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* refactor(macho): name load-command codes through the shared LC table * refactor(macho): name version-min and string commands through the shared tables * refactor(parsers): report XML, web artifact and Mach-O failures through ParseFailure (#10760) * refactor(parsers): report XML, web artifact and Mach-O failures through ParseFailure * refactor(xml): type XML parse failures as malformed or unsupported only * refactor(parsers): catch per-format document and source failure classes (#10794) * refactor(parsers): report apktool strings and XML plist source failures through ParseFailure * refactor(apktool): drop the unused ParseFailureError import * refactor(native): select ELF sections through the keyed owner * test(native): pin returned exports and versions for repeated version sections * refactor(nativeaot): read neither of repeated frozen object regions (#10790) * refactor(nativeaot): read neither of repeated frozen object regions through the keyed owner * refactor(parsers): retire every first-match section lookup (#10793) * fix(nativeaot): report an ambiguous frozen object region as partial (#10812) * refactor(native): select program headers and load commands through the keyed owner (#10827) * refactor(native): select the GOT base and dependency segments through the keyed owner (#10847) * refactor(native): select the GOT base and dependency segments through the keyed owner resolveGotBase selects the SHT_DYNAMIC section and the allocated .got.plt/.got sections with uniqueKeyed, so a repeat leaves the GOT base unknown instead of taking the first match; elfDependencies reads PT_LOAD segments through the same keyed program table as PT_DYNAMIC. A new keyed-first-match guard recognizes a find/findLast or filter-then-[0] whose predicate compares a key field, whatever the table is called; existing matches are baselined. The unwind fixture can declare PT_DYNAMIC headers and repeated .dynamic/.got.plt sections. * test(native): pin the PT_DYNAMIC path and destructured keyed lookups The keyed-first-match guard moves to scripts/verify/keyed-first-match.mjs with focused tests, and now recognizes a destructured key in any position and a destructured filter predicate. The single PT_DYNAMIC unwind test declares .dynamic as SHT_PROGBITS so only the program header supplies DT_PLTGOT, and asserts the resolved ranges. * fix(macho): refuse repeated chained-fixup and dyld-info tables (#10850) parseMachoLayout kept the last LC_DYLD_CHAINED_FIXUPS range and merged the rebase/bind streams of every LC_DYLD_INFO(_ONLY) command. A repeat now refuses the slice as malformed. NativeMachoInspection's chained import-name reader already declined repeated LC_DYLD_CHAINED_FIXUPS; that rule is now covered by a test. * refactor(parsers): retire the Mach-O, source-map, NDJSON and managed-graph failure classes (#10818) * refactor(parsers): retire the Mach-O, source-map, NDJSON and managed-graph failure classes * refactor(plist): report property-list and keyed-archive failures through ParseFailure (#10822) * refactor(plist): report property-list and keyed-archive failures through ParseFailure * refactor(kuna): report Kuna document failures through ParseFailure (#10824) * refactor(kuna): report Kuna document failures through ParseFailure * test(kuna): pin the limit and malformed facts of Kuna document failures * refactor(plist): report plist decode budgets through ParseFailure (#10842) * refactor(plist): report plist decode budgets through ParseFailure The plist preflight owner throws a ParseFailure limit (plist-decode-bytes) for its byte budget, the shared PlistNestingLimitError for nesting depth, and a malformed failure for a reference cycle, instead of a per-format PropertyListDecodeBudgetFailure whose meaning each caller re-mapped through a fail callback. The fail option, PropertyListDecodeBudgetFailure and interfaceBuilderDecodeBudgetFailure are removed; the parser-format-failure-class baseline reaches zero. * refactor(plist): report keyed-archive allowances as typed limit failures (#10844) keyedArchive.ts and decodeKeyedArchiveBytes throw decodeLimit parse failures (keyed-archive-bytes, -object-table-entries, -values-per-object, -reference-edges) and malformed parse failures instead of plain RangeError/TypeError. KeyedArchiveReader no longer classifies every RangeError as a limit: only a limit parse failure or a host stack/capacity limit is one. The unreachable 128-level scan nesting check is removed; projectPlistValue already refuses the archive first. * test(plist): expect the nesting limit as its ParseFailure carrier * fix(verify): count a filter index only on the filter's own result * refactor(macho): select slices through one owner with typed refusals * refactor(keyed): select FIT properties and certificate extensions through uniqueKeyed * refactor(keyed): key each FIT node once, pin repeated FIT properties and subjectKeyIdentifiers, and type the unknown Mach-O header as unsupported * refactor(plist): report plist and NIBArchive input faults through ParseFailure and defects through invariantViolation (#10895) * refactor(plist): report plist and NIBArchive input faults through ParseFailure and defects through invariantViolation * fix(plist): report a cut-short NIB header or plist length record as truncated * fix(native): project the selected Mach-O's parse failures through the shared owner nativeMachoSourcePrimary mapped every non-limit ParseFailureError to AnalysisOutputError, so a malformed or truncated selected Mach-O was reported as unreadable tool output and an unsupported one lost its category. It now uses parseFailureAnalysisError like the ELF, Go and other byte-format providers: malformed and truncated bytes are an invalid path, unsupported bytes an unsupported target, and a limit still falls through to its producer's budget.