Why: gitea 1.27.1 fixed CVE-2026-60004 + CVE-2026-59774 (both CVSS 9.8). The
2026-08-03 report printed gitea's CVE count as '1', the 2026-08-07 report as
'none'. Cause chain: the upgrade subagent read the GitHub release notes, which
name NEITHER cve (they are announced only in the vendor blog's security section),
so it recorded one unrelated minor item; the report then derived security content
from those notes plus model knowledge, and the model's training predates the CVEs.
Nothing in the pipeline ever queried an advisory source.
cc-ci-plan/advisory-scan.py — deterministic, per recipe, per upgrade window:
1. GitHub Security Advisories API for every source repo in the upstream registry.
PRIMARY: CVE + GHSA + severity + vulnerable/patched ranges, so 'fixed by THIS
upgrade' is computed. Needs no new per-recipe config (134 registry URLs are
already github.com).
2. Vendor release/security pages — every registry URL, fetched + regex-scanned.
This is the source that actually had the gitea CVEs.
3. OSV where a package mapping exists — supplementary.
Each source reports its own status so 'checked, none found' is never confused with
'not checked'. Source selection was measured, not assumed: for these two CVEs OSV
404'd and NVD's API had them by neither CPE, id, nor keyword — advisory DBs lag the
vendor, hence 1+2 lead.
Wiring is strictly ADDITIVE:
- /recipe-upgrade gains step 2a: run the scan, paste the block into the per-recipe
log, and report the UNION of it and the existing release-note reading. The scan
may never lower a count established by reading.
- /recipe-report treats the block as a FURTHER source, prefers its advisory ids /
severities / fixed-in versions for citation, and must render '?' (not 'none')
when a scan is absent or has failed sources — the false-clean 'none' is exactly
what happened on 2026-08-07.
- upstream/gitea.md records blog.gitea.com as the security-announcement URL.
Verified on the real regression: 1.27.0 -> 1.27.1 now yields exactly the 2 missed
criticals with their GHSA ids; the wider 1.26.2 -> 1.27.1 window yields 62.
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103 lines
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---
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name: recipe-report
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description: Generate the weekly public "Recipe Report" after the cc-ci /upgrade-all run. Reviews how the upgrade went and the state of every recipe + open PR, and publishes a self-contained HTML page to report.ci.commoninternet.net (one page per week + a home index). Page order: short lead → the full wire table (priority-sorted, CVE-count column, CVE recipes first) → Addendum of special issues → Security Bulletin → per-recipe "what changed". Read-only — reports, never merges or edits PRs. Runs as its own agent (model separately overridable via REPORT_BACKEND/REPORT_MODEL; defaults to the upgrader's backend+model, opencode-go/glm-5.2). Invoke as /recipe-report [YYYY-MM-DD].
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---
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# recipe-report
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Produce the weekly **"The Recipe Report"** — a public HTML page reviewing the latest `/upgrade-all` run
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and the live state of every recipe + open PR. Served at **https://report.ci.commoninternet.net** (one
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`week-<date>.html` per run + a home-page index). You are **read-only**: you report, you never merge,
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edit, or comment on PRs. The page is **public + unauthenticated** — include only public-safe data
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(recipe names, version bumps, PR titles/links, CI verdicts, concise error summaries); **never** secrets,
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tokens, internal IPs, or raw logs.
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Helper: `python3 /srv/cc-ci/cc-ci-plan/recipe-report.py {survey|render|publish}` (see its header).
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**Deterministic formatting — spec in, page out (NON-NEGOTIABLE).** ALL layout, CSS, and HTML is owned by
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`recipe-report.py`'s `render()`. Your ONLY output artifact is the **spec JSON** (data + editorial text).
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You **never** write, edit, post-process, or templatize HTML yourself; you never put markup/inline styles
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in spec text fields (they are HTML-escaped on purpose); the page is produced **solely** by
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`render <spec> <out>`. Same spec shape every week → a structurally identical page. If the layout itself
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must change, edit `recipe-report.py` (and `example-spec.json`) — never the generated page. This is what
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keeps every weekly edition looking the same regardless of which model writes the spec.
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## Procedure
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1. **Pick the date.** `DATE` = the argument, else today (UTC). The `/upgrade-all` summary for that run is
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`/srv/cc-ci/.cc-ci-logs/upgrades/upgrade-all-<DATE>.md`.
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2. **Survey.** `python3 /srv/cc-ci/cc-ci-plan/recipe-report.py survey <DATE> > /tmp/survey.json`. This
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gives you: the raw `/upgrade-all` summary; for every recipe mirror its open PRs + the `cc-ci/testme`
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verdict; and each recipe's **per-recipe upgrade notes** (`upgrade_notes_md` — the breaking-change /
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**CVE / security** analysis the upgrade did). Read it all.
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3. **Review & classify.** The page order is: **short lead → the full wire table (priority-sorted) →
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Addendum → Security Bulletin → per-recipe "What changed".** Same newspaper style; this order.
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- **Security analysis.** Scan the per-recipe `upgrade_notes_md` + the summary (and use your own
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knowledge of the version bumps) for upgrades that fix **CVEs / security issues**. For each recipe,
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**count the CVEs** the PR fixes — this drives both the table's `cve` column and the priority sort.
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- **ADDITIONALLY, and never instead:** each per-recipe log carries an `### Advisory scan
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(deterministic pre-step)` block (from `cc-ci-plan/advisory-scan.py` — GitHub Security
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Advisories + vendor security pages + OSV, with severities and fixed-in versions). Treat its
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CVE list as a **further source** and report the **UNION** of it and what you found by reading.
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Its entries are machine-derived with advisory IDs, so prefer them for CVE ids / severities /
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fixed-in versions, and cite the GHSA where present in the Security Bulletin. If a recipe has
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no scan block, or the block lists **failed sources**, the count is **not** authoritative:
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render the cve cell as `?` (unknown), never `none` — a blank that reads as "clean" is exactly
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how two CVSS-9.8 gitea RCEs were reported as "none" on 2026-08-07.
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Anything **critical/high** also gets a `security` bulletin entry (recipe · CVE id(s) + severity ·
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what it fixes · PR link); be specific about severity and what's exposed if not merged.
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- **Lead — ONE short paragraph.** A tight, concrete opener in opus's voice: fleet state in a sentence
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(how healthy, what moved) and what to address first. Lead with the single most important thing; the
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table and sections carry all the detail. Do NOT write multiple paragraphs.
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- **Priority sort for the table.** Order rows by **recommended priority to address**:
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1. recipes **with CVEs** first (more/higher-severity CVEs higher),
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2. then **FAILED** (RED) recipes,
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3. then **STALE**-test recipes,
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4. then routine **GREEN** bumps,
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5. then **UPTODATE / SKIPPED** last.
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- **Addendum — special issues to look into.** A bullet list of real anomalies worth an operator's
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eye: a recipe carrying **two open PRs** to reconcile, a **CI-run oddity** (flaky tier, needed
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re-runs), drift between the summary and reality, a **misleading branch name**, a tooling snag that
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silently drops a recipe, leftover artifact PRs, or **something in the test run that could be
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improved**. **Only real issues — if everything looks clean, leave it empty; do NOT invent items.**
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- **What changed — per recipe with a PR.** One short section per recipe that has a PR this week
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describing what the upgrade actually changes (versions, notable deps, migrations/gotchas, reconcile
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notes). Skip recipes with no PR.
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4. **Write the spec** `/tmp/report-spec.json` (shape in the helper header):
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- `date`, `subtitle` ("Week of <human date>"),
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- `lead` — **one short paragraph**,
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- `table[]` — EVERY recipe, **sorted by the priority above**. Fields: `recipe`, `change` "a → b",
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`status` GREEN/FAILED/STALE/SKIPPED/UPTODATE, **`cve`** (integer count of CVEs this PR fixes; `0`
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or omit for none), `ci` as a level/result number+info string e.g. `build 154 ✓` or `RED 200 ·
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install` with `ci_url`, `pr`/`pr_url`, `notes`. **CI = link + number/info only; no images.**
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- The table renders **two** status columns: **TESTS** (the `status` field — the CI/test verdict)
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and **STATUS** (the PR's LIVE state, fetched client-side). You only supply `status`; the live
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STATUS column is derived automatically from `recipe` + `pr` and needs no spec field — it shows
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`open` vs a ✓ (any not-open state), refreshing ~30s via the same-origin `/pr/<recipe>/<n>` proxy
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(cc-ci `nix/modules/reports.nix`); it degrades to a muted "?" if the proxy/repo is unreachable.
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- `addendum[]` — list of bullet strings (may be empty),
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- `security[]` — critical-CVE bulletin entries (may be empty),
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- `changes[]` — `{recipe, body, links[]}`, one per recipe that has a PR.
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**Template — match this.** `.claude/skills/recipe-report/example-spec.json` is the gold-standard
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example (operator-approved style/format/voice). **Match its editorial voice, field shapes, and level
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of specificity**, following the section order above. Read it before writing your spec.
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5. **Render & publish — via the script only; never hand-edit the HTML.**
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`python3 .../recipe-report.py render /tmp/report-spec.json /tmp/week-<DATE>.html`
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`python3 .../recipe-report.py publish /tmp/week-<DATE>.html <DATE>`
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(publish copies the page to `cc-ci:/var/lib/cc-ci-reports/` and regenerates the index.)
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If `render` errors, **fix the spec JSON** (a malformed field) and re-run render — do NOT work around
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it by writing HTML by hand. The rendered file is an artifact of the spec, never edited directly.
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6. **Verify & stop.** `curl -fsS https://report.ci.commoninternet.net/week-<DATE>.html` renders and the
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index lists it. Print the report URL and `RECIPE REPORT COMPLETE`, then go idle (one-shot — do not loop).
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## Guardrails
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- **Read-only.** Never merge/edit/comment on PRs or touch recipes/tests. You only describe + link.
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- **Public-safe.** No secrets/tokens/internal hostnames/raw logs on the page. Summarize errors.
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- One page per run; always regenerate the index so all weeks are listed (newest first).
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