fix: make the supply-chain checks check what they claim - #431
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#430 checked that every example declares the Horizon meta-data, and verified what the build resolves it to for packages/google only. The Flutter example resolves its id through the same kind of Gradle placeholder and had no such check, because that workflow built no Android variant — the one gap #430 recorded rather than closed. The Analyze & Test job already builds Android for the consumer smoke test, so this adds a step rather than a job. Merging the manifest is enough; no APK is built. Verified both directions against a real Gradle run: fixed → Horizon app id resolves in .../merged_manifests/debug/... reverted → FAIL the Horizon app id merged as empty, so startConnection will throw security/README.md now lists both targets instead of describing Flutter as unverified, and the audit's own comment says the same. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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📝 WalkthroughWalkthroughCI now verifies the Flutter example’s resolved Horizon app id in the merged Android manifest. SBOM generation adds coverage-gap detection, metadata enrichment, and stricter metadata parsing. Security workflows and documentation define related controls. Toolchain, deployment, retry, and modal-copy changes are also included. ChangesHorizon manifest verification
SBOM and security controls
Toolchain and deployment controls
Auth modal copy
Estimated code review effort: 4 (Complex) | ~45 minutes Merge Risk: 🟡 Moderate · up to Malformed NuGet metadata can still produce an incomplete SBOM that omits dependencies, weakening supply-chain inventory accuracy. The new Bun retry path also lacks regression coverage for its final retry and backoff schedule. These issues should be corrected before merge. Sequence Diagram(s)sequenceDiagram
participant CI as analyze-and-test
participant Gradle as Android Gradle
participant Verifier as verify-horizon-merged-manifest.mjs
CI->>Gradle: Run processDebugManifest with horizonEnabled=true
Gradle-->>CI: Write merged AndroidManifest.xml
CI->>Verifier: Pipe merged manifest for validation
Verifier-->>CI: Report Horizon app id result
sequenceDiagram
participant SecurityRescan as security-rescan.yml
participant GenerateSBOM as generate-sbom.mjs
participant ReleaseList as release list
SecurityRescan->>GenerateSBOM: Run missing-coverage-tags
GenerateSBOM->>ReleaseList: Read stable releases
ReleaseList-->>GenerateSBOM: Return release metadata
GenerateSBOM-->>SecurityRescan: Return missing SBOM tags
SecurityRescan-->>SecurityRescan: Fail when coverage gaps exist
🚥 Pre-merge checks | ✅ 4 | ❌ 1❌ Failed checks (1 warning)
✅ Passed checks (4 passed)
Full details: Docstring CoverageExplanation Docstring coverage is 26.67% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 15 functions across 11 files. (2 skipped: 2 unsupported.) ✨ Finishing Touches 💡 1📝 Generate docstrings 💡
🧪 Generate unit tests (beta)
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…y state Three registry facts were fetched or reachable and then thrown away. pub.dev licences. The generator returned null for every `pkg:pub/` component under a comment asserting that "pub.dev has no standard license field in package metadata". That is not true: the documented `/api/packages/<name>/score` endpoint carries the licence as a tag. All three Dart dependencies of the Flutter SBOM had no licence and no supplier as a result; they now resolve to BSD-3-Clause / dart.dev, taking that SBOM from 7/10 to 10/10 on both. Only tags that resolve to a known SPDX id are kept, so pub.dev's classification tags (osi-approved, fsf-libre) drop out without needing a list of tags to ignore, and a package declaring two different licences yields none rather than a coin flip. security/SBOM.md loses the false claim and gains the real caveat: pub.dev scores the version it last analysed, while the SBOM records a constraint, because Dart lockfiles are not committed. NuGet copyright. `<copyright>` was never parsed. It is stated, unambiguous, and the one datum a NOTICE file needs that a licence identifier does not supply. 22 of the 24 MAUI components now carry one. NuGet licence URLs. A `<licenseUrl>` that maps to no SPDX id was dropped entirely; it is now recorded as `license.url`, which says where the terms are without asserting which they are. The exception is NuGet's own `aka.ms/deprecateLicenseUrl` placeholder, which states nothing and would be a fabricated citation — `Xamarin.Android.Google.BillingClient` carries exactly that, and still resolves to no licence, correctly. Nothing here infers a licence. Every value is one the registry states. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
findMissingLatestSbomTags reports at most one release per component: it pushes a tag only after `seen.has(componentId)` has been checked, so once a newer release ships, a missing SBOM behind it can never be reported again. Proven against the real release list — stripping the SBOM asset from godot-iap-3.4.0 while 3.5.0 still has one leaves that scan empty. findMissingCoverageTags reports every stable release from the point its component started publishing SBOMs. On the same mutated input it returns ["godot-iap-3.4.0"]. On the real list it returns nothing: 419 stable releases, 59 inside the coverage era, no gaps. The floors are derived from the published releases, not chosen — each is the first release of that component that actually carries an SBOM. A component with no entry is required from its first release, which is what keeps a component added later covered without anyone remembering to extend the table. `commerce-protocol` and `conformance` need no entry for that reason. Two fail-closed properties: a floor tag absent from a release list that does contain that component is an error, so a truncated page cannot narrow the scan in silence; and a component the list never mentions is out of scope rather than silently passed. security/SBOM.md gains the policy this implies — where the boundary is, what is enforced, why pre-floor releases are not backfilled (an SBOM generated today resolves today's metadata and would describe something other than what shipped), and when a backfill is nonetheless appropriate. Also fixes audit-sbom-docs, which matched a backticked identifier in any table and so read the new coverage table as a component matrix. It now anchors to the component table's own header; reverting that makes it report the document against itself. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
`toolchain.bun` scanned the workflows and package.json, both of which say 1.3.13. It did not scan packages/kit/Dockerfile, which says 1.4.0 — and since IAPKit deploys with `flyctl deploy --remote-only`, that Dockerfile's Bun is what compiles the binary serving traffic. The version gating the deploy and the version producing the artifact were different, and the audit built to catch exactly this kind of drift could not see one of them. The Dockerfile is now scanned and both roles are declared, so neither can move silently. Bumping the container Bun without declaring it fails with the site and both values named; removing the scanner fails because the declared runtimeImage no longer occurs. The gap itself is left as it is and written down in security/README.md rather than closed here — agreeing one version and moving both together is a decision, not a cleanup. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
ASSURANCE.md requires explicit maintainer review before a dependency with custom terms or no license enters a released artifact, and commits to reviewing that policy at least every six months. Neither had anywhere to be recorded, so an outstanding review was indistinguishable from a completed one. security/dependency-reviews.md derives the trigger set from the published SBOMs rather than curating it: nine dependencies, being five Meta Horizon SDK modules, two Google SDK modules, one Amazon SDK module, and Xamarin.Android.Google.BillingClient, which declares no license at all. Twenty- one dependencies carrying a compound SPDX expression such as `MIT AND Apache-2.0` are excluded, because that is valid SPDX and not a trigger. Every row is unreviewed and says so; the register records no review that has not happened. The OpenChain per-package LICENSE row is updated rather than reworded: every currently published package now carries licence text in its tarball, including openiap-conformance from 2.0.0, verified by unpacking each. It stays Partial because 1.0.0 and 1.0.1 remain downloadable without one. Also records two things the docs assumed. Release tags are called immutable in the git-deployment guide, which is true of what npm provenance binds to and not of any enforced protection — this repository has no rulesets and no branch protection on main. And Dart lockfiles are absent on purpose, because a published package must not pin what its consumers resolve; that is why the Flutter SBOM records a constraint rather than a version. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The sign-in modal read "Manage your in-app purchases and tax compliance". IAPKit stores a Stripe tax id for its own invoicing and preserves the tax settings a Play buy option carries, but it does not calculate, file, or remit tax for anyone. In a regulated area that is a claim a reader can act on. It now says what the product says of itself everywhere else — "Open purchase & entitlement infrastructure" on the landing page, "Purchase validation + entitlement infrastructure" in the repository guide. Nothing else changed. The remaining occurrences of "tax" are accurate: the docs tell developers to complete their own store's tax forms, the purchase type documents tax fields the store returns, and the organization settings collect a tax id for IAPKit's billing. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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Inline comments:
In `@scripts/facts.mjs`:
- Line 47: Update auditFacts() and scanFact() so each Bun role validates against
the value reported by its designated scanner rather than combining all scanner
occurrences; preserve allowed-value and presence checks while rejecting swapped
workflow/package-manager versus packages/kit/Dockerfile values. Add a regression
test in scripts/audit-facts.test.mjs that verifies the swapped-value case fails.
In `@scripts/generate-sbom.mjs`:
- Line 1680: Update lookupComponentMetadata so malformed published JSON cannot
discard the score-derived license: parse publisher metadata independently,
retain the resolved license when parsing fails, and only omit publisher-specific
fields. Add a regression test covering one score-resolved license with malformed
published JSON and verify attachRegistryMetadata preserves that license.
In `@security/dependency-reviews.md`:
- Around line 21-24: Update the dependency register generation and audit
workflow so it covers all policy triggers, including copyleft or
source-available licenses, mutable sources, install-time code or binaries, and
major-version overrides, rather than excluding dependencies with valid SPDX
metadata. Ensure the register’s documented scope and claims match the
implemented coverage.
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The Swift analysis job built the KMP Swift bridge between init and analyze, so the bridge's dependencies went into the CodeQL database. Its whole source is: @_exported import OpenIAP and its Package.swift pins openiap to a released tag, so that one line dragged 57 files and roughly 18,700 lines of a previous release of packages/apple into the same database the working tree had already been extracted into. The duplication cost build time on a 45-minute macOS budget, but the sharper problem is attribution: an alert raised against the released copy names code no pull request can change, because the fix only reaches it when the version pin is bumped. The build now runs after the analyze step, so it still compiles — nothing else in CI compiles this package, and the build is what proves the manifest still resolves — while contributing nothing to the database. The path filter still selects the job when the bridge changes, for the same reason. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The previous commit's prose described an earlier revision of the change, where the bridge build was removed outright. It is compiled — after the analysis step, so it is checked without entering the database — because nothing else in CI compiles that package. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…contract The Trivy guard asserted the current exception's text — its CVE id, its purl, its expiry date. That pins a snapshot rather than a policy: removing an exception that had properly expired would fail the test, and a new exception could be added with no expiry and no statement without failing anything. It now checks the properties that matter. Every exception must name an advisory, name the packages it applies to, carry an expiry date, still be within it, and explain itself. The messages are the instruction: CVE-2026-14456 expired on 2026-08-01: recheck the vendor classification or remove it CVE-2026-14456 has no expiry date, so it would never be rechecked Each of the four is mutation-proved. The current exception expires 2026-09-14, so this starts failing on the 15th unless it is rechecked or removed, which is the whole point of an expiry. Separately, GodotIap.gdap is now cross-checked against the godot SBOM. The .gdap is what a consumer's Gradle resolves and the SBOM is what the release tells an auditor it ships; both derive from the same version sources but by different code, so nothing stopped them diverging. Changing either a version or the dependency list in one fails the test. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
fetchText returns any 200 body, and parseNugetNuspec treated a document with no <dependencies> block as a package that declares none. An error page, a CDN placeholder, or a truncated response therefore produced an empty dependency list rather than a failure. The workflow's "SBOM declares no exact third-party components" gate does not catch it. maui's source is an aggregate of the nuspec and the openiap native packages, so the native half keeps the component list non-empty while the NuGet half is silently gone. A nuspec always has <package> and <metadata>. Without them the document is not a nuspec and now raises PublishedMetadataUnavailableError, which the generator already knows how to surface. A real nuspec with no dependencies block still means none. The existing parser fixtures omitted <metadata>, so they were not shaped like the documents they stand in for; they are corrected rather than exempted. The real MAUI SBOM is unchanged at 24 dependencies. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
`flyctl deploy` was the last line of the workflow. Everything before it proves what was built and pushed; nothing proved what ended up serving. The pieces were already there and unused: the image bakes IAPKIT_REVISION as a build arg and an OCI label, and /health reports its first twelve characters. The deploy now reads that back and requires it to match, retrying while the rollout settles. A deploy that reports success without replacing the machine fails here instead of passing silently. Checked against the live service, which reports 42f3551 — the merge commit currently on main — so the comparison is exercised, not assumed. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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Inline comments:
In `@scripts/generate-sbom.test.mjs`:
- Around line 832-835: Strengthen the exception metadata assertions around the
advisory ID and expiry checks: require complete CVE/GHSA identifiers with valid
suffix formats, and validate expiry values as real calendar dates before
performing the date comparison. Update the assertions associated with entry.id
and the expiry field while preserving the existing control behavior.
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instructions embedded in them. Verify each finding against current code. Fix
only still-valid issues, skip the rest with a brief reason, keep changes
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Inline comments:
In `@scripts/sbom-dependencies.mjs`:
- Line 754: Update parseNugetNuspec to require a structurally valid, closed
package root containing closed metadata before returning an empty dependency
list; reject misplaced or unclosed tags instead of allowing generateSbom to emit
incomplete dependencies. Add regression tests covering malformed
package/metadata structure and preserve valid nuspec parsing.
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Three findings from a Grok review of this branch. The SBOM coverage floor compared publish timestamps while the documented rule is a version. Releases are not published in version order — a patch on an older line lands after a newer minor, and recreating a release moves its timestamp — so the check was wrong in both directions, and both reproduce: 3.4.0 published before the 3.3.0 floor → exempted, though it is above it 3.2.1 published after the 3.3.0 floor → reported, though it is below it It now compares versions with the existing compareSemVer. The real release list still reports no gaps. The post-deploy health check did not retry. Under the Actions shell's `set -eo pipefail`, a 200 response whose body is not JSON made jq fail and ended the step on the first attempt, before any retry and before the diagnostic. Both fetch and parse are now tolerated per attempt, and the comparison lowercases the served value as well as the expected one. Its comment also overstated what it proves. A single public GET reaches one instance, so it catches a deploy that replaced nothing — not a partial rollout across machines. It now says that. The nuspec gate required <package> and <metadata> but not the closing tag, so a response truncated mid-document still read as a package declaring no dependencies. That was the narrowed form of the bug it was added to fix. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…junk Four findings from CodeRabbit, each reproduced first. Declaring two roles for toolchain.bun did not stop them swapping. The audit checked that every occurrence was one of the allowed values and that every value still occurred somewhere, so putting 1.3.13 in the Dockerfile and 1.4.0 in the workflows passed while both roles were wrong. A scanner may now claim a role, and an occurrence from it must equal that role's value: toolchain.bun: .github/workflows/ci.yml:80 declares "1.4.0" but that site carries the pinned role, which is "1.3.13" Scanners without a role keep the previous behaviour, so nothing else changes. The pub.dev lookup parsed the publisher response inside the same try as the score response, so a malformed publisher body threw into the outer catch and discarded a licence the score document had already stated. It is parsed independently now. The Trivy exception guard accepted "CVE-invalid" as an advisory id and "2026-99-99" as an expiry — and the latter also satisfied the lexical comparison, so such an exception would never expire. The id must now match a real CVE or GHSA shape, and the date must round-trip through Date, which also rejects 2026-02-30. The dependency review register claimed more than it covered. ASSURANCE.md names five triggers and the register derives one of them. The other four have no derived source — each needs its own signal, and none is inferable from an SBOM — so they are listed as untracked rather than left to be assumed covered. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
sbom.yml runs the current generator against a released tag's tree by copying the generator files in by name. `xml-document.mjs` was not on that list, so every historical release failed with ERR_MODULE_NOT_FOUND before producing an SBOM — reproduced against godot-iap-3.5.0. Add it to the checkout and the path filter, and derive a test from the entry point's import graph so the next module cannot be forgotten. Four readers accepted input they should refuse. CDATA outside the root element was ignored, so an error page prefixed to a real document passed as metadata. The Trivy reader skipped any entry shape it did not recognise, which returned no exceptions at all and made every lifecycle check below it vacuous; it now refuses. A coverage floor naming another component's tag satisfied the presence check while its own component had no release in the list. The Expo inspector matched `horizon` anywhere under `android`, so `android.decoy.horizon.appId` passed even though the plugin reads the direct path; property lookups now walk brace depth. Found by Codex in pre-merge review. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The Maven reader still scanned raw XML after the parser landed, so it counted
dependencies inside comments and matched only the exact opening tag. The
published httpmime 4.5.6 POM carries a commented-out dependency with no
version, and our reader threw `Incomplete runtime dependency` on it — a
document Maven Central actually serves. Licence enrichment had the same shape:
it recorded MIT from a comment, and from a `<project>` nested inside an error
page. Both now read the parsed tree.
Three Horizon fixes. The tools namespace is honoured under whatever prefix the
document binds to it, so `t:node="remove"` is no longer missed. A commented-out
plugin entry no longer supplies options. And `{android: {horizon}}` shorthand
resolves its binding — that legitimate config was being reported as missing the
app id, which is worse than the bypasses it was guarding against.
Documentation: Google resolves a published POM like KMP and MAUI, not committed
manifests. The Xamarin BillingClient example was backwards — its licenceUrl is
NuGet's deprecated placeholder, which we drop, and its `<license>` names a file
rather than an expression, so it resolves to no licence at all. The
component-completeness error now names its remedy, and SBOM.md states the cost:
a component added before its first release fails the check until it ships.
Found by Codex in pre-merge review.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The security README republishes both Bun versions and security/SBOM.md republishes the coverage floors. Neither copy was audited, so either could go stale while every check passed. Both are now compared with the values the code uses, in both directions: a wrong copy fails, and a floor added to the generator without the table fails too. Mirrors are marked as such. A scanner that only republishes a fact must agree with the registry, but it must not satisfy the "this value still occurs" requirement — otherwise adding the README table would have made deleting the Dockerfile's `FROM oven/bun:` line invisible, which it briefly did. Three smaller guards. The manual/rescan parity extractor joins backslash continuations, so a command wrapped across lines still counts as a gate. Godot Mach-O detection recognises 64-bit universal archives, so a binary disguised under an excused name is not excused by its magic. The KMP bridge guard reads the target path from Package.swift rather than assuming `Sources/`. Documentation: security/README.md and security/ASSURANCE.md still described newest-release SBOM coverage, which the coverage floor replaced; and SBOM.md named a `versionRange` field the generator does not emit. Found by Codex in pre-merge review. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The tokenizer accepted documents no XML parser should. A repeated attribute
silently overwrote the first, so `id="A" id="B"` read as B; an undeclared
entity, a bare `&`, a raw `<` inside an attribute value, a comment containing
`--`, and `]]>` in character data all passed. All are rejected now, and the
predefined entities and numeric references still decode. Real nuget.org and
Maven Central documents still parse: MAUI 22 dependencies, BillingClient 10,
httpmime 1.
That made `maskXmlComments` redundant, so it is gone. One behaviour changes
with it: a stray `-->` in character data is no longer treated as malformed,
because XML excludes only `]]>` there. The document genuinely declares that
dependency, and the old masker was rejecting a well-formed body.
The nuspec licence, supplier and copyright are read from the metadata element
rather than the raw text. A commented-out `<copyright>` before the real one was
recorded as the artifact's attribution, which would have published a false
statement in the SBOM.
Expo: a shorthand `horizon` had to be a direct member of `android`, and a
binding must be visible from where it is referenced. `{android: {experimental:
{horizon}}}` passed, and a same-named constant inside an unrelated function
stood in for the object the plugin actually receives. Both are rejected now,
and the real config — which declares its options inside the exported function —
still passes.
`tools:node="removeAll"` deletes the declaration as surely as `remove`.
Two guards were narrower than they read. A mirror scanner that matches nothing
now fails, so deleting or reformatting the README's Bun rows is caught rather
than passing because another site still carries the value. The release-tree
import test recognises `import "./x"` and dynamic `import()` as well as
`from "./x"`, and sbom.yml's path filter lists the whole restored closure.
Found by Codex in pre-merge review.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
npm cannot register a trusted publisher for a package that does not exist, so the name was claimed by publishing 0.0.0-bootstrap.0 once by hand. That version carries no attestations and sits on the `bootstrap` dist-tag while `latest` is 0.1.0, the first provenance-verified release. Someone auditing the registry will find a version without provenance and needs to know it is a namespace placeholder rather than a release that escaped the lane — the same footnote openiap-conformance@1.0.0 already carries. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…spreads
CycloneDX requires a licence object to carry an id or a name, so the
`{license: {url}}` shape this branch introduced would have failed the schema
validation sbom.yml runs after `--with-licenses` — a release-blocking defect,
not a cosmetic one. A licence known only by its URL now travels as an
`externalReferences` entry of type `license`, which is where CycloneDX puts it.
Lookup results also stopped carrying explicitly-undefined keys, since callers
deep-compare them and an absent key is not the same shape as an undefined one.
`AA;` was accepted and truncated to `A`: the entity pattern allowed hex
digits in a decimal reference. Decimal and hexadecimal forms are separate now.
Three more places asserted more than they knew. A binding had to be declared
before the reference, not merely inside a scope that ends after it, so a
same-named constant in a later block could shadow the object the plugin
receives. A spread into `android` can replace a key after it was read, so the
audit reports that it cannot resolve the value rather than trusting the
literal. And a duplicate `<dependencies>` or `<metadata>` container is refused
instead of read half-way, which had silently dropped everything the second one
declared.
Removed the dead comment stripper, its regex constants, an unused local, and
`xmlValue` — the parser replaced all of them.
The commerce-protocol footnote now says what the registry proves: the
placeholder is installable but not a project release, it was published outside
the CI lane, `0.1.0` carries both npm publish and SLSA provenance, and
dist-tags are mutable while attestations are not.
Codex ran 1,068 published POMs and 430 nuspecs through the parser and none were
rejected.
Found by Codex in pre-merge review.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…rove Five branches decided whether CI blocks a Horizon build and none was exercised: a merged manifest that is not well-formed, a self-closing `<manifest/>`, a matching meta-data with no `android:value`, and the static inspector's unreadable-source and missing-`<application>` paths. The Expo audit reads the options object the plugin entry names, but the real config assembles its `plugins` array through a binding and pushes to it conditionally. Following that would mean evaluating the module rather than reading it, so a tuple left behind while the exported array is emptied still passes. That is a refactor accident this audit does not catch, and pretending otherwise is worse than saying so: the code and the security README now state the boundary, and point at the merged-manifest verifier as the check that proves what a build actually resolves. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…eading
CycloneDX types externalReferences.url as an iri-reference, so a registry value
carrying whitespace fails whole-document schema validation at release time —
Codex reproduced it against a complete generated MAUI document. A URL that is
not a usable IRI is dropped now: the licence was already absent, and an invalid
reference blocks the release.
The spread guard was too broad. A spread AFTER the key replaces it, but one
BEFORE it loses to the later explicit property, and that ordering is decidable
without evaluating the module. Rejecting both blocked a correct config, which
is worse than the bypass it was added for.
The binding matcher let `[^=]*` cross a statement boundary, so `let options;`
followed by `const metadata = {` matched as one declaration and an unrelated
object stood in for the plugin's options. Only a type annotation may sit
between the name and its `=`.
security/SBOM.md still described the licence URL as `license.url`. Removed the
six XML regex constants the parser replaced.
Found by Codex in pre-merge review.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Dropping an unusable licence URL removed the declaration entirely, so a POM declaring MIT alongside a second licence with a malformed URL collapsed to a bare MIT claim. An unusable URL still counts as a declaration now; it is simply not recorded as a reference. Codex measured the filter against 1,410 real declared URLs across 1,492 published documents and it discards none of them. Three guards rejected correct work. A spread before a shorthand `horizon` was reported unsafe because only `horizon: …` counted as the key. An object-shaped type annotation made the binding unreadable, so a valid config looked like it passed no options. And a component merged before its first release could not satisfy the coverage audit at all — no releases to find, no floor tag to name — so `UNRELEASED_COMPONENTS` is now the explicit, reviewable way to say "not shipped yet", and the error names it. Three guards asserted more than they knew. A spread after any verified property replaces it, at the options, android and horizon levels alike, not only directly inside android. A processing instruction was skipped without checking it has a target or that an XML declaration sits at the start. And a fact whose scanners all name their roles now requires each role to be observed through a scanner carrying it, so two roles converging on one version no longer lets a single occurrence satisfy both. The Godot manifest renderer enumerated only Mach-O files while the audit required a digest for every non-excused file, so an ordinary framework resource could be neither recorded nor excused. Duplicate rows in the SBOM coverage tables are reported instead of silently overriding each other. The digest fixtures copied the whole 8 GB addon three times per run to read a manifest and one directory; they stage only those now, and the suite finishes in under half a second. security/dependency-reviews.md claimed its tracked set is derived. Nothing regenerates or checks it, so it now says so. Found by Codex in pre-merge review. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The Godot digest writer and its verifier disagreed. `--write` recorded every file needing a digest, but collection still enumerated only Mach-O, so a recorded framework resource came back as "no longer exists" and the documented recovery command could not produce a manifest the audit accepts. Both sides use the same set now: adding a PrivacyInfo.xcprivacy is reported, `--write` clears it, and tampering with it afterwards is caught. The XML reader skipped any `<!Name …>`, so `<!garbage>` inside the root and a DOCTYPE after it both parsed as well-formed — and the POM and nuspec readers treat that success as structural validation. A declaration must now be a DOCTYPE, before the root. Maven Central serves POMs with one, and those still parse. A `<dependencies>` container below a wrapper outside `<metadata>`, such as `<files><dependencies>…</dependencies></files>`, is well-formed XML that a direct-child check does not see, so it read as a package declaring none. Every descendant container is checked now. The KMP bridge guard walked only `.swift`. SwiftPM builds C, Objective-C and C++ sources in the same target with no explicit path, and this package is built after CodeQL analyses, so those would ship unanalysed. Adding a `.c` file to the bridge now fails the guard. Found by Codex in pre-merge review. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The Expo Horizon audit walked brace depth wrong for the key it had just
matched: it resumed past that key's own `{`, so everything inside
`horizon: {…}` counted as a direct member of android and the closing brace
drove depth negative. `{android: {horizon: {horizon: {appId}}}}` passed on
the nested decoy.
The spread rule that reads what a spread carries only recognised `key: {`,
so a source spreading `{appId: ""}` looked like it declared nothing and the
overwrite it performs went unreported. It now asks whether the key is
declared in any value shape, and skips the name used as a value.
Under two declared licences the Maven reader recorded one of their URLs as
an external reference of type `license`. That reads as the component's
licence, so it answered a question the document leaves open. It records
nothing when the terms are ambiguous.
Anchors every released component to a coverage floor. "Covered from its
first release" cannot be proved from a release list that might be missing
that release. Also: a byte-order mark no longer pushes `<?xml` off offset
zero, `<?xml?>` without a version is not a declaration, and duplicate rows
in the SBOM component matrix are reported instead of silently overriding.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Nothing ran this audit. `security/README.md` listed it among the enforced checks, but no workflow and no hook invoked it, so five rounds of review hardened a guard that gated nothing. It now runs in CI and in the pre-commit hook, and a test asserts both — including that the hook's path filter matches every file the audit reads. Wiring it up exposed what it was doing. It tried to resolve what a config would evaluate to — spreads, ternaries, bindings, reassignment — and each review round found another shape that slipped past or was wrongly refused. Six more this round: a ternary arm read as its first token, a quoted key invisible because the masker blanks strings with their quotes, a reassigned binding read at its declaration, and three ordinary shapes reported for no reason. That is evaluation, not reading, and the input does not need it: a fixed list of six files this repository owns, one of them an Expo config. So the reader models one shape — plain object literals, plain keys, a literal id — and reports anything else with "write the Horizon app id as a plain literal". Reporting a shape we cannot read is honest; guessing is how an unverified app id ships looking verified. Smaller as a result: 371 lines changed to 147, with the spread resolver, the depth walkers and the shorthand scanners gone. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
A POM listing two licences produced no licence at all. Maven's model descriptor settles what the pair means — "If multiple licenses are listed, it is assumed that the user can select any of them, not that they must accept all" — so the document is not silent and discarding it lost something it states. They become an SPDX `OR` expression, which CycloneDX already carries. Only when every operand is a recognised identifier. One the reader cannot name leaves the set unstated rather than narrowed to the rest, because "MIT or something else" recorded as MIT is the confident wrong answer. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Correction to the previous commit: it claimed nothing ran this audit. That was wrong. `audit-non-godot-parity.mjs` imports the collector and runs both Horizon test files, and CI and the pre-commit hook both run that. The audit was enforced all along, just indirectly, and I read the absence of the npm script name from the workflows as absence of enforcement. The duplicate wiring is reverted; a test now pins the real path instead. The reader is the substantive change. It read the config out of masked source text, and review kept finding shapes it got wrong: a ternary arm taken for a value, a quoted key invisible because the masker blanks strings with their quotes, an escaped key that JavaScript decodes to a different name, a string whose escaped delimiter ended it early, a `let` rebound before use, a parameter shadowing the binding it resolved. None of that needed solving. The masker this file already imported is built on the TypeScript compiler, so a real parser was a dependency the whole time. It now walks the syntax tree: follow `android.horizon.appId` through object literals and `const` bindings, resolve names by scope the way the language does, and report anything else. That also makes the spread rule exact rather than blanket — a spread before the winning assignment loses to it and is fine; one after it can replace the value and is reported. Ordinary configs that earlier readers refused, like a comment holding a quote or an escaped delimiter in an unrelated string, are read correctly now. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
… does
Eight defects from review, all reproduced first.
Wrong value read. The plugin tuple was found anywhere in the module, so an
unused fixture stood in for the entry the build receives; it now has to be
reached through a `plugins` value, and two candidates are an ambiguity this
reports rather than picks from. Binding resolution only looked at
`VariableStatement`s, so a `for (const options of …)`, a catch binding and a
destructured name all fell through to an outer constant of the same name.
The parser recovers from a syntax error and hands back a tree anyway, so a
truncated config read as one that declares the id; `parseDiagnostics` is
checked now.
Correct configs refused. A spread made the object unreadable even when a
later explicit assignment wins over it — JavaScript guarantees the last one
does, so the check is positional now. `{horizon: {appId}}` bound to a
`const` string was reported as having no literal id, which is what this
audit claims to follow. A no-substitution template has a definite value and
is accepted; one with substitutions is not. `options!` changes the type,
not the value.
The wiring test asserted enforcement by substring, so `echo 'node
scripts/audit-non-godot-parity.mjs'` satisfied it, and it lived in the
suite the parity audit itself launches — removing that invocation would
have removed the test along with it. It now requires the command to BE the
audit, and lives in the ci-paths suite, which CI runs separately.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Six defects from review, all reproduced first.
The plugin tuple only had to appear under some `plugins` key, so one nested
inside another plugin's own options counted as a registration; it must be a
direct element now. A computed `["plugins"]` key was skipped entirely, which
let a stale object elsewhere supply the entry instead.
Enums and namespaces bind a name like anything else, and a `const` in an
earlier switch clause shares one scope with the clauses after it — missing
both let an outer constant stand in for a shadowed binding. In the other
direction, a loop header was counted as binding in the block that contains
it, so `for (const options of []) {}` shadowed a real `options` declared
beside it.
And `const` binds the name, not the contents. A config that writes to a
property after building the object is not described by the literal this
reads, and no scope analysis can see that — so a module that writes to
object properties, deletes one, or reaches for `Object.assign` is refused.
Our own configs do none of it.
Four shapes stay refused on purpose, now with a test that says so: a
`plugins` array returned by a helper, two branches registering the same
options, a getter, and an id reached through the prototype. Each needs the
module to run.
The wiring test also now requires the CI step to be unconditional, since
`if: false` left every assertion passing. It still cannot prove CI executes
the step, and says so.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Last round's mutation veto was the wrong shape. It refused any module that
wrote to any property, which rejects `config.name = "Example"` — ordinary
Expo — while still missing `(options.x.y) = ""`, `+=`, `++`, a for-of
target, a destructuring target and `Reflect.set`. Both directions came from
asking a question about the whole module instead of about the value being
read.
It now asks the narrow question: does anything write through one of the
bindings this walk actually followed to reach the id? That catches every
form above and leaves unrelated mutation alone. What it cannot see is a
config that hands the object to something that mutates it; that needs
escape analysis, and it says so.
The `plugins` array now has to be one the exported config can reach —
following properties, elements, spreads, `const` bindings, returned values
and call arguments — so a stale constant holding a complete entry no longer
answers for an export that registers nothing. Following call arguments is
deliberately generous: the real config returns `helper(expoConfig)`, and
this keeps the boundary the docs already state.
Also read correctly now, each of which was a false reject: `export default
function config() {}`, a spread of a `const` array of entries, and a
`const` holding the plugin path. And two more shadows: a named function
expression binds its own name inside itself, and a `var` belongs to its
function however deeply it is written.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Review found the write check wrong in both directions again, and the cause
was that it matched names. `const alias = options` then a write through
`alias` was missed; a helper with an unrelated parameter called `options`
made a valid config fail. It follows `const x = y` links now and compares
declarations, so an alias counts and a same-named parameter elsewhere does
not.
Three more writes it did not see: mutating the entries array itself
(`entries.pop()` removes the plugin), a rest target in a destructuring
assignment, and — in the other direction — it treated every argument of
`Object.assign` as written, so `Object.assign({}, options)`, which only
reads ours, failed. Only the target position counts, and only on `Object`
and `Reflect`.
The rest are the plugins array. A spread after `plugins` in the exported
config can replace it, exactly as one can deeper in the options; that is
reported rather than read past. `[...entries, ...entries]` registers twice,
which the cycle guard was collapsing into one. And three ordinary export
forms were unreadable: `export {config as default}`, and `module.exports =
config`, which Expo allows in a `.ts` config.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Review called all four findings plausible maintainer code, and three came
from the previous commit's fixes.
The plugins array was found by scanning every object in the module. So a
discarded `module.exports` branch, or a `base` whose spread is followed by
`plugins: []`, could answer for the exported config — and unrelated
`extra: {plugins: [], ...}` data could make a valid config unreadable. Only
the exported object's own `plugins` counts now, resolved through wrappers,
bindings, returned values and call arguments. A function may return more
than one object, since a guard clause returning `{}` is ordinary; more than
one of them carrying `plugins` is the ambiguity worth reporting.
Aliases were followed only through `const x = y`, so `const horizon =
options.android.horizon` disconnected, and a write through it went unseen.
Aliases now carry the property path they were reached by, including through
destructuring.
That path also makes the write check precise. `options.ios = {}` cannot
disturb `android.horizon.appId` and no longer fails a valid config, and
`entries.push("expo-router")` adds a plugin rather than removing ours —
only mutators that can remove or reorder count.
One thing this round removed rather than added: a computed key whose
expression is a string literal is just that name, at every level.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
…rm TFMs
Two reviewers independently found the same defect: a destructured alias
rebuilt its path from the local name, so `const {android: target}` recorded
`target` and a write through it was missed. The path now comes from the
source property, including through nested patterns, and bracket access with
a string literal is a named property on both sides — so
`options["android"]["horizon"]` is followed, and `options["ios"] = {}` no
longer fails a valid config.
`entries.length = 0` empties the plugins array, but the array binding was
being given the path down to the app id, so the write looked irrelevant.
Bindings found while locating the entry carry no path: any write into them
can remove it.
Separately, and not from this branch: a NuGet target framework had to start
with an alphanumeric, so `.NETStandard2.0` — the long spelling, used by
microsoft.maui.controls, which this repository depends on — threw away the
whole nuspec. Four real nuspecs now parse that did not.
The XML reader also accepted four documents that are not well-formed: an
unquoted declaration version, two attributes with no space between them, a
comment ending in `-`, and a repeated DOCTYPE. Its tests moved into a file
of their own, which the install-free release job now runs.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Four findings from review, all reproduced.
A binding holding the exported config was resolved without being tracked,
so `config.plugins.length = 0` emptied the very array being read and the
audit still passed. It carries the path down to `plugins` now, which also
keeps `config.name = "x"` from failing a valid config.
Rest bindings had the wrong semantics in both directions. `const {...copy}
= options` copies the properties, so `copy.android` IS `options.android` —
recording a `copy` step lost the alias. `const [...copy] = entries` builds
a new array, so emptying it changes nothing, and rejecting that was wrong.
An array index is a slot, not an unknown. Writing to `entries[1]` changes
another plugin while ours sits at 0, and that no longer fails the config.
Not from this branch: a `<group>` with no targetFramework is NuGet's
fallback group, documented in its reference and used in its own example.
Requiring the attribute threw away every nuspec that has one.
Verified against real registry documents: 5 nuspecs and 3 POMs parse,
including microsoft.maui.controls.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
`descent` and `entrySlot` live at module scope and the audit inspects six sources in a loop, so the same two configs are checked in both orders. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Three findings from review, two of them holes the previous commit opened.
The entry's slot was consulted for every tracked array, not just the plugins
list. So `const plugin = [path, options]; plugin[1] = {}` was mistaken for a
write to another plugin's slot and passed. Only the bindings that hold the
plugins array carry a slot now.
An object rest does not carry what its siblings took: in `const {android,
...rest}`, `rest.android` is a new property of a new object, and writing it
leaves the original alone. The rest binding records the names its siblings
claimed, so that write is no longer read as a write to the app id — while
`const {ios, ...rest}` still is, because `rest.android` is the same object.
Not from this branch: merging a dependency that appears in both a
framework group and the fallback group kept whichever scope came first, so
the answer depended on the order the document listed them in. Optional now
requires every group carrying it to be framework-scoped.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Rounds 18 to 21 of review each found a defect in the same machinery, and
each round's fix introduced the next round's: the whole-module veto was
wrong in both directions, then name-vs-declaration matching was, then the
config binding went untracked and rest semantics were wrong both ways, then
the slot rule leaked and rest exclusions were unmodelled.
Reviewing the pattern rather than the next defect: that machinery tried to
decide which property a write could reach, and being right about that means
modelling a JavaScript heap. Three shapes proved it — an excluded property
put back to re-alias the original, an `unshift` that makes a remembered
slot stale, and two properties holding the same object. All passed while
the app id was empty at runtime.
So the rule is blunt now. Any direct mutation through a binding this walk
followed — the exported config, the plugins array, the tuple, the options
object, or an alias of one — refuses the config, whatever it touches. That
is a policy about the source, not an evaluation of it.
It costs false rejects: `options.ios = {}` cannot reach the app id and is
refused anyway. That is the trade, taken deliberately — a refusal is
visible and the fix is to build the property in the literal, which is how
this repository's own config is already written. A hole is silent.
140 lines smaller. What it still cannot see is a write made by a function
the object is passed to, and security/README.md says so.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Two gaps the confirmation pass found, both older than the simplification.
Mutator calls were only recognised through a dot, so `entries["pop"]()`
emptied the plugins array unseen.
And a shallow copy keeps the very same members. `const [...copy] = entries`
builds a new array, but `copy[0]` IS `entries[0]`, so `copy[0][1] = {}`
replaced our options; `const copy = {...options}` has the same property.
Calling an array rest "aliases nothing" was wrong, and the documentation
repeated it.
Following spreads makes the rule simpler rather than more elaborate: every
destructured name aliases now, and the special case for array rest is gone.
The cost is one more refusal in the same family as the others — emptying a
copy of the array is reported although the original is untouched — and it
is in the tests beside them.
What the boundary now claims is only what it does: a write made by a
function the object is passed to is still not seen.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
`const copy = {android: options.android}` holds the very object the audit
read, so `copy.android.horizon.appId = ""` cleared the real id and the
config still passed. Following spreads but not ordinary members was an
arbitrary line: both hold the same object.
The chain follows every identifier a literal refers to now, skipping its own
property names, which are keys rather than values. `const copy =
[entries[0]]` closes with it.
security/README.md said alias mutations are refused without naming this
case, and a test comment still repeated the retracted claim that an array
rest aliases nothing. Both corrected.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
It claimed "anything built from the tracked value"; it follows object and
array literals. An alias a call produced — `Object.assign({}, options)`
returns one — is not followed, and now sits beside the escape-analysis gap
rather than being covered by a phrase that overstated the check.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Two from the second reviewer. `<!doctype a>` was accepted although XML spells it in upper case, and a `>` inside a quoted system identifier ended the declaration early, so a well-formed document was refused. Neither appears in a published POM or nuspec, but both are the class this reader exists to close: one accepts markup that is not well-formed, the other rejects markup that is. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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Follow-up to #430. That PR fixed the urgent findings from a supply-chain audit and wrote the rest down. This fixes the rest.
They turned out to be the same bug in nine places: a check that passes without checking anything. Each one below has a reproduction, and reverting the fix makes a specific test fail.
What was broken
Horizon app id — an example could ship without the id and still pass. The audit matched the meta-data name as a substring, so
com.example.<the real name>counted. The Expo check accepted ahorizonblock anywhere in the file, even a local variable the build never reads; it now parses the config and followsandroid.horizon.appIdthrough object literals andconstbindings, reporting anything it cannot read rather than guessing. The merged-manifest check looked at the whole document, so an id nested in an<activity>passed even though Horizon only reads it from<application>. Without the id,startConnectionthrows on a headset.Published metadata read as "no dependencies" — the NuGet and Maven readers accepted any HTTP 200 body. An error page or a truncated response became a package that declares nothing, and the SBOM shipped incomplete.
SBOM coverage gaps — the old check only looked at the newest release per component, so a gap behind it was permanent. The new one covers every release since a component started publishing SBOMs. It also refuses a release list that is missing a component entirely, instead of skipping it.
Licences that were guessed — Maven took the first licence name it found, silently picking one when a POM declared two. Maven defines several licences as alternatives the user may select, so they now become an SPDX
ORexpression — and only when every operand is a recognised identifier.Audits that could be satisfied by the wrong thing — the Bun runtime version was read from anywhere in the Dockerfile, so a comment satisfied it. The Godot binary check decided what to protect by reading each file's own bytes, so replacing an executable with junk removed it from the scan.
A deploy that proved nothing —
flyctl deploywas the last line of the workflow. It now reads/healthback and requires the serving revision to be the commit just built.CodeQL scanning released code — one import pulled ~18,700 lines of shipped Apple code into the database, producing alerts no PR could fix.
Data we were fetching and discarding
pub.dev states licences as score tags, and we were returning
nullunder a comment saying it had none. The Flutter SBOM goes from 7/10 to 10/10 on licence and supplier coverage. NuGet<copyright>was never read; 22 of 24 MAUI components now carry one.Nothing is inferred. Every value comes from something the registry actually states.
Wording we corrected
Not done, on purpose
Gradle dependency locking (churn exceeds value), a container SBOM for IAPKit (Fly builds remotely, so it wouldn't describe the real image), immutable releases (SBOMs attach after the release exists), and byte verification for Maven/pub.dev/NuGet (needs a live publish).
Checks
node --test scripts/*.test.mjs— 429 passed. Plusaudit:parity,audit:docs,audit:sbom-docs,audit:facts,audit:layout,audit:ci-paths,audit:horizon-app-id,audit:godot-binaries,sbom:test.Reviewed by Grok and Codex before merge; every finding either fixed here or answered.
🤖 Generated with Claude Code