* feat(v8): inspect V8 code cache containers and their retained byte patterns
Bytenode-compiled `.jsc` files — the V8 code cache container that `vm.Script`,
`vm.compileFunction` and bytenode 2.x write, and that Node single-executable applications
and Electron apps ship — had no format-native reader. `inspect_binary_layout` shows the
surrounding ELF/PE and `inspect_artifact` inventories the file, but neither decodes the V8
structures, so an agent could not tell which V8 line produced the file, could not learn the
container is metadata rather than source, and had nothing to point at a version-pinned
decompiler. Issue #8543.
`inspect_v8_code_cache` joins the format-native family with `inspect_python_pyc`,
`inspect_erlang_beam` and `inspect_kernel_module`: one explicit local file, bounded parsing,
no execution, no installation, no child process.
**The container is version-dependent, so the reader reports roles with confidence instead
of assuming an ABI.** All eight header words are reported with byte offset, observed value,
the role this reader believes the word has, and whether that role is `confirmed`,
`inferred`, or `unconfirmed`. Only three facts gate admission: the header size this reader
pins, the V8 code cache magic high half `0xc0de` (the low half is
`ExternalReferenceTable::kSize` and varies per build, so it is a build fingerprint rather
than a constant), and a declared payload length that reaches exactly the end of the file.
I derived the field semantics from the producer rather than assuming them, and two findings
changed the design:
- **The word V8 calls the source hash holds the source length on the measured producers.**
A 54-code-unit source stored `54`, and sources with the same code-unit length but
different content stored the same value, including a source whose UTF-8 length was 154.
The reader reports it as `source_length` and the docs say that this name is what the
measurement supports, not a claim about what another build stores there.
- **`vm.compileFunction` sets a high bit in that word.** The reader masks it out and reports
the producer family as `script` or `compile_function`, so the source length stays correct
for both producers.
Embedded strings are reported as **byte-pattern observations with absolute byte ranges**,
labelled as such in the field name and in the limitations. A reported sequence is not proof
V8 retained it as a string, and a missing literal is not proof it is absent.
**Fail-closed boundaries, all covered by tests:** an unknown magic is a typed
`unsupported_target` failure because the file is not a V8 code cache; a short header or a
payload-length disagreement is a typed `invalid_request` failure. Neither yields a partial
parse and neither records Evidence.
Non-goals are explicit in the tool description and the docs: the payload is serialized V8
heap data, not source; recovering logic needs a version-pinned View8-style decompiler that
this tool neither provides nor depends on.
Fixtures are generated from the running V8 instead of committing a version-pinned binary, so
the tests exercise the real producer and stay valid across Node upgrades.
- Semantic owner and earliest changed stage: format-native V8 code cache container decoding.
- CLI and MCP/tool-catalog contract: one new `artifact-provider` tool and one new
`inspect-v8-code-cache` CLI command, registered in `TOOL_CONTRACTS`, the `artifact`
language family, `TOOL_EFFECTS`, the capability declarations and services, and the
capability inventory. `docs:check` passes, so the generated catalog agrees.
- Provider, bridge, target-format, or platform compatibility: no provider runs and no
external tool is required, so the tool is available on every supported Node host.
- Evidence, artifact, provenance, or reconstruction contract: complete Evidence with the
payload byte range as its location; no artifact format, reader, or reconstruction change.
- Generated metadata, package, or installation impact: catalog and document facts
regenerated by the existing checks; no new dependency.
Expected effects:
- [x] Target content is returned as bounded structured facts.
- `src/v8/V8CodeCacheParser.test.ts` (13 cases): real-producer header facts, per-field role
and confidence, source length for both producers, an observation's absolute offset
verified against the file bytes, the limitation text, foreign magic, payload-length
mismatch, short header, missing payload bytes, a different build constant still admitted,
and the observation budget.
- `tests/boundary/mcp/v8CodeCacheMcp.test.ts` (4 cases): advertisement and annotations,
header facts over MCP, relative-path rejection, unsupported magic, malformed container.
- `tests/acceptance/v8CodeCacheCli.test.ts` (4 cases): the public CLI, relative-path
resolution, byte-range observations, and the typed failure.
- `npx vitest run src/contracts src/v8 src/application/v8CodeCache src/domain/v8` — 242 passed
- `npx vitest run tests/boundary/mcp/v8CodeCacheMcp.test.ts tests/acceptance/v8CodeCacheCli.test.ts tests/boundary/filesystem/productCatalog.test.ts tests/acceptance/tools/localToolContracts.test.ts` — 20 passed, 4 skipped
- `npx tsc --noEmit -p .` — exit 0
- `npm run build` — exit 0
- `npm run lint` — 0 errors
- `npm run knip` — exit 0
- `npm run docs:check` — exit 0
- `npx oxfmt --check src tests docs` — exit 0
Gap: the header table is measured on node v24.22.1 / V8 13.6.233.17-node.58 only. No other
V8 build is available here, so a different build's field order is untested; that is exactly
why only three facts gate admission and the remaining roles carry a confidence level rather
than being asserted.
Additive. No existing tool, schema, or behaviour changes. The reader never executes the
selected file, never launches a process, and never accesses the network; its audited effects
are `mutatesSession: true` only, matching the other static format readers.
Human owner: @XiaoBinGan
- [x] I reviewed the final diff and relevant existing code, understand the change and its edge cases, and take responsibility for the complete PR, including AI-assisted work.
- [x] I checked the evidence above, confirmed it supports the current change, and recorded meaningful validation gaps.
- [x] I declare this PR ready for initial maintainer review.
- [x] This PR addresses a concrete problem or an agreed enhancement.
- [x] Material scope and authority questions are resolved, and any required maintainer scope decision covers the final diff.
- [x] The PR has one focused outcome and the title follows `type(scope): outcome`.
- [x] Related issue: #8543.
- [x] Tests cover changed observable behavior and meaningful failure paths.
- [x] Owning docs, contracts, and generated metadata are updated where needed.
- [x] I checked the final diff for secrets, unrelated cleanup, and unsupported claims.
* chore: retrigger title and readiness checks after the title was corrected
* fix(v8): bound the payload scan and use the repository path conventions
Review feedback from @greptile-apps on four points.
**Bound the synchronous payload scan.** The scan is one synchronous pass over the
payload, so the 512 MiB ceiling allowed a single request to hold the process for
several seconds. The ceiling is now 64 MiB, matching the pinned CPython pyc reader,
and the default is 32 MiB. The scan stays synchronous, like the BEAM and ELF note
readers in this family, but the budget that bounds it is no longer large enough to
matter. The new `max_file_bytes` ceiling and default are documented.
**Use the absolute-path schema.** `path` now uses `absoluteLocalPathStringSchema`
instead of `localPathStringSchema`, matching `inspect_erlang_beam`. A relative name
previously passed validation and was resolved against the server's working
directory, so `module.jsc` could select a different file than the caller meant. The
rejection is now at the schema boundary.
**State the extraction step.** The handoff in `docs/v8-code-cache.md` now says a
cache embedded in a single-executable application or an Electron app must be
extracted first, because this reader requires the magic at byte zero and returns
`unsupported_target` for the surrounding ELF/PE executable.
**Load only the owning contract group in tests.** Both tests now import
`V8_CODE_CACHE_TOOL_CONTRACTS` directly instead of resolving the tool through the
full catalog, so a focused test no longer constructs every other tool's schema.
21 cases pass across the parser, MCP boundary and CLI acceptance files; `tsc` 0;
`build` 0; `knip` 0; `docs:check` 0; `oxfmt --check` 0.
* fix(v8): select the tool contract by name in the focused tests
Reverts the catalog-position selection I added for a review suggestion. This
repository has a lint rule (`rea(no-positional-tool-contract)`) that forbids
selecting a tool contract by catalog order, and `toolContract("inspect_v8_code_cache")`
is how every neighbouring focused test selects one. The positional form I tried
introduced two lint errors, so the named form stays.
The review concern was that resolving through the full catalog constructs every
other tool's schema. That cost is real but it is the repository's chosen trade:
catalog ordering must never select an operation or schema, and `toolContract` is
the named accessor that enforces it.
* test(v8): cover the new tool in the absolute-path boundary test
Main added `tests/boundary/mcp/absoluteLocalPathTools.test.ts` after this branch
was opened. It enumerates every tool whose MCP `tools/list` schema must reject a
relative path, and `inspect_v8_code_cache` uses `absoluteLocalPathStringSchema`,
so the tool belongs in that list. Adding it keeps the enumerated field set complete
instead of leaving one absolute-path tool untested.
`tests/boundary/mcp` + v8 + contracts: 256 passing. `tsc` 0; `build` 0; `knip` 0;
`docs:check` 0; `npm run lint` 0 errors.
* perf(v8): read the payload by index instead of allocating per byte
`for (const [index, byte] of payload.entries())` allocates a two-element array for
every byte of the cache payload. On a 1 MiB payload that allocation dominated the
scan.
Measured with a real cache built from this parser, alternated so the two forms run
against the same input:
| payload | entries() | indexed reads |
| --- | --- | --- |
| 1 MiB | 15.5ms | 4.4ms |
That is 3.49x on the scan, and the gap widens on smaller payloads where the
allocation cost is a larger share (7.3x at 64 KiB in a synthetic run of the same
shape). The scan is the whole cost of `inspect_v8_code_cache` once the file is read,
so this is the tool's own hot loop.
Output is unchanged: the parser returns one retained string for the 64 KiB fixture,
and `src/v8` plus the CLI and MCP boundary files stay at 21 passing. `tsc` 0;
`build` 0; `npm run lint` 0 errors.
* fix(v8): admit only decimal tokens on the numeric CLI options
Main added `tests/boundary/cli/cliDecimalArguments.test.ts` after this branch was
opened. It enumerates every numeric CLI option and requires `0x10` and `1e3` to be
rejected, because plain `Number` coercion would read them as 16 and 1000. This
command's three options forwarded the domain fields unchanged, so the test failed on
them:
inspect-v8-code-cache options.maxFileBytes: Parser.parse accepts 1e3
inspect-v8-code-cache options.maxStrings: Parser.parse accepts 0x10
inspect-v8-code-cache options.maxStrings: Parser.parse accepts 1e3
inspect-v8-code-cache options.minStringBytes: Parser.parse accepts 0x10
`cliDecimalField` publishes the input view that parses the decimal token first and
then lets the domain field own bounds, defaults and help, which is what the other
numeric commands use.
`tests/boundary/cli/cliDecimalArguments.test.ts` now passes. `tsc` 0; `build` 0;
`npm run lint` 0 errors; `knip` 0; `docs:check` 0.
* fix(v8): recognize module caches, and advise from remaining headroom
Two review findings, each measured on Node 24.22.1 before changing anything.
**A module cache was reported as a script.** `vm.SourceTextModule.createCachedData()`
sets bit 30 of the source-length word, which the source-length mask `0x1fffffff` leaves
out, and the producer check only tested the function bit at bit 29:
| producer | source word |
| --- | --- |
| `vm.Script` | `0x00000013` for a 19-unit source |
| `vm.compileFunction` | `0x20000009` for a 9-unit source |
| `vm.SourceTextModule` | `0x40000013` for a 19-unit source |
So a real module cache was labelled `script`, and `vm.Script` rejects that container. The
producer enum gains `module` and the module bit is tested first; the source length is
unchanged because both flags sit outside the mask.
**The budget advice recommended a retry that could not work.** Both limits have
ceilings — `max_strings` at 65536 and `min_string_bytes` at 256 — so an admitted file
with more than 65536 runs of 256 bytes reached the branch while every suggested retry
was a rejected input. `observationBudgetRemediation` now reads the remaining headroom
and only recommends a change that is still admissible, falling back to selecting a
smaller artifact when neither can move. The parser message states the fact and leaves
recovery to the provider, which is the only place that can see both budgets.
`MAX_INSPECT_V8_CODE_CACHE_MIN_STRING_BYTES` names the `min_string_bytes` ceiling that
the schema previously spelled inline, so the advice and the schema cannot drift.
`docs/v8-code-cache.md` describes both flag bits. `src/v8` plus the CLI and MCP boundary
files: 28 passing; 7 new cases fail on the base commit. `tsc` 0; `build` 0;
`npm run lint` 0 errors; `knip` 0; `docs:check` 0.
* refactor(v8): decide the budget recovery as data, and test the decision
The remediation tests matched fragments of the advice sentence and banned old phrases.
`docs/testing.md` asks for error codes, recorded limits and recovery behaviour instead of
frozen prose, so a harmless reword could fail those tests while wrong advice passed them.
`observationBudgetRecovery` now returns the decision — which retries remain within the
schema's admitted range, and whether a smaller artifact is the only option — and
`observationBudgetRemediation` renders one sentence from it. The tests assert the
decision, so the wording is free to change and an incorrect choice cannot pass.
This also fixes a bug in the previous shape: it took the `min_string_bytes` branch to mean
"lower it", but that branch is reachable with the value already at the schema minimum,
where lowering is not a legal retry. The decision now carries `canLowerMinStringBytes`
and a `requiresSmallerArtifact` flag for that case.
5 cases, all failing on the base commit, covering both headroom states, either ceiling
alone, and the run-length floor. `src/v8` plus the CLI and MCP boundary files: 28
passing. `tsc` 0; `build` 0; `npm run lint` 0 errors; `knip` 0; `docs:check` 0.
* ci: rerun after the wakaru release download recovered
The only failing job on this branch was `javascript_recovery / real-javascript-recovery`,
which failed on `curl: (22) The requested URL returned error: 504` while downloading
`wakaru-linux-x64.tar.gz`. The release is reachable again (HTTP 200), so this empty
commit re-triggers the lane.
* docs(v8): place the guide in the tree and record the feature
The guide sat at `docs/v8-code-cache.md`, outside the `docs/guides/` tree every other
guide uses, and neither index linked it, so it could not be reached from
`docs/README.md` or the VitePress sidebar.
Moved to `docs/guides/javascript/`, linked from both indexes, and recorded the feature
under `docs/specs/v8-code-cache-inspection/` with `spec.md`, `plan.md` and `tasks.md`.
The spec keeps only the premises that were measured on Node 24.22.1 — the three producer
words and the retained-string layout — rather than restating the implementation.
`npm run docs:check` 0; `npm run format:check` 0; `tsc` 0; `build` 0; `lint` 0 errors;
`knip` 0. V8 reader, CLI and MCP files: 28 passing.
* docs(v8): use the documented spec path and test the advice against its struct
Two review findings.
**The records were at `docs/specs/v8-code-cache-inspection/`.** `AGENTS.md:73` asks for
`docs/specs/<domain>/<feature-slug>/`, so they move to
`docs/specs/v8/code-cache-inspection/`.
**The verification section claimed more than the tests do.** It said the producer cases
were built from real `vm.Script`, `vm.compileFunction` and `vm.SourceTextModule` output,
and that the budget advice was compared with its owning formatter. In fact only
`vm.Script` and `vm.compileFunction` are real producers — the module case sets the
measured bit on a `vm.Script` cache — and only `observationBudgetRecovery` was asserted.
Corrected the claim, and closed the second gap rather than only describing it:
`observationBudgetRemediation` now has four cases holding the sentence to the struct it
renders from. The sentence must not advise a knob the struct closed, and must mention a
smaller artifact exactly when the struct requires one. Verified by making the sentence
advise `max_strings` after the ceiling was reached — the test fails. Wording stays free;
wrong advice does not.
`npm run docs:check` 0; `npm run format:check` 0; `tsc` 0; `build` 0; `lint` 0 errors;
`knip` 0. V8 reader, CLI, MCP, absolute-path and decimal-argument files: 34 passing.
* fix(v8): restore the absolute-path contract entry after the rebase
The rebase onto `main` conflicted in `tests/boundary/mcp/absoluteLocalPathTools.test.ts`:
`main` gained `inspect_api_contract`, `inspect_devicetree`, `inspect_playwright_trace` and
`inspect_python_pyc` in both the contract list and the path-field map while this branch
added `inspect_v8_code_cache`. Both sides are additive, so both are kept.
Without the resolution the branch carried conflict markers, which made `mergeable_state`
`dirty` and every check on it meaningless. Re-verified after the rebase: `tsc` 0, `build` 0,
`format:check` 0, `lint` 0 errors, `knip` 0, `docs:check` 0, and the V8 reader plus its CLI,
MCP, absolute-path and decimal-argument boundary files at 34 passing.
* test(v8): pin the producer from the runtime's own header word
An independent reviewer ran these files on Node 22.23.4, 24.22.1 and 26.12.1. Only 22.23.4
failed, on `separates the compileFunction producer bit from the source length`, expecting
`compile_function` and reading `script`.
The cause is the fixture, not the parser: `vm.compileFunction(...).cachedData` carries
`0x20000009` in the source-length word on Node 24.22.1, with bit 29 set, while Node 22.23.4
does not set that bit at all. Whether a given V8 build marks the word is a build detail, so
asserting one build's spelling made the check version-dependent.
The case now reads the word the runtime produced and asserts the parser maps it correctly,
and keeps the part that must hold everywhere: the source length is the low bits, so it
equals both `word & 0x1fffffff` and the source's length. The flag meanings themselves stay
pinned by the synthetic `withHeaderWord` cases above, which do not depend on any build.
Reverting the parser's `compile_function` arm fails this case and
`keeps the function and module flags distinct`. `src/v8` plus the CLI, MCP and absolute-path
boundary files: 24 and 34 passing. `tsc` 0; `build` 0; `npm run format:check` 0;
`npm run lint` 0 errors; `knip` 0.
* fix(v8): report an unflagged producer word as unknown, not as a script
`vm.compileFunction` marks bit 29 of the source-length word on Node 24.22.1 (`0x20000004`
for a 4-unit source) and does not mark it on Node 22.23.4 (`0x00000004` for the same call).
Whether a V8 build marks a function cache is therefore a build detail, and an unflagged
word is either a `vm.Script` cache or an unmarked function cache. The container carries
nothing that separates the two.
The reader reported `script` for that case, which is a confident claim the bytes do not
support. My previous commit made the test accept whichever value the runtime produced,
which recorded the ambiguity instead of resolving it in the contract. `unknown` is now a
producer value, the unflagged word maps to it, and the observed word stays in
`header.fields` for a caller that trusts a specific build fingerprint. A limitation line
says the same in the report itself.
`header.producer` widens to `["script", "compile_function", "module", "unknown"]`; `script`
is no longer produced, because no unflagged word can be shown to be one.
The spec's producer rule and its verification notes are updated to match. Reverting the
mapping to `script` fails 2 of the 24 `src/v8` cases. `src/v8` with the CLI, MCP and
absolute-path boundary files: 33 passing. `tsc` 0; `build` 0; `docs:check` 0;
`npm run format:check` 0; `npm run lint` 0 errors. `knip` reports one unused export
(`builtinDataEffectMethod`) on `main` as well, so it is not from this change.
* fix(artifacts): retain completed identity across native parser failures
* docs(v8): preserve unknown unflagged cache provenance
---------
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
Bind typed service creation, observed availability and retryable cleanup in one composition owner. Reuse selected CLI/MCP factories and canonical contract groups without copying provider operation inventories.
Closes#8429. Refs #740.
Validated paired real application workflows, actual local Codex CLI Terra/high use, complete Evidence and Unknown checkpoint parity, compiler-backed import boundaries, SDK schemas and final real mixed routing. Automated review findings were fixed at their producing owners. Existing exact-base CodeQL alerts are documented on the PR under the owner-authorized unrelated-check exception; no global alerts or security rules were changed.
Assisted-by: Suika (gensokyo-skills:suika-scatter-gather-planning)
Centralize completed file observations and cleanup error projection across stable-file providers while preserving each provider’s failure classification and exact cleanup leases. Cover BEAM finalization cancellation and devicetree cleanup retries.
Validated 223 focused lifecycle and MCP tests and check:fast.
Retain file identity after Rust, web artifact, shared selected-input and historical capture reads complete before close or cancellation fails. Preserve descriptor-set snapshots in diagnostics alongside sanitized capture observations.
Classify canonical physical capture failures before cleanup composition; source permission errors and bare syscall failures keep their meaning through late cancellation and retry. Keep explicit sensitive-value redaction on retained facts.
Validation: 247 focused cases passed, two Linux-only cases skipped; build, typecheck, lint and formatting passed. Real descriptors with controlled finalization faults establish reader ownership and facts. Worker reply and multi-file database completion semantics remain separate audit work.
Carry descriptor outcomes, cancellation, retention and physical origin as named facts so wrappers cannot drop ownership context. Replace raw primary failure unwrapping with provenance facts across artifact consumers, and use Result for Kuna span reads including undefined rejections.
Exercise actual descriptors, rollback, cancellation and cleanup retry; update brittle snapshot and completion fixtures to use their producing boundaries.
Keep validated PE padding in the selected Evidence range while consumed zlib bytes own compressed and inflate-ratio limits. Preserve typed resource failures and bounded allocation. Validated accepted padding, over-ratio and compressed-size controls through source, real CLI and stdio MCP workflows.
Reject duplicate decoded JSON names before object conversion. Use one checksummed zlib stream parse and retained PE FileAlignment to distinguish exact zero padding from trailing payload bytes. Exercise public CLI and stdio MCP.
Fixes#6814Fixes#6793
Construct integer formats directly while preserving bounds, refinements, metadata and current shared schema owners. Keep Incur-dependent CLI numeric coercion declarations unchanged.
Verify canonical advertisements, 126 numeric boundary cases, 974 actual CLI parser cases, broad source tests and real public-artifact SDK workflows. Record 72 normal tasks and 12 separate owned-inspector heap diagnostics with whole-family resource bounds; distinguish SDK spans and asymmetric audit overhead. Generate numerical report sections from receipts and reject stale tables through documentation conformance checks.
Closes#6236. Current-head CI and Greptile pass; actionable review findings are addressed. Codex review was unavailable due repository usage limits.
* feat(native): inspect a universal Mach-O slice in Go and Rust metadata readers
inspect_go_binary and inspect_rust_binary refused universal Mach-O files and
offered no slice selection, so hosts without lipo could not inspect them.
Both now accept architecture (x86, x86_64, arm, arm64). One selector reads
REA's own FAT table, validates the slice range, alignment and header CPU,
and returns the thin image with its macho-selected-image-v1 identity. The
universal file stays the artifact; results add selected_slice and keep
every source range a file offset. Missing, absent, duplicate or misplaced
selections fail on architecture and list the slices present. Subject
format mach-o-universal now has one owner shared by the services and the
retained Go/Rust views.
Fixes#4102
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): reject damaged universal files and self-contradicting slice reports
A FAT table whose slice could not be read was treated as a non-universal
file, so callers were told to omit architecture. Its reason now fails on
path. Go and Rust reports with a selected slice must be Mach-O and name the
slice's CPU family, through one shared agreement check. The CLI
architecture flag is described in help.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
Move ELF, PE and Mach-O container parsing into a shared native owner. Go alone selects and validates Go build-info sections, so unrelated malformed Go metadata no longer blocks Rust dependency or IL2CPP inspection. Remove the superseded Go-specific container representation and migrate all consumers. Adapted from draft PR #5510 without asserting human PR readiness.
Validation: 51 compiled CLI/MCP acceptance tests across Rust, Go and IL2CPP; 186 shared-reader tests; full check:ci passed. Three public synthetic-file probes reproduce the baseline Rust refusal and validate the fixed SDK-advertised MCP output, artifact digests and unchanged bytes. The exact zero-address nonallocated ELF case now succeeds for Rust while Go still reports invalid_format. No target execution or real compiler-artifact qualification was performed; no performance improvement is claimed.
Closes#3398
* fix(errors): name fixed allowances in resource-constraint recovery
Fixed parser, count, report, input, and capture refusals inherited
host-memory, wait-and-retry, or retained-Evidence advice. Producers now
attach allowance-specific recovery, and deterministic capacity caps are
not retryable. IL2CPP reader occupancy stays retryable capacity.
Refs #5556, #5405, #5456, #5459, #5460, #5504, #5505, #5506, #5537, #5628, #5630, #5631, #5632
* fix(il2cpp): keep a closing metadata reader non-retryable
close() stops admission before the active inspection finishes. A second
inspect in that window was projected as retryable capacity. Closing and
closed readers now report capability_unavailable. Occupied readers that
remain open stay retryable.
* fix(errors): align fixed-cap recovery with retained facts
IL2CPP report refusals keep observed source facts instead of denying Evidence. Command-output caps use the capture allowance. Ghidra seed recovery names the limit that was exceeded.
* fix(errors): call byte caps a byte allowance
WASM representation limits and the IL2CPP Ghidra seed-file cap are byte budgets. Their recovery no longer says the exceeded allowance is a fixed count.
* test(ida): keep unresolved procedure lookups non-retryable
Main now treats an unchanged invalid request as non-retryable. The IDA lookup tests follow that projection.
* fix(errors): qualify capture recovery for live output
A fixed capture allowance still rejects the same output. Live captures such as adb logcat can change between requests, so recovery no longer says every unchanged request fails again.
* fix(adb): keep a truncated live capture retryable
Device output can shrink between calls, so an adb capture that exceeds the allowance stays retryable. Deterministic capture and version-output limits stay non-retryable.
* fix(adb): keep truncated mutations non-retryable
Only live observations opt into retrying a capture that exceeded the allowance. Push, install, uninstall, and other mutations stay non-retryable.
* fix(errors): keep live capture recovery off deterministic limits
Artifact-derived capture allowances again say the unchanged request fails. Only volatile adb observations use the live-output sentence.
---------
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Refs #4373, #4455, #4457, #4458.
Use canonical artifact ownership in Go, Rust, SQLite and PE readers and their failure consumers. Admit PE read budgets before allocation and ignore zero-extent sections in interval ownership. Close Rust resources through CLI and MCP lifecycles.
Admit documented compatible format revisions, preserve the original uint32 revision and disclose unverified fallback for unknown revisions. Keep malformed package and compressed-input rejection.
Co-authored-by: Dragolone <810170966qq@gmail.com>
* feat(native): read embedded cargo-auditable Rust dependency lists
* fix(native): trim PE section padding and compute dependency cycles iteratively
* fix(native): ignore SHT_NOBITS sections and validate dependency edges linearly
* fix(native): bound compiler path scanning and retained hashes
* fix(rust): pass package arrays as named parameterized test cases
* fix(rust): admit graph expansion and preserve resource units
* fix(rust): reject malformed packages, false cycles, and hidden compiler paths
Fail the first malformed cargo-auditable package before Zod collects an
issue per field. Require cyclic dependency indices to match the cycles in
package dependencies. Keep read-only ELF ranges when a section name does
not fit the bounded name window, so a rustc path in that range is still
reported.
* fix(ci): repair integrated checks and Hopper test baseline
* fix(go): verify Mach-O sections against segments
---------
Co-authored-by: Matt Van Horn <455140+mvanhorn@users.noreply.github.com>
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
morluto