Linux Hopper setup verifies the package signature, then compares the
launcher it contains with the release feed's main_exe_hash. When only
that comparison failed, as with the Fedora 6.6.1 RPM, setup reported the
generic integrity failure and advised retrying or updating REA, which
cannot change a stale vendor feed.
The publisher now reports that case as launcher_digest_mismatch. Setup
keeps the public integrity_mismatch code and the refusal, and its
recovery says the download is authentic, the feed describes another
launcher build, and the mismatch needs a corrected feed. The two digests
stay in the detail. Every other integrity failure keeps its recovery.
Fixes#8138
Co-Authored-By: gensokyo-dev <gensokyo-dev@users.noreply.github.com>
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(setup): refuse Hopper on macOS below the release's minimum
Hopper setup planning accepted any macOS 12+ host as supported, and the
installer never compared the host with the selected release. The current
publisher-signed Hopper 6.6.1-demo requires macOS 12.4 (feed
deployment_target and the app's LSMinimumSystemVersion), so setup on
12.0-12.3 installed an app the host cannot run.
The installer now takes the minimum from the release that owns it: the
feed's deployment_target before the package download, and the signed
app's LSMinimumSystemVersion (decoded in-process after signature
verification) before copying. A host below either fails with the new
incompatible_host_version code and an installer detail naming both
versions; an incomparable app value is a bundle failure. Planning keeps
REA's own macOS 12 floor but reports support as unknown, since the
release minimum is read only after approval, and the plan discloses the
check. Info.plist decoding is shared with app-bundle resolution.
Fixes#8502
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(setup): compare the macOS Hopper plan detail with its owning disclosure
The planning test froze an explanatory sentence from the setup plan. The
macOS install detail now lives in macHopperInstallDisclosure beside the
commands and origins the installer owns, the plan uses it, and the test
compares the plan with that constant while keeping its independent
support-state assertions. An installer test also pins that the signed
app's requirement is read only after both signature checks pass.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(setup): compare macOS Hopper refusal details with their owners
The installer's refusal details were template literals inside
installMacHopper, so tests copied whole sentences. The installer now
formats them through exported macHopperHostVersionDetail and
macHopperIncomparableMinimumDetail. Tests compare each diagnostic and the
setup remediation with those owners and SetupInstallFailure's recovery,
and separately assert the URL, versions, setting name, failure code and
request order. The Info.plist type refusal is checked by error type, key
and path instead of a sentence fragment.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
* fix(setup): report the failed Hopper request URL and HTTP status
Hopper download callers collapsed every transport failure into a bare
`ok: false`, so HTTP 404 and 503 from the macOS feed and DMG, the Linux
publisher feed, the public key and the launch-time package download produced
identical generic advice without the failed URL.
The shared downloader now returns a typed failure (url plus http_status,
timeout, network, response_too_large or url_refused) and keeps caller
cancellation as a rejection. Installers attribute it to the request
(release_feed, package or public_key); HopperReleaseError carries it, and
setup projects it once into `download` and a remediation naming the URL,
outcome and next step. Replaces the Linux-only "Package download returned
HTTP" special case.
Fixes#8503
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(setup): refuse credentialed Hopper URLs and keep known HTTP outcomes
Native Fetch rejects a URL with userinfo using a TypeError that echoes the
whole URL, so a credentialed redirect reached `download.detail`, setup
remediation and publisher messages as a network failure. The downloader now
refuses request and redirect URLs carrying credentials as
`url_refused: credentials` before requesting them, and reports the caller URL
through the shared userinfo-removing `sanitizeBrowserUrl`.
Releasing an unadmitted body no longer replaces the outcome it was released
for: an errored (truncated) body after HTTP 503, or a failed cancel at the
size limit, keeps `http_status` or `response_too_large`.
Tests compare delivered remediation with the owning formatters and assert
request, URL, status and recovery class independently.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
Verify the native helper's sealed identifier and pinned Apple signing team in BridgeLauncher, then carry that provenance to HopperClient. Only a verified native helper's complete not-found exit confirms no document handoff, allowing runtime and target-lease cleanup and retry; wrappers retain unknown document state.
Share publisher identity with setup through the domain contract. Correct fixture teardown ordering and parameterized MCP coverage. Validation: 54 focused tests passed across boundary, CLI, MCP acceptance, diagnostics and installer coverage (one Linux-only case skipped); check:fast passed. Real codesign verification accepted the installed official Hopper helper; Spotlight failures and bridge recovery used process fixtures.
The macOS installer accepted any bundle that passed `codesign --verify`
and whose `Info.plist` said `com.cryptic-apps.hopper-web-4`. An ad-hoc
signed bundle with that identifier satisfies both, so a substituted DMG
could be copied to ~/Applications and launched.
Verify a pinned code requirement instead, covering the sealed bundle
identifier and the signing team together, and report a distinct
`publisher_verification_failed` code so a vendor key change is not
confused with a corrupt package.
