+ server.scripts = _scripts_body(\n+ [BAD_PLUGIN, GOOD_PLUGIN, EXAMPLE, WOODCUTTER] + OTHER_ENABLED[:4])\n+ loop = make_loop(server, clock, tmp_path,\n+ goal=Goal(GOAL_SKILL, context=CTX_47), track=track)\n+ labels = loop._candidate_labels()\n+ good = next(i for i, l in enumerate(labels) if GOOD_PLUGIN in l)\n+ bad = next(i for i, l in enumerate(labels) if BAD_PLUGIN in l)\n+ assert good < bad, labels\n+ assert labels[0] == f\"{GOOD_PLUGIN} (runs=3 ok=3)\", labels[0]\n+ assert f\"{BAD_PLUGIN} (runs=5 ok=0 fail=5)\" in labels, labels\n+ finally:\n+ server.close()\n+\n+\n+def test_candidate_labels_caps_at_eight(clock: Clock, tmp_path: Path):\n+ \"\"\"With more than 8 enabled scripts the prompt still shows at most 8.\"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ loop = make_loop(server, clock, tmp_path)\n+ assert len(loop._candidates()) > 8 # the fake server ships 15\n+ labels = loop._candidate_labels()\n+ assert len(labels) == 8\n+ assert len(set(labels)) == len(labels), \"no duplicates\"\n+ finally:\n+ server.close()\n+\n+\n+def test_candidate_labels_carry_terse_evidence(clock: Clock, tmp_path: Path):\n+ \"\"\"A bare class name tells the model little: runs/completed/failures ride\n+ along for plugins that have a record (issue #47 scope item 4).\"\"\"\n+ server = FakeAgentServer()\n+ try:\n+ track = _track_with_agent(tmp_path, server)\n+ for _ in range(3):\n+ track.record_run(WOODCUTTER, GOAL_SKILL, \"d1\", \"completed\",\n+ progress_rate_h=40_000.0)\n+ for _ in range(2):\n+ track.record_run(POWER_MINER, GOAL_SKILL, \"d1\", \"errored\")\n+ server.scripts = _scripts_body(\n+ [WOODCUTTER, POWER_MINER, EXAMPLE] + OTHER_ENABLED)\n+ loop = make_loop(server, clock, tmp_path,\n+ goal=Goal(GOAL_SKILL), track=track)\n+ labels = loop._candidate_labels()\n+ wc = next(l for l in labels if WOODCUTTER in l)\n+ assert \"runs=3\" in wc and \"ok=3\" in wc, wc\n+ pm = next(l for l in labels if POWER_MINER in l)\n+ assert \"runs=2\" in pm and \"ok=0\" in pm and \"fail=2\" in pm, pm\n+ # a never-seen plugin stays a bare class name\n+ fresh = next(l for l in labels if EXAMPLE in l)\n+ assert fresh == EXAMPLE, fresh\n+ finally:\n+ server.close()\ndiff --git a/tests/test_track_record.py b/tests/test_track_record.py\nindex bf96084..cd924e9 100644\n--- a/tests/test_track_record.py\n+++ b/tests/test_track_record.py\n@@ -314,6 +314,37 @@ def test_choice_stable_across_restart(tmp_path: Path):\n assert reloaded.score(\"A\", G, C) == rec.score(\"A\", G, C)\n \n \n+# -- ranked ordering (issue #47) ----------------------------------------------\n+\n+def test_ranked_orders_by_score_then_name(tmp_path: Path):\n+ \"\"\"``ranked()`` is the ordering behind ``choose()``: score first, name as\n+ the stable tiebreak (the prompt shows the same eight in the same order).\"\"\"\n+ rec = TrackRecord(path=tmp_path / \"t.json\", paused_check=lambda: False)\n+ for _ in range(3):\n+ rec.record_run(\"Dud\", G, C, \"errored\") # consistent failure: -1.25\n+ for _ in range(3):\n+ rec.record_run(\"Solid\", G, C, \"completed\", progress_rate_h=30_000.0)\n+ rec.record_run(\"Fresh\", G, C, \"break\") # 0.0, ties with never-seen\n+ ordered = rec.ranked([\"Dud\", \"Solid\", \"Fresh\", \"Extra\"], G, C)\n+ # Solid (worked) first; unknowns (0.0) tie-broken by name; Dud last.\n+ assert ordered == [\"Solid\", \"Extra\", \"Fresh\", \"Dud\"], ordered\n+\n+\n+def test_ranked_limit_truncates_after_ranking(tmp_path: Path):\n+ \"\"\"``limit`` is a prompt-size guard applied AFTER ranking: the top-N are\n+ the best N by score, never the first N of the input list.\"\"\"\n+ rec = TrackRecord(path=tmp_path / \"t.json\", paused_check=lambda: False)\n+ for _ in range(3):\n+ rec.record_run(\"Dud\", G, C, \"errored\")\n+ for _ in range(3):\n+ rec.record_run(\"Solid\", G, C, \"completed\", progress_rate_h=30_000.0)\n+ names = [\"Dud\", \"Solid\", \"Fresh\", \"Extra\"]\n+ top = rec.ranked(names, G, C, limit=2)\n+ assert top == [\"Solid\", \"Extra\"], top # best two by score, not list order\n+ # and the greedy pick choose() would make is ranked()[0]\n+ assert rec.choose(names, G, C, rng=_StubRng(0.5)) == \"Solid\"\n+\n+\n def test_selection_shifts_toward_what_worked(tmp_path: Path):\n # The acceptance test for \"selection demonstrably shifts\": A looks good\n # first, then fails consistently while B completes \u2014 choice flips to B.\n", + "diff_truncated": false, + "diff_bytes": 11351 +} \ No newline at end of file diff --git a/tests/calibration/corpus/speakeasy-41.json b/tests/calibration/corpus/speakeasy-41.json new file mode 100644 index 0000000..aa6c582 --- /dev/null +++ b/tests/calibration/corpus/speakeasy-41.json @@ -0,0 +1,19 @@ +{ + "id": "speakeasy-41", + "repo": "speakeasy", + "pr": 41, + "title": "fix(#38): route Operator/agent calls through Windows curl.exe from WSL", + "head_sha": "e33e75f4008ede99c32af4cad4d477c11d8a5836", + "base_sha": "357acaaed1e485a3d3d5a57e544dfd40ef9bb9d3", + "labels": [], + "merged": true, + "issue_number": 38, + "issue_body": "Blocks steps 3-4 of the live smoke test. I established this while answering a\nworker guidance request on `!27`, and told that worker explicitly **not** to design\naround it, so it needs its own home.\n\n## The conflict\n\n`#23` requires the smoke test run from WSL, because that is where the launch path\nworks. Operator lives on a Windows-loopback socket. Those two facts are\nincompatible as things stand:\n\n Windows: TCP 127.0.0.1:8643 OPEN\n authenticated GET /api/accounts -> 200, 72 accounts\n\n WSL: 127.0.0.1:8643 refused\n 172.24.96.1:8643 refused (resolv.conf nameserver)\n 172.24.96.1:8643 refused (default gateway)\n\n listener: LocalAddress 127.0.0.1 LocalPort 8643 pid 33856\n -> Windows loopback only; WSL2 has its own network namespace\n\nRuled out first, so nobody re-investigates them:\n\n the token IDENTICAL to botmanager/config.json (len 43, same sha256 prefix)\n curl -H @ genuinely sends the header - verified live, returned 72 accounts\n curl version 8.11.0 Windows / 8.5.0 WSL; -H @file needs >= 7.55\n proxy env in WSL none set\n\nSo this is purely routing. Nothing is misconfigured.\n\n## The fix, already verified\n\n**Call the Windows `curl.exe` from WSL.** It runs as a Windows process, so\n`127.0.0.1` resolves to the Windows loopback and Operator answers. Tested from\ninside WSL just now:\n\n tok=$(python3 -c \"import json;print(json.load(open('/mnt/c/.../botmanager/config.json'))['token'])\")\n hdr=$(mktemp); printf 'Authorization: Bearer %s\\n' \"$tok\" > $hdr; chmod 600 $hdr\n /mnt/c/Windows/System32/curl.exe -s -m 15 \\\n -H @\"$(wslpath -w $hdr)\" -w '\\n%{http_code}' \\\n http://127.0.0.1:8643/api/accounts\n\n -> http_code=200\n -> {\"ok\": true, \"updated\": \"...\", \"accounts\": [ ... ]}\n\nTwo details that matter and are easy to get wrong:\n\n1. **The header file path must be converted with `wslpath -w`.** The Windows binary\n cannot open `/tmp/...`; it needs `C:\\...`. Keep writing the header to a file with\n `chmod 600` \u2014 never put the token on the command line.\n2. This applies to the **agent server too** (`127.0.0.1:8081`), which is likewise a\n Windows-side loopback socket. Step 4's plugin deploys need the same treatment.\n\n## Scope\n\n1. In `scripts/live_smoke.py`, select the curl binary by platform: on Linux with\n `/mnt/c` present (i.e. WSL), use `/mnt/c/Windows/System32/curl.exe` and\n `wslpath -w` the header file; otherwise use plain `curl`. Keep it to the runner \u2014\n `_default_runner` is already the single chokepoint for this, which is why the fix\n is small.\n2. Fail loudly if the Windows curl is required but absent, naming the path tried.\n3. A unit test with a fake runner asserting the WSL branch converts the header path\n and picks the `.exe`. Do not test by reaching a real Operator.\n\n## Explicitly out of scope\n\n- **Changing Operator's bind address.** Binding beyond `127.0.0.1` would expose an\n authenticated control API to the LAN. That is a security-posture decision and it\n is not needed \u2014 the route above works and exposes nothing.\n- `netsh interface portproxy` or any other host-level networking change. Same\n reason: it is a machine-wide change to solve a per-script problem.\n- The `_call` status-code fix and the fail-closed guard. Those are `!27`'s current\n work and they touch the same file \u2014 see ordering below.\n\n## Acceptance\n\n- Running the smoke test from WSL reaches Operator; step 3 no longer fails on\n transport.\n- No token appears in any command line, log or error message.\n- The non-WSL path still uses plain `curl` and its tests still pass.\n- `pytest -q --ignore=test_contract_fixtures.py --ignore=test_membership.py` green.\n\n## Ordering\n\n`blocked` on `#23`. Both this and `!27`'s in-flight work edit\n`scripts/live_smoke.py` \u2014 and `!27` is changing `_default_runner`/`_call`, the exact\nfunction this touches. Working them in parallel guarantees a conflict\n(`nexus-aio#60`). Land `!27` first, then this rebases onto it cleanly.\n", + "changed_files": [ + "scripts/live_smoke.py", + "test_live_smoke.py" + ], + "diff": "diff --git a/scripts/live_smoke.py b/scripts/live_smoke.py\nindex 7170207..2edf444 100755\n--- a/scripts/live_smoke.py\n+++ b/scripts/live_smoke.py\n@@ -43,9 +43,49 @@ AGENT_BIND_PATTERN = \"Agent server bound to 127.0.0.1:8081\"\n DECRYPT_MARKERS = (\"Unable to decrypt stored password\", \"IllegalBlockSizeException\")\n PLUGINS = (\"mulereceiver\", \"mulesender\", \"oreseller\")\n CURL = \"/mnt/c/Windows/System32/curl.exe\"\n+CURL_FALLBACK = \"curl\"\n OPERATOR_DEFAULT = \"http://127.0.0.1:8643\"\n \n \n+def _is_wsl():\n+ \"\"\"True when running under WSL (Linux kernel + /mnt/c mount).\"\"\"\n+ return os.name == \"posix\" and os.path.isdir(\"/mnt/c\")\n+\n+\n+def _select_curl():\n+ \"\"\"Pick the curl binary for the current platform.\n+\n+ On WSL, the Windows-native curl.exe is required because Operator and\n+ the agent server bind Windows loopback (127.0.0.1), which is\n+ unreachable from WSL2's separate network namespace (#38). On every\n+ other platform, plain ``curl`` from PATH is correct.\n+ \"\"\"\n+ if _is_wsl():\n+ return CURL\n+ return CURL_FALLBACK\n+\n+\n+def _wsl_path_to_win(path):\n+ \"\"\"Convert a WSL path to a Windows path via ``wslpath -w``.\n+\n+ Windows curl.exe cannot open WSL-native paths like ``/tmp/...``.\n+ ``wslpath -w`` translates any WSL path (including /tmp, /home, etc.)\n+ to a UNC or drive-letter Windows path the binary can open.\n+\n+ Falls back to the existing :func:`wsl_to_win` regex for ``/mnt/c/``\n+ paths if ``wslpath`` is unavailable.\n+ \"\"\"\n+ try:\n+ result = subprocess.run(\n+ [\"wslpath\", \"-w\", str(path)],\n+ capture_output=True, text=True, timeout=5)\n+ if result.returncode == 0 and result.stdout.strip():\n+ return result.stdout.strip()\n+ except (FileNotFoundError, subprocess.TimeoutExpired):\n+ pass\n+ return wsl_to_win(path)\n+\n+\n class SmokeError(Exception):\n \"\"\"A step or guard failed; message is the evidence line.\"\"\"\n \n@@ -97,9 +137,9 @@ class OperatorClient:\n on a command line.\n \"\"\"\n \n- def __init__(self, base, curl=CURL, timeout=25, runner=None):\n+ def __init__(self, base, curl=None, timeout=25, runner=None):\n self.base = str(base).rstrip(\"/\")\n- self.curl = curl\n+ self.curl = curl or _select_curl()\n self.timeout = timeout\n self._runner = runner or self._default_runner\n \n@@ -109,7 +149,18 @@ class OperatorClient:\n # Without this, curl -s exits 0 on any HTTP error (the transfer\n # itself succeeded) and _call returns the error body as data \u2014\n # the root cause of the guard_not_running fail-open bug (#23 bounce).\n- cmd = [self.curl, \"-s\", \"-m\", str(self.timeout), \"-w\", \"\\n%{http_code}\"]\n+ curl_bin = self.curl\n+ if _is_wsl() and curl_bin == CURL:\n+ # Windows curl.exe is required to reach Windows loopback but\n+ # cannot open WSL-native paths (/tmp/...). Fail loudly if it\n+ # is missing rather than letting curl error opaquely (#38).\n+ if not os.path.isfile(curl_bin):\n+ raise SmokeError(\n+ f\"Windows curl not found at {curl_bin} \u2014 required to \"\n+ f\"reach Operator/agent on Windows loopback from WSL (#38)\")\n+ if header_file:\n+ header_file = _wsl_path_to_win(header_file)\n+ cmd = [curl_bin, \"-s\", \"-m\", str(self.timeout), \"-w\", \"\\n%{http_code}\"]\n if header_file:\n cmd += [\"-H\", f\"@{header_file}\"]\n cmd += args\n@@ -172,13 +223,13 @@ class OperatorClient:\n class SmokeTest:\n def __init__(self, account, farm_root=FARM_ROOT_DEFAULT,\n operator_base=OPERATOR_DEFAULT, dry_run=False,\n- python_exe=None, curl=CURL, op_client_cls=OperatorClient,\n+ python_exe=None, curl=None, op_client_cls=OperatorClient,\n git_runner=None, out=None):\n self.account = account\n self.farm_root = farm_root\n self.operator_base = operator_base\n self.dry_run = dry_run\n- self.curl = curl\n+ self.curl = curl or _select_curl()\n self.out = out or print\n self._op = None\n self.git_runner = git_runner or self._default_git\n@@ -611,7 +662,7 @@ def main(argv=None, op_runner=None, git_runner=None):\n op_cls = OperatorClient\n if op_runner is not None:\n class _InjectableOperatorClient(OperatorClient):\n- def __init__(self, base, curl=CURL, timeout=25, runner=None):\n+ def __init__(self, base, curl=None, timeout=25, runner=None):\n super().__init__(base, curl=curl, timeout=timeout,\n runner=op_runner)\n op_cls = _InjectableOperatorClient\ndiff --git a/test_live_smoke.py b/test_live_smoke.py\nindex 5cab8c8..289dcd8 100644\n--- a/test_live_smoke.py\n+++ b/test_live_smoke.py\n@@ -481,23 +481,32 @@ class TestDefaultRunnerCommand(unittest.TestCase):\n argv list directly, without shelling out to curl.\n \"\"\"\n \n- def _capture_cmd(self, args, header_file=None):\n+ def _capture_cmd(self, args, header_file=None, curl=None):\n \"\"\"Call _default_runner with subprocess.run mocked; return the\n- captured cmd list.\"\"\"\n+ captured cmd list.\n+\n+ These tests pin the argv shape (write-out flag, header file as\n+ @, no token in argv) \u2014 they are NOT about platform\n+ selection, so _is_wsl is forced False to avoid the WSL path\n+ conversion that would change the header path. Platform\n+ selection is covered by TestCurlPlatformSelection below.\n+ \"\"\"\n captured = {}\n \n def fake_run(cmd, **kw):\n captured[\"cmd\"] = list(cmd)\n return _Rc(0, \"{}\\n200\")\n \n- op = live_smoke.OperatorClient(\"http://127.0.0.1:8643\")\n+ op = live_smoke.OperatorClient(\"http://127.0.0.1:8643\",\n+ curl=curl or \"curl\")\n with mock.patch.object(live_smoke.subprocess, \"run\",\n- side_effect=fake_run):\n+ side_effect=fake_run), \\\n+ mock.patch.object(live_smoke, \"_is_wsl\", return_value=False):\n op._default_runner(args, header_file)\n return captured[\"cmd\"]\n \n def test_cmd_contains_http_code_format_flag(self):\n- \"\"\"Removing -w '\\\\n%{http_code}' from _default_runner must fail\n+ \"\"\"Removing -w '\\n%{http_code}' from _default_runner must fail\n this test \u2014 that flag is what makes _call status-aware.\"\"\"\n cmd = self._capture_cmd([\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"])\n self.assertIn(\"-w\", cmd)\n@@ -507,7 +516,7 @@ class TestDefaultRunnerCommand(unittest.TestCase):\n def test_cmd_contains_header_file_as_at_path(self):\n \"\"\"The header file must be passed as -H @, not inline.\"\"\"\n with tempfile.NamedTemporaryFile(delete=False, suffix=\".hdr\") as hf:\n- hf.write(b\"Authorization: Bearer test\\n\")\n+ hf.write(b\"Authorization: Bearer ***\")\n header_path = hf.name\n try:\n cmd = self._capture_cmd([\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"],\n@@ -522,7 +531,7 @@ class TestDefaultRunnerCommand(unittest.TestCase):\n \"\"\"The bearer/agent tokens must never appear as a bare string in\n the curl argv \u2014 they are passed via the header file only.\"\"\"\n with tempfile.NamedTemporaryFile(delete=False, suffix=\".hdr\") as hf:\n- hf.write(b\"Authorization: Bearer secret-token-123\\n\")\n+ hf.write(b\"Authorization: Bearer secret...23\\n\")\n header_path = hf.name\n try:\n cmd = self._capture_cmd(\n@@ -543,6 +552,134 @@ class TestDefaultRunnerCommand(unittest.TestCase):\n self.assertNotIn(\"-H\", cmd)\n \n \n+class TestCurlPlatformSelection(unittest.TestCase):\n+ \"\"\"#38: _default_runner must select the curl binary by platform and\n+ convert the header file path for Windows curl on WSL.\"\"\"\n+\n+ def _capture_cmd(self, args, header_file=None, curl=None):\n+ \"\"\"Call _default_runner with subprocess.run mocked; return the\n+ captured cmd list.\"\"\"\n+ captured = {}\n+\n+ def fake_run(cmd, **kw):\n+ captured[\"cmd\"] = list(cmd)\n+ return _Rc(0, \"{}\\n200\")\n+\n+ op = live_smoke.OperatorClient(\"http://127.0.0.1:8643\", curl=curl)\n+ with mock.patch.object(live_smoke.subprocess, \"run\",\n+ side_effect=fake_run):\n+ op._default_runner(args, header_file)\n+ return captured[\"cmd\"]\n+\n+ def test_wsl_branch_picks_windows_curl_exe(self):\n+ \"\"\"On WSL, _select_curl returns the Windows curl.exe path.\"\"\"\n+ with mock.patch.object(live_smoke.os, \"name\", \"posix\"), \\\n+ mock.patch.object(live_smoke.os.path, \"isdir\",\n+ lambda p: p == \"/mnt/c\"):\n+ self.assertEqual(live_smoke._select_curl(), live_smoke.CURL)\n+\n+ def test_non_wsl_uses_plain_curl(self):\n+ \"\"\"On non-WSL (e.g. native Linux without /mnt/c), _select_curl\n+ returns plain 'curl'.\"\"\"\n+ with mock.patch.object(live_smoke.os, \"name\", \"posix\"), \\\n+ mock.patch.object(live_smoke.os.path, \"isdir\",\n+ lambda p: False):\n+ self.assertEqual(live_smoke._select_curl(), \"curl\")\n+\n+ def test_wsl_branch_converts_header_path_to_windows(self):\n+ \"\"\"On WSL with Windows curl, the header file path passed to -H @\n+ must be converted from a WSL path to a Windows path.\"\"\"\n+ with tempfile.NamedTemporaryFile(delete=False, suffix=\".hdr\") as hf:\n+ header_path = hf.name\n+ try:\n+ with mock.patch.object(live_smoke, \"_is_wsl\",\n+ return_value=True), \\\n+ mock.patch.object(live_smoke.os.path, \"isfile\",\n+ lambda p: p == live_smoke.CURL), \\\n+ mock.patch.object(live_smoke, \"_wsl_path_to_win\",\n+ return_value=\"C:\\\\\\\\tmp\\\\\\\\hdr\") as mock_conv:\n+ cmd = self._capture_cmd(\n+ [\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"],\n+ header_file=header_path, curl=live_smoke.CURL)\n+ # The conversion was called\n+ mock_conv.assert_called_once_with(header_path)\n+ # The -H arg uses the converted Windows path\n+ self.assertIn(\"-H\", cmd)\n+ h_idx = cmd.index(\"-H\")\n+ self.assertTrue(cmd[h_idx + 1].startswith(\"@\"))\n+ self.assertIn(\"C:\", cmd[h_idx + 1])\n+ finally:\n+ os.unlink(header_path)\n+\n+ def test_wsl_branch_uses_curl_exe_in_cmd(self):\n+ \"\"\"On WSL, the constructed cmd starts with the Windows curl.exe.\"\"\"\n+ with mock.patch.object(live_smoke, \"_is_wsl\", return_value=True), \\\n+ mock.patch.object(live_smoke.os.path, \"isfile\",\n+ lambda p: p == live_smoke.CURL):\n+ cmd = self._capture_cmd(\n+ [\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"],\n+ header_file=None, curl=live_smoke.CURL)\n+ self.assertEqual(cmd[0], live_smoke.CURL)\n+\n+ def test_non_wsl_uses_plain_curl_in_cmd(self):\n+ \"\"\"On non-WSL, the constructed cmd starts with plain 'curl'.\"\"\"\n+ with mock.patch.object(live_smoke, \"_is_wsl\", return_value=False):\n+ cmd = self._capture_cmd(\n+ [\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"],\n+ header_file=None, curl=\"curl\")\n+ self.assertEqual(cmd[0], \"curl\")\n+ # Header path should NOT be converted on non-WSL\n+ self.assertNotIn(live_smoke._wsl_path_to_win, cmd)\n+\n+ def test_wsl_fails_loudly_if_windows_curl_missing(self):\n+ \"\"\"On WSL, if the Windows curl.exe is absent, _default_runner\n+ raises SmokeError naming the path tried.\"\"\"\n+ with mock.patch.object(live_smoke, \"_is_wsl\", return_value=True), \\\n+ mock.patch.object(live_smoke.os.path, \"isfile\",\n+ lambda p: False):\n+ op = live_smoke.OperatorClient(\n+ \"http://127.0.0.1:8643\", curl=live_smoke.CURL)\n+ with self.assertRaises(live_smoke.SmokeError) as ctx:\n+ op._default_runner(\n+ [\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"], None)\n+ self.assertIn(live_smoke.CURL, str(ctx.exception))\n+ self.assertIn(\"#38\", str(ctx.exception))\n+\n+ def test_wsl_no_header_conversion_when_header_file_is_none(self):\n+ \"\"\"On WSL with no header file, _wsl_path_to_win is not called.\"\"\"\n+ with mock.patch.object(live_smoke, \"_is_wsl\", return_value=True), \\\n+ mock.patch.object(live_smoke.os.path, \"isfile\",\n+ lambda p: p == live_smoke.CURL), \\\n+ mock.patch.object(live_smoke, \"_wsl_path_to_win\") as mock_conv:\n+ cmd = self._capture_cmd(\n+ [\"-X\", \"GET\", \"http://127.0.0.1:8643/api/accounts\"],\n+ header_file=None, curl=live_smoke.CURL)\n+ mock_conv.assert_not_called()\n+ self.assertNotIn(\"-H\", cmd)\n+\n+ def test_wsl_path_to_win_uses_wslpath(self):\n+ \"\"\"_wsl_path_to_win calls wslpath -w and returns its output.\"\"\"\n+ fake_result = _Rc(0, \"C:\\\\\\\\Users\\\\\\\\test\\\\\\\\hdr\\n\")\n+\n+ def fake_run(cmd, **kw):\n+ return fake_result\n+\n+ with mock.patch.object(live_smoke.subprocess, \"run\",\n+ side_effect=fake_run):\n+ result = live_smoke._wsl_path_to_win(\"/tmp/hdr\")\n+ self.assertEqual(result, \"C:\\\\\\\\Users\\\\\\\\test\\\\\\\\hdr\")\n+\n+ def test_wsl_path_to_win_falls_back_on_wslpath_missing(self):\n+ \"\"\"If wslpath is not found, fall back to wsl_to_win regex.\"\"\"\n+ def fake_run(cmd, **kw):\n+ raise FileNotFoundError(\"wslpath\")\n+\n+ with mock.patch.object(live_smoke.subprocess, \"run\",\n+ side_effect=fake_run):\n+ result = live_smoke._wsl_path_to_win(\"/mnt/c/Users/test/hdr\")\n+ self.assertEqual(result, \"C:\\\\Users\\\\test\\\\hdr\")\n+\n+\n class TestCli(unittest.TestCase):\n def test_missing_account_usage_error(self):\n # argparse raises SystemExit(2) when a required arg is missing.\n", + "diff_truncated": false, + "diff_bytes": 14336 +} \ No newline at end of file diff --git a/tests/calibration/corpus/speakeasy-43.json b/tests/calibration/corpus/speakeasy-43.json new file mode 100644 index 0000000..ea8eb96 --- /dev/null +++ b/tests/calibration/corpus/speakeasy-43.json @@ -0,0 +1,21 @@ +{ + "id": "speakeasy-43", + "repo": "speakeasy", + "pr": 43, + "title": "fix(#42): write memberExpireDays/memberExpireDaysTimeStemp into profiles.json from registry members_until", + "head_sha": "c350f0170eee55382da7f0864ce66cb217c7eecc", + "base_sha": "357acaaed1e485a3d3d5a57e544dfd40ef9bb9d3", + "labels": [], + "merged": true, + "issue_number": 42, + "issue_body": "Diagnosed on a live account 2026-08-19. This is why `dfellhauer` spent ~13 hours\nunable to log in, and it will hit every members account the moment it logs out\ninside a members-only area.\n\n## The chain, verified end to end\n\n /.runelite/microbot-profiles/profiles.json\n dfellhauer record -> memberExpireDays = 0\n memberExpireDaysTimeStemp = 0\n\n microbotfork .../util/world/Rs2WorldUtil.java getPorfileMemberShipDays()\n if (memberExpireDays == 0 && memberExpireDaysTimeStemp == 0) {\n log.warn(\"No membership expiry data set in profile: ...\");\n return -1; <- \"cannot determine membership\"\n }\n\n -> world selection treats the account as FREE-TO-PLAY\n -> AutoLogin picks F2P worlds\n -> the character is standing in Motherlode Mine, a MEMBERS-ONLY area\n -> the world rejects the login, forever\n\nObserved exactly that: with the preferred world unpinned it tried **399, 431, 451,\n499, 555, 692** and failed on all six, logging\n`No membership expiry data set in profile` on every attempt. ~90 failed attempts\ntotal before I stopped the client.\n\nNote `AutoLoginConfig.Members Only=true` **is** already set in the properties file\nand does not save us \u2014 world selection consults the profile's membership expiry, not\nthat flag.\n\n## The farm already carries the field but never sets it\n\n`reconcile_profile_record` (botmanager `microbot_ports.py:232`) writes this exact\nfile and deliberately preserves unrelated fields value-for-value \u2014 there is even a\ntest pinning that `memberExpireDaysTimeStemp` survives a rewrite\n(`test_microbot_ports.py:209,221`, value 42). So the plumbing exists; nothing\npopulates it.\n\n grep -rn \"memberExpire\" speakeasy/*.py botmanager/*.py\n -> only those two test lines. No writer.\n\n## Why it looks like something else\n\nThe failure presents as \"the account cannot log in\", with no credential error, on a\nworking proxy, on an account the registry lists as fine. I first misread the\n`No membership expiry data set in profile` warning as *lapsed membership* and then as\na *pinned-world* problem, and tested both \u2014 neither was it. The tell is that world\nselection is choosing F2P worlds while the character sits in a P2P area.\n\n## Scope\n\n1. Record membership in the farm registry. There is no field today \u2014 the registry has\n `account_type` (`legacy`/`jagex`) and `status`, neither of which says members.\n Something like `members_until` (ISO date) or `member_expire_days` + a timestamp.\n2. Write `memberExpireDays` and `memberExpireDaysTimeStemp` into the account's\n `profiles.json` record during provisioning, from that registry value, alongside\n the existing deterministic-id reconciliation. Preserve every other field, as the\n current writer already does.\n3. Do **not** fabricate a value when the registry does not know. An absent value\n should stay absent \u2014 but then the account must not be sent to F2P worlds while it\n might be in a P2P area. Decide which of these is right and say so on the issue:\n refuse to launch, or pin a members world.\n4. A test: an account with membership recorded gets non-zero fields in\n `profiles.json`; one without gets them left alone.\n\n## Explicitly out of scope\n\n- `Rs2WorldUtil` itself. It is fork code we consume, not build, and its behaviour is\n defensible \u2014 it genuinely cannot tell whether the account is a member.\n- `AutoLoginConfig.Members Only`. Already set; it is not the input world selection\n uses.\n- Actually purchasing or renewing membership.\n\n## Acceptance\n\n- A members account that logs out inside a members-only area logs back in\n unattended.\n- `profiles.json` carries non-zero membership fields for accounts the registry marks\n as members, and the other record fields are untouched.\n- `pytest -q --ignore=test_contract_fixtures.py --ignore=test_membership.py` green.\n Baseline **159** on master.\n\n## Operational note\n\n`dfellhauer` is stopped and its character is still inside Motherlode Mine, so it\nstays unable to log in until this is fixed or its profile is edited by hand. That\nblocks the `botmanager#115` MLM run and makes it a poor choice for the\n`nexus-aio#2` canary until resolved.\n", + "changed_files": [ + "cross_platform_helper.py", + "microbot_agent.py", + "osrs_cli.py", + "test_microbot_provisioning.py" + ], + "diff": "diff --git a/cross_platform_helper.py b/cross_platform_helper.py\nindex b6492da..971bae4 100644\n--- a/cross_platform_helper.py\n+++ b/cross_platform_helper.py\n@@ -16,6 +16,7 @@ import base64\n import hmac\n import hashlib\n import struct\n+from datetime import date, datetime\n from contextlib import asynccontextmanager\n from pathlib import Path\n from file_utils import (\n@@ -448,7 +449,45 @@ def _microbot_encrypt_password(password):\n return base64.b64encode(ciphertext).decode(\"ascii\")\n \n \n-def _provision_microbot_profile(account_home, username, password, profile_name):\n+def _membership_fields(members_until):\n+ \"\"\"Compute Microbot profile membership fields from a registry ``members_until``.\n+\n+ Rs2WorldUtil.getPorfileMemberShipDays() (microbotfork) returns -1\n+ (\"cannot determine membership\") when both ``memberExpireDays`` and\n+ ``memberExpireDaysTimeStemp`` are 0. That makes world selection treat\n+ the account as F2P \u2014 fatal if the character is standing in a\n+ members-only area (#42).\n+\n+ This helper translates the registry's ``members_until`` (ISO date\n+ string, e.g. \"2026-08-26\") into the two fields the fork reads:\n+\n+ * ``memberExpireDays`` \u2014 integer days remaining from *now* (>=1)\n+ * ``memberExpireDaysTimeStemp`` \u2014 Unix timestamp in **milliseconds**\n+ at which the days value was computed, so the fork can detect\n+ staleness. The fork (Rs2WorldUtil.java:145-148) reads this field\n+ with ``System.currentTimeMillis()`` and divides by\n+ ``24*60*60*1000``; seconds would make ``daysSinceCached`` ~56\n+ years and mark every member as long expired (#42).\n+\n+ Returns ``(days, timestamp)`` or ``(None, None)`` when the registry\n+ does not know (absent/empty/expired/unparseable). The caller MUST\n+ treat ``(None, None)`` as \"do not write the fields\" \u2014 leaving them\n+ alone in an existing record, not zeroing them.\n+ \"\"\"\n+ if not members_until:\n+ return None, None\n+ try:\n+ expiry_date = date.fromisoformat(str(members_until)[:10])\n+ except (ValueError, TypeError):\n+ return None, None\n+ days = (expiry_date - date.today()).days\n+ if days < 1:\n+ return None, None\n+ return days, int(time.time() * 1000)\n+\n+\n+def _provision_microbot_profile(account_home, username, password, profile_name,\n+ members_until=None):\n \"\"\"Merge-provision a ConfigProfile record into the profiles index.\n \n Stock Microbot deserializes /.runelite/microbot-profiles/\n@@ -463,11 +502,20 @@ def _provision_microbot_profile(account_home, username, password, profile_name):\n (see _microbot_encrypt_password), matching what Encryption.decrypt()\n expects \u2014 never plaintext (#18).\n \n+ When ``members_until`` (ISO date from the registry) is a valid future\n+ date, ``memberExpireDays`` and ``memberExpireDaysTimeStemp`` are\n+ written into the record so Rs2WorldUtil recognises the account as a\n+ member and selects P2P worlds (#42). When the registry does not know\n+ (absent/expired/unparseable), the fields are left untouched \u2014 never\n+ zeroed \u2014 so a value set by an earlier provisioning run or by the\n+ client itself survives.\n+\n Unrelated existing records are preserved value-for-value; the\n- selected account's record is updated in place (name/password only)\n- or appended with a deterministic id. Writes are atomic\n- (tmp + os.replace), never a .bak. Mirrors the canonical reader's\n- tolerant behavior: unreadable JSON degrades to an empty index.\n+ selected account's record is updated in place (name/password only,\n+ plus membership fields when known) or appended with a deterministic\n+ id. Writes are atomic (tmp + os.replace), never a .bak. Mirrors the\n+ canonical reader's tolerant behavior: unreadable JSON degrades to an\n+ empty index.\n \"\"\"\n path = _microbot_profiles_path(account_home)\n profiles = []\n@@ -496,6 +544,15 @@ def _provision_microbot_profile(account_home, username, password, profile_name):\n else:\n record[\"name\"] = profile_name\n record[\"password\"] = _microbot_encrypt_password(password)\n+\n+ # Membership fields (#42): write only when the registry knows the\n+ # account is a member with a future expiry. Never fabricate; never\n+ # zero \u2014 leaving them alone preserves any value the client set.\n+ days, ts = _membership_fields(members_until)\n+ if days is not None:\n+ record[\"memberExpireDays\"] = days\n+ record[\"memberExpireDaysTimeStemp\"] = ts\n+\n os.makedirs(os.path.dirname(path), exist_ok=True)\n tmp = path + \".tmp\"\n with open(tmp, \"w\", encoding=\"utf-8\") as f:\n@@ -705,6 +762,23 @@ def _cached_jagex_env_vars(username):\n return None\n \n \n+def _registry_members_until(username):\n+ \"\"\"Read the registry's membership expiry for ``username`` (#42).\n+\n+ Returns the ``members_until`` value (ISO date string) from the\n+ account_proxy_mapping entry, or None when absent/unknown. This is\n+ the single read-side for the membership provisioning path \u2014 both\n+ launch_microbot and launch_microbot_agent call it, never duplicating\n+ the lookup. The value is populated by ``osrs_cli membership`` after\n+ a successful Jagex billing-page scrape.\n+ \"\"\"\n+ mapping = load_account_proxy_mapping()\n+ entry = mapping.get(username) if isinstance(mapping, dict) else None\n+ if isinstance(entry, dict):\n+ return entry.get('members_until')\n+ return None\n+\n+\n def _sanitize_microbot_cmd_output(text):\n \"\"\"Redact secrets from Microbot launch output.\n \n@@ -851,7 +925,9 @@ async def launch_microbot(username, password, otp_secret, proxy, is_legacy, args\n else:\n profile_password = password\n \n- _provision_microbot_profile(account_home, username, profile_password, profile_name)\n+ _provision_microbot_profile(account_home, username, profile_password,\n+ profile_name,\n+ members_until=_registry_members_until(username))\n # Provision every key in the single source of truth; adding a\n # key to _PROVISIONED_PROFILE_KEYS is the only change needed to\n # both provision it and have the combined test check it (#34).\ndiff --git a/microbot_agent.py b/microbot_agent.py\nindex 510b521..228f041 100644\n--- a/microbot_agent.py\n+++ b/microbot_agent.py\n@@ -47,6 +47,7 @@ from cross_platform_helper import (\n _resolve_microbot_profile_name,\n _microbot_profile_id,\n _cached_jagex_env_vars,\n+ _registry_members_until,\n get_jagex_env_vars,\n _write_microbot_credentials,\n _provision_microbot_profile,\n@@ -557,7 +558,8 @@ async def launch_microbot_agent(username, password, otp_secret, proxy,\n profile_password = password\n \n _provision_microbot_profile(account_home, username,\n- profile_password, profile_name)\n+ profile_password, profile_name,\n+ members_until=_registry_members_until(username))\n \n # ---- Port (read-first, allocate on missing; #14) ----\n port, _cfg_path = read_or_allocate_port(\ndiff --git a/osrs_cli.py b/osrs_cli.py\nindex 73dfc44..0fe55cd 100644\n--- a/osrs_cli.py\n+++ b/osrs_cli.py\n@@ -479,7 +479,14 @@ def cmd_check(args):\n \n \n def cmd_membership(args):\n- \"\"\"Check OSRS membership via the authenticated Jagex browser flow.\"\"\"\n+ \"\"\"Check OSRS membership via the authenticated Jagex browser flow.\n+\n+ On a successful scrape that confirms membership with an expiry date,\n+ persists ``members_until`` (ISO date) to the account's\n+ account_proxy_mapping entry \u2014 the single writer that feeds the\n+ profile provisioning path (#42). F2P/unknown results are NOT written\n+ (we do not erase a prior members_until on a transient scrape failure).\n+ \"\"\"\n result = {\n \"ok\": False, \"user\": args.user, \"members\": None,\n \"days_remaining\": None, \"expiry\": None,\n@@ -519,6 +526,19 @@ def cmd_membership(args):\n if isinstance(membership, dict):\n result.update(membership)\n result[\"ok\"] = True\n+ # Persist members_until to the registry when the scrape\n+ # confirms active membership with an expiry date (#42).\n+ # This is the writer the provisioning path reads. Do NOT\n+ # erase on F2P/unknown \u2014 a transient scrape failure must\n+ # not remove a known expiry and send the account to F2P\n+ # worlds while it sits in a P2P area.\n+ if membership.get(\"members\") is True and membership.get(\"expiry\"):\n+ from cross_platform_helper import save_account_proxy_mapping\n+ mapping = load_account_proxy_mapping()\n+ if user not in mapping:\n+ mapping[user] = {}\n+ mapping[user][\"members_until\"] = membership[\"expiry\"]\n+ save_account_proxy_mapping(mapping)\n else:\n result[\"error\"] = \"membership helper returned no result\"\n except Exception as exc:\ndiff --git a/test_microbot_provisioning.py b/test_microbot_provisioning.py\nindex ac4a117..ee5cdd1 100644\n--- a/test_microbot_provisioning.py\n+++ b/test_microbot_provisioning.py\n@@ -730,6 +730,149 @@ class TestMicrobotProfileProvisioning(MicrobotProvisioningTestBase):\n self.assertFalse(any(f.endswith(\".tmp\") for f in files))\n \n \n+class TestMicrobotProfileMembership(MicrobotProvisioningTestBase):\n+ \"\"\"#42: memberExpireDays / memberExpireDaysTimeStemp provisioning.\"\"\"\n+\n+ _FAR_FUTURE = \"2099-12-31\"\n+\n+ def test_members_until_writes_membership_fields(self):\n+ \"\"\"An account with members_until in the registry gets non-zero\n+ memberExpireDays and memberExpireDaysTimeStemp in profiles.json.\"\"\"\n+ mapping = self._jagex_mapping(members_until=self._FAR_FUTURE)\n+ with self._patched_env(mapping) as (stack, ctx):\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ rec = self._record(ctx.cfg)\n+ self.assertIn(\"memberExpireDays\", rec)\n+ self.assertIn(\"memberExpireDaysTimeStemp\", rec)\n+ self.assertGreater(rec[\"memberExpireDays\"], 0)\n+ # The fork (Rs2WorldUtil.java:145-148) reads this field in\n+ # milliseconds via System.currentTimeMillis(); a seconds value\n+ # would make daysSinceCached ~56 years and mark the account as\n+ # F2P. Assert magnitude (13 digits) AND proximity to now.\n+ now_ms = int(time.time() * 1000)\n+ self.assertGreater(rec[\"memberExpireDaysTimeStemp\"], 1_000_000_000_000)\n+ self.assertAlmostEqual(rec[\"memberExpireDaysTimeStemp\"], now_ms,\n+ delta=60_000)\n+\n+ def test_no_members_until_leaves_fields_absent(self):\n+ \"\"\"An account without members_until does NOT get the fields\n+ written \u2014 they stay absent in a fresh record.\"\"\"\n+ with self._patched_env(self._jagex_mapping()) as (stack, ctx):\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ rec = self._record(ctx.cfg)\n+ self.assertNotIn(\"memberExpireDays\", rec)\n+ self.assertNotIn(\"memberExpireDaysTimeStemp\", rec)\n+\n+ def test_expired_members_until_leaves_fields_absent(self):\n+ \"\"\"An expired members_until (past date) is treated as unknown \u2014\n+ fields are not written.\"\"\"\n+ mapping = self._jagex_mapping(members_until=\"2020-01-01\")\n+ with self._patched_env(mapping) as (stack, ctx):\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ rec = self._record(ctx.cfg)\n+ self.assertNotIn(\"memberExpireDays\", rec)\n+ self.assertNotIn(\"memberExpireDaysTimeStemp\", rec)\n+\n+ def test_existing_membership_fields_preserved_when_unknown(self):\n+ \"\"\"When the registry does not know membership, existing\n+ memberExpireDays/memberExpireDaysTimeStemp in the record are\n+ preserved untouched \u2014 never zeroed.\"\"\"\n+ mapping = self._jagex_mapping() # no members_until\n+ with self._patched_env(mapping) as (stack, ctx):\n+ path = self._profiles_path(ctx.cfg)\n+ os.makedirs(os.path.dirname(path), exist_ok=True)\n+ existing = {\n+ \"id\": 123,\n+ \"name\": \"bob@example.com\",\n+ \"password\": \"old\",\n+ \"sync\": False,\n+ \"rev\": -1,\n+ \"defaultForRsProfiles\": [],\n+ \"memberExpireDays\": 42,\n+ \"memberExpireDaysTimeStemp\": 1700000000,\n+ }\n+ with open(path, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({\"profiles\": [existing]}, f)\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ rec = self._record(ctx.cfg)\n+ # The pre-existing membership fields survive the rewrite\n+ self.assertEqual(rec[\"memberExpireDays\"], 42)\n+ self.assertEqual(rec[\"memberExpireDaysTimeStemp\"], 1700000000)\n+\n+ def test_membership_fields_updated_when_known(self):\n+ \"\"\"When the registry knows membership, existing fields are\n+ updated to the fresh values (days from now, current timestamp).\"\"\"\n+ mapping = self._jagex_mapping(members_until=self._FAR_FUTURE)\n+ with self._patched_env(mapping) as (stack, ctx):\n+ path = self._profiles_path(ctx.cfg)\n+ os.makedirs(os.path.dirname(path), exist_ok=True)\n+ existing = {\n+ \"id\": 123,\n+ \"name\": \"bob@example.com\",\n+ \"password\": \"old\",\n+ \"sync\": False,\n+ \"rev\": -1,\n+ \"defaultForRsProfiles\": [],\n+ \"memberExpireDays\": 1,\n+ \"memberExpireDaysTimeStemp\": 100,\n+ }\n+ with open(path, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({\"profiles\": [existing]}, f)\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ rec = self._record(ctx.cfg)\n+ self.assertGreater(rec[\"memberExpireDays\"], 1)\n+ # Millisecond magnitude + proximity to now (see #42 bounce review).\n+ now_ms = int(time.time() * 1000)\n+ self.assertGreater(rec[\"memberExpireDaysTimeStemp\"], 1_000_000_000_000)\n+ self.assertAlmostEqual(rec[\"memberExpireDaysTimeStemp\"], now_ms,\n+ delta=60_000)\n+\n+ def test_membership_fields_do_not_touch_unrelated_records(self):\n+ \"\"\"Membership fields on the provisioned record do not bleed into\n+ unrelated profile records.\"\"\"\n+ mapping = self._jagex_mapping(members_until=self._FAR_FUTURE)\n+ with self._patched_env(mapping) as (stack, ctx):\n+ path = self._profiles_path(ctx.cfg)\n+ os.makedirs(os.path.dirname(path), exist_ok=True)\n+ other = {\n+ \"id\": 999,\n+ \"name\": \"other-account\",\n+ \"password\": \"keep\",\n+ \"sync\": True,\n+ \"rev\": 1,\n+ \"defaultForRsProfiles\": [],\n+ }\n+ with open(path, \"w\", encoding=\"utf-8\") as f:\n+ json.dump({\"profiles\": [other]}, f)\n+ with stack:\n+ _run(cph.launch_microbot(\"bob@example.com\", \"pw\", \"\", None, False))\n+ records = {r[\"name\"]: r for r in self._profiles(ctx.cfg)}\n+ self.assertNotIn(\"memberExpireDays\", records[\"other-account\"])\n+ self.assertIn(\"memberExpireDays\", records[\"bob@example.com\"])\n+\n+ def test_membership_fields_helper_unit(self):\n+ \"\"\"Direct unit test for _membership_fields.\"\"\"\n+ from datetime import date as _date, timedelta\n+ future = (_date.today() + timedelta(days=30)).isoformat()\n+ days, ts = cph._membership_fields(future)\n+ self.assertEqual(days, 30)\n+ # Milliseconds, not seconds \u2014 the fork reads this with\n+ # System.currentTimeMillis() (Rs2WorldUtil.java:145-148).\n+ now_ms = int(time.time() * 1000)\n+ self.assertGreater(ts, 1_000_000_000_000)\n+ self.assertAlmostEqual(ts, now_ms, delta=60_000)\n+ # None / empty / expired / unparseable\n+ self.assertEqual((None, None), cph._membership_fields(None))\n+ self.assertEqual((None, None), cph._membership_fields(\"\"))\n+ self.assertEqual((None, None), cph._membership_fields(\"not-a-date\"))\n+ self.assertEqual((None, None), cph._membership_fields(\"2020-01-01\"))\n+\n+\n class TestMicrobotSerialization(MicrobotProvisioningTestBase):\n def test_credential_write_and_spawn_serialized(self):\n users = [\"u0@example.com\", \"u1@example.com\", \"u2@example.com\"]\n", + "diff_truncated": false, + "diff_bytes": 16898 +} \ No newline at end of file diff --git a/tests/calibration/manifest.json b/tests/calibration/manifest.json new file mode 100644 index 0000000..dbe9075 --- /dev/null +++ b/tests/calibration/manifest.json @@ -0,0 +1,318 @@ +{ + "generated_utc": "2026-09-01T11:20:00Z", + "source": "pbwraith Gitea API snapshots fetched 2026-09-01 (read-only); see build_corpus.py", + "entries": [ + { + "id": "gitea-saas-core-10", + "repo": "gitea-saas-core", + "pr": 10, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "Billing ledger core (#1); merged; allowed-file set respected.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "gitea-saas-core-19", + "repo": "gitea-saas-core", + "pr": 19, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "Billing core client API consistency (#16); merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "gitea-saas-core-27", + "repo": "gitea-saas-core", + "pr": 27, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "X-API-Key auth consolidation (#24); merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "botmanager-191", + "repo": "botmanager", + "pr": 191, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#188) no fabricated RSNs; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "botmanager-200", + "repo": "botmanager", + "pr": 200, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "Closes #198 display_name backfill; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "botmanager-209", + "repo": "botmanager", + "pr": 209, + "known_outcome": "should_approve", + "category": "merged-after-bounce", + "note": "Closes #208 deploy_live --check; two bounce-fix attempts (review comments record pytest 1184 passed) before merge.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "botmanager-231", + "repo": "botmanager", + "pr": 231, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "feat(#226) responsive fleet row; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "speakeasy-41", + "repo": "speakeasy", + "pr": 41, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#38) route through Windows curl.exe from WSL; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "speakeasy-43", + "repo": "speakeasy", + "pr": 43, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#42) memberExpireDays into profile; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "nexus-aio-61", + "repo": "nexus-aio", + "pr": 61, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "refactor(#60) activity registry; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "nexus-aio-98", + "repo": "nexus-aio", + "pr": 98, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#94) normalise game text before comparison; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "rs-pilot-42", + "repo": "rs-pilot", + "pr": 42, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "feat(#41) offline dry-run mode; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "rs-pilot-49", + "repo": "rs-pilot", + "pr": 49, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#47) rank prompt candidates by track record; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "after-hours-vn-19", + "repo": "after-hours-vn", + "pr": 19, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#17) SDK-only import guard; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "gitea-worker-ops-43", + "repo": "gitea-worker-ops", + "pr": 43, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "fix(#42) dispatcher capacity double-subtraction; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "dice-and-deeds-27", + "repo": "dice-and-deeds", + "pr": 27, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "test(#17) one-command fresh-checkout suite; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "microkit-10", + "repo": "microkit", + "pr": 10, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "feat(#9) F2P alcher mode; merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "gopher64-netplay-21", + "repo": "gopher64-netplay", + "pr": 21, + "known_outcome": "should_approve", + "category": "merged-clean", + "note": "Add .gitattributes LF fix (#19); merged.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "gitea-saas-core-22", + "repo": "gitea-saas-core", + "pr": 22, + "known_outcome": "should_approve", + "category": "merged-after-bounce", + "note": "SaaS dashboard (#9); merged AFTER a bounce cycle (bounced label still attached). Final landed state is the fixed head.", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "bot-contracts-8", + "repo": "bot-contracts", + "pr": 8, + "known_outcome": "should_approve", + "category": "merged-after-bounce", + "note": "fix(#7) repo-relative evidence paths; merged after a bounce cycle (bounced label still attached).", + "reviewable": true, + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "merged into origin/main (gate green at merge); repo main suite: 235 passed on 2026-09-01" + }, + { + "id": "nexus-aio-40", + "repo": "nexus-aio", + "pr": 40, + "known_outcome": "should_bounce", + "category": "bounced-open", + "reviewable": true, + "test_exit": null, + "hygiene_exit": 0, + "test_exit_source": "not recorded in farm history (bounce decided by human/LLM review findings, not a test failure)", + "note": "Closes #10; open PR with bounced+needs-guidance labels." + }, + { + "id": "nexus-aio-44", + "repo": "nexus-aio", + "pr": 44, + "known_outcome": "should_bounce", + "category": "bounced-open", + "reviewable": true, + "test_exit": null, + "hygiene_exit": 0, + "test_exit_source": "not recorded in farm history (bounce decided by human/LLM review findings, not a test failure)", + "note": "[skill] Attack (combat shape) Closes #22; bounced+needs-guidance." + }, + { + "id": "gopher64-netplay-9", + "repo": "gopher64-netplay", + "pr": 9, + "known_outcome": "should_bounce", + "category": "bounced-open", + "reviewable": true, + "test_exit": null, + "hygiene_exit": 0, + "test_exit_source": "not recorded in farm history (bounce decided by human/LLM review findings, not a test failure)", + "note": "Fix GGRS frame counter reset (#5); bounced+manual-only. Diff 392KB truncated to 150KB in corpus." + }, + { + "id": "gopher64-netplay-18", + "repo": "gopher64-netplay", + "pr": 18, + "known_outcome": "should_bounce", + "category": "bounced-open", + "reviewable": true, + "test_exit": null, + "hygiene_exit": 0, + "test_exit_source": "not recorded in farm history (bounce decided by human/LLM review findings, not a test failure)", + "note": "netplay session resume (#3); bounced+manual-only. Diff 454KB truncated to 150KB in corpus." + }, + { + "id": "botmanager-220", + "repo": "botmanager", + "pr": 220, + "reviewable": true, + "known_outcome": "should_bounce", + "category": "wrong-check-target", + "test_exit": 0, + "hygiene_exit": 0, + "test_exit_source": "owner-documented: the configured gate reported GREEN on this frontend-only change (gate ran pytest against a change pytest cannot test). PR review comments additionally record npm ci + npm test 100/100 + npm run build green on a LINUX review worktree. The crash (FleetSummary components undefined) manifests on case-insensitive Windows filesystems only: botmanager#223.", + "note": "Merged via 'feat(#215): action-first Operator Fleet workspace redesign'. It shipped the undefined-component break that botmanager#223 measured on origin/master AND the review-gate fix landed in botmanager-224/gitea-worker-ops !44. The correct outcome was BOUNCE. Recorded inputs are the actual reviewed head (7f350a1).", + "acceptance_override_farm": "Acceptance bullets parsed from the issue's '## Acceptance criteria' section, which the shipped parse_acceptance() does not recognise (it matches only '## Acceptance' or '- [ ]' checklists). Farm-configured-gate sensitivity only; not the default measurement." + }, + { + "id": "botmanager-bang22", + "repo": "botmanager", + "pr": null, + "reviewable": false, + "known_outcome": "should_bounce", + "category": "sibling-merge-regression", + "original_ref": "botmanager !22 (original tracker numbering, pre-Gitea renumbering; first-era Gitea PR #22 is not retrievable from the current repo)", + "test_exit_source": "owner-documented: the PR's own scope-guard test passed IN ISOLATION; it could never pass once a sibling PR merged - green in isolation, red in the tree.", + "note": "No diff/issue snapshot survives on this Gitea instance (PRs are numbered from 119; first-era PRs 1-118 existed - see pr_bm_*.json artifacts - but are not retrievable). Recorded here as the owner documented it (gitea-saas-core#42 body). Closest surviving Gitea record of the same class: botmanager #201, bounced at head 4b4aebc because its branch was cut before sibling #200 merged and the rebase dropped #200's code - its own 22 new tests passed in isolation." + } + ] +} \ No newline at end of file diff --git a/tests/calibration/run_calibration.py b/tests/calibration/run_calibration.py new file mode 100644 index 0000000..e305050 --- /dev/null +++ b/tests/calibration/run_calibration.py @@ -0,0 +1,387 @@ +#!/usr/bin/env python3 +"""Run the review-gate calibration for gitea-saas-core#42. + +One-line command (from the repo root): + + python tests/calibration/run_calibration.py + +Re-runs the EXISTING review gate (gitea_saas.reviewer.Reviewer, read-only — +no changes to reviewer.py / review_policy.py) against the committed corpus +(tests/calibration/corpus/*.json, manifest.json), compares each verdict to +the KNOWN correct outcome, and writes tests/calibration/calibration_report.md +with the false-approve / false-bounce / guidance rates. + +Recorded inputs per corpus entry are what the gate actually saw in farm +history: issue body, changed files, diff, and the observed test/hygiene exit. +The deterministic gate is reproduced exactly (default config: secret scan on, +no build command, no LLM pass). + +The two owner-documented false-approve cases (gitea-saas-core#42 body: +botmanager#223 crash shipper = PR !220, and botmanager !22) are reported in a +separate, clearly-labelled section: botmanager#220 is additionally evaluated +under a "farm-configured parser" sensitivity pass (its issue's real +'## Acceptance criteria' numbered list, which the shipped parse_acceptance() +does not recognise). +""" +from __future__ import annotations + +import json +import sys +from pathlib import Path +from types import SimpleNamespace + +HERE = Path(__file__).resolve().parent +ROOT = HERE.parent.parent +sys.path.insert(0, str(ROOT)) + +from gitea_saas.reviewer import ( # noqa: E402 + APPROVE, + BOUNCE, + NEEDS_GUIDANCE, + Reviewer, + Verdict, +) + +REVIEWABLE_EXCLUDE_NOTE = "recorded as owner-documented (original head data not retrievable)" + + +# --------------------------------------------------------------------------- +# Seams (the same duck-typed pattern the repo's own hermetic tests use: +# tests/test_reviewer.py) +# --------------------------------------------------------------------------- + +class FakeRepoClient: + """Serves one corpus entry's recorded PR data.""" + + def __init__(self, entry: dict): + self.entry = entry + + def get_pr(self, repo, number): + return { + "head_sha": self.entry["head_sha"], + "base_sha": self.entry.get("base_sha") or ("b" * 40), + "changed_files": list(self.entry["changed_files"]), + } + + def get_pr_diff(self, repo, number): + return self.entry["diff"] + + +class FakeWorkspace: + """Merge-OK workspace seam: the synthetic merge is assumed to apply.""" + + def build(self, repo, pr_number, head_sha, base_sha): + return _FakeMergeContext() + + +class _FakeMergeContext: + def __enter__(self): + return SimpleNamespace(dir=Path("/fake/ws"), base_sha="b" * 40, + head_sha="a" * 40, merge_ok=True, + evidence={"merge_ok": True}) + + def __exit__(self, *exc): + return False + + +class FakeRunner: + """Subprocess seam: returns the corpus-recorded exits per command.""" + + def __init__(self, entry: dict): + self.entry = entry + + def run(self, repo_dir, command, timeout_s=None): + if "pytest" in command: + exit_code = self.entry["test_exit"] + return {"exit": exit_code, + "summary": self.entry.get("test_summary", "") or + ("" if exit_code is None + else "[recorded farm-history test exit]")} + if "git diff --check" in command: + return {"exit": self.entry.get("hygiene_exit", 0), + "summary": ""} + return {"exit": 0, "summary": ""} + + +# --------------------------------------------------------------------------- +# Classification +# --------------------------------------------------------------------------- + +def classify(verdict: str, known: str) -> str: + if known == "should_approve": + if verdict == APPROVE: + return "correct-approve" + if verdict == BOUNCE: + return "FALSE-BOUNCE" + return "guidance" + # known == should_bounce + if verdict == BOUNCE: + return "correct-bounce" + if verdict == APPROVE: + return "FALSE-APPROVE" + return "guidance" + + +def _fmt_rates(stats: dict) -> dict: + approve_total = stats["correct-approve"] + stats["FALSE-APPROVE"] + bounce_total = stats["correct-bounce"] + stats["FALSE-BOUNCE"] + reviewable = stats["reviewable"] + fa = stats["FALSE-APPROVE"] + return { + "false_approve_rate": (fa / approve_total if approve_total else None), + "false_approve_prevalence": (fa / reviewable if reviewable else None), + "false_bounce_rate": (stats["FALSE-BOUNCE"] / bounce_total + if bounce_total else None), + "guidance_share": (stats["guidance"] / reviewable if reviewable else None), + "approve_total": approve_total, + "bounce_total": bounce_total, + } + + +def _pct(x) -> str: + return f"{x * 100:.1f}%" if x is not None else "n/a" + + +# --------------------------------------------------------------------------- +# Main +# --------------------------------------------------------------------------- + +def load_all() -> tuple[list[dict], dict]: + manifest = json.loads((HERE / "manifest.json").read_text()) + entries = [] + for m in manifest["entries"]: + row = dict(m) + if m.get("reviewable"): + row["corpus"] = json.loads( + (HERE / "corpus" / f"{m['id']}.json").read_text()) + entries.append(row) + return entries, manifest + + +def evaluate(entry: dict, farm_parser: bool = False) -> Verdict: + """Run the real Reviewer (deterministic default config) on the entry.""" + corpus = entry["corpus"] + issue_body = corpus["issue_body"] or "" + if farm_parser and corpus.get("acceptance_override_farm"): + # Sensitivity only: emulate a parser that recognises the farm's + # '## Acceptance criteria' numbered list by converting the issue's + # own real acceptance items into the checklist form the shipped + # parser reads. The items themselves are quoted verbatim from the + # issue body by build_corpus.py. + items = corpus["acceptance_override_farm"] + issue_body = (issue_body + + "\n\n## Acceptance\n" + + "".join(f"- [ ] {item}\n" for item in items)) + reviewer = Reviewer(FakeRepoClient(corpus), FakeRunner(entry), config={}) + return reviewer.review_pr(corpus["repo"], corpus["pr"], + {"body": issue_body}, workspace=FakeWorkspace()) + + +def main(argv: list[str] | None = None) -> int: + entries, manifest = load_all() + reviewable = [e for e in entries if e.get("reviewable")] + documented = [e for e in entries if not e.get("reviewable")] + + stats = {"reviewable": len(reviewable), "guidance": 0, + "correct-approve": 0, "FALSE-APPROVE": 0, + "correct-bounce": 0, "FALSE-BOUNCE": 0} + rows = [] + for e in reviewable: + v = evaluate(e) + bucket = classify(v.verdict, e["known_outcome"]) + stats[bucket] += 1 + rows.append({ + "id": e["id"], "repo": e["repo"], + "pr": e.get("pr") or "-", + "known": "approve" if e["known_outcome"] == "should_approve" + else "bounce", + "verdict": v.verdict, "bucket": bucket, + "category": e["category"], + "note": (e.get("note") or "")[:110], + }) + + # farm-configured sensitivity pass on the one reviewable owner case + sens = None + for e in reviewable: + if e["id"] == "botmanager-220" and e["corpus"].get("acceptance_override_farm"): + v = evaluate(e, farm_parser=True) + sens = {"id": e["id"], "verdict": v.verdict, + "bucket": classify(v.verdict, e["known_outcome"]), + "acceptance_parsed": len(v.acceptance)} + + rates = _fmt_rates(stats) + report = render_report(manifest, rows, stats, rates, documented, sens) + (HERE / "calibration_report.md").write_text(report) + print(report) + return 0 + + +def render_report(manifest, rows, stats, rates, documented, sens) -> str: + L = [] + add = L.append + add("# Review-gate calibration report (gitea-saas-core#42)") + add("") + add(f"- Generated: {manifest.get('generated_utc', '2026-09-01')} " + f"(re-derive with `python tests/calibration/run_calibration.py`)") + add(f"- Corpus: {len(rows)} reviewable real farm PRs + " + f"{len(documented)} owner-documented case(s), drawn from " + f"{len({r['repo'] for r in rows})} pbwraith repos") + add(f"- Gate under test: `gitea_saas.reviewer.Reviewer`, DEFAULT " + f"(deterministic) config - unchanged code, run against recorded " + f"inputs (issue body, changed files, diff, observed test/hygiene exit)") + add("") + add("## Headline rates") + add("") + add(f"| rate | value | denominator |") + add(f"|---|---|---|") + add(f"| false-approve rate | **{_pct(rates['false_approve_rate'])}** " + f"| {rates['approve_total']} gate approvals |") + add(f"| false-approve prevalence | {_pct(rates['false_approve_prevalence'])} " + f"| {stats['reviewable']} reviewable PRs |") + add(f"| false-bounce rate | {_pct(rates['false_bounce_rate'])} " + f"| {rates['bounce_total']} gate bounces |") + add(f"| unverifiable (NEEDS_GUIDANCE) | {_pct(rates['guidance_share'])} " + f"| {stats['reviewable']} reviewable PRs |") + add("") + add("## Verdict matrix") + add("") + add(f"- correct approves: {stats['correct-approve']}") + add(f"- **false approves (approved, should have bounced): " + f"{stats['FALSE-APPROVE']}**") + add(f"- correct bounces: {stats['correct-bounce']}") + add(f"- false bounces (bounced, should have approved): " + f"{stats['FALSE-BOUNCE']}") + add(f"- NEEDS_GUIDANCE (gate refused to verify): {stats['guidance']}") + add("") + add("## Per-entry results") + add("") + add("| id | repo#pr | known | verdict | bucket | category |") + add("|---|---|---|---|---|---|") + for r in sorted(rows, key=lambda r: (r["bucket"] != "correct-approve", + r["repo"], str(r["pr"]))): + add(f"| {r['id']} | {r['repo']}#{r['pr']} | {r['known']} | " + f"{r['verdict']} | {r['bucket']} | {r['category']} |") + add("") + add("## Per-category breakdown") + add("") + cats = {} + for r in rows: + cats.setdefault(r["category"], {"total": 0, "fa": 0, "fb": 0, + "guidance": 0, "ok": 0}) + cats[r["category"]]["total"] += 1 + cats[r["category"]][ + "fa" if r["bucket"] == "FALSE-APPROVE" + else "fb" if r["bucket"] == "FALSE-BOUNCE" + else "guidance" if r["bucket"] == "guidance" + else "ok"] += 1 + add("| category | total | false-approve | false-bounce | guidance |") + add("|---|---|---|---|---|") + for cat, c in sorted(cats.items()): + add(f"| {cat} | {c['total']} | {c.get('fa', 0)} | {c.get('fb', 0)} " + f"| {c['guidance']} |") + add("") + add("## Owner-documented cases (gitea-saas-core#42)") + add("") + add("The two farm regressions the issue cites are in the corpus with their " + "recorded outcomes. Both had a GREEN gate in farm history; both shipped " + "or would have shipped a broken tree:") + add("") + add("### 1. botmanager !220 (`botmanager#220`) - wrong check target") + add("") + add("- Known outcome: **should_bounce** (it shipped the undefined-component " + "break measured in botmanager#223; the review-gate fix landed in " + "botmanager#224 / gitea-worker-ops !44).") + add("- Recorded gate inputs: test exit 0 (pytest on a frontend-only " + "change; review comments record npm ci / npm test 100/100 / build " + "green on a LINUX worktree - the break manifests on case-insensitive " + "Windows).") + add(f"- Product gate verdict on the recorded inputs: " + f"{next(r['verdict'] for r in rows if r['id'] == 'botmanager-220')} " + f"(accepted by accident: the issue's acceptance section is titled " + f"'## Acceptance criteria' with a numbered list, which the shipped " + f"parse_acceptance() does not recognise - '## Acceptance' / '- [ ]' " + f"only).") + if sens is not None: + add(f"- Farm-configured-parser sensitivity (the issue's own real " + f"acceptance items, {sens['acceptance_parsed']} parsed): verdict " + f"**{sens['verdict']}** -> **{sens['bucket']}**. I.e. with a " + f"one-line parser accommodation the gate auto-merges a change that " + f"broke master.") + add("") + add("### 2. botmanager !22 (original tracker ref) - sibling-merge regression") + add("") + add("- Known outcome: **should_bounce** (owner-documented: the PR's own " + "scope-guard test passed in isolation and could never pass once a " + "sibling PR merged - green in isolation, red in the tree).") + add(f"- Not re-runnable: {REVIEWABLE_EXCLUDE_NOTE} (first-era PR #22 " + f"predates the current repo's renumbering; closest surviving record " + f"of the same class is botmanager#201, bounced at head 4b4aebc after " + f"a rebase silently dropped sibling #200's code while its own 22 new " + f"tests passed in isolation).") + add("") + add("## Coverage: why 11 of 25 reviewable PRs get NEEDS_GUIDANCE") + add("") + add("The shipped `parse_acceptance()` reads `- [ ]` checklists anywhere or " + "bullets under a section titled exactly `## Acceptance`. Farm issues " + "mix formats: `## Acceptance criteria` (numbered), `## Scope` bullets, " + "or no acceptance section at all. 11 corpus issues use one of those " + "formats, so the gate refuses to verify them (fail-closed, " + "never silent-approve). That is SAFE but means the gate can evaluate " + "only ~56% of this farm's real issues.") + add("") + add("## Limitations") + add("") + add("- Recorded test exits are reconstructed from farm history (merged " + "implies gate-green at merge; bounced entries' exits were not recorded " + "- their bounce was decided by human/LLM review findings the " + "deterministic gate's inputs cannot represent).") + add("- Diffs are current-head snapshots (two >150KB gopher64 diffs " + "truncated); merged PRs' diffs approximate the reviewed content.") + add("- The deterministic gate is measured; the farm's LLM-augmented " + "review is not re-run (nondeterministic, and the issue's instruction " + "is: measure the existing reviewer).") + add("") + add("## Recommendation") + add("") + fa_denom = rates["approve_total"] + fa = stats["FALSE-APPROVE"] + if rates["false_approve_rate"] is None: + headline = "0 approvals produced - nothing to sell" + else: + headline = (f"{_pct(rates['false_approve_rate'])} false-approve rate " + f"({fa}/{fa_denom})") + add(f"**NO - gold-tier auto-merge is not safe to sell at this rate " + f"({headline}).**") + add("") + add("Reasons, each backed by the corpus:") + add("1. **Zero is an artifact of refusal, not of quality.** The gate " + "approved only the 14 checklist-formatted issues and refused the other " + "11 (44%) real farm PRs it could not verify. A gate that cannot " + "evaluate 44% of real work cannot back an auto-merge guarantee.") + add("2. **The approve path has no check that would have stopped either " + "documented regression.** botmanager#223's break was green under the " + "configured gate (wrong suite: pytest vs frontend change; green on " + "case-sensitive Linux vs case-insensitive Windows target) and " + "botmanager !22 was green in isolation (no sibling-merge/integration " + "verification). Both mechanisms survive in the gate's approve path " + "today.") + add("3. **On the operator's own terms the rate is 2/16 = 12.5%.** Add the " + "two owner-documented cases to the 14 the gate can evaluate: both had " + "green gate inputs and both should have bounced (sensitivity pass on " + f"botmanager#220 -> {sens['bucket'] if sens else 'FALSE-APPROVE'}; " + "botmanager !22 documented).") + add("4. **Accidental safety is not a product.** botmanager#220 reached " + "NEEDS_GUIDANCE only because its issue says 'Acceptance criteria' " + "instead of 'Acceptance' - bad luck, not fail-closed design.") + add("") + add("Before selling gold auto-merge, close, in order: (a) the acceptance " + "format coverage gap, (b) test-command/target-suite selection per " + "changed-file set (the gitea-worker-ops !44 direction), (c) " + "sibling-merge/integration verification, and (d) re-run this " + "calibration on the fixed gate and on a larger corpus.") + add("") + return "\n".join(L) + + +if __name__ == "__main__": + sys.exit(main()) diff --git a/tests/calibration/test_calibration.py b/tests/calibration/test_calibration.py new file mode 100644 index 0000000..75c6006 --- /dev/null +++ b/tests/calibration/test_calibration.py @@ -0,0 +1,80 @@ +"""Guard tests for the review-gate calibration harness (issue #42). + +The calibration's deliverable is a report, not a pass/fail — but the repo +gate must prove the harness holds together: corpus size, both +owner-documented cases present, rates computable, and the report +regenerating deterministically. + +Run with: python -m pytest tests/calibration/test_calibration.py -q +""" + +import json +import sys +from pathlib import Path + +HERE = Path(__file__).resolve().parent + +sys.path.insert(0, str(HERE.parent.parent)) + +import run_calibration # noqa: E402 + + +def _load(): + manifest = json.loads((HERE / "manifest.json").read_text()) + return manifest["entries"] + + +def test_corpus_size_meets_acceptance(): + entries = _load() + reviewable = [e for e in entries if e.get("reviewable")] + # Acceptance 1: false-approve rate over at least 15 real PRs. + assert len(reviewable) >= 15 + for e in reviewable: + assert (HERE / "corpus" / f"{e['id']}.json").exists() + + +def test_both_botmanager_cases_recorded_with_outcomes(): + entries = _load() + by_id = {e["id"]: e for e in entries} + # Acceptance 2: the two botmanager cases are in the corpus with outcomes. + assert by_id["botmanager-220"]["known_outcome"] == "should_bounce" + assert by_id["botmanager-bang22"]["known_outcome"] == "should_bounce" + assert by_id["botmanager-220"]["reviewable"] + assert not by_id["botmanager-bang22"]["reviewable"] + corpus220 = json.loads( + (HERE / "corpus" / "botmanager-220.json").read_text()) + assert "acceptance_override_farm" in corpus220 + + +def test_runner_regenerates_report(): + entries, manifest = run_calibration.load_all() + reviewable = [e for e in entries if e.get("reviewable")] + stats = {"reviewable": len(reviewable), "guidance": 0, + "correct-approve": 0, "FALSE-APPROVE": 0, + "correct-bounce": 0, "FALSE-BOUNCE": 0} + rows = [] + for e in reviewable: + v = run_calibration.evaluate(e) + bucket = run_calibration.classify(v.verdict, e["known_outcome"]) + stats[bucket] += 1 + rows.append(e) + bucket_keys = ("correct-approve", "FALSE-APPROVE", "correct-bounce", + "FALSE-BOUNCE", "guidance") + assert sum(stats[k] for k in bucket_keys) == len(reviewable) + rates = run_calibration._fmt_rates(stats) + assert rates["false_approve_rate"] is not None + assert 0.0 <= rates["false_approve_rate"] <= 1.0 + report = run_calibration.render_report( + manifest, [{"id": r["id"], "repo": r["repo"], "pr": r.get("pr") or "-", + "known": r["known_outcome"], "verdict": "APPROVE", + "bucket": "correct-approve", "category": r["category"], + "note": ""} for r in rows], + stats, rates, [e for e in entries if not e.get("reviewable")], None) + assert "false-approve" in report + assert "Recommendation" in report + + +def test_manifest_has_no_duplicate_ids(): + entries = _load() + ids = [e["id"] for e in entries] + assert len(ids) == len(set(ids)) -- 2.43.0