Inspect the typed primary startup failure retained by aggregate cleanup errors. Materialize isolated targets before real lease acquisition so launcher scenarios reach the behavior under test. Repairs the Linux shard and Windows curated test failures without weakening cleanup retention coverage.
Reuse managed snapshot admission and hashing in sequential path comparisons, retaining caller paths and completed inspection Evidence on later failure. Preserve exact failed-close owners alongside typed read and cancellation failures, and retry them through caller-owned resource scopes. Require canonical Hopper lease identities, remove signed offset coercion, and repair stale setup cleanup expectations that failed CI.
Distinguish an unresolved goal from an exhausted call graph and preserve provider failures through cancellation. Retain completed IDA replies and post-operation identity observations as partial Evidence without claiming a verified final binding. Remove source-wide bundler cache-name heuristics and stale expectations.
Keep failed JSON read handles in the existing server resource scope and fail admission until cleanup succeeds. Thread cancellation through every process CLI input read and replace timer-driven cancellation checks with a shared first-read gate.
Classify authenticated standalone Evidence as wrong-kind input while preserving tampered-record integrity failures and actionable messages across ledger, CLI, and MCP consumers. Record unrelated CS_RESTRICT process neighbors as unverified without weakening related-process ownership checks. Update stale ADB fixtures for the actual shell protocol.
Validated focused CLI, MCP, filesystem, ownership, and error projection tests; static, docs, and duplication gates pass. The host-level CS_RESTRICT load reproduction was not run. Refs #2050, #2035, #2064.
Share loader selection across static findings and module relationships: CTS static imports and re-exports use CommonJS lookup while dynamic imports retain ESM lookup. Retain runtime import-equals dependencies, bindings, and exported names; do not resolve require file-URL strings as local artifacts. Restore import-map descriptions in CLI help.
Validated resolver and semantic tests, application reconstruction boundaries, and CLI help. Installed TypeScript NodeNext emission and Node require behavior were checked independently. Refs #2056, #2057, #2058, #2053.
Label new captured response bytes as Playwright body API results and retain the possibility of a credentialed follow-up load. Preserve legacy representations and source limitations through export without treating body-origin uncertainty as missing event coverage.
Validated source and filesystem boundary tests plus real Chrome CLI and MCP network workflows covering binary, compressed, empty, unfinished, and same-URL responses and profile cleanup.
Authenticate residual unknown IDs against their immutable identity fields. Permit valid empty ZIP extraction manifests and join firmware child provenance to parent-owned chunk and multi-file reports without inventing missing source ranges.
Validated with focused identity, archive, cleanup, and firmware normalization tests. Firmware joins were checked against the pinned Unblob producer; no real Unblob extraction was run.
* fix(ghidra): recover stale clients on same-target reopen
* test(ghidra): allow supervised shutdown in health regression
* fix(ghidra): read process exit without diagnostic snapshots
Health and startup exit checks called the supervisor snapshot, which
concatenates retained launcher output only to read the exit code.
* test(adb): align fixtures with literal output and directory commands
---------
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
* fix(scripts): defer dist/ imports in verifier helpers so test:fast runs without build
Two helpers under scripts/lib/ reached into ../../dist/ at module load even
though the top-level import was only needed by one of their exports. That
turned mocked, dist-free tests into failing tests under `npm run test:fast`,
which docs/testing.md § test scripts explicitly promises runs "without build":
- tests/conformance/providers/hopper/realHopperSemantic.test.ts only calls
requireCurrentDocument and resolveFixtureProcedure (both mock-only), but
scripts/lib/real-hopper-semantic.mjs eagerly imported
requireFunctionDossierOracle from dist/application/RealHopperAssertions.js.
Moved the dist-dependent dossier oracle into a lazy loader called from
verifyRealHopperFixture, which is where it is actually used (against the
real Hopper bridge, after build:cached).
- tests/evaluation/package/packagePlatformDiagnostics.test.ts only uses
assertLinuxPackageProviderFailure, which depends on `json`, but
scripts/lib/verify-package-core.mjs eagerly re-exported helpers from
mcp-verifier-results.mjs, which in turn pulls four dist/ modules. Moved
that import into verifyCompleteToolCatalog (the only consumer in this
file). Downstream scripts (verify-recorded-crash.mjs, verify-package-mcp.mjs,
verify-windows-package.mjs) are unaffected because they already run after
build:cached.
Reproduction before fix:
rm -rf dist && npm run test:fast → 2 failed (both import-time errors)
Reproduction after fix:
rm -rf dist && npm run test:fast → 388 passed, 4924 tests, 0 failed
npm run build:cached && npm run test:fast → 388 passed, 4924 tests, 0 failed
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(install): orient Node.js version mismatch failures with actionable remediation
install.sh previously told operators "use Node.js 22.x (>=22.19), 24.x (>=24.11),
or 26+" without saying how to install one. The curl|bash onboarding path then
left the operator to guess between nvm, fnm, n, Volta, system packages, or
nodejs.org — a lookup that bounces across search engines for a first-time user.
Replace the one-line failure with a block that:
- Names the detected Node.js version (so the operator confirms it is theirs).
- Shows the three most common install paths (nvm, fnm, direct tarball).
- Pins the Node.js release line (24) that satisfies the engine, so copy-paste
commands produce a supported runtime instead of whichever "latest" is on top.
- Maps uname -m / uname -s to the Node.js tarball label pair for this host
(e.g. darwin/arm64, linux/x64), so the operator can grab the right archive
from https://nodejs.org/dist/latest-v24.x/ without a second lookup.
Verified with four Node.js versions (24.18 compatible, 25.9/20.11 outside the
supported ranges, 22.18 below the minor floor) that remediation triggers only
on real mismatches and names the host labels correctly. shellcheck install.sh
and npm run check:fast remain clean.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
Use Android 8-compatible batched find/stat with NUL-framed names and raw symlink targets. Preserve malformed or invalid UTF-8 records as partial evidence with exact source bytes. List hidden direct children without synthetic navigation entries.
Share process byte capture with UTF-8 callers and screenshots, removing duplicate timeout and cancellation supervision. Verified 35 focused process, ADB, CLI and MCP tests; compatibility checked against AOSP Oreo sources. Live Android device/emulator verification was not run.
Validate managed reconstruction through the shared artifact and MVID scope boundary, including known/unknown identity contradictions. Forward MCP comparison cancellation into both bundle reads and consolidate pre-cancel coverage.
Verified managed graph/reconstruction and filesystem/MCP cancellation workflows. A controlled missing-signal mutation reads 130 chunks instead of the expected one; cancellation leaves the session unchanged and retry succeeds.
Keep omitted discovery attachment state as null through Node, browser, Electron, and reconciliation evidence. Report the uncertainty while retaining Node observation unless discovery explicitly marks the target attached. Reject worker TargetInfo records missing the required boolean with partial coverage.
Validate omitted and explicit states through provider, CLI, and MCP boundaries and real Node 24 Inspector workflows. Consolidate Electron regression coverage into the existing list-and-inspect workflow.
BREAKING CHANGE: attached fields in JavaScript runtime, browser, and Electron target discovery and inspection results may be null when discovery does not report attachment state.
Derive extraction limits and web module fields from the shared contracts. Reject empty or NUL-containing local paths before CLI path resolution, preserve firmware relative-path handling, and apply the advertised extraction defaults.
Validate advertised JSON Schemas with Ajv and check the registered parser defaults; prune redundant schema-shape and description assertions.
Reconcile Mach-O UUID observations without hiding malformed or conflicting sources. Require source-map identity digests to be supported by consistent observations. Keep truncated Android manifests as partial raw evidence, validate WABT section framing, and reject missing JEB inventories or error-marked success replies.
Consolidate native UUID parsing and simplify capacity and malformed-input fixtures. Focused source and public workflow checks pass, including native arm64e inspection and real WABT framing probes; a successful real JEB GUI project opening remains unverified.
Stop cached metadata replay before a provider write starts, including while its reply is pending or fails after applying the mutation. Keep snapshot import and export disabled until the target is reopened.
Validate failed replies, conflicting provider identity, and overlapping reads through the shared session boundary.
Separate stable registration ownership from setup editability. Keep group-owned rows removable, retain expression-backed structures without edits, and reject malformed literal patches before setup writes. Preserve foreign rows and backups during uninstall.
Correct stale alias fixtures to use valid Harness patch rows and remove redundant alias coverage. Validation: 78 configuration boundary tests, 6 public setup/uninstall CLI tests, full static checks, and docs checks passed. Harness behavior was verified from pinned source; no real Harness runtime verification is claimed.
Incorporate the independent query-bearing ESM and cjs-only directory cases from #2031 and #2032 into existing Node-backed CLI/MCP tests. Their production patches are already superseded on main.
Make invalid Swift-symbol validation prove it precedes artifact access, and bound the test child so failures retain output before the outer test deadline. Clarify that network API content types project only the type/subtype essence.
Validation: module lookup CLI/MCP and native demangle CLI tests pass. A bounded Flameox reproduction passed in under one second; the CI timeout was not reproduced and no provider hang fix is claimed.
Co-authored-by: hhang <169027046+xu91102@users.noreply.github.com>
Distinguish absent CLI directories from unreadable directory counts and truncated slots while preserving known PE headers and readable CLI data.
Retain environment-entry coverage in the Darwin parser and classify restricted empty, unavailable and ambiguous environments at the native boundary. Keep cleanup fail-closed; code-signing flags do not establish ownership.
Validation: 116 managed source tests, 13 ownership tests, native Swift parser probe and two live Darwin run-token tests; build, static checks and docs checks pass. Restricted-flag cases use parser fixtures; no real restricted capture is claimed. Related to #2035.
* feat(go): inspect embedded binary build metadata
* fix(go): preserve byte metadata and validate container mappings
* fix(go): support moduleless legacy build metadata
Recognize optional module string headers in declared zero-filled memory while rejecting ambiguous and unmapped pointers. Preserve the original module-pointer field as the zero-byte source anchor.
Classify initial symlink-loop and overlong-path failures as invalid input, with CLI and MCP regressions.
* fix(go): reject undersized PE optional headers
* fix(native): stabilize ELF memory checks and clean up exec wrappers
Use existing parent/group/run-token ownership for caller-selected Python launchers, which can exec through a shell or prlimit. Add cancellation regressions for the valid wrapper and wrong-parent/token cases.
Replace the timing-dependent 30,000-section memory workload with a valid 32 MiB padded ELF under a 64 MiB address-space limit. Check the same image successfully through CLI and MCP before requiring a typed memory failure, preserving the production timeout and all error assertions.
Validation: npm run check and check:fast passed; 61 focused tests passed including Go CLI/MCP and session snapshots. Real decoder probes with pinned packages passed on Python 3.12.3 and 3.12.14. The full local ELF verifier is blocked by this container's procps/process-ownership boundary; the exact pushed head requires GitHub's real-binary-layout lane.
* test: repair Electron fixtures and stabilize catalog startup checks
Declare Electron imports in option, preload override, and path-resolution fixtures after upstream began requiring proven API provenance. Retain all option and preload assertions and adjust exact source ranges for the added import line.
Use the existing bounded acceptance timeout for the cold catalog lifecycle test instead of a separate 15-second ceiling. This retains the coverage allowance and all catalog, error, and cleanup assertions without retries.
Validation: npm run check, final check:fast, formatting and diff checks passed. Source path regression and Go boundary/MCP/service checks passed. All 20 Go CLI cases and both supported-host runtime cases passed on rerun; two macOS-only cases skipped on Linux. A prior contended local run timed out once in a Go CLI diagnostic; that case passed on rerun. Electron process-boundary verification is blocked locally by procps namespace inspection and requires fresh CI.
* test(mcp): isolate nested schema references between tool contracts
Clear Ajv's non-meta schema registry after each root, including compilation failures. Disabling root registration alone leaves nested IDs available to later tools and can let a dangling reference pass the catalog gate.
Add regressions for leakage after successful and failed compilation while retaining shared meta-schema validators. The regression failed before the fix; all 11 schema cases and full npm run check pass. Reviewed independently.
* test(ci): align Go effects and source-map verification contracts
Audit the Go inspector wording as static metadata inspection. Assert retained source declaration indexes in BOM reconstruction and the compiler-derived nested-map oracle. Keep a 45,000-map admission control below the 32 MiB output budget and the 50,000-map overflow case above it with the expanded representation.
Validation: reproduced all four failing assertions, then passed 120 focused tests and the final admission suite. npm run check and real Chrome 154 / esbuild 0.25.10 source-map verification passed, including all four nested-map scenarios and verified process lineage.
---------
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
Replace stale closed-property expectations with assertions for the evidence under test. Verify compiler coordinates and declaration indices separately in the real-browser workflow.
Consolidate duplicate 50000-map admission cases and derive admission from exact serialized bytes rather than IP-address-specific output shapes. Retain capacity, omission, and aggregate-byte coverage. A bounded Flameox CPU profile completed in about 1.4 seconds and showed no producer bottleneck; targeted admission and real Chrome CLI/MCP verification pass.
Require a package directory for bare ESM imports. Continue CommonJS root and subpath lookup through ancestor packages after ordinary misses, while keeping exports authority, unavailable metadata, and failed nonempty main entrypoints terminal.
Carry failed-main ownership in the internal resolution result and retain the nearest local miss after exhausting ancestors. Consolidate package selection at its owning boundary and qualify loader differences with real Node 24, CLI, and MCP regressions.
Accept absent map-level sourcesContent and preserve null source-name slots alongside known originals and aligned content. Represent unnamed local declarations explicitly, retain leaf-local and flattened indices, and preserve declared indexed-section order across consumers.
Account for added indices before browser output allocation. Accept legacy retained rows without indices. Consolidate public CLI/MCP source-map fixtures and update the stale named-source-only assertion.
BREAKING CHANGE: Browser source-map original and mapping rows expose null for unavailable source names instead of inventing an unknown-source string. New index fields are optional when reading older retained evidence.
Refs #2023, #2024
Keep relative ESM imports exact, restrict Node legacy probes to .js/.json/.node, and treat empty package main as absent. Stop Node package-main lookup before nested package reinterpretation, while retaining generic artifact inference.
Replace stale recursive and .cjs probe expectations. Verify CLI and MCP graph results against real Node 24 runtime controls, including exact suffixes, index fallback, and nested package main refusal.
Refs #2020, #2021, #2022
* feat(setup): register DeepSeek Harness through setup, doctor and uninstall
DeepSeek Harness registers MCP clients through a Cordis YAML patch
sequence in the home patch rather than a server table, so setup could
not configure it and users had to append the documented entry by hand.
Add a dsh client: the home patch $DSH_HOME/cordis.patch.yml
(~/.dsh/cordis.patch.yml when unset) is parsed as a patch list, the REA
entry owns the stable rea-mcp id, and setup appends or replaces exactly
that entry while preserving unrelated patches and comments in place.
Doctor reports the registration through the same entry, and uninstall
removes it, dropping insert operations it emptied. Skill destinations
follow ~/.agents/skills ($DSH_AGENTS_HOME/skills when configured), the
home the rest of the client machinery already uses.
Fixes#1839
* fix(setup): carry environment and identity validation into DSH registrations
Address review: the DSH entry discarded discovered provider overrides;
config.env is now emitted and retained like the other dialects. An entry
carrying the rea-mcp id under a wrong or missing package name, or
duplicated entries, reads back as absent so setup rewrites exactly one
canonical entry instead of reporting unchanged. Doctor now requires
serverName rea and stdio transport before calling a DSH registration
aligned, and the Harness skill identifier in the docs matches the
installed reverse-engineer-anything skill.
* fix(setup): apply Cordis patch order and collapse DSH registrations
Address review: a later direct { id, config } operation replaces the
row's config under the native patch DSL, so the registration view now
applies patches in order instead of only reading insert operations;
doctor reports the effective command rather than the inserted one.
Setup rewrites exactly one canonical entry: duplicate id-matching rows
collapse to the first, direct patches to the entry are dropped from the
document and from the edited YAML, and uninstall removes them with the
entry. The client-location test fixture now clears DSH_HOME and
DSH_AGENTS_HOME so a developer environment cannot point the suite at
real Harness homes.
* fix(setup): repair direct-only registrations and preserve Cordis entry state
Serialize now edits the first insertion carrying rea-mcp in place, so a
grouped entry keeps its scope, neighbors, and comments instead of moving
to a fresh root-level insertion, and later carrying insertions and direct
patches collapse away. Entry-level disabled state projects into the
registration the doctor and setup compare, so a disabled row reads as
stale and the repair re-enables it. A direct-only registration no longer
suppresses the canonical insert append, and an update retains the
registration environment. Duplicate entries collapse across operations,
not only within one.
* fix(setup): preserve Harness row state through identity and refresh repairs
A wrong-package row still reads back as a server record carrying its
environment and caller fields, projected with a package marker the
alignment path treats as stale, instead of vanishing and dropping
config.env from the repair. A direct Cordis patch without a preceding
insertion configures nothing, so a direct-only registration reads as
absent even when its config matches and the repair appends the insert.
Caller-owned config fields beyond the REA-owned keys, such as the cwd
the native verifier sets, survive a refresh instead of being silently
dropped.
* fix(setup): preserve Cordis tags and collapse aligned Harness rows
A refresh rebuilt Harness config from parsed values, so a caller !!js
expression was written back as a literal. Owned keys are now overlaid on
the winning config node and other nodes stay in place. Two already-aligned
rea-mcp insertions read as stale, so setup collapses them to one row, and
the bundled skill lists dsh with the other clients.
* fix(setup): drop the unused DSH configuration type
Knip reports DshConfigurationFormat as an unused export. The format union
does not depend on that alias.
* fix(setup): keep Harness env tags and comment-only patches
A refresh replaced the whole env map, so a caller !!js value was written
back as a literal. Environment entries now stay in place unless the value
changed. A comment-only cordis.patch.yml parses as an empty patch list and
keeps those comments when the registration is appended. Docs describe
plain rea uninstall, which scans supported clients and has no --client flag.
* fix(setup): own Harness rows by entry id and expression state
Uninstall removes a rea-mcp row even when the launcher is stale or the
patch never established a server record. A non-boolean disabled value,
including a Cordis expression, reads as stale. Expression text on a known
environment setting is not validated as a literal path, so a refresh can
keep the tag.
* fix(setup): collapse aliased Harness insertions
An anchored insert followed by an alias parses as two rea-mcp rows, but
the YAML edit kept the alias, so readback stayed duplicated and setup
restored the file. Aliases that resolve to the owned entry are now
dropped, including an alias of the entry inside one insert. Aliases of
other patches stay.
* fix(setup): resolve aliased Harness lists and config maps
An insert value that aliases another entry list still loaded a second
rea-mcp row after the operation-level alias collapse. That alias is now
dropped once the anchored list is rewritten. A config: *cfg map is
resolved and cloned before the refresh, so a caller !!js field on the
aliased map is not rewritten as a plain literal.
* fix(setup): follow Harness aliases for ids, lists, and env tags
An insert alias whose anchor is not another insert is copied so
unrelated rows stay while the owned row is rewritten. An aliased
entry id is resolved before ownership checks, and an environment alias
of an unchanged !!js scalar is left in place.
* fix(setup): keep aliased Harness env maps through uninstall
An env alias is cloned before a refresh so tagged values are not rebuilt
as literals, and expression-key scans follow aliases before path checks.
Insert aliases that carry REA are recorded before uninstall empties their
anchor, so the later alias is dropped instead of dangling.
* fix(setup): follow root Harness aliases and mark dsh as main-only
Winning-config walks resolve a root alias before patch order, so a replayed direct config's !!js env is not validated as a literal path. Root aliases that own rea-mcp are recorded before uninstall empties their anchor. An insert whose only owned member is an external alias is cloned so Cordis tags survive. Docs state dsh is not in npm 6.4.0.
* fix(setup): keep rows behind inert Harness aliases
A root alias whose anchor is not a loaded operation is copied and only the owned row is edited, so unrelated rows stay active. Entry id aliases become a scalar before their anchor patch is dropped. Root-alias ownership follows insert-list aliases, so a replay is removed instead of dangling after uninstall.
* refactor(setup): centralize Cordis source ownership
* fix(javascript): share Electron mutation proof with wrapped calls
* test(mcp): align graph and catalog checks with current contracts
* fix(setup): separate Cordis ownership from editability
* docs: clarify ownership and interpretation boundaries
* fix(setup): preserve Cordis applicability and caller metadata
---------
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
* feat(mcp): derive an API surface view from retained web network captures
* fix(mcp): fail closed on sensitive parents and budget api-surface path expansion
* fix(mcp): keep recorded api-surface paths and budget only templated segments
* fix(mcp): read api-surface paths only from canonical URLs and charge new values once
* fix(mcp): reject authority-less api-surface URLs and key groups by rule positions
* fix(mcp): label api-surface confidence from all groups and cap transient path memory
* fix(mcp): budget api-surface dedup sets and narrow detail outputs
Charge retained deduplication sets before allocation, advertise only
each analysis operation's summary from its detail output, and document
that any templated group makes every API-surface page inferred.
* fix(mcp): bound api-surface path text and record limitations
Charge retained literal path copies before allocation, publish only
valid media-type essences, and deduplicate examined record limitations
onto the view.
* fix(mcp): keep api-surface refusals and path splits inside the reply budget
Sensitive-parent refusals now use the token sensitive_values_unretained so declared literals are not echoed. A later path split is charged against bytes already retained, and the published example includes the HAR record limitation with its matching digest.
* fix(mcp): budget api-surface method text before group keys
Charge method and origin text against the reply budget before the group key is serialized. Document that samples merge only when method, origin, and exact segment rules match.
* fix(mcp): bound api-surface copies and control-character authorities
Reject authorities containing a tab or newline so WHATWG cannot move userinfo into the recorded path. Charge four path copies, two method and origin copies, and each distinct content type against bytes already retained.
* fix(mcp): preflight combined api-surface group charges
Total path, method, origin, and segment charges before retaining a new group. Track content types in a set so distinct MIME essences are not compared quadratically.
* fix(mcp): charge api-surface content-type sets on first use
Create the per-group content-type set when the first essence is retained, and charge it before allocation. Groups with no content type no longer keep an empty set.
* refactor(analysis): centralize API-surface ownership and admission
Own grouping, deduplication, and combined retained/temporary resource admission in one accumulator. Charge fixed group storage before allocation and materialize only the requested page.
Share recorded URL parsing between capture redaction and projection, preserving source paths and excluding ambiguous credential fields. Cover resource admission invariants and the compiled HAR-to-view workflow.
* fix(analysis): admit capture schema clone before parsing
* fix(javascript): share Electron mutation proof with wrapped calls
* test(mcp): align graph and catalog checks with current contracts
* fix(analysis): admit and validate portable capture views
---------
Co-authored-by: Matt Van Horn <455140+mvanhorn@users.noreply.github.com>
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: morluto <76467478+morluto@users.noreply.github.com>
Profile resolution gives Ghidra and Hopper a concrete version, but the
selected candidate's capabilities and the session route kept the
provider's static identity with a null version. binary_session therefore
grouped capability sets under a different identity than the binding and
the selected candidate.
The registry now rebinds the selected provider's capabilities to the
resolved identity once, on the binding, and the route uses them. Evidence
provenance already compensated downstream by substituting the profile
identity; that repair is removed because the route now carries the
resolved identity.
Fixes#2009
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
Include enclosing control-flow predicates when deciding whether symbolic
wrapper facts can be reported without guards. Preserve the guarded paths
and unresolved coverage instead of inventing unconditional exposures or
channel pairing candidates.
Keep fully observed renderer transmissions singular when tracing an exposed
callback. Distinct wrapper registrations still retain invocation identities.
This fixes the Electron package baseline's doubled transmission count.
Validation: check; 43 exact source and public CLI/MCP tests; existing artifact,
extraction, Electron analysis and routed-analysis verifier against the built
CLI. Installed-package platform coverage remains with CI.
Keep direct empty bridge objects observed, reject unexecuted initializers,
invalidate modified bootstrap tables and Electron identities, and retain
selection predicates through symbolic values and wrapper paths. Track lexical
binding identity and completed activation boundaries without leaking analysis
order into earlier reads.
Separate wrapper invocation provenance from the underlying IPC source range
so repeated registrations remain ambiguous through transfer and graph joins.
Use the same offered transfer budget for module preflight and final writing.
Index static literal properties once instead of rescanning every member. Keep
the original 10,001-member capacity fixture; Flameox confirmed the repeated
lookup cost and the optimized fixture completes in under one second locally.
Prune the stale compact-schema tool inventory assertion and update the public
call-graph registration expectation to its declared result envelope.
Validation: build, check, docs:check, 83 focused tests, 10 Electron identity
acceptance cases, 2 full-scale finding-capacity cases, and 7 compact-schema
transport tests. No real Electron runtime execution is claimed.
Return deduplicated execution caveats once and preserve provider-owned relationship diagnostics and completeness on graph nodes. Keep complete relationship reads exhaustive despite contextual caveats, including portable call-path reconstruction.
Preserve omitted diagnostic fields in historical Evidence and bind reported diagnostics into semantic identity. Revise graph workflow and Ghidra adapter profiles so old cached representations cannot replay under the new contracts.
Remove stale duplicate-lookup test claims and redundant fixture validation. Prune million-entry duplicate cases while retaining argument-stack and deep-chain regressions; bounded Flameox captures identified validation and canonical hashing costs.
Validation: static and architecture checks, generated docs, 364 focused tests before pruning, 21 call-path tests after pruning, public MCP schema validation and targeted profile tests. Real engine behavior was not locally exercised.
BREAKING CHANGE: get_call_graph normalized_result now contains { graph, limitations }; traversal-depth groups are under graph.
Keep FAT container format distinct from selected slice architecture through target admission, Evidence, snapshots, and CLI/MCP lifecycle results. Preserve native, Hopper, Ghidra, extraction, and dylib routing for the Mach-O family.
Reject selected FAT ranges overlapping their table or too short for a Mach-O header. Replace empty-slice fixtures with in-bounds executable headers and cover thin, universal, single-slice, FAT64, and swapped containers.
Validation: static and architecture checks, generated docs, targeted producer and public MCP tests. Provider routing uses controlled fixtures; no live Hopper, IDA, JADX, or Ghidra analysis was performed for this change.
Bundle ordinary CLI and output entries to reduce Windows module filesystem resolution while preserving source URLs, lazy loading and worker resources. Keep release identity in its shared owning module.
Co-authored-by: Kaoru0822 <208281322+kaoru0822-kitauji@users.noreply.github.com>
Assert that search_android_classes preserves duplicate class-name rows and reports duplicate_names when querying with an empty string on an APK reporting duplicated class inventories.
Parse otool field occurrences once and reject valueless required fields while retaining empty dylib options. Preserve compiler exit outcomes and stderr through capture errors and nested Ghidra causes, with explicit UTF-8 truncation after redaction.
Strengthen provider failure assertions and document the manual Ghidra 12.1.4 macOS x64 decompiler build using upstream instructions.
Validation: focused producer tests, nine fake-compiler preparation and cancellation tests, temporary-directory hygiene, static and documentation checks. No real Swift or Ghidra compilation was run locally.
* fix(native): reject required otool fields truncated before their value
#1967 let requireUniqueField count a label at end of line so an empty
dylib-use options row is present. That applied to every required field,
so truncated output such as a bare vmaddr, vmsize, uuid or entryoff line
passed the presence check while parseField dropped it, and the value
silently became null.
Let parseField decide which labeled line carries a value: the single
matching line must parse as that field. The empty options row remains
the only valueless field parseField admits.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): admit the empty segname of Mach-O object files
MH_OBJECT files put their sections in one segment whose name is empty,
and otool -l prints it as a bare segname label. Requiring a value for
every scalar field rejected valid object-file output as unreadable.
Let parseField admit an empty segname like the empty dylib-use options
row, and keep projecting an empty or absent segment name as "unknown",
as main did.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native): admit all-NUL Mach-O section names
An all-NUL section_64.sectname prints as a bare sectname label, like an
empty segname. Admit it in parseField and keep projecting the empty name
as "unknown", as main did.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
Forward observed relationship coverage into function Evidence and use its typed completeness when searching call paths. Preserve contextual limitations, legacy fallback, provenance, and unknown outcomes.
Avoid argument-spread exhaustion on large valid limitation lists. Cover the public MCP producer/consumer chain, metadata tampering, terminal and unreachable coverage, and large-list capacity.
Related to #1964; separate get_call_graph and trace_call_path work is not included. AI-assisted with Hermes (Nous Research).
* fix(contracts): reject OS-invalid local paths in binary and artifact tools
Enforce localPathStringSchema across inspect_pe_resources,
inspect_binary_layout, inspect_recorded_crash, inspect_wasm_artifact,
and inspect_evm_interface input schemas to reject embedded NUL bytes at
the contract boundary instead of failing later during filesystem
operations.
Add corresponding acceptance test cases to the advertised MCP contracts
matrix in localToolContracts.test.ts.
Signed-off-by: Vinícius DS Andrade <95101505+viniciusdsandrade@users.noreply.github.com>
* style(contracts): wrap pe resources path description under print width
Wrap the inspectPeResourcesInputSchema path property description to keep lines within the 80-column oxfmt limit.
Signed-off-by: Vinícius DS Andrade <95101505+viniciusdsandrade@users.noreply.github.com>
---------
Signed-off-by: Vinícius DS Andrade <95101505+viniciusdsandrade@users.noreply.github.com>
* test(ghidra): require pending multi-HI16 coverage in the real MIPS relocatable lane
Post-merge review on #1950: the relocation oracle exposes coverage.multiple_hi16, but the real-Ghidra lane never required it, and Clang's C output never produces a LO16 that resolves several pending HI16s. Ghidra's loader could therefore mishandle that stream while the lane still passed, although most GCC-built kernel modules checked contain it.
The relocatable fixture adds an assembly block with two lui %hi(rea_mips_rel_carry); LLVM's relocation sort then leaves one HI16 pending until a later LO16 that resolves it together with another HI16, including the carry. The lane now requires multiple_hi16: false on the previous fixture, true for all three variants (LE, BE, soft-float module) on real Ghidra 12.1.4.
* test(ghidra): make the MIPS multi-HI16 fixture independent of relocation sorting
Review on #1974: the block used two %lo of rea_mips_rel_carry, a symbol with other %lo uses, so the relocation stream depended on the assembler's HI16/LO16 sort. Clang 21 happened to leave a HI16 pending; Clang 17 (per review) and GNU as 2.45 (checked here: HI@4 LO@8 HI@0 LO@10) pair each HI16 with its own LO16, so multiple_hi16 stays false and the lane fails.
Use a dedicated symbol with two %hi and exactly one %lo. Any assembler that orders each HI16 before a matching LO16 must then emit both HI16s ahead of that single LO16: Clang 21 gives HI@0 HI@4 LO@8, GNU as 2.45 gives HI@4 HI@0 LO@8. The real-Ghidra lane passes for LE, BE and the soft-float module variant with multiple_hi16 true.
* fix(wasm): frame custom section names at their displayed NUL
wasm-objdump prints a custom section name with printf's %.*s, so an
embedded NUL ends the displayed name, as it does for module names.
The section row was compared with the complete name decoded from WAT,
so a valid module whose custom section name contains U+0000 failed
inspection with "WABT custom-section header does not match decoded
WAT". Compare the row with the displayed prefix instead.
* test(wasm): cover NUL-terminated custom section names
Frame the real objdump golden with a decoded custom section name that
continues after a NUL, and keep rejecting a displayed prefix that
differs from the decoded name.
* test(wasm): verify a NUL-containing custom section name with real WABT
Add a custom section named "visible\0hidden" to the real-tool custom
name fixture. WABT 1.0.42 decodes it as an escaped WAT name and
displays "visible" in wasm-objdump, so the verifier expects that
description through the compiled CLI and MCP.
* refactor(wasm): share WABT's NUL-terminated name display
Module-name preamble lines and custom-section rows each truncated the
decoded name at its first NUL. Keep that display rule in one helper so
both framings follow the same producer behavior. Output is unchanged.
* fix(native): apply printed lipo capability bits to CPU subtypes
lipo -detailed_info prints a slice's capability byte separately from its
symbolic subtype: CPU_SUBTYPE_LIB64 for x86_64 and ppc64, and other bits
as hex. Only the arm64e pointer-auth form was applied, so a LIB64 x86_64
slice normalized to subtype 3 while its FAT entry carries 0x80000003,
and slice validation rejected the universal binary as an integrity
mismatch. Fold the printed capability byte into the subtype code.
* fix(native): leave lipo CPU subtypes unknown without capability bits
The lipo shipped with macOS 26 prints an empty capabilities line for
x86_64 slices whose FAT capability byte is 0x80 as well as 0x00, so a
symbolic subtype alone does not identify the slice's CPU subtype. The
parser assumed no capability bits and still reported subtype 3 for
LIB64 slices, which made universal applications such as Sublime Text
fail slice validation. Report the subtype code as unknown when lipo
prints no capability byte, as arm64e already does; slice validation
then relies on the remaining physical facts.
* test(native): cover printed and blank lipo capability bits
Fold CPU_SUBTYPE_LIB64 and hex capability bytes into x86_64 subtype
codes, and keep the code unknown for the blank capabilities line that
macOS 26 lipo prints.
* test(native): match a LIB64 x86_64 slice with blank lipo capabilities
Read a universal image whose x86_64 FAT entry carries 0x80000003 while
lipo reports CPU_SUBTYPE_X86_ALL with a blank capabilities line, as
macOS 26 lipo does, and expect both slices instead of an integrity
failure.
* fix(native): compare named lipo subtype bits without capability bytes
A blank capabilities line leaves the subtype code unknown, and slice
matching then skipped the subtype entirely. A FAT entry whose named
subtype differs, such as CPU_SUBTYPE_ARM64_V8 recorded by lipo as
CPU_SUBTYPE_ARM64_ALL, was accepted. Keep comparing the complete
subtype when lipo printed its capability byte, and otherwise compare
the subtype bits its record names.
* test(native): share LIB64 slice reader setup
Read the LIB64 universal fixture through one helper that takes the
x86_64 subtype lipo reports, so further cases reuse the same image and
lipo record. The existing expectation is unchanged.
* test(native): reject a blank-capability lipo subtype naming other bits
With the capabilities line blank, a lipo record naming
CPU_SUBTYPE_X86_64_H for the x86_64 LIB64 slice still disagrees with
the FAT entry's subtype bits and fails slice validation.
ReadyToRun images compiled for Linux, macOS or the BSDs store the COFF machine XORed with IMAGE_FILE_MACHINE_NATIVE_OS_OVERRIDE (dotnet/runtime src/coreclr/inc/pedecoder.h). Every framework assembly in a Linux .NET install has machine 0xFD1D, so target admission and the managed PE reader rejected them as an unsupported architecture.
Decode the PE machine once in src/domain/peMachine.ts, replacing the two duplicated switches, and accept an OS override only on images with a CLI directory.
64579525
morluto
xin zhuang
lyly
astralyx0129
hhang
You Wish
BaaRai
Matt Van Horn
Kaoru0822
pablo
David
Ysopwnable
Vinícius Andrade
Dmitry Khanukov
Aurelio Bernal
Jeremy Levartovsky