A PE member called payload.json took the text route, so it reached no
native probe, and its CodeView path and packaged-native uncertainty were
lost.
Decide from the bytes the text read already loaded, so real text costs
no extra read and the map and text allowances stay as they were.
With no named Electron host, every sibling ranks alike and
electron_host_paths stayed empty, so one image's safe fuses settled the
checks even when another possible host reported none.
Keep all sampled candidates as hosts in that case, so a candidate
without fuses leaves the checks unknown.
An SVG can carry a script with an inline source map, but only .html and
.htm members reached the script owner, so such a file left every map
counter at zero and javascript.source_map_sources read not_observed.
Treat .svg as a script-bearing page. htmlArtifactReferences already
reads SVG script elements, so this adds no parsing.
A packaged member whose PE signature lies beyond the probe prefix stayed
unclassified, so the embedded-package probe never ran and coverage stayed
complete. A map inside such an image then read as not_observed.
Record the member as an unexamined package where it is already marked as
a possible native image.
Unsupported meant two things: a container this reader does not handle,
and metadata the image holds in a form the reader cannot decode, such as
a compressed .dep-v0 section. Both read as not_applicable, so an image
that carries metadata reported that the check did not apply.
Mark the second case on the format failure and carry it on
AnalysisUnsupportedTargetError, so the audit records a failed read and
stays unknown. The tools' own errors and messages do not change.
When the selected file declared a sibling map, the sibling classifier
never consulted the declaration. A malformed assets.map then read as a
linker map and raised native.debug_companions.
Leave a declared sibling to the unreached-target accounting, as members
already are, so it stays an unresolved source map.
A rooted -X value cannot be told from a file path, so the audit reports
it. State that, and why, so the rule is a contract rather than a side
effect of how flags are scanned.
Packaged ELF, Mach-O and PE images are read in full and copied to a
temporary file, sharing one max_file_bytes allowance, but the docs and
coverage.allowances still said only a PE gets more than a header read.
Name the allowance and the copies in docs/release-exposure.md,
RELEASE_EXPOSURE_ALLOWANCES and the max_file_bytes description.
A binary built with -gcflags=-I private-sdk keeps that setting, but
relative parsing covered only C compiler settings and -ldflags, so the
directory dropped out of go.build_paths.
Give -gcflags and -asmflags their own path options, taken from what
go tool compile and go tool asm document, and strip the package selector
as -ldflags does. The assembler's -D defines a symbol, so it is not one.
The directory and ASAR readers do not follow links, so a symlinked
app.js.map dropped out before any map counter moved. Its target was
scanned as plain text, and both source-map checks read not_observed.
Count a link that names a map as skipped wherever entries reach the
audit, and mark it examined so a declaration does not count it twice.
A script declaring sourceMappingURL=symbols.pdb after the scan reached
symbols.pdb removed the shipped PDB from the companion list, because a
late declaration retracted any companion. native.debug_companions could
then read not_observed.
Keep name-identified companions in their own set, and retract only maps
that were read as non-JSON and guessed to be linker maps.
An ASAR member's location is relative, and a declared map target is
absolute, so a malformed assets.map read before z.js stayed a linker
companion. The examined-map lookup, which is normalized, then returned
early, leaving both source-map checks not_observed.
Index companions by memberLocationKey and keep each reported spelling
under it. Spellings stay distinct because symlinks can make them differ.
A script's sourceMappingURL=assets.map was dropped because the name
already looked like a map. A malformed assets.map then settled as a
linker map, so both source-map checks read not_observed and
native.debug_companions reported an exposure the release does not ship.
Keep a generic .map name as a declared target and read it as a
JavaScript map, in either scan order, so it stays unresolved.
A packaged image's probe copies the member's full bytes into a temporary
directory. When removing it failed, the error became an ordinary
unreadable probe: the audit could still succeed, nothing could retry the
removal, and the client heard nothing about the leftover bytes.
Hold the directory in the reader's resource scope, so close retries it,
and report the unfinished cleanup without replacing a primary failure.
Reading `-X 'main.usage=-L level'` as a library directory made
go.build_paths report `level`, so a plain string could fail an audit
under --fail_on low.
Read the optional package selector once, before the setting's first
flag, and keep the argument of -X attached to it, so a string it sets
is never scanned as another option.
The path classifier gives an extensionless executable a resource kind,
so a script such as bin/runner with a `#!/usr/bin/env node` header was
scanned as text without its inline maps being examined or counted. A
complete inventory then reported no shipped sources for it.
The probe holds the first bytes a member reader sees, so establish the
identity there. The script keeps the usual outcomes: a map that is read
counts, and one past an allowance or undecodable stays unknown.
A .app target sent only the bundle candidate to the fuse reader, which
resolves to the outer Electron Framework. A sidecar with RunAsNode enabled
was never read, so the check reported not_observed in the app view while
the directory view reported exposed.
Send the bundle candidate first and then the sampled native images. An
image whose digest matches the bundle's read is skipped, so the framework
is not read twice. A sidecar's safe fuses cannot settle the outer framework,
so a bundle read with no answer for a fuse keeps that check unknown.
examinePackagedBinary counted a native image inside a package and moved
on, while only on-disk images reached the embedded-package probes. An
ASAR carrying a PyInstaller, Bun, Node SEA or .NET executable with a
source map therefore scanned complete and reported
javascript.source_map_sources as not_observed.
Run the same classifier on packaged images. The probes read carrier
offsets from a file, so the member's bytes stay in a temporary file for
the probe alone. A detected package keeps member coverage unknown, as a
nested ASAR does, and an image past one file's total byte allowance
stays unprobed and unknown. A plain native member leaves coverage intact.
The reader recovers independent indexed leaves only after a
SourceMapFormatFailure, but inspectSourceMap let the schema's ZodError
through. A sibling with mappings "!", a section with a bad offset or a
root with a bad field skipped recovery, so a valid leaf with
sourcesContent reported javascript.source_map_sources as unknown.
Normalize schema rejection in SourceMapFormat, which owns these parses,
so every structural failure reaches consumers as a format failure. The
message is unchanged, and the codec and web fetcher already map both
cases to the same result.
The relative-path reader handled C compiler settings only, so a directory
kept through Go's own linker flag, such as -ldflags='-L private-sdk -s -w',
reported go.build_paths as not_observed.
A quoted flag and argument also reached it as one field. The separating
space stayed on the argument, which reported rooted paths twice and kept a
leading space on relative ones.
Give -ldflags its own pattern that matches only -L, so -B gobuildid and
-T 0x1000 stay ignored, and consume the separator in the flag patterns.
The verifier launched npm and the CLI with raw execFile and then removed
its temporary tree, so a timed-out child could outlive the tree it was
using.
Use the shared verifier commands and close them before removing the tree.
Their exit error carries stdout on its snapshot, so the audit's exit-code
branch reads it from there.
inspect holds resources.run for the whole audit, and inventoryArtifact
entered the same scope again. With failed cleanup pending from another
audit, the inner run waits for a drain that waits for the outer run.
Add inventoryArtifactInScope, which takes the caller's admission.
noteMapTarget kept every declared target resolved against its member's
directory, so a short URL under a long directory could retain far more
than the script's own size, with no cumulative limit.
Add the allowance noteScriptTarget already has. A target past it stays
unassessed and counts as a skipped map, and is never read.
fuseCheck decided from whatever outcomes the images reported, so a host
with no fuse answer read not_observed as soon as any other image in the
directory reported safe fuses.
Pass the images named as the host into the report and leave a check
unknown when one of them has no answer for it. Other images stay free to
have no fuses, because helpers in a real Electron install have none.
go.build_paths only kept rooted paths, so retained build settings like
CGO_CFLAGS=-Iprivate-sdk read not_observed even though the setting names
a directory.
Take the relative argument of a C compiler path flag, attached or in the
next field. Scope this to compiler settings, because Go's own tools use
the same letters for non-paths such as -B gobuildid and -T 0x1000.
examineMember tried the name-based text and map routes first, so a PE an
owner identified inside an ASAR, named payload.json, was read as text.
Its CodeView path and the packaged-native omission were both lost, and
native.pdb_path read not_applicable.
Route an owner-established native format to the native probe first, and
count an encrypted one as a packaged native image for the same reason.
* feat(native): select retained batch decompile results through analysis views
A completed batch_decompile could only be read whole. When it did not fit the
MCP response budget, or an agent wanted one function, inspect_analysis_view
refused the parent as unsupported and the only recovery was exporting the
session.
- Own the batch result schema in the domain, replacing the contract's copy and
the workflow's hand-written item types.
- Add summary and batch-decompile views: body-free rows keyed by original index
with exact filters and opt-in bodies, and UTF-16 pages of one body.
- Report the decompiling provider from the upstream analysis profile, since the
Evidence provider is the composing workflow.
- Keep batch limitations visibly aggregated rather than attributing them to one
successful item.
Fixes#8498
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* feat(native): deliver batch decompile as a retained summary
A batch that fits still floods the caller's context with every body, and one
that does not fit only named an export. Selecting a body that cannot fit named
an export too, even though its text pages can.
- Accept detail: summary on batch_decompile: retain the complete batch first and
return its counts, identities and sizes. The default stays complete, and the
selection never reaches the Evidence parameters.
- Offer a ready-to-call body-free first page when a complete batch overflows.
- When a selected batch page overflows, continue from the same retained parent
with fewer rows, then with one body's text pages.
Refs #8498
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): count every unavailable entry label in a batch summary
label_unavailable only counted failed lookups, so a batch whose provider
answered null for every label reported zero. The identity contract defines a
null name as an unavailable label in both cases.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): continue an oversized batch view from the caller's own source
A batch view read from an Evidence file or inline record advertised a
retained-evidence continuation for a parent the session never retained, so
following it failed. A view's continuation now repeats the caller's source and
only narrows the selection. An inline record offers none, because it cannot be
repeated within the reply it overflowed. Non-batch views skip the selection
parse, since delivery asks about every view it returns.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(native): require advertised batch schemas through the shared validator
A local validator map dropped any tool without an output schema, so removing an
advertised schema would have left these contract tests green. Require both named
schemas and validate through createMcpSchemaValidation, as docs/testing.md asks.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): offer file view continuations on servers that retain nothing
A fixed-target server reads an Evidence file through inspect_analysis_view but
records nothing, so its overflow skipped the continuation and returned generic
CLI guidance. A view's continuation names the caller's source and needs no
session, so it no longer depends on recording. Retained references still do.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
* fix(cli): keep captured source Evidence when one-shot delivery never commits
A completed observation that was cancelled at final close, failed cleanup, or
never reached bundle commit returned its evidence links but dropped the source
records the invocation had already captured. The caller could neither read those
records nor tell whether they were missing, captured or written.
Report the closure at publishCliAnalysisEvidence, the shared boundary every
--evidence_output command uses. details.source_closure carries authentic captured
records within 64 KiB and explicit omissions: not_captured for a link this
invocation holds no record for, and not_inlined for a captured record outside this
response. A committed bundle keeps its receipt instead, nothing is written after
cancellation, and successful delivery is unchanged.
Fixes#8589
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(cli): keep the typed failure when collecting source closure cannot finish
A captured source with a data-sized evidence_links array made
pending.push(...links) exceed V8's call-argument limit. On final-close
cancellation or a refused publication that RangeError replaced the original typed
failure, which is the one outcome this delivery step exists to preserve.
Walk the closure through a Set, which is a deduplicating breadth-first queue, so
no link becomes a call argument and each link costs one lookup however often it
repeats. undeliveredSourceClosure now owns authentication and never throws: if
examining the closure fails, it reports collection_failure with the bounded error
type and an unknown closure state, and the original failure is still returned.
Fault the final-close tests on the scope the command gave to matching, after
matching completed, and assert that close was reached, so a moved close fails
instead of passing on an earlier one.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
A member of a PyInstaller or .NET host reaches the binary probe as a
plain file. An ASAR among them has a NUL-bearing header, so the probe
dropped it with no traversal and no omission, and source map checks could
read not_observed with complete coverage.
Ask the ASAR owner's signature probe, and record a match as a nested
package that was not expanded, as inventory-classified ones already are.
Preserve the dynamic symbol's visibility attribute (default or protected) when extracting ELF dynamic exports, and expose it across complete Evidence and projected analysis views.
Historical Evidence records lacking visibility normalize safely to 'unknown', and projected views omitting visibility do not inject default values into partial row projections.
Fixes#8517
* fix(javascript): emit no event operation for a literal non-function listener
`EventEmitter` validates a listener before registering or removing anything:
if (typeof listener !== 'function')
throw new ERR_INVALID_ARG_TYPE('listener', 'function', listener);
The throw is synchronous, before any listener exists, but the analysis reported a
`register` or `remove` operation for those calls.
Measured on Node 24.22.1:
emitter.on(1) -> THREW ERR_INVALID_ARG_TYPE
emitter.on("x", 1) -> THREW ERR_INVALID_ARG_TYPE
emitter.on("x", null) -> THREW ERR_INVALID_ARG_TYPE
emitter.on("x", true) -> THREW ERR_INVALID_ARG_TYPE
emitter.on("x", {}) / ([]) -> THREW ERR_INVALID_ARG_TYPE
emitter.once / addListener / prependListener / prependOnceListener /
off / removeListener with a literal -> THREW ERR_INVALID_ARG_TYPE
--- accepted ---
emitter.on("x", () => {}) -> ok
emitter.on("x", function () {}) -> ok
`rejectsEventListener` drops the operation only for an exactly readable literal
that cannot be a function. An identifier, a call result or a spread may still
supply a function and keeps its operation, and a class expression passes Node's
own `typeof` check.
`emit` and `removeAllListeners` are untouched: `emit` passes its remaining
arguments as data to listeners that already exist, and `removeAllListeners` takes
only an optional event name.
* fix(javascript): price a non-finite listener and keep a shifted spread
Two review findings on the event-listener guard.
**A non-finite numeric literal was missed.** Babel stores `1e999` as a
`NumericLiteral` holding `Infinity`, and the exact-value reader refuses to price a
non-finite number, so the guard never saw it:
e.on("x", 1e999) -> THREW ERR_INVALID_ARG_TYPE
A numeric literal is always a number and therefore never callable, so the guard now
decides on the literal node directly.
**A leading spread shifts the listener position.** `e.on(...args, 1)` does not pass
`1` as the listener: Node spreads the array and ignores the trailing argument once
the listener is satisfied. The guard read `arguments[1]` regardless, so it dropped a
real registration. It now leaves the position undecided when argument 0 is a spread.
Five regressions cover both forms; all five fail without the fixes.
* fix(process): re-read unreadable tokens before signaling and name the process
Darwin KERN_PROCARGS2 samples a process's argument length and stack top
before it reads the address space, and exec publishes the new length
before it copies the new strings out (xnu sysctl_procargsx,
exec_copyout_strings). A read during exec can return a zero-filled or
stale strings area, and exec keeps the PID and start time that bracket
the read. The final sweep already re-read such tokens, but the
pre-signal group check read each member's token once, so one transient
read of a live group member failed the whole cleanup.
Move the bounded re-read into one shared fact-reading helper and use it
for both the sweep and the pre-signal group check. The group check binds
re-reads to the generation it first observed, so a reused PID stays
unresolved; the sweep keeps classifying the PID's current process.
An unreadable-token failure now carries the native identity read after
the token and the summary names the candidate by its native name,
parent, group and start identity. The Darwin helper and Linux procfs
reader report the short native process name (p_comm/comm) for display.
Fixes#8337
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(process): refresh other pre-signal members after token re-read waits
The pre-signal group check re-read only members whose token was
unavailable, so a readable member kept the relation it had before the
retry waits. A member that moved to another process group during those
waits could be validated on its old group, and the old group signaled
while the moved member kept running.
After any retry wait, the shared re-read helper now reads every other
live pre-signal fact once more with the same generation binding. A moved
member then takes the existing changed-group path, which retains its
ownership evidence and fails cleanup. An inconclusive refresh replaces
the stale fact so it fails closed. Nothing changes when no re-read ran,
and the sweep keeps classifying current processes because every group
it finds is revalidated before signaling.
Also cover PID reuse that happens before the re-read starts, where both
re-read identities agree and only the first-read generation rejects the
replacement's token.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(process): keep known identity changes final across token re-reads
The pre-signal re-read treated a first read without a same-generation
identity as unbound and replaced it with the re-read. On Linux the first
read can already establish PID reuse (an ESRCH token whose exit check sees
another generation); the re-read then classified the replacement, so a
zombie replacement could let cleanup succeed.
A pre-signal check now re-reads only same-generation facts. Changed,
exited, exiting and foreign-token facts are final. Each attempt also
re-reads the group's owned members instead of one separate refresh after
the loop, so a member that moves groups or turns unreadable while another
waits is seen within the same bound. The caller's run token selects the
owned members, and the sweep keeps classifying current processes.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.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>
The handshake check ran only inside startSession, which a query reached
only when the profile committed a startup input, for PE or for an existing
project. Any other session started lazily inside callTool, so analysis seeds,
disabled analyzers, extension results, MIPS soft-float storage or a RISC-V
calling convention that the profile did not commit were never checked and
the query returned its result.
Every query now runs the checked start first. The client shares one startup
attempt, so there is still one launch, and a provider restarted within the
session is checked again. That leaves startSession as the only start in the
provider client, so the PE data-type path reuses its session info.
Recovery guidance is unchanged: the former eager-start condition now selects
only whether a completed handshake counts as a running provider.
Fixes#8612
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
* feat(native): select retained batch decompile results through analysis views
A completed batch_decompile could only be read whole. When it did not fit the
MCP response budget, or an agent wanted one function, inspect_analysis_view
refused the parent as unsupported and the only recovery was exporting the
session.
- Own the batch result schema in the domain, replacing the contract's copy and
the workflow's hand-written item types.
- Add summary and batch-decompile views: body-free rows keyed by original index
with exact filters and opt-in bodies, and UTF-16 pages of one body.
- Report the decompiling provider from the upstream analysis profile, since the
Evidence provider is the composing workflow.
- Keep batch limitations visibly aggregated rather than attributing them to one
successful item.
Fixes#8498
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): count every unavailable entry label in a batch summary
label_unavailable only counted failed lookups, so a batch whose provider
answered null for every label reported zero. The identity contract defines a
null name as an unavailable label in both cases.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(native): require advertised batch schemas through the shared validator
A local validator map dropped any tool without an output schema, so removing an
advertised schema would have left these contract tests green. Require both named
schemas and validate through createMcpSchemaValidation, as docs/testing.md asks.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
A descriptor close failure aborts the member scan, and the scan's state
was dropped with it, so the caller got a typed cleanup failure and no
report. Source maps already counted and credential hits already collected
were lost.
The reader now hands the service what it assembled, with coverage unknown
and a limitation saying so, alongside the failure. The service runs that
scan through its existing stopped-audit path: no later owner runs, and the
report goes on the error as its partial observation.
The exposed decision required non-empty paths, but the locations took
every image whose build info read. An image with no paths was named as a
source of the leak beside the one that had them.
One predicate now decides both.
A package member's probe judged text by its own NUL test, which accepted
byte order marks but not the binary plist signature decodeMemberText also
reads. A PyInstaller executable shipping a binary Localizable.strings was
rejected without a scan or a skipped count, so a UTF-16BE private key
marker inside it could report not_observed.
Name the encodings that explain their own NULs in one predicate, and move
the plist fixture builders to module scope.
After a validated seed, trace_native_values turned a cleanup-incomplete
failure from a call-target read or a followed callee dossier into a
plain-text unknown, kept dispatching reads, and returned successful
Evidence without the cleanup_incomplete status, cleanup reason or owned
resources.
The trace now classifies child failures with the shared stopsTraversal
predicate that call graph traversals use. A cancelled child still ends
the trace with its cancellation. A child whose provider cannot confirm
cleanup stops the trace: the provider's own error is the outcome, so its
resources and bound cleanup retry stay intact, and the work admitted
before the stop is returned as the trace's normal shape, with traversal
truncated by cleanup_incomplete and a located unknown at the stopping
read. That stop stays primary over a concurrent caller abort and over
the output-size check. Ordinary child failures remain unknowns.
MCP already retains such partials as workflow Evidence. The one-shot CLI
dropped them, so runDirectAnalysis now retains the partial workflow
Evidence on the failure through the same shared owner.
Fixes#8371
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
The package probe treated a decoded FAT table as a universal Mach-O. A
JVM class past the 4 KiB probe shares the FAT magic, so its truncated
prefix decoded as a table, the member counted as an unread native image,
and Electron could not be ruled out of a complete scan.
Pass the member's declared size to the sniff and take identity from
classifyFatContainerEvidence. A member with no usable size, or with
slices past the probe, stays counted as possibly native.
The Google, GitLab, and Slack rules allow a hyphen in the token but ended
on a word boundary, so a token ending in a hyphen at the rule's minimum
length was missed and the audit reported the check as not observed.
Open-ended rules now take the whole token, and the fixed-length Google
rule checks the full token alphabet after its last character.
A script element naming an .html member promoted that member to a
script, and the text pass then chose one reading. The page's own script
elements were never read, so an inline map in it was lost and a shipped
sourcesContent went unreported.
Run the script reading and the HTML reading independently, and list the
script target allowance among the cases that leave source map coverage
undecided.
A base href is copied into every script target it resolves, so a page under
the text member allowance could retain hundreds of megabytes of paths. Charge
each new target's resolved path to a byte allowance and leave targets past it
unassessed.
An oversized, undecodable, or failed text read left textBytes unchanged, so
every member got the full per-member budget and the cumulative allowance did
not bound what a package decompressed. Count the bytes member reads produce
and charge them whatever the read yields. An oversized file on disk still
costs only its probe.
A close failure during an embedded-package probe, member read or inventory
reaches the shared read filter as an ordinary reader failure. The filter kept
only cancellation and integrity, so the member became a skipped read, inspect
succeeded, and the retained descriptor was reported nowhere. MCP does not close
the service after each request, so no caller saw it.
Propagate any failure that carries cleanup, whatever its reason, so it reaches
releaseExposureFailure and the audit reports its retained resources.
Matt Van Horn