docs(changelog): conform released sections to Keep a Changelog 1.1.0 - #584
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The header declares Keep a Changelog 1.1.0 but the released sections broke it four ways. Structure only — no entry prose is touched, because release.py pipes a section body verbatim into `gh release create`, so that prose is already published on GitHub Releases. - Date `## [0.1.0]`, the one version heading without one. There is no v0.1.0 tag to read (none was ever cut), so the date comes from the commit that set `version = "0.1.0"` — 274f0f5, the repo's first. - Link the twelve headings that had no reference and so rendered as inert literal text: 0.1.0 through 0.5.1. These point at commits, not `releases/tag/`: none of those twelve tags exists on the remote, so a tag URL would 404 — trading an unlinked heading for a dead link. 0.3.2 and 0.1.0 have no tag even locally and use their release commit. - Order the `###` blocks in 0.8.1 and 0.8.0 as Added → Changed → Fixed. Whole blocks move; each one is byte-identical to its former self. 0.8.0's trailing non-canonical `### Migration` stays last. - Normalize the 0.7.x-and-below refs off the pre-rename bmad-auto URL. They resolved via GitHub's rename redirect, so this is consistency, not repair. All 35 refs now return HTTP 200. The block stays a contiguous trailing run of bare `[label]: url` lines — release.py's section regex ends a section body at the first of those, so a stray comment inside it would silently truncate the last section's release notes.
Nothing in the stack validated a link target. markdownlint runs with
`default: false` and five rules opted in; even fully enabled its MD051
only checks fragments within the same file. The registry's one link
checker, markdown-link-check, resolves a fragment only for a same-page
`#foo` link — for a `file:` link it checks that the file exists and
drops the fragment — so it passes docs/tui-guide.md's `../README.md#tui`
against a `## The TUI` heading.
lychee catches it, but is not in the trunk registry, so the download,
the tool shim and the linter are all defined here. `--offline` excludes
every http(s) URL instead of fetching it, keeping CI deterministic and
network-free.
Two things this had to work around:
- trunk's sandbox holds only the batch's own files, so a relative link
points at a tree that isn't there and every cross-file link came back
"File not found" — 43 of them. The linter scans ${workspace} instead,
the ls-lint pattern for whole-repo tools; `target: .` keeps that one
scan from repeating per batch, and per-target caching is off because a
whole-tree scan cannot honestly be cached against one file.
- No lychee output format puts the source path on the error line, and
`output: regex` requires a path capture group. The JSON `error_map` is
keyed by source path, so a small parser converts it to SARIF.
`trunk check --all` now reports exactly one issue across 256 files: the
tui-guide anchor, left in place deliberately. Correcting that anchor
takes the checker to clean, so it discriminates rather than always
failing there.
.gitignore covered `.bmad-loop/runs/` but not `.bmad-loop/archive/`, where `bmad-loop archive` writes a concluded run's tarball (runs.py:34 `ARCHIVE_DIR`). Nothing has leaked — the directory does not exist in this checkout — so this closes the hole before it is used. Scoped to the one directory rather than `.bmad-loop/`: policy.toml and profiles/ under it are deliberately committable.
WalkthroughThe change adds offline Lychee Markdown link validation with a Python SARIF converter and tests. It configures Lychee in Trunk, ignores the archive directory, updates the TUI guide link, and revises changelog history. ChangesLychee SARIF integration
Estimated code review effort: 3 (Moderate) | ~20 minutes Merge Risk: 🟡 Moderate · up to The new offline link checker can treat missing or malformed failure counters as zero and report a clean result, allowing broken links to pass CI. Merge should wait until those counters are validated and covered by tests. Sequence Diagram(s)sequenceDiagram
participant MarkdownLinter
participant Lychee
participant lychee_to_sarif.py
participant SARIFOutput
MarkdownLinter->>Lychee: scan workspace links
Lychee->>lychee_to_sarif.py: provide error-map JSON
lychee_to_sarif.py->>SARIFOutput: emit SARIF 2.1.0 results
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In @.trunk/lychee_to_sarif.py:
- Around line 76-80: Add the required SARIF tool metadata to the run constructed
in the sarif object, setting run.tool.driver.name to “lychee” while preserving
the existing results and schema fields.
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| report = json.loads(raw) if raw else {} | ||
| results = [ | ||
| to_result(relativize(path, args.root), entry) | ||
| for path, entries in (report.get("error_map") or {}).items() | ||
| for entry in entries |
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This new JSON-to-SARIF boundary has no automated test for representative error_map input, empty output, or path relativization; because missing or misread entries are converted into a successful SARIF report with zero results, a parser regression could silently let broken links pass CI. Add a focused unit test covering the conversion and repository-relative location output, as required for new behavior.
AGENTS.md reference: AGENTS.md:L62-L62
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Valid — added in d711e1b as tests/test_lychee_to_sarif.py (4 tests).
The silent-CI risk is real and I reproduced it rather than reasoning about it. .trunk/trunk.yaml sets success_codes: [0, 2], and 2 is precisely lychee's "I found broken links" exit — confirmed by running the pinned 0.24.2 binary against a fixture with one bad anchor and one missing file (exit 2, error_map populated). So the parser's SARIF results array is the only thing that can fail this lint. Feeding the shipped script a one-key mutation (error_map → errorMap) produced a well-formed SARIF with zero results and exit 0: green CI, broken links shipped.
Coverage, at the lowest layer that catches it per AGENTS.md:62 — sys.path import off .trunk/, the same mechanism tests/test_seed_skills.py:17-20 uses for scripts/:
- representative
error_map→ one located result (uri, region, level, ruleId, message) - missing
span→ anchored at 1:1 rather than dropped relativize()→ absolute-under-root relativized; already-relative and outside-root passed through- empty stdin → valid SARIF, zero results, rc 0, and
tool.driver.namepresent
The fixture is trimmed from a real lychee run, not invented from the parser's own reading of the shape — a fixture derived from the code under test would have agreed with any misreading.
Per the repo's ablation rule, each axis was ablated singly and the reddened sets are distinct: renaming error_map fails 1+2; removing the span fallback fails 2 only; making relativize a passthrough fails 1+3; dropping the tool object fails 4 only. Every test is reddened by at least one ablation, so none is vacuous. Baseline restored byte-identical afterwards.
Two automated review findings on #584, both valid. SARIF 2.1.0 requires `run.tool.driver.name` — in the schema, run.required = ['tool'], tool.required = ['driver'] and toolComponent.required = ['name'] — and the run went out without it, so a conformant consumer rejects the report. trunk is not one: ablating the driver name to a garbage string still labels the finding `lychee/broken-link`, which trunk composes from the trunk.yaml linter name plus `ruleId`. But ls-lint, the plugin this linter was modelled on, does emit the field, and the real schema now validates the real output with zero errors. The `$schema` URL was itself a dead link: sarif-spec moved the file to main/sarif-2.1/schema/ and the master/Schemata/ path 404s. trunk never fetches it, so it had been inert. This linter only scans markdown, so it could not catch its own broken URL in a .py file. The parser had no test, and `success_codes: [0, 2]` makes 2 — lychee's "found broken links" exit — a success, leaving the SARIF `results` array as the only thing that can fail the lint. A parser that stopped recognising the report shape would emit a well-formed empty SARIF and wave broken links through a green CI; renaming `error_map` to `errorMap` reproduces exactly that. Four tests close it, loaded off sys.path the way tests/test_seed_skills.py loads scripts/, on a fixture trimmed from a real lychee 0.24.2 run rather than from the parser's own reading. Each axis was ablated singly and reddens.
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| # ls-lint pattern for whole-repo tools; `target: .` keeps that one scan from | ||
| # being repeated once per batch. lychee honours .gitignore, so .venv and | ||
| # friends stay out. The parser makes the absolute paths repo-relative. | ||
| run: lychee --offline --include-fragments --no-progress --format json ${workspace} |
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When the diff-aware trunk-action job checks a PR that changes Markdown—including this PR's CHANGELOG.md change—this command scans the entire workspace and reports the existing docs/tui-guide.md:6 link to README.md#tui; README.md instead generates the #the-tui anchor. Since link-failure exit code 2 is accepted only so the SARIF error can be consumed, that result fails the lint job, blocking this PR and subsequent Markdown PRs until the unrelated anchor is fixed or unchanged-file results are excluded.
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Headline refuted, but it was covering two real residuals that I have now fixed in 9d1049e.
The lint job does not fail. It passed on both heads — a94b7ce (59s) and d711e1b (31s) — and both diffs include CHANGELOG.md, the exact trigger the finding names. The mechanism is hold-the-line: trunk runs each linter twice, once against a shadow tree of the upstream ref and once against the worktree, and diffs the two result sets, so a whole-tree scan's finding on an unchanged file is diffed away as "existing".
The premise the finding rests on is that this lychee definition bypasses HTL the way ls-lint does. It does not — whole-repo linters that need that bypass declare hold_the_line: false, and this definition copies ls-lint's ${workspace} + target: . + batch: true shape without that key.
Measured, on a throwaway clone:
| scenario | result | exit |
|---|---|---|
change CHANGELOG.md only |
✔ No issues |
0 |
full PR diff, --upstream origin/main |
✔ No issues |
0 |
append to docs/tui-guide.md |
1 existing issue / ✔ No new issues |
0 |
| edit line 6 itself | 1 existing issue / ✔ No new issues |
0 |
| add a new broken anchor | ✖ 1 new lint issue |
1 |
The fourth row is the sharp one: HTL diffs issue identity, not line intersection, so even editing the offending line keeps it "existing". The fifth is the ablation proving the gate is not vacuous. So "blocking subsequent Markdown PRs" is not true of any Markdown PR, including ones touching docs/tui-guide.md — only a PR that introduces a new broken link reddens, which is the feature working.
What was real, and what you did not name. trunk-action's push path runs trunk check --ci --all when github.event.before is all-zeros, which is what GitHub sends on branch creation, and ci.yml:4-5 triggers on push: branches: [main, release/*]. The first push creating a release/* branch would have run --all and gone red on this anchor. Separately, trunk check --all — which AGENTS.md documents as the real full run — was permanently red on a clean tree.
So your conclusion (fix the anchor before enabling the scan) was right, via a mechanism that is not the one you described. Fixed: README.md:104 is ## The TUI, so the link now asks for #the-tui. trunk check --all is clean across 257 files.
The acceptance demonstration survives without the live bug — appending a bad fragment reddens --all with Cannot find fragment, a missing file with File not found, and reverting either returns to clean.
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README.md:104 is `## The TUI`, which generates `#the-tui`; the link asked for `#tui`. This was left live as a demonstration that the new lychee linter discriminates, on the reasoning that it surfaces only under `--all` and so blocks nothing. That reasoning was incomplete. trunk-action's push path runs `trunk check --ci --all` when `github.event.before` is all-zeros, which is what GitHub sends on branch creation, and ci.yml triggers on `push: branches: [main, release/*]` — so the first push creating a `release/*` branch would have gone red on this anchor. `trunk check --all`, which AGENTS.md documents as the real full run, was also permanently red on a clean tree. The demonstration survives without the live bug: appending a bad fragment reddens `--all` with "Cannot find fragment", a missing file reddens it with "File not found", and reverting either goes back to clean across 257 files. Diff-aware CI was never affected. Hold-the-line diffs issue identity, not changed lines, so the finding stayed "existing" even when the offending line itself was edited; only a newly introduced broken link reddens a PR.
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| report = json.loads(raw) if raw else {} | ||
| results = [ | ||
| to_result(relativize(path, args.root), entry) | ||
| for path, entries in (report.get("error_map") or {}).items() |
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When lychee produces empty stdout or valid JSON without error_map—for example, after an output-format or parser-pipeline regression—this fallback emits a valid SARIF run with zero results, and exit codes 0 and 2 are both accepted by Trunk. The link check therefore fails open precisely when its producer output is unusable; require a nonempty report with the expected error_map shape and fail the parser otherwise.
AGENTS.md reference: AGENTS.md:L78-L78
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Valid — fixed in 86290f7. This one named a gap the tests I added in d711e1b did not close: that fixture is hand-built and static, so a lychee output-format change would have kept it green while production silently reported zero broken links.
Before hardening I checked the three things that could have made the fix wrong, since the guard being removed was written on purpose:
error_mapis always present. lychee 0.24.2 emits it populated with broken links,{}on a clean tree, and{}pointed at a directory with no markdown at all. So requiring the key cannot break the clean path.- stdout is pure JSON. The
[WARN] No files found for this input sourceline goes to stderr, not stdout, so a strictjson.loadsis safe on both success codes. - Empty stdin is not a real trunk invocation here. With no markdown in the repo,
files: [markdown]makes trunk skip the linter entirely rather than run the parser on empty input — the parser is never invoked. lychee's only empty-stdout path is a fatal rc 1, whichsuccess_codes: [0, 2]rejects before the parser runs. The case the old comment defended is unreachable with this tool.
One thing your recommendation asserted without establishing: that failing the parser actually surfaces. It does, and I verified it rather than assuming — a nonzero parser exit gives trunk exit 1, a FAILURES block, and the parser's stderr copied verbatim into .trunk/out/<id>.yaml. Had it been swallowed, the fix would have been theatre. (Minor trap for anyone reading that yaml: its title: says lychee exited with exit_code=0 — it names the tool, not the parser.)
Four guards, each with its own diagnostic:
| input | rc | stderr |
|---|---|---|
| `` (empty) | 1 | lychee wrote no report to stdout |
not json |
1 | lychee report is not JSON: … |
{"total":0,"failure_map":{}} |
1 | has no 'error_map' key; output format changed? |
{"error_map":[]} |
1 | 'error_map' is list, not an object |
{"total":0,"error_map":{}} |
0 | conformant zero-result SARIF |
Covered by a parametrized test. Per this repo's ablation rule I deleted each guard singly and confirmed the mapping is one-to-one — G1→empty, G2→not-json, G3→renamed-key, G4→wrong-type, each reddening its own row and nothing else, so no guard is covering for another. A blanket isinstance check would have satisfied three rows for the wrong reason.
Real pipeline re-verified end to end: trunk check --all clean across 257 files, a planted anchor still reddens with 1 lint issue, and the clean report still yields a zero-result run. Suite 5396 passed, pyright clean.
On severity: agreed P2 rather than P1. lychee is hard-pinned (lychee@0.24.2 plus two known_good_version), and trunk-upgrade-available only notifies, so this arrives solely through a deliberate committed bump — but that is precisely the review where a silent green would be most convincing.
`success_codes: [0, 2]` makes 2 — lychee's "found broken links" exit — a
success, so the SARIF `results` array is the only thing that can fail
this lint. `report.get("error_map") or {}` therefore failed open exactly
when the producer's output became unusable: an output-format change or a
broken pipe emitted a well-formed zero-result run and CI went green with
every broken link still in the tree. The static fixture in the tests
would not have caught it either, since it asserts against a hand-built
report rather than a live one.
Requiring the key is safe, not merely tolerable. 0.24.2 writes the full
report with `error_map: {}` on a clean tree and when an input source
matches no files, and its `[WARN] No files found` goes to stderr, so
stdout is pure JSON on both success codes. A fatal lychee exits 1, which
`success_codes` rejects before the parser is ever invoked — and with no
markdown in the repo trunk skips the linter entirely rather than running
the parser on empty stdin, which is what the old guard was written for.
stderr + rc 1 is the loud path: trunk turns a nonzero parser exit into a
visible tool failure and copies the parser's stderr verbatim into its
failure report.
Four guards, four parametrized rows. Ablating each guard singly reddens
exactly its own row and nothing else, so no guard is covering for
another. Real pipeline re-verified: `--all` clean across 257 files, a
planted anchor still reddens, and the clean `error_map: {}` report still
produces a conformant zero-result run.
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In @.trunk/lychee_to_sarif.py:
- Around line 85-88: Update read_error_map to validate that every value in
error_map is a list, raising ValueError for any invalid member value instead of
accepting an empty object. Add the {"error_map":{"docs/a.md":{}}} shape to
test_unusable_report_fails_the_parser.
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The round-3 guards validated the report envelope but not the `error_map`
member values, so `{"error_map": {"docs/a.md": {}}}` still produced rc 0
and a well-formed zero-result run — and with `success_codes: [0, 2]`
that is indistinguishable from "no broken links".
The exposure is narrower than a listness check implies. Probing all nine
non-list shapes, six already fail closed: `{"a": 1}`, `"abc"` and
`[123]` die on `.get()` and `null`/`0`/`5` on iteration, each exiting 1
with no stdout. The separating axis is emptiness, not listness — only
`{}`, `""` and `[]` are silent. So a "every value must be a list" check
alone would close two of the three and leave `[]`, which is a list.
Two guards on disjoint axes:
- Every `error_map` value must be a list, naming the offending key.
This buys the diagnostic, not the coverage: it turns six bare
AttributeError/TypeError tracebacks into the typed loud path the other
guards use.
- A nonzero failure counter with zero results is refused. This closes
the emptiness axis by predicate rather than by enumerating types.
Gating on `errors` is verified safe rather than assumed: across 34
probe trees plus the real repo, 0.24.2 always emits both keys,
`errors == sum(len(v) for v in error_map.values())` held 34/34, and no
probe produced `errors > 0` with an empty `error_map`. That coupling is
structural — `increment_status_counters` and `add_response_status` are
called unconditionally per response, and every `errors += 1` variant is
`is_error()`, so each increment inserts into `error_map` in the same
call. Deliberately not `errors == len(results)`: `error_map` values are
`HashSet<ResponseBody>`, so two byte-identical failures under one key
collapse and an exact match would redden a valid report.
`timeouts` joins the gate because lychee's own success test is
`error_map.is_empty() && timeout_map.is_empty()`, and a timeout routes
to `timeout_map` with `errors` still 0 — a rc 2 this parser would render
as zero results. Unreachable while `--offline` is set, since a
filesystem check cannot time out; it holds the line if that flag is
dropped.
Four new rows. Ablating each guard singly reddens exactly its own set
and the two sets are disjoint — the list check owns `non-list-entries`,
the cross-check owns `count-without-entries`, `empty-entries` and
`timeout-only`. The rows assert on stderr, not rc: the non-empty
malformed shapes already exit 1 without either guard, so an rc-only
assertion would pass ablated. The located-result fixture now carries
`errors: 1` as the positive control, holding the cross-check silent
when results do exist.
Real pipeline re-verified end to end: the live clean scan (351 links,
`errors: 0`, `excludes: 115`) still yields a conformant zero-result run,
a planted tree with two broken links still yields two located results
that validate against the fetched SARIF 2.1.0 schema with 0 errors, and
`trunk check --all` is clean across 257 files.
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In @.trunk/lychee_to_sarif.py:
- Around line 121-125: The failure-counter validation in the SARIF conversion
flow must require both errors and timeouts to be present integers with values
greater than or equal to zero before generating output. Reject missing or
malformed counters instead of treating them as zero, while retaining the
existing check for nonzero counters producing no results and not comparing
counters with the SARIF result count. Add tests covering missing and malformed
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Removes the lychee linter, its tool/download definitions, the JSON→SARIF parser and its tests, restoring .trunk/trunk.yaml byte-identical to the merge base. The checker was scope the CHANGELOG work did not need. It cost a hand-written SARIF parser, a pinned out-of-registry binary with a per-platform download matrix, a whole-tree scan bolted on with `target: .` and `cache_results: false` because trunk's sandbox cannot resolve relative links, and four rounds of review hardening the parser against its own fail-open surface — all to guard one broken anchor. The anchor fix in 9d1049e stays: README.md:104 is `## The TUI`, so `#tui` was genuinely wrong regardless of what checks it. `trunk check --all` clean across 254 files, suite 5388 passed / 44 skipped / 5 xfailed, pyright clean.
pbean
changed the title
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Scope reduction: the offline link/anchor checker is removed in This PR is now what it set out to be: CHANGELOG structural conformance, one Open findings on the parser (#discussion_r3780823937, #discussion_r3781152002) are moot — the code they target no longer exists.
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PR #584 added `## [0.1.0] — 2026-06-10` and, in the same hunk, a [0.1.0] link (there was none before) pointing at f0550a8 — dated 2026-06-14, the pip-to-uv docs commit whose work the [0.2.0] section claims. Point it at 274f0f5, the first commit, which is what the date names. Fold the two `### Docs` subsections into the `### Added` of their own version: neither is a Keep a Changelog type, and both hold a single newly-written guide. 0.5.1's entry is moved up rather than left in place, since deleting its heading would have filed a new doc under Changed. Entry-preserving: 376 before, 376 after, no headline dropped or added.
1 participant
What
Makes the already-released CHANGELOG sections structurally conform to the Keep a Changelog 1.1.0 spec the file declares (lines 3-6), fixes one genuinely broken doc anchor, and ignores
.bmad-loop/archive/.Structure only. No entry prose is touched:
release.pypipes a section body verbatim intogh release create --notes-file -, so released prose is live on GitHub Releases and rewriting it would desync the repo from published notes.Why
The file claims a spec it does not follow — an undated version heading, twelve headings rendering as inert literal text, two sections with out-of-order subsections, and pre-rename link refs.
How
## [0.1.0]— the only version heading without a date.###blocks in[0.8.1]and[0.8.0]as Added → Changed → Fixed. Whole blocks move; each is byte-identical to its former self (verified by hashing every block before and after).[0.8.0]'s trailing non-canonical### Migrationstays last.bmad-autoURL. Scoped to link-ref lines only — 48 prose mentions ofbmad-autoare historically accurate and untouched.docs/tui-guide.md's README link.README.md:104is## The TUI, which generates#the-tui; the link asked for#tui..bmad-loop/archive/to.gitignore— wherebmad-loop archivewrites run tarballs (runs.py:34). Scoped to that one directory;policy.tomlandprofiles/stay committable.Two premises in the brief that did not hold
The twelve link refs cannot point at
releases/tag/. None of those tags exists on the remote —v0.2.0–v0.5.1were never pushed, andv0.1.0/v0.3.2do not exist even locally. I probed the URLs:v0.5.1,v0.3.2,v0.1.0all return HTTP 404 (v0.6.0+ return 200). A tag URL would have traded an unlinked heading for a dead link. They point at commits instead — all ten tagged commits are ancestors oforigin/main; 0.3.2 and 0.1.0 use their release commits. All 35 refs return HTTP 200.There is no
v0.1.0tag to date the heading from. The version string0.1.0was set by the repo's first commit (274f0f5, 2026-06-10) and stayed current untilf0550a8(2026-06-14 01:36); 0.2.0 was cut later that same day, and that same commit createdCHANGELOG.md— so[0.1.0]is a backfill for a version that never shipped. The heading takes 2026-06-10, when 0.1.0 became the version. Note its link points atf0550a8(the complete 0.1.0 codebase) while the date anchors to the version's start; dating it 2026-06-14 instead would print the same date as 0.2.0.Removed: the offline link/anchor checker
Earlier revisions of this PR added a
lychee-based offline relative-link and anchor-fragment linter totrunk. It has been removed (5a15e95), and.trunk/trunk.yamlis byte-identical to the merge base again.It was scope this work did not need. Because lychee is not in the trunk plugin registry, it cost a pinned out-of-registry binary with a per-platform download matrix, a hand-written JSON→SARIF parser plus its test module, and a whole-tree scan bolted on with
target: .andcache_results: falsebecause trunk's sandbox cannot resolve relative links against a tree it does not hold. Four review rounds then went into hardening that parser against its own fail-open surface — a zero-result SARIF is indistinguishable from "no broken links" undersuccess_codes: [0, 2], so the parser was the only thing that could turn the lint red, and each round found another shape that failed open. All of that to guard one broken anchor.That anchor is fixed directly. Nothing else in the tree had a broken relative link or fragment.
Testing
trunk check --allclean across 254 files; plaintrunk checkclean.uv run pytest5388 passed / 44 skipped / 5 xfailed.uv run pyrightclean.release.py check(CIversion-sync) passes.[label]: urllines —release.py's section regex ends a body at the first such line, so a comment inside it would silently truncate the last section's notes.Out of scope, noticed
### Docs(in[0.6.2],[0.5.1]) and### Migration(in[0.8.0]) are not among the spec's six subsections. Renaming them would edit released structure beyond the brief, so they are left as-is.