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The issue stems from the gnu3 demangler changing in https://github.com/Vector35/binaryninja-api/commit/260ca61d94134b6743807e29f64b5ce4f6918d73
Fixes https://github.com/Vector35/binaryninja-api/issues/8080
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view
This can cause functions to be reanalyzed unnecessarily when the view is
loaded from a bndb. Fixes
https://github.com/Vector35/binaryninja-api/issues/8051.
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Fixes https://github.com/Vector35/binaryninja-api/issues/8046
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The processed Objective-C metadata is not saved to the .bdnb. It must be
recomputed when the view is loaded.
Fixes https://github.com/Vector35/binaryninja-api/issues/8030.
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applied
Snapshot data is applied when loading from a database, rebasing the
view, etc.
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known class
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Fixes https://github.com/Vector35/binaryninja-api/issues/7836
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- Fix unordered register fields causing spurious __offset fields to be rendered for the structure
- Fix registers overlayed onto an alternate register not being treated as a union
Fixes https://github.com/Vector35/binaryninja-api/issues/7918
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We unconditionally add them now that bitfields are represented correctly in the type system
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Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Sequence reader-advancing calls into named locals before concatenating
to avoid undefined evaluation order in operator+ chains (caused wrong
output on MSVC/x86_64 GCC where operands evaluated right-to-left).
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Decode big-endian hex via union type-punning instead of casting bytes
into native floats. Falls back to raw hex for NaN/Inf, long double,
and __float128. Remove unused HexToDec helper.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Substitution table and scoping:
- Fix generic lambda auto parameters: save/replace m_templateSubstitute
with 'auto' placeholders for lambda-local T_/T0_/T1_ resolution
- Fix local-name template scoping with m_inLocalName flag
- Fix substitution table off-by-one for all-type template args
- Fix pointer-to-member type (case 'M'): set substitute=true per ABI
- Fix multi-character seq-id parsing (S10_, S11_, etc.)
- Fix DemangleUnresolvedType decltype (DT/Dt) prefix consumption
- Add forward template ref support for cv conversion operators
- Fix sr qualifier-list PushType and conditional E handling
- Fix multi-level sr scope resolution without N prefix
- Fix sr + unscoped template substitution table tracking
- Fix I...E argument pack handling (GCC I...E vs J...E)
- Fix Dp pack expansion to show '...' for concrete types
Expression formatting:
- Fix L_Z embedded mangled name template scope isolation
- Handle LZ<encoding>E function address template args
- cl expression: callable(args) format with function substitute tracking
- dt/pt expressions: obj.member and obj->member directly
- fp_/fp<N>_ placeholders in decltype return types
- Fix fL function-param scope validation
- Fix DemangleBaseUnresolvedName 'on' prefix consumption
Type names (Itanium ABI spec compliance):
- x/y: "long long"/"unsigned long long"
- a: "signed char" (distinct from 'c' = "char")
- n/o: "__int128"/"unsigned __int128"
- g: "__float128" via FloatType altName
- Dd/Df/De: "decimal64"/"decimal32"/"decimal128"
- Dh: "_Float16"
- Dp: always show "..." for pack expansion
- Fix 'n' literal: __int128 not __uint128
- Fix dot extension spacing
Cleanup:
- Remove unused NextIsOneOf, ReadUntil, DemangleInitializer
- Guard GetRaw/GetTemplateType/PrintTables behind GNUDEMANGLE_DEBUG
- Remove unreachable GetNameType C/D cases
- Remove dead BinaryExpression "." check
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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New special-name and type demangling:
- GTt/GTn: GCC transaction clone symbols
- TH/TW: TLS init and wrapper functions
- Tc: covariant return thunks with dual call-offset parsing
- Demangle _block_invoke symbols (Clang/Apple block invocations)
- Intel Vector Function ABI (_ZGV) with ISA, mask, vlen, parameter
kind parsing; z/Z guard variable disambiguation
- Vendor-extended type (U <source-name>) for Objective-C block pointers
- Lowercase vendor type (u <source-name>) for __remove_cvref etc.
- GR <object name> reference temporary demangling
- macOS $tlv$init thread-local variable initializer suffix
- Fix typeinfo rendering to avoid duplicated name in output
New operator and constructor support:
- ABI tag (B <source-name>) consumption in DemangleUnqualifiedName,
DemangleNestedName, and DemangleFunction
- CI1/CI2 inheriting constructors with m_lastName save/restore
- M data-member-prefix in DemangleNestedName for lambdas in
data member initializers
- operator<=> (spaceship) in GetOperator and DemangleUnqualifiedName
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Replace the TypeBuilder-based demangling path with a lightweight
DemangledTypeNode representation that defers type object construction
until the symbol is fully parsed. This avoids repeated heap allocation
and ref-count churn during recursive descent.
Key changes:
- Add DemangledTypeNode / demangled_type_node.{h,cpp}: a compact IR
that mirrors the type grammar without allocating BN Type objects
- Use a thread_local demangler instance to amortize vector allocations
across calls
- Also commonize some of the demangled string length calculations.
Result: ~3x throughput improvement on a 180K-symbol corpus with
97.7% success rate (matching the previous implementation).
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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This used to be required when using scoped secrets from an environment but recently changed this month.
https://github.blog/changelog/2026-03-19-github-actions-late-march-2026-updates/
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- In certain IDBs the loading base is zeroed but the info is not relative, in this case we now fallback to rebasing based off the lowest section address specified by `min_ea`.
- In certain IDBs the info is relative, we ignore both the loading base and `min_ea` and compute the absolute address using the base address in the binary view
- Fixed data exports being recognized as functions
- Retrieve post, pre comments from dirtree
- Fix mapping in extern section (which is tool specific in how it is setup)
- Properly mark exported data as global binding
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Caused the resulting dialog to have a drop down that you must select to get to *.i64, which is an extra unneeded step
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full update
Reduces unnecessary work
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The heuristics will check if a constant is within the relocatable regions and mask.
If we are in a low address space we might be masking regular constants like 0x10.
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- Exposes WARP type objects directly
- Adds processor API (for generating warp files directly)
- Adds file and chunk API
- Misc cleanup
- Simplified the amount of commands
- Replaced the "Create" commands with a purpose built processor dialog
- Added a native QT viewer for WARP files
- Simplified committing to a remote with a purpose built commit dialog
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Utilize the unique `session_id` of the `FileMetadata` on comparisons and when hashing.
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So you can pass a closure to the register function
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collection
Previously we only selected relocatable regions from the list of sections, now that we use the segment list we need a way to fallback to the
section list of the segment information is problematic (e.g. based at zero), that fallback has not been triggering as there is a segment for the synthetic sections.
Now when a user opens a firmware with only a single zero based segment it should fallback to the sections _and_ alert the user that they should fill out the section map (since that job is left to the user)
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