[LifetimeSafety] Read lifetimebound attribute on implicit 'this' from all redeclarations #176188

usx95 · 2026-01-15T15:44:51Z

Fix handling of lifetimebound attributes on implicit this parameters across function redeclarations.

Previously, the lifetime analysis would miss lifetimebound attributes on implicit this parameters if they were only present on certain redeclarations of a method. This could lead to false negatives in the lifetime safety analysis. This change ensures that if any redeclaration of a method has the attribute, it will be properly detected and used in the analysis.

I can't seem to work around the crash in the earlier attempt #172146.

Reproducer of the original crash:

struct a {
  a &b() [[_Clang::__lifetimebound__]];
};
a &a::b() {}

This only crashes with -target i686-w64-mingw32. bin/clang++ -c a.cpp works fine.
Problematic merging logic:

 // If Old has lifetimebound but New doesn't, add it to New.
  if (OldLBAttr && !NewLBAttr) {
    QualType NewMethodType = New->getType();
    QualType AttributedType =
        S.Context.getAttributedType(OldLBAttr, NewMethodType, NewMethodType);
    TypeLocBuilder TLB;
    TLB.pushFullCopy(NewTSI->getTypeLoc());
    AttributedTypeLoc TyLoc = TLB.push<AttributedTypeLoc>(AttributedType); // Crashes.
    TyLoc.setAttr(OldLBAttr);
    New->setType(AttributedType);
    New->setTypeSourceInfo(TLB.getTypeSourceInfo(S.Context, AttributedType));
  }

Crash

clang++: /REDACTED//llvm-project/clang/lib/Sema/TypeLocBuilder.cpp:89: TypeLoc clang::TypeLocBuilder::pushImpl(QualType, size_t, unsigned int): Assertion `TLast == LastTy && "mismatch between last type and new type's inner type"' failed.
PLEASE submit a bug report to https://github.com/llvm/llvm-project/issues/ and include the crash backtrace, preprocessed source, and associated run script.
Stack dump:
0.      Program arguments: bin/clang++ -target i686-w64-mingw32 -c /REDACTED//a.cpp
1.      /REDACTED//a.cpp:4:11: current parser token '{'
 #0 0x000055971cfcb838 llvm::sys::PrintStackTrace(llvm::raw_ostream&, int) /REDACTED//llvm-project/llvm/lib/Support/Unix/Signals.inc:842:13
 #1 0x000055971cfc9374 llvm::sys::RunSignalHandlers() /REDACTED//llvm-project/llvm/lib/Support/Signals.cpp:109:18
 #2 0x000055971cfcaf0c llvm::sys::CleanupOnSignal(unsigned long) /REDACTED//llvm-project/llvm/lib/Support/Unix/Signals.inc:0:3
 #3 0x000055971cf38116 (anonymous namespace)::CrashRecoveryContextImpl::HandleCrash(int, unsigned long) /REDACTED//llvm-project/llvm/lib/Support/CrashRecoveryContext.cpp:73:5
 #4 0x000055971cf38116 CrashRecoverySignalHandler(int) /REDACTED//llvm-project/llvm/lib/Support/CrashRecoveryContext.cpp:390:51
 #5 0x00007fe9ebe49df0 (/lib/x86_64-linux-gnu/libc.so.6+0x3fdf0)
 #6 0x00007fe9ebe9e95c __pthread_kill_implementation ./nptl/pthread_kill.c:44:76
 #7 0x00007fe9ebe49cc2 raise ./signal/../sysdeps/posix/raise.c:27:6
 #8 0x00007fe9ebe324ac abort ./stdlib/abort.c:81:3
 #9 0x00007fe9ebe32420 __assert_perror_fail ./assert/assert-perr.c:31:1
#10 0x000055971f969ade clang::TypeLocBuilder::pushImpl(clang::QualType, unsigned long, unsigned int) /REDACTED//llvm-project/clang/lib/Sema/TypeLocBuilder.cpp:93:3
#11 0x000055971f237255 clang::QualType::hasLocalQualifiers() const /REDACTED//llvm-project/clang/include/clang/AST/TypeBase.h:1065:37
#12 0x000055971f237255 clang::ConcreteTypeLoc<clang::UnqualTypeLoc, clang::AttributedTypeLoc, clang::AttributedType, clang::AttributedLocInfo>::isKind(clang::TypeLoc const&) /REDACTED//llvm-project/clang/include/clang/AST/TypeLoc.h:392:26
#13 0x000055971f237255 clang::AttributedTypeLoc clang::TypeLoc::castAs<clang::AttributedTypeLoc>() const /REDACTED//llvm-project/clang/include/clang/AST/TypeLoc.h:79:5
#14 0x000055971f237255 clang::AttributedTypeLoc clang::TypeLocBuilder::push<clang::AttributedTypeLoc>(clang::QualType) /REDACTED//llvm-project/clang/lib/Sema/TypeLocBuilder.h:106:47
#15 0x000055971f280cc8 clang::AttributedTypeLoc::setAttr(clang::Attr const*) /REDACTED//llvm-project/clang/include/clang/AST/TypeLoc.h:1035:30
#16 0x000055971f280cc8 mergeLifetimeBoundAttrOnMethod(clang::Sema&, clang::CXXMethodDecl*, clang::CXXMethodDecl const*) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:4497:11
#17 0x000055971f280cc8 clang::Sema::MergeCompatibleFunctionDecls(clang::FunctionDecl*, clang::FunctionDecl*, clang::Scope*, bool) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:4528:5
#18 0x000055971f27eb1f clang::Sema::MergeFunctionDecl(clang::FunctionDecl*, clang::NamedDecl*&, clang::Scope*, bool, bool) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:0:0
#19 0x000055971f29c256 clang::Sema::CheckFunctionDeclaration(clang::Scope*, clang::FunctionDecl*, clang::LookupResult&, bool, bool) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:12371:9
#20 0x000055971f28dab0 clang::Declarator::setRedeclaration(bool) /REDACTED//llvm-project/clang/include/clang/Sema/DeclSpec.h:2738:51
#21 0x000055971f28dab0 clang::Sema::ActOnFunctionDeclarator(clang::Scope*, clang::Declarator&, clang::DeclContext*, clang::TypeSourceInfo*, clang::LookupResult&, llvm::MutableArrayRef<clang::TemplateParameterList*>, bool&) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:10877:9
#22 0x000055971f2890fc clang::Sema::HandleDeclarator(clang::Scope*, clang::Declarator&, llvm::MutableArrayRef<clang::TemplateParameterList*>) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:0:11
#23 0x000055971f2aab99 clang::Sema::ActOnStartOfFunctionDef(clang::Scope*, clang::Declarator&, llvm::MutableArrayRef<clang::TemplateParameterList*>, clang::SkipBodyInfo*, clang::Sema::FnBodyKind) /REDACTED//llvm-project/clang/lib/Sema/SemaDecl.cpp:15904:15
#24 0x000055971efab286 clang::Parser::ParseFunctionDefinition(clang::ParsingDeclarator&, clang::Parser::ParsedTemplateInfo const&, clang::Parser::LateParsedAttrList*) /REDACTED//llvm-project/clang/lib/Parse/Parser.cpp:1364:23
#25 0x000055971f013b40 clang::Parser::ParseDeclGroup(clang::ParsingDeclSpec&, clang::DeclaratorContext, clang::ParsedAttributes&, clang::Parser::ParsedTemplateInfo&, clang::SourceLocation*, clang::Parser::ForRangeInit*) /REDACTED//llvm-project/clang/lib/Parse/ParseDecl.cpp:2268:18
#26 0x000055971efaa54f clang::Parser::ParseDeclOrFunctionDefInternal(clang::ParsedAttributes&, clang::ParsedAttributes&, clang::ParsingDeclSpec&, clang::AccessSpecifier) /REDACTED//llvm-project/clang/lib/Parse/Parser.cpp:0:10
#27 0x000055971efa9e36 clang::Parser::ParseDeclarationOrFunctionDefinition(clang::ParsedAttributes&, clang::ParsedAttributes&, clang::ParsingDeclSpec*, clang::AccessSpecifier) /REDACTED//llvm-project/clang/lib/Parse/Parser.cpp:1202:12
#28 0x000055971efa8df8 clang::Parser::ParseExternalDeclaration(clang::ParsedAttributes&, clang::ParsedAttributes&, clang::ParsingDeclSpec*) /REDACTED//llvm-project/clang/lib/Parse/Parser.cpp:0:14
#29 0x000055971efa7574 clang::Parser::ParseTopLevelDecl(clang::OpaquePtr<clang::DeclGroupRef>&, clang::Sema::ModuleImportState&) /REDACTED//llvm-project/clang/lib/Parse/Parser.cpp:743:10
#30 0x000055971ef9c0ee clang::ParseAST(clang::Sema&, bool, bool) /REDACTED//llvm-project/clang/lib/Parse/ParseAST.cpp:169:5
#31 0x000055971dbcdad6 clang::FrontendAction::Execute() /REDACTED//llvm-project/clang/lib/Frontend/FrontendAction.cpp:1317:10
#32 0x000055971db3c5fd llvm::Error::getPtr() const /REDACTED//llvm-project/llvm/include/llvm/Support/Error.h:278:42
#33 0x000055971db3c5fd llvm::Error::operator bool() /REDACTED//llvm-project/llvm/include/llvm/Support/Error.h:241:16
#34 0x000055971db3c5fd clang::CompilerInstance::ExecuteAction(clang::FrontendAction&) /REDACTED//llvm-project/clang/lib/Frontend/CompilerInstance.cpp:1006:23
#35 0x000055971dcb4f9c clang::ExecuteCompilerInvocation(clang::CompilerInstance*) /REDACTED//llvm-project/clang/lib/FrontendTool/ExecuteCompilerInvocation.cpp:310:25
#36 0x000055971a5e655e cc1_main(llvm::ArrayRef<char const*>, char const*, void*) /REDACTED//llvm-project/clang/tools/driver/cc1_main.cpp:304:15
#37 0x000055971a5e29cb ExecuteCC1Tool(llvm::SmallVectorImpl<char const*>&, llvm::ToolContext const&, llvm::IntrusiveRefCntPtr<llvm::vfs::FileSystem>) /REDACTED//llvm-project/clang/tools/driver/driver.cpp:226:12
#38 0x000055971a5e4c1d clang_main(int, char**, llvm::ToolContext const&)::$_0::operator()(llvm::SmallVectorImpl<char const*>&) const /REDACTED//llvm-project/clang/tools/driver/driver.cpp:0:12
#39 0x000055971a5e4c1d int llvm::function_ref<int (llvm::SmallVectorImpl<char const*>&)>::callback_fn<clang_main(int, char**, llvm::ToolContext const&)::$_0>(long, llvm::SmallVectorImpl<char const*>&) /REDACTED//llvm-project/llvm/include/llvm/ADT/STLFunctionalExtras.h:46:12
#40 0x000055971d9bfe79 clang::driver::CC1Command::Execute(llvm::ArrayRef<std::optional<llvm::StringRef>>, std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char>>*, bool*) const::$_0::operator()() const /REDACTED//llvm-project/clang/lib/Driver/Job.cpp:442:30
#41 0x000055971d9bfe79 void llvm::function_ref<void ()>::callback_fn<clang::driver::CC1Command::Execute(llvm::ArrayRef<std::optional<llvm::StringRef>>, std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char>>*, bool*) const::$_0>(long) /REDACTED//llvm-project/llvm/include/llvm/ADT/STLFunctionalExtras.h:46:12
#42 0x000055971cf37dbe llvm::function_ref<void ()>::operator()() const /REDACTED//llvm-project/llvm/include/llvm/ADT/STLFunctionalExtras.h:0:12
#43 0x000055971cf37dbe llvm::CrashRecoveryContext::RunSafely(llvm::function_ref<void ()>) /REDACTED//llvm-project/llvm/lib/Support/CrashRecoveryContext.cpp:426:3
#44 0x000055971d9bf5ac clang::driver::CC1Command::Execute(llvm::ArrayRef<std::optional<llvm::StringRef>>, std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char>>*, bool*) const /REDACTED//llvm-project/clang/lib/Driver/Job.cpp:442:7
#45 0x000055971d98422c clang::driver::Compilation::ExecuteCommand(clang::driver::Command const&, clang::driver::Command const*&, bool) const /REDACTED//llvm-project/clang/lib/Driver/Compilation.cpp:196:15
#46 0x000055971d984447 clang::driver::Compilation::ExecuteJobs(clang::driver::JobList const&, llvm::SmallVectorImpl<std::pair<int, clang::driver::Command const*>>&, bool) const /REDACTED//llvm-project/clang/lib/Driver/Compilation.cpp:246:13
#47 0x000055971d99ee08 llvm::SmallVectorBase<unsigned int>::empty() const /REDACTED//llvm-project/llvm/include/llvm/ADT/SmallVector.h:83:46
#48 0x000055971d99ee08 clang::driver::Driver::ExecuteCompilation(clang::driver::Compilation&, llvm::SmallVectorImpl<std::pair<int, clang::driver::Command const*>>&) /REDACTED//llvm-project/clang/lib/Driver/Driver.cpp:2265:23
#49 0x000055971a5e2303 clang_main(int, char**, llvm::ToolContext const&) /REDACTED//llvm-project/clang/tools/driver/driver.cpp:414:21
#50 0x000055971a5f2527 main /usr/local/google/home/usx/build/tools/clang/tools/driver/clang-driver.cpp:17:10
#51 0x00007fe9ebe33ca8 __libc_start_call_main ./csu/../sysdeps/nptl/libc_start_call_main.h:74:3
#52 0x00007fe9ebe33d65 call_init ./csu/../csu/libc-start.c:128:20
#53 0x00007fe9ebe33d65 __libc_start_main ./csu/../csu/libc-start.c:347:5
#54 0x000055971a5e0361 _start (bin/clang+++0x6636361)
clang++: error: clang frontend command failed with exit code 134 (use -v to see invocation)
clang version 23.0.0git (https://github.com/llvm/llvm-project.git 282a065c5bb36186c05b903980d1d3a37fce2175)
Target: i686-w64-windows-gnu
Thread model: posix
InstalledDir: /usr/local/google/home/usx/build/bin
Build config: +assertions
clang++: note: diagnostic msg: 
********************

usx95 · 2026-01-15T15:45:11Z

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llvmbot · 2026-01-15T16:10:14Z

@llvm/pr-subscribers-clang-analysis

Author: Utkarsh Saxena (usx95)

Changes

Fix handling of lifetimebound attributes on implicit this parameters across function redeclarations.

Previously, the lifetime analysis would miss lifetimebound attributes on implicit this parameters if they were only present on certain redeclarations of a method. This could lead to false negatives in the lifetime safety analysis. This change ensures that if any redeclaration of a method has the attribute, it will be properly detected and used in the analysis.

I can't seem to work around the crash in the earlier attempt #172146.

Patch is 53.61 KiB, truncated to 20.00 KiB below, full version: https://github.com/llvm/llvm-project/pull/176188.diff

5 Files Affected:

(modified) clang/include/clang/Analysis/Analyses/LifetimeSafety/LifetimeAnnotations.h (+7)
(modified) clang/lib/Analysis/LifetimeSafety/LifetimeAnnotations.cpp (+20-12)
(modified) clang/test/Sema/warn-lifetime-analysis-nocfg.cpp (+138)
(modified) clang/test/Sema/warn-lifetime-safety.cpp (+22)
(modified) clang/test/SemaCXX/attr-lifetimebound.cpp (+21)

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llvmbot · 2026-01-15T16:10:17Z

@llvm/pr-subscribers-clang

Author: Utkarsh Saxena (usx95)

Changes

Fix handling of lifetimebound attributes on implicit this parameters across function redeclarations.

Previously, the lifetime analysis would miss lifetimebound attributes on implicit this parameters if they were only present on certain redeclarations of a method. This could lead to false negatives in the lifetime safety analysis. This change ensures that if any redeclaration of a method has the attribute, it will be properly detected and used in the analysis.

I can't seem to work around the crash in the earlier attempt #172146.

Full diff: https://github.com/llvm/llvm-project/pull/176188.diff

5 Files Affected:

(modified) clang/include/clang/Analysis/Analyses/LifetimeSafety/LifetimeAnnotations.h (+7)
(modified) clang/lib/Analysis/LifetimeSafety/LifetimeAnnotations.cpp (+20-12)
(modified) clang/test/Sema/warn-lifetime-analysis-nocfg.cpp (+138)
(modified) clang/test/Sema/warn-lifetime-safety.cpp (+22)
(modified) clang/test/SemaCXX/attr-lifetimebound.cpp (+21)

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llvmbot · 2026-01-15T16:10:31Z

@llvm/pr-subscribers-clang-temporal-safety

Author: Utkarsh Saxena (usx95)

Changes

Fix handling of lifetimebound attributes on implicit this parameters across function redeclarations.

Previously, the lifetime analysis would miss lifetimebound attributes on implicit this parameters if they were only present on certain redeclarations of a method. This could lead to false negatives in the lifetime safety analysis. This change ensures that if any redeclaration of a method has the attribute, it will be properly detected and used in the analysis.

I can't seem to work around the crash in the earlier attempt #172146.

Patch is 53.61 KiB, truncated to 20.00 KiB below, full version: https://github.com/llvm/llvm-project/pull/176188.diff

5 Files Affected:

(modified) clang/include/clang/Analysis/Analyses/LifetimeSafety/LifetimeAnnotations.h (+7)
(modified) clang/lib/Analysis/LifetimeSafety/LifetimeAnnotations.cpp (+20-12)
(modified) clang/test/Sema/warn-lifetime-analysis-nocfg.cpp (+138)
(modified) clang/test/Sema/warn-lifetime-safety.cpp (+22)
(modified) clang/test/SemaCXX/attr-lifetimebound.cpp (+21)

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...
[truncated]

Xazax-hun

Could you summarize what was the reason for the crash and why was it not possible to work it around?

clang/include/clang/Analysis/Analyses/LifetimeSafety/LifetimeAnnotations.h

usx95 · 2026-01-15T18:36:32Z

Added details in the description.

Xazax-hun

I am fine landing this but would be nice to make merging work in the long term. What are the mismatching types? I wonder where the difference is coming from.

…larations

usx95 · 2026-01-19T12:01:25Z

Merge activity

Jan 19, 12:01 PM UTC: A user started a stack merge that includes this pull request via Graphite.
Jan 19, 12:03 PM UTC: @usx95 merged this pull request with Graphite.

llvm-ci · 2026-01-19T14:27:54Z

LLVM Buildbot has detected a new failure on builder ppc64le-flang-rhel-clang running on ppc64le-flang-rhel-test while building clang at step 6 "test-build-unified-tree-check-flang".

Full details are available at: https://lab.llvm.org/buildbot/#/builders/157/builds/43817

Here is the relevant piece of the build log for the reference

Step 6 (test-build-unified-tree-check-flang) failure: 1200 seconds without output running [b'ninja', b'check-flang'], attempting to kill
...
PASS: Flang :: Transforms/verify-known-runtime-functions.fir (4116 of 4126)
PASS: Flang :: Transforms/stack-arrays.f90 (4117 of 4126)
PASS: Flang :: Transforms/tbaa-local-alloc-threshold.fir (4118 of 4126)
PASS: Flang :: Semantics/numeric_storage_size.f90 (4119 of 4126)
PASS: Flang :: Driver/fopenmp.f90 (4120 of 4126)
PASS: Flang :: Transforms/debug-dwarf-version.fir (4121 of 4126)
PASS: Flang :: Transforms/OpenACC/acc-implicit-data-fortran.F90 (4122 of 4126)
PASS: Flang :: Driver/linker-options.f90 (4123 of 4126)
PASS: Flang :: Driver/omp-driver-offload.f90 (4124 of 4126)
PASS: Flang :: Intrinsics/math-codegen.fir (4125 of 4126)
command timed out: 1200 seconds without output running [b'ninja', b'check-flang'], attempting to kill
process killed by signal 9
program finished with exit code -1
elapsedTime=3896.594161

usx95 changed the title ~~Merge lifetimebound attribute on implicit 'this' across method redeclarations~~ [LifetimeSafety] Merge lifetimebound attribute on implicit 'this' across method redeclarations Jan 15, 2026

usx95 changed the title ~~[LifetimeSafety] Merge lifetimebound attribute on implicit 'this' across method redeclarations~~ [LifetimeSafety] Read lifetimebound attribute on implicit 'this' from all redeclarations Jan 15, 2026

usx95 force-pushed the users/usx95/01-15-merge_lifetimebound_attribute_on_implicit_this_across_method_redeclarations branch from 1ea3bd4 to 2aec54e Compare January 15, 2026 16:04

usx95 marked this pull request as ready for review January 15, 2026 16:09

llvmbot added clang Clang issues not falling into any other category clang:analysis clang:temporal-safety Issue/FR relating to the lifetime analysis in Clang (-Wdangling, -Wreturn-local-addr) labels Jan 15, 2026

usx95 requested a review from Xazax-hun January 15, 2026 16:22

Xazax-hun reviewed Jan 15, 2026

View reviewed changes

clang/include/clang/Analysis/Analyses/LifetimeSafety/LifetimeAnnotations.h Outdated Show resolved Hide resolved

usx95 force-pushed the users/usx95/01-15-merge_lifetimebound_attribute_on_implicit_this_across_method_redeclarations branch from 2aec54e to 714edfa Compare January 15, 2026 18:38

usx95 requested a review from Xazax-hun January 16, 2026 14:55

Xazax-hun approved these changes Jan 16, 2026

View reviewed changes

Merge lifetimebound attribute on implicit 'this' across method redec…

d89360c

…larations

usx95 force-pushed the users/usx95/01-15-merge_lifetimebound_attribute_on_implicit_this_across_method_redeclarations branch from 714edfa to d89360c Compare January 19, 2026 09:45

usx95 merged commit 41e231c into main Jan 19, 2026
11 checks passed

usx95 deleted the users/usx95/01-15-merge_lifetimebound_attribute_on_implicit_this_across_method_redeclarations branch January 19, 2026 12:03

github-project-automation bot moved this to Done in Lifetime Safety in Clang Jan 19, 2026

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[LifetimeSafety] Read lifetimebound attribute on implicit 'this' from all redeclarations #176188

[LifetimeSafety] Read lifetimebound attribute on implicit 'this' from all redeclarations #176188

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[LifetimeSafety] Read lifetimebound attribute on implicit 'this' from all redeclarations #176188

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usx95 commented Jan 15, 2026 •

edited

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usx95 commented Jan 19, 2026 •

edited

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