API compatibility report for the libllvmspirvlib-14-dev library between lfs and timet versions on ARM

Test Info

---

Library Name	libllvmspirvlib-14-dev
Version #1	lfs
Version #2	timet
Arch	ARM
GCC Version	12
Subject	Binary Compatibility

Test Results

---

Total Header Files	2
Total Libraries	0
Total Symbols / Types	61 / 8
Compatibility	100%

Problem Summary

---

	Severity	Count
Added Symbols	-	0
Removed Symbols	High	0
Problems with Data Types	High	0
	Medium	0
	Low	0
Problems with Symbols	High	0
	Medium	0
	Low	0
Problems with Constants	Low	0

Header Files  2 

---

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Libraries  0 

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Test Info

---

Library Name	libllvmspirvlib-14-dev
Version #1	lfs
Version #2	timet
Arch	ARM
Subject	Source Compatibility

Test Results

---

Total Header Files	2
Total Libraries	0
Total Symbols / Types	7837 / 1202
Compatibility	80.8%

Problem Summary

---

	Severity	Count
Added Symbols	-	0
Removed Symbols	High	1503
Problems with Data Types	High	0
	Medium	0
	Low	0
Problems with Symbols	High	0
	Medium	0
	Low	0
Problems with Constants	Low	0

Removed Symbols  1503 

---

DenseMapInfo.h
namespace llvm
DenseMapInfo<MDNode*, void>::isEqual ( struct MDNode const* LHS, struct MDNode const* RHS ) [static]
DenseMapInfo<MDNode*, void>::Log2MaxAlign [data]
DenseMapInfo<T, void>::Log2MaxAlign [data]
DenseMapInfo<void*, void>::getHashValue ( void const* PtrVal ) [static]
DenseMapInfo<void*, void>::Log2MaxAlign [data]

ErrorHandling.h
namespace llvm
install_bad_alloc_error_handler ( fatal_error_handler_t handler, void* user_data )
install_fatal_error_handler ( fatal_error_handler_t handler, void* user_data )
install_out_of_memory_new_handler ( )
llvm_unreachable_internal ( char const* msg, char const* file, unsigned int line )
remove_bad_alloc_error_handler ( )
remove_fatal_error_handler ( )
report_bad_alloc_error ( char const* Reason, bool GenCrashDiag )
report_fatal_error ( char const* reason, bool gen_crash_diag )
report_fatal_error ( StringRef reason, bool gen_crash_diag )
report_fatal_error ( struct Twine const& reason, bool gen_crash_diag )

Hashing.h
__cxa_guard_abort ( int* p1 )
__cxa_guard_acquire ( int* p1 )
__cxa_guard_release ( int* p1 )
Hashing.h
namespace llvm
hash_code::__ct [C1] ( )
hash_code::__ct [C2] ( )
hash_code::__ct [C1] ( struct hash_code const& p1 )
hash_code::__ct [C2] ( struct hash_code const& p1 )
hash_code::__ct [C1] ( struct hash_code& p1 )
hash_code::__ct [C2] ( struct hash_code& p1 )
hash_code::~__dt [D0] ( )
hash_code::~__dt [D1] ( )
hash_code::~__dt [D2] ( )
hash_value ( bool value )
set_fixed_execution_hash_seed ( uint64_t fixed_value )
Hashing.h
namespace llvm::hashing::detail
fixed_seed_override [data]
hash_state::__ct [C1] ( struct hash_state const& p1 )
hash_state::__ct [C2] ( struct hash_state const& p1 )
hash_state::__ct [C1] ( struct hash_state& p1 )
hash_state::__ct [C2] ( struct hash_state& p1 )
hash_state::~__dt [D0] ( )
hash_state::~__dt [D1] ( )
hash_state::~__dt [D2] ( )
k0 [data]
k1 [data]
k2 [data]
k3 [data]

iterator_range.h
namespace llvm
iterator_range<Argument const*>::__ct [C1] ( Container& c )
iterator_range<Argument const*>::__ct [C2] ( Container& c )
iterator_range<Argument const*>::__ct [C1] ( iterator_range<struct Argument const*>& p1 )
iterator_range<Argument const*>::__ct [C2] ( iterator_range<struct Argument const*>& p1 )
iterator_range<Argument const*>::__ct [C1] ( iterator_range<struct Argument const*>const& p1 )
iterator_range<Argument const*>::__ct [C2] ( iterator_range<struct Argument const*>const& p1 )
iterator_range<Argument const*>::begin ( ) const
iterator_range<Argument const*>::empty ( ) const
iterator_range<Argument const*>::end ( ) const
iterator_range<Argument const*>::~__dt [D0] ( )
iterator_range<Argument const*>::~__dt [D1] ( )
iterator_range<Argument const*>::~__dt [D2] ( )
iterator_range<Argument*>::__ct [C1] ( Container& c )
iterator_range<Argument*>::__ct [C2] ( Container& c )
iterator_range<Argument*>::__ct [C1] ( iterator_range<struct Argument*>& p1 )
iterator_range<Argument*>::__ct [C2] ( iterator_range<struct Argument*>& p1 )
iterator_range<Argument*>::__ct [C1] ( iterator_range<struct Argument*>const& p1 )
iterator_range<Argument*>::__ct [C2] ( iterator_range<struct Argument*>const& p1 )
iterator_range<Argument*>::begin ( ) const
iterator_range<Argument*>::empty ( ) const
iterator_range<Argument*>::end ( ) const
iterator_range<Argument*>::~__dt [D0] ( )
iterator_range<Argument*>::~__dt [D1] ( )
iterator_range<Argument*>::~__dt [D2] ( )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C1] ( Container& c )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C2] ( Container& c )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C1] ( BasicBlock::phi_iterator_impl<struct PHINode const, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)-1> > begin_iterator, BasicBlock::phi_iterator_impl<struct PHINode const, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)-1> > end_iterator )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C2] ( BasicBlock::phi_iterator_impl<struct PHINode const, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)-1> > begin_iterator, BasicBlock::phi_iterator_impl<struct PHINode const, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)-1> > end_iterator )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C1] ( iterator_range<BasicBlock::const_phi_iterator>& p1 )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C2] ( iterator_range<BasicBlock::const_phi_iterator>& p1 )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C1] ( iterator_range<BasicBlock::const_phi_iterator>const& p1 )
iterator_range<BasicBlock::const_phi_iterator>::__ct [C2] ( iterator_range<BasicBlock::const_phi_iterator>const& p1 )
iterator_range<BasicBlock::const_phi_iterator>::begin ( ) const
iterator_range<BasicBlock::const_phi_iterator>::empty ( ) const
iterator_range<BasicBlock::const_phi_iterator>::end ( ) const
iterator_range<BasicBlock::const_phi_iterator>::~__dt [D0] ( )
iterator_range<BasicBlock::const_phi_iterator>::~__dt [D1] ( )
iterator_range<BasicBlock::const_phi_iterator>::~__dt [D2] ( )
iterator_range<BasicBlock::phi_iterator>::__ct [C1] ( Container& c )
iterator_range<BasicBlock::phi_iterator>::__ct [C2] ( Container& c )
iterator_range<BasicBlock::phi_iterator>::__ct [C1] ( BasicBlock::phi_iterator_impl<struct PHINode, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)false> > begin_iterator, BasicBlock::phi_iterator_impl<struct PHINode, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)false> > end_iterator )
iterator_range<BasicBlock::phi_iterator>::__ct [C2] ( BasicBlock::phi_iterator_impl<struct PHINode, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)false> > begin_iterator, BasicBlock::phi_iterator_impl<struct PHINode, ilist_iterator<ilist_detail::node_options<struct Instruction, (bool)false, (bool)false, void>, (bool)false, (bool)false> > end_iterator )
iterator_range<BasicBlock::phi_iterator>::empty ( ) const
iterator_range<BasicBlock::phi_iterator>::~__dt [D0] ( )
iterator_range<BasicBlock::phi_iterator>::~__dt [D1] ( )
iterator_range<BasicBlock::phi_iterator>::~__dt [D2] ( )
iterator_range<MDOperand const*>::__ct [C1] ( Container& c )
iterator_range<MDOperand const*>::__ct [C2] ( Container& c )
iterator_range<MDOperand const*>::__ct [C1] ( iterator_range<struct MDOperand const*>& p1 )
iterator_range<MDOperand const*>::__ct [C2] ( iterator_range<struct MDOperand const*>& p1 )
iterator_range<MDOperand const*>::__ct [C1] ( iterator_range<struct MDOperand const*>const& p1 )
iterator_range<MDOperand const*>::__ct [C2] ( iterator_range<struct MDOperand const*>const& p1 )
iterator_range<MDOperand const*>::empty ( ) const
iterator_range<MDOperand const*>::~__dt [D0] ( )
iterator_range<MDOperand const*>::~__dt [D1] ( )
iterator_range<MDOperand const*>::~__dt [D2] ( )
iterator_range<MDOperand*>::__ct [C1] ( Container& c )
iterator_range<MDOperand*>::__ct [C2] ( Container& c )
iterator_range<MDOperand*>::__ct [C1] ( iterator_range<struct MDOperand*>& p1 )
iterator_range<MDOperand*>::__ct [C2] ( iterator_range<struct MDOperand*>& p1 )
iterator_range<MDOperand*>::__ct [C1] ( iterator_range<struct MDOperand*>const& p1 )
iterator_range<MDOperand*>::__ct [C2] ( iterator_range<struct MDOperand*>const& p1 )
iterator_range<MDOperand*>::begin ( ) const
iterator_range<MDOperand*>::empty ( ) const
iterator_range<MDOperand*>::end ( ) const
iterator_range<MDOperand*>::~__dt [D0] ( )
iterator_range<MDOperand*>::~__dt [D1] ( )
iterator_range<MDOperand*>::~__dt [D2] ( )
iterator_range<Module::alias_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::alias_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::alias_iterator>::__ct [C1] ( iterator_range<Module::alias_iterator>& p1 )
iterator_range<Module::alias_iterator>::__ct [C2] ( iterator_range<Module::alias_iterator>& p1 )
iterator_range<Module::alias_iterator>::__ct [C1] ( iterator_range<Module::alias_iterator>const& p1 )
iterator_range<Module::alias_iterator>::__ct [C2] ( iterator_range<Module::alias_iterator>const& p1 )
iterator_range<Module::alias_iterator>::begin ( ) const
iterator_range<Module::alias_iterator>::empty ( ) const
iterator_range<Module::alias_iterator>::end ( ) const
iterator_range<Module::alias_iterator>::~__dt [D0] ( )
iterator_range<Module::alias_iterator>::~__dt [D1] ( )
iterator_range<Module::alias_iterator>::~__dt [D2] ( )
iterator_range<Module::const_alias_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::const_alias_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::const_alias_iterator>::__ct [C1] ( iterator_range<Module::const_alias_iterator>& p1 )
iterator_range<Module::const_alias_iterator>::__ct [C2] ( iterator_range<Module::const_alias_iterator>& p1 )
iterator_range<Module::const_alias_iterator>::__ct [C1] ( iterator_range<Module::const_alias_iterator>const& p1 )
iterator_range<Module::const_alias_iterator>::__ct [C2] ( iterator_range<Module::const_alias_iterator>const& p1 )
iterator_range<Module::const_alias_iterator>::begin ( ) const
iterator_range<Module::const_alias_iterator>::empty ( ) const
iterator_range<Module::const_alias_iterator>::end ( ) const
iterator_range<Module::const_alias_iterator>::~__dt [D0] ( )
iterator_range<Module::const_alias_iterator>::~__dt [D1] ( )
iterator_range<Module::const_alias_iterator>::~__dt [D2] ( )
iterator_range<Module::const_global_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::const_global_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::const_global_iterator>::__ct [C1] ( iterator_range<Module::const_global_iterator>& p1 )
iterator_range<Module::const_global_iterator>::__ct [C2] ( iterator_range<Module::const_global_iterator>& p1 )
iterator_range<Module::const_global_iterator>::__ct [C1] ( iterator_range<Module::const_global_iterator>const& p1 )
iterator_range<Module::const_global_iterator>::__ct [C2] ( iterator_range<Module::const_global_iterator>const& p1 )
iterator_range<Module::const_global_iterator>::begin ( ) const
iterator_range<Module::const_global_iterator>::empty ( ) const
iterator_range<Module::const_global_iterator>::end ( ) const
iterator_range<Module::const_global_iterator>::~__dt [D0] ( )
iterator_range<Module::const_global_iterator>::~__dt [D1] ( )
iterator_range<Module::const_global_iterator>::~__dt [D2] ( )
iterator_range<Module::const_ifunc_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::const_ifunc_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::const_ifunc_iterator>::__ct [C1] ( iterator_range<Module::const_ifunc_iterator>& p1 )
iterator_range<Module::const_ifunc_iterator>::__ct [C2] ( iterator_range<Module::const_ifunc_iterator>& p1 )
iterator_range<Module::const_ifunc_iterator>::__ct [C1] ( iterator_range<Module::const_ifunc_iterator>const& p1 )
iterator_range<Module::const_ifunc_iterator>::__ct [C2] ( iterator_range<Module::const_ifunc_iterator>const& p1 )
iterator_range<Module::const_ifunc_iterator>::begin ( ) const
iterator_range<Module::const_ifunc_iterator>::empty ( ) const
iterator_range<Module::const_ifunc_iterator>::end ( ) const
iterator_range<Module::const_ifunc_iterator>::~__dt [D0] ( )
iterator_range<Module::const_ifunc_iterator>::~__dt [D1] ( )
iterator_range<Module::const_ifunc_iterator>::~__dt [D2] ( )
iterator_range<Module::const_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::const_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::const_iterator>::__ct [C1] ( iterator_range<Module::const_iterator>& p1 )
iterator_range<Module::const_iterator>::__ct [C2] ( iterator_range<Module::const_iterator>& p1 )
iterator_range<Module::const_iterator>::__ct [C1] ( iterator_range<Module::const_iterator>const& p1 )
iterator_range<Module::const_iterator>::__ct [C2] ( iterator_range<Module::const_iterator>const& p1 )
iterator_range<Module::const_iterator>::begin ( ) const
iterator_range<Module::const_iterator>::empty ( ) const
iterator_range<Module::const_iterator>::end ( ) const
iterator_range<Module::const_iterator>::~__dt [D0] ( )
iterator_range<Module::const_iterator>::~__dt [D1] ( )
iterator_range<Module::const_iterator>::~__dt [D2] ( )
iterator_range<Module::const_named_metadata_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::const_named_metadata_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::const_named_metadata_iterator>::__ct [C1] ( iterator_range<Module::const_named_metadata_iterator>& p1 )
iterator_range<Module::const_named_metadata_iterator>::__ct [C2] ( iterator_range<Module::const_named_metadata_iterator>& p1 )
iterator_range<Module::const_named_metadata_iterator>::__ct [C1] ( iterator_range<Module::const_named_metadata_iterator>const& p1 )
iterator_range<Module::const_named_metadata_iterator>::__ct [C2] ( iterator_range<Module::const_named_metadata_iterator>const& p1 )
iterator_range<Module::const_named_metadata_iterator>::begin ( ) const
iterator_range<Module::const_named_metadata_iterator>::empty ( ) const
iterator_range<Module::const_named_metadata_iterator>::end ( ) const
iterator_range<Module::const_named_metadata_iterator>::~__dt [D0] ( )
iterator_range<Module::const_named_metadata_iterator>::~__dt [D1] ( )
iterator_range<Module::const_named_metadata_iterator>::~__dt [D2] ( )
iterator_range<Module::debug_compile_units_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::debug_compile_units_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::debug_compile_units_iterator>::__ct [C1] ( iterator_range<struct Module::debug_compile_units_iterator>& p1 )
iterator_range<Module::debug_compile_units_iterator>::__ct [C2] ( iterator_range<struct Module::debug_compile_units_iterator>& p1 )
iterator_range<Module::debug_compile_units_iterator>::__ct [C1] ( iterator_range<struct Module::debug_compile_units_iterator>const& p1 )
iterator_range<Module::debug_compile_units_iterator>::__ct [C2] ( iterator_range<struct Module::debug_compile_units_iterator>const& p1 )
iterator_range<Module::debug_compile_units_iterator>::begin ( ) const
iterator_range<Module::debug_compile_units_iterator>::empty ( ) const
iterator_range<Module::debug_compile_units_iterator>::end ( ) const
iterator_range<Module::debug_compile_units_iterator>::~__dt [D0] ( )
iterator_range<Module::debug_compile_units_iterator>::~__dt [D1] ( )
iterator_range<Module::debug_compile_units_iterator>::~__dt [D2] ( )
iterator_range<Module::global_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::global_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::global_iterator>::__ct [C1] ( iterator_range<Module::global_iterator>& p1 )
iterator_range<Module::global_iterator>::__ct [C2] ( iterator_range<Module::global_iterator>& p1 )
iterator_range<Module::global_iterator>::__ct [C1] ( iterator_range<Module::global_iterator>const& p1 )
iterator_range<Module::global_iterator>::__ct [C2] ( iterator_range<Module::global_iterator>const& p1 )
iterator_range<Module::global_iterator>::begin ( ) const
iterator_range<Module::global_iterator>::empty ( ) const
iterator_range<Module::global_iterator>::end ( ) const
iterator_range<Module::global_iterator>::~__dt [D0] ( )
iterator_range<Module::global_iterator>::~__dt [D1] ( )
iterator_range<Module::global_iterator>::~__dt [D2] ( )
iterator_range<Module::ifunc_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::ifunc_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::ifunc_iterator>::__ct [C1] ( iterator_range<Module::ifunc_iterator>& p1 )
iterator_range<Module::ifunc_iterator>::__ct [C2] ( iterator_range<Module::ifunc_iterator>& p1 )
iterator_range<Module::ifunc_iterator>::__ct [C1] ( iterator_range<Module::ifunc_iterator>const& p1 )
iterator_range<Module::ifunc_iterator>::__ct [C2] ( iterator_range<Module::ifunc_iterator>const& p1 )
iterator_range<Module::ifunc_iterator>::begin ( ) const
iterator_range<Module::ifunc_iterator>::empty ( ) const
iterator_range<Module::ifunc_iterator>::end ( ) const
iterator_range<Module::ifunc_iterator>::~__dt [D0] ( )
iterator_range<Module::ifunc_iterator>::~__dt [D1] ( )
iterator_range<Module::ifunc_iterator>::~__dt [D2] ( )
iterator_range<Module::iterator>::__ct [C1] ( Container& c )
iterator_range<Module::iterator>::__ct [C2] ( Container& c )
iterator_range<Module::iterator>::__ct [C1] ( iterator_range<Module::iterator>& p1 )
iterator_range<Module::iterator>::__ct [C2] ( iterator_range<Module::iterator>& p1 )
iterator_range<Module::iterator>::__ct [C1] ( iterator_range<Module::iterator>const& p1 )
iterator_range<Module::iterator>::__ct [C2] ( iterator_range<Module::iterator>const& p1 )
iterator_range<Module::iterator>::begin ( ) const
iterator_range<Module::iterator>::empty ( ) const
iterator_range<Module::iterator>::end ( ) const
iterator_range<Module::iterator>::~__dt [D0] ( )
iterator_range<Module::iterator>::~__dt [D1] ( )
iterator_range<Module::iterator>::~__dt [D2] ( )
iterator_range<Module::named_metadata_iterator>::__ct [C1] ( Container& c )
iterator_range<Module::named_metadata_iterator>::__ct [C2] ( Container& c )
iterator_range<Module::named_metadata_iterator>::__ct [C1] ( iterator_range<Module::named_metadata_iterator>& p1 )
iterator_range<Module::named_metadata_iterator>::__ct [C2] ( iterator_range<Module::named_metadata_iterator>& p1 )
iterator_range<Module::named_metadata_iterator>::__ct [C1] ( iterator_range<Module::named_metadata_iterator>const& p1 )
iterator_range<Module::named_metadata_iterator>::__ct [C2] ( iterator_range<Module::named_metadata_iterator>const& p1 )
iterator_range<Module::named_metadata_iterator>::begin ( ) const
iterator_range<Module::named_metadata_iterator>::empty ( ) const
iterator_range<Module::named_metadata_iterator>::end ( ) const
iterator_range<Module::named_metadata_iterator>::~__dt [D0] ( )
iterator_range<Module::named_metadata_iterator>::~__dt [D1] ( )
iterator_range<Module::named_metadata_iterator>::~__dt [D2] ( )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C1] ( Container& c )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C2] ( Container& c )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C1] ( iterator_range<NamedMDNode::const_op_iterator>& p1 )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C2] ( iterator_range<NamedMDNode::const_op_iterator>& p1 )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C1] ( iterator_range<NamedMDNode::const_op_iterator>const& p1 )
iterator_range<NamedMDNode::const_op_iterator>::__ct [C2] ( iterator_range<NamedMDNode::const_op_iterator>const& p1 )
iterator_range<NamedMDNode::const_op_iterator>::begin ( ) const
iterator_range<NamedMDNode::const_op_iterator>::empty ( ) const
iterator_range<NamedMDNode::const_op_iterator>::end ( ) const
iterator_range<NamedMDNode::const_op_iterator>::~__dt [D0] ( )
iterator_range<NamedMDNode::const_op_iterator>::~__dt [D1] ( )
iterator_range<NamedMDNode::const_op_iterator>::~__dt [D2] ( )
iterator_range<NamedMDNode::op_iterator>::__ct [C1] ( Container& c )
iterator_range<NamedMDNode::op_iterator>::__ct [C2] ( Container& c )
iterator_range<NamedMDNode::op_iterator>::__ct [C1] ( iterator_range<NamedMDNode::op_iterator>& p1 )
iterator_range<NamedMDNode::op_iterator>::__ct [C2] ( iterator_range<NamedMDNode::op_iterator>& p1 )
iterator_range<NamedMDNode::op_iterator>::__ct [C1] ( iterator_range<NamedMDNode::op_iterator>const& p1 )
iterator_range<NamedMDNode::op_iterator>::__ct [C2] ( iterator_range<NamedMDNode::op_iterator>const& p1 )
iterator_range<NamedMDNode::op_iterator>::begin ( ) const
iterator_range<NamedMDNode::op_iterator>::empty ( ) const
iterator_range<NamedMDNode::op_iterator>::end ( ) const
iterator_range<NamedMDNode::op_iterator>::~__dt [D0] ( )
iterator_range<NamedMDNode::op_iterator>::~__dt [D1] ( )
iterator_range<NamedMDNode::op_iterator>::~__dt [D2] ( )
iterator_range<Use const*>::__ct [C1] ( Container& c )
iterator_range<Use const*>::__ct [C2] ( Container& c )
iterator_range<Use const*>::__ct [C1] ( iterator_range<struct Use const*>& p1 )
iterator_range<Use const*>::__ct [C2] ( iterator_range<struct Use const*>& p1 )
iterator_range<Use const*>::__ct [C1] ( iterator_range<struct Use const*>const& p1 )
iterator_range<Use const*>::__ct [C2] ( iterator_range<struct Use const*>const& p1 )
iterator_range<Use const*>::begin ( ) const
iterator_range<Use const*>::empty ( ) const
iterator_range<Use const*>::end ( ) const
iterator_range<Use const*>::~__dt [D0] ( )
iterator_range<Use const*>::~__dt [D1] ( )
iterator_range<Use const*>::~__dt [D2] ( )
iterator_range<Use*>::__ct [C1] ( Container& c )
iterator_range<Use*>::__ct [C2] ( Container& c )
iterator_range<Use*>::__ct [C1] ( iterator_range<struct Use*>& p1 )
iterator_range<Use*>::__ct [C2] ( iterator_range<struct Use*>& p1 )
iterator_range<Use*>::__ct [C1] ( iterator_range<struct Use*>const& p1 )
iterator_range<Use*>::__ct [C2] ( iterator_range<struct Use*>const& p1 )
iterator_range<Use*>::empty ( ) const
iterator_range<Use*>::~__dt [D0] ( )
iterator_range<Use*>::~__dt [D1] ( )
iterator_range<Use*>::~__dt [D2] ( )
iterator_range<User::const_value_op_iterator>::__ct [C1] ( Container& c )
iterator_range<User::const_value_op_iterator>::__ct [C2] ( Container& c )
iterator_range<User::const_value_op_iterator>::__ct [C1] ( iterator_range<struct User::const_value_op_iterator>& p1 )
iterator_range<User::const_value_op_iterator>::__ct [C2] ( iterator_range<struct User::const_value_op_iterator>& p1 )
iterator_range<User::const_value_op_iterator>::__ct [C1] ( iterator_range<struct User::const_value_op_iterator>const& p1 )
iterator_range<User::const_value_op_iterator>::__ct [C2] ( iterator_range<struct User::const_value_op_iterator>const& p1 )
iterator_range<User::const_value_op_iterator>::begin ( ) const
iterator_range<User::const_value_op_iterator>::empty ( ) const
iterator_range<User::const_value_op_iterator>::end ( ) const
iterator_range<User::const_value_op_iterator>::~__dt [D0] ( )
iterator_range<User::const_value_op_iterator>::~__dt [D1] ( )
iterator_range<User::const_value_op_iterator>::~__dt [D2] ( )
iterator_range<User::value_op_iterator>::__ct [C1] ( Container& c )
iterator_range<User::value_op_iterator>::__ct [C2] ( Container& c )
iterator_range<User::value_op_iterator>::__ct [C1] ( iterator_range<struct User::value_op_iterator>& p1 )
iterator_range<User::value_op_iterator>::__ct [C2] ( iterator_range<struct User::value_op_iterator>& p1 )
iterator_range<User::value_op_iterator>::__ct [C1] ( iterator_range<struct User::value_op_iterator>const& p1 )
iterator_range<User::value_op_iterator>::__ct [C2] ( iterator_range<struct User::value_op_iterator>const& p1 )
iterator_range<User::value_op_iterator>::begin ( ) const
iterator_range<User::value_op_iterator>::empty ( ) const
iterator_range<User::value_op_iterator>::end ( ) const
iterator_range<User::value_op_iterator>::~__dt [D0] ( )
iterator_range<User::value_op_iterator>::~__dt [D1] ( )
iterator_range<User::value_op_iterator>::~__dt [D2] ( )
iterator_range<Value::const_use_iterator>::__ct [C2] ( Container& c )
iterator_range<Value::const_use_iterator>::__ct [C2] ( iterator_range<Value::const_use_iterator>& p1 )
iterator_range<Value::const_use_iterator>::__ct [C2] ( iterator_range<Value::const_use_iterator>const& p1 )
iterator_range<Value::const_use_iterator>::empty ( ) const
iterator_range<Value::const_use_iterator>::~__dt [D1] ( )
iterator_range<Value::const_user_iterator>::__ct [C1] ( Container& c )
iterator_range<Value::const_user_iterator>::__ct [C2] ( Container& c )
iterator_range<Value::const_user_iterator>::__ct [C1] ( iterator_range<Value::const_user_iterator>& p1 )
iterator_range<Value::const_user_iterator>::__ct [C2] ( iterator_range<Value::const_user_iterator>& p1 )
iterator_range<Value::const_user_iterator>::__ct [C1] ( iterator_range<Value::const_user_iterator>const& p1 )
iterator_range<Value::const_user_iterator>::__ct [C2] ( iterator_range<Value::const_user_iterator>const& p1 )
iterator_range<Value::const_user_iterator>::begin ( ) const
iterator_range<Value::const_user_iterator>::empty ( ) const
iterator_range<Value::const_user_iterator>::end ( ) const
iterator_range<Value::const_user_iterator>::~__dt [D0] ( )
iterator_range<Value::const_user_iterator>::~__dt [D1] ( )
iterator_range<Value::use_iterator>::__ct [C1] ( Container& c )
iterator_range<Value::use_iterator>::__ct [C1] ( iterator_range<Value::use_iterator>& p1 )
iterator_range<Value::use_iterator>::__ct [C1] ( iterator_range<Value::use_iterator>const& p1 )
iterator_range<Value::use_iterator>::~__dt [D0] ( )
iterator_range<Value::use_iterator>::~__dt [D2] ( )
iterator_range<Value::user_iterator>::~__dt [D2] ( )
iterator_range<unsigned char const*>::__ct [C1] ( Container& c )
iterator_range<unsigned char const*>::__ct [C2] ( Container& c )
iterator_range<unsigned char const*>::__ct [C1] ( iterator_range<unsigned char const*>& p1 )
iterator_range<unsigned char const*>::__ct [C2] ( iterator_range<unsigned char const*>& p1 )
iterator_range<unsigned char const*>::__ct [C1] ( iterator_range<unsigned char const*>const& p1 )
iterator_range<unsigned char const*>::__ct [C2] ( iterator_range<unsigned char const*>const& p1 )
iterator_range<unsigned char const*>::begin ( ) const
iterator_range<unsigned char const*>::empty ( ) const
iterator_range<unsigned char const*>::end ( ) const
iterator_range<unsigned char const*>::~__dt [D0] ( )
iterator_range<unsigned char const*>::~__dt [D1] ( )
iterator_range<unsigned char const*>::~__dt [D2] ( )

None.h
namespace llvm
None [data]

Optional.h
namespace llvm
Optional<bool>::__ct [C1] ( )
Optional<bool>::__ct [C2] ( )
Optional<bool>::__ct [C1] ( bool const& y )
Optional<bool>::__ct [C2] ( bool const& y )
Optional<bool>::__ct [C1] ( bool& y )
Optional<bool>::__ct [C2] ( bool& y )
Optional<bool>::__ct [C1] ( enum NoneType p1 )
Optional<bool>::__ct [C2] ( enum NoneType p1 )
Optional<bool>::__ct [C1] ( Optional<bool>& O )
Optional<bool>::__ct [C2] ( Optional<bool>& O )
Optional<bool>::__ct [C1] ( Optional<bool>const& O )
Optional<bool>::__ct [C2] ( Optional<bool>const& O )
Optional<bool>::create ( bool const* y ) [static]
Optional<bool>::getPointer ( )
Optional<bool>::getPointer ( ) const
Optional<bool>::getValue ( )
Optional<bool>::getValue ( ) const
Optional<bool>::getValueOr ( U& value )
Optional<bool>::getValueOr ( U& value ) const
Optional<bool>::hasValue ( ) const
Optional<bool>::map ( Function const& F )
Optional<bool>::map ( Function const& F ) const
Optional<bool>::operator bool ( ) const
Optional<bool>::reset ( )
Optional<bool>::~__dt [D0] ( )
Optional<bool>::~__dt [D1] ( )
Optional<bool>::~__dt [D2] ( )
Optional<Align>::__ct [C1] ( enum NoneType p1 )
Optional<Align>::__ct [C2] ( enum NoneType p1 )
Optional<Align>::__ct [C1] ( Optional<struct Align>& O )
Optional<Align>::__ct [C2] ( Optional<struct Align>& O )
Optional<Align>::__ct [C1] ( Optional<struct Align>const& O )
Optional<Align>::__ct [C2] ( Optional<struct Align>const& O )
Optional<Align>::create ( struct Align const* y ) [static]
Optional<Align>::getValue ( )
Optional<Align>::getValueOr ( U& value )
Optional<Align>::getValueOr ( U& value ) const
Optional<Align>::map ( Function const& F )
Optional<Align>::map ( Function const& F ) const
Optional<Align>::reset ( )
Optional<Align>::~__dt [D0] ( )
Optional<Align>::~__dt [D1] ( )
Optional<Align>::~__dt [D2] ( )
Optional<Function::ProfileCount>::__ct [C1] ( )
Optional<Function::ProfileCount>::__ct [C2] ( )
Optional<Function::ProfileCount>::__ct [C1] ( enum NoneType p1 )
Optional<Function::ProfileCount>::__ct [C2] ( enum NoneType p1 )
Optional<Function::ProfileCount>::__ct [C1] ( Optional<struct Function::ProfileCount>& O )
Optional<Function::ProfileCount>::__ct [C2] ( Optional<struct Function::ProfileCount>& O )
Optional<Function::ProfileCount>::__ct [C1] ( Optional<struct Function::ProfileCount>const& O )
Optional<Function::ProfileCount>::__ct [C2] ( Optional<struct Function::ProfileCount>const& O )
Optional<Function::ProfileCount>::__ct [C1] ( struct Function::ProfileCount const& y )
Optional<Function::ProfileCount>::__ct [C2] ( struct Function::ProfileCount const& y )
Optional<Function::ProfileCount>::__ct [C1] ( struct Function::ProfileCount& y )
Optional<Function::ProfileCount>::__ct [C2] ( struct Function::ProfileCount& y )
Optional<Function::ProfileCount>::create ( struct Function::ProfileCount const* y ) [static]
Optional<Function::ProfileCount>::getPointer ( )
Optional<Function::ProfileCount>::getPointer ( ) const
Optional<Function::ProfileCount>::getValue ( )
Optional<Function::ProfileCount>::getValue ( ) const
Optional<Function::ProfileCount>::getValueOr ( U& value )
Optional<Function::ProfileCount>::getValueOr ( U& value ) const
Optional<Function::ProfileCount>::map ( Function const& F )
Optional<Function::ProfileCount>::map ( Function const& F ) const
Optional<Function::ProfileCount>::operator bool ( ) const
Optional<Function::ProfileCount>::reset ( )
Optional<Function::ProfileCount>::~__dt [D0] ( )
Optional<Function::ProfileCount>::~__dt [D1] ( )
Optional<Function::ProfileCount>::~__dt [D2] ( )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C1] ( enum NoneType p1 )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C2] ( enum NoneType p1 )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C1] ( Optional<SPIRV::TranslatorOpts::ArgList>& O )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C2] ( Optional<SPIRV::TranslatorOpts::ArgList>& O )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C1] ( Optional<SPIRV::TranslatorOpts::ArgList>const& O )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C2] ( Optional<SPIRV::TranslatorOpts::ArgList>const& O )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C1] ( SmallVector<StringRef, 4u>& y )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C2] ( SmallVector<StringRef, 4u>& y )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C1] ( SmallVector<StringRef, 4u>const& y )
Optional<SPIRV::TranslatorOpts::ArgList>::__ct [C2] ( SmallVector<StringRef, 4u>const& y )
Optional<SPIRV::TranslatorOpts::ArgList>::create ( SmallVector<StringRef, 4u>const* y ) [static]
Optional<SPIRV::TranslatorOpts::ArgList>::getPointer ( )
Optional<SPIRV::TranslatorOpts::ArgList>::getPointer ( ) const
Optional<SPIRV::TranslatorOpts::ArgList>::getValue ( )
Optional<SPIRV::TranslatorOpts::ArgList>::getValue ( ) const
Optional<SPIRV::TranslatorOpts::ArgList>::getValueOr ( U& value )
Optional<SPIRV::TranslatorOpts::ArgList>::getValueOr ( U& value ) const
Optional<SPIRV::TranslatorOpts::ArgList>::hasValue ( ) const
Optional<SPIRV::TranslatorOpts::ArgList>::map ( Function const& F )
Optional<SPIRV::TranslatorOpts::ArgList>::map ( Function const& F ) const
Optional<SPIRV::TranslatorOpts::ArgList>::operator bool ( ) const
Optional<SPIRV::TranslatorOpts::ArgList>::reset ( )
Optional<unsigned int>::__ct [C1] ( )
Optional<unsigned int>::__ct [C2] ( )
Optional<unsigned int>::__ct [C1] ( enum NoneType p1 )
Optional<unsigned int>::__ct [C2] ( enum NoneType p1 )
Optional<unsigned int>::__ct [C1] ( Optional<unsigned int>& O )
Optional<unsigned int>::__ct [C2] ( Optional<unsigned int>& O )
Optional<unsigned int>::__ct [C1] ( Optional<unsigned int>const& O )
Optional<unsigned int>::__ct [C2] ( Optional<unsigned int>const& O )
Optional<unsigned int>::__ct [C1] ( unsigned int const& y )
Optional<unsigned int>::__ct [C2] ( unsigned int const& y )
Optional<unsigned int>::__ct [C1] ( unsigned int& y )
Optional<unsigned int>::__ct [C2] ( unsigned int& y )
Optional<unsigned int>::create ( unsigned int const* y ) [static]
Optional<unsigned int>::getPointer ( )
Optional<unsigned int>::getPointer ( ) const
Optional<unsigned int>::getValue ( )
Optional<unsigned int>::getValue ( ) const
Optional<unsigned int>::getValueOr ( U& value )
Optional<unsigned int>::getValueOr ( U& value ) const
Optional<unsigned int>::hasValue ( ) const
Optional<unsigned int>::map ( Function const& F )
Optional<unsigned int>::map ( Function const& F ) const
Optional<unsigned int>::operator bool ( ) const
Optional<unsigned int>::reset ( )
Optional<unsigned int>::~__dt [D0] ( )
Optional<unsigned int>::~__dt [D1] ( )
Optional<unsigned int>::~__dt [D2] ( )
Optional.h
namespace llvm::optional_detail
OptionalStorage<bool, (bool)-1>::__ct [C1] ( )
OptionalStorage<bool, (bool)-1>::__ct [C2] ( )
OptionalStorage<bool, (bool)-1>::__ct [C1] ( OptionalStorage<bool, (bool)-1>& other )
OptionalStorage<bool, (bool)-1>::__ct [C2] ( OptionalStorage<bool, (bool)-1>& other )
OptionalStorage<bool, (bool)-1>::__ct [C1] ( OptionalStorage<bool, (bool)-1>const& other )
OptionalStorage<bool, (bool)-1>::__ct [C2] ( OptionalStorage<bool, (bool)-1>const& other )
OptionalStorage<bool, (bool)-1>::getValue ( )
OptionalStorage<bool, (bool)-1>::getValue ( ) const
OptionalStorage<bool, (bool)-1>::hasValue ( ) const
OptionalStorage<bool, (bool)-1>::reset ( )
OptionalStorage<bool, (bool)-1>::~__dt [D0] ( )
OptionalStorage<bool, (bool)-1>::~__dt [D1] ( )
OptionalStorage<bool, (bool)-1>::~__dt [D2] ( )
OptionalStorage<llvm::Align, (bool)-1>::__ct [C1] ( OptionalStorage<struct llvm::Align, (bool)-1>& other )
OptionalStorage<llvm::Align, (bool)-1>::__ct [C2] ( OptionalStorage<struct llvm::Align, (bool)-1>& other )
OptionalStorage<llvm::Align, (bool)-1>::__ct [C1] ( OptionalStorage<struct llvm::Align, (bool)-1>const& other )
OptionalStorage<llvm::Align, (bool)-1>::__ct [C2] ( OptionalStorage<struct llvm::Align, (bool)-1>const& other )
OptionalStorage<llvm::Align, (bool)-1>::getValue ( )
OptionalStorage<llvm::Align, (bool)-1>::~__dt [D0] ( )
OptionalStorage<llvm::Align, (bool)-1>::~__dt [D1] ( )
OptionalStorage<llvm::Align, (bool)-1>::~__dt [D2] ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C1] ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C2] ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C1] ( OptionalStorage<struct llvm::Function::ProfileCount, (bool)-1>& other )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C2] ( OptionalStorage<struct llvm::Function::ProfileCount, (bool)-1>& other )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C1] ( OptionalStorage<struct llvm::Function::ProfileCount, (bool)-1>const& other )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::__ct [C2] ( OptionalStorage<struct llvm::Function::ProfileCount, (bool)-1>const& other )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::getValue ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::getValue ( ) const
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::reset ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::~__dt [D0] ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::~__dt [D1] ( )
OptionalStorage<llvm::Function::ProfileCount, (bool)-1>::~__dt [D2] ( )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::__ct [C1] ( OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>& other )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::__ct [C2] ( OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>& other )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::__ct [C1] ( OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>const& other )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::__ct [C2] ( OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>const& other )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::getValue ( )
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::getValue ( ) const
OptionalStorage<SPIRV::TranslatorOpts::ArgList, (bool)false>::hasValue ( ) const
OptionalStorage<unsigned int, (bool)-1>::__ct [C1] ( )
OptionalStorage<unsigned int, (bool)-1>::__ct [C2] ( )
OptionalStorage<unsigned int, (bool)-1>::__ct [C1] ( OptionalStorage<unsigned int, (bool)-1>& other )
OptionalStorage<unsigned int, (bool)-1>::__ct [C2] ( OptionalStorage<unsigned int, (bool)-1>& other )
OptionalStorage<unsigned int, (bool)-1>::__ct [C1] ( OptionalStorage<unsigned int, (bool)-1>const& other )
OptionalStorage<unsigned int, (bool)-1>::__ct [C2] ( OptionalStorage<unsigned int, (bool)-1>const& other )
OptionalStorage<unsigned int, (bool)-1>::getValue ( )
OptionalStorage<unsigned int, (bool)-1>::getValue ( ) const
OptionalStorage<unsigned int, (bool)-1>::hasValue ( ) const
OptionalStorage<unsigned int, (bool)-1>::reset ( )
OptionalStorage<unsigned int, (bool)-1>::~__dt [D0] ( )
OptionalStorage<unsigned int, (bool)-1>::~__dt [D1] ( )
OptionalStorage<unsigned int, (bool)-1>::~__dt [D2] ( )

SmallVector.h
namespace llvm
CalculateSmallVectorDefaultInlinedElements<APInt>::kPreferredSmallVectorSizeof [data]
CalculateSmallVectorDefaultInlinedElements<APInt>::NumElementsThatFit [data]
CalculateSmallVectorDefaultInlinedElements<APInt>::PreferredInlineBytes [data]
CalculateSmallVectorDefaultInlinedElements<APInt>::value [data]
CalculateSmallVectorDefaultInlinedElements<Metadata*>::kPreferredSmallVectorSizeof [data]
CalculateSmallVectorDefaultInlinedElements<Metadata*>::NumElementsThatFit [data]
CalculateSmallVectorDefaultInlinedElements<Metadata*>::PreferredInlineBytes [data]
CalculateSmallVectorDefaultInlinedElements<Metadata*>::value [data]
CalculateSmallVectorDefaultInlinedElements<T>::kPreferredSmallVectorSizeof [data]
CalculateSmallVectorDefaultInlinedElements<T>::NumElementsThatFit [data]
CalculateSmallVectorDefaultInlinedElements<T>::PreferredInlineBytes [data]
CalculateSmallVectorDefaultInlinedElements<T>::value [data]
SmallVector<char, 0u>::__ct [C1] ( SmallVector<char, 0u>& RHS )
SmallVector<char, 0u>::__ct [C2] ( SmallVector<char, 0u>& RHS )
SmallVector<char, 0u>::__ct [C1] ( SmallVector<char, 0u>const& RHS )
SmallVector<char, 0u>::__ct [C2] ( SmallVector<char, 0u>const& RHS )
SmallVector<char, 0u>::__ct [C1] ( SmallVectorImpl<char>& RHS )
SmallVector<char, 0u>::__ct [C2] ( SmallVectorImpl<char>& RHS )
SmallVector<char, 0u>::__ct [C1] ( size_t Size, char const& Value )
SmallVector<char, 0u>::__ct [C2] ( size_t Size, char const& Value )
SmallVector<char, 0u>::__ct [C1] ( std::initializer_list<char> IL )
SmallVector<char, 0u>::__ct [C2] ( std::initializer_list<char> IL )
SmallVector<char, 32u>::__ct [C1] ( )
SmallVector<char, 32u>::__ct [C2] ( )
SmallVector<char, 32u>::__ct [C1] ( SmallVector<char, 32u>const& RHS )
SmallVector<char, 32u>::__ct [C2] ( SmallVector<char, 32u>const& RHS )
SmallVector<char, 32u>::__ct [C1] ( SmallVectorImpl<char>& RHS )
SmallVector<char, 32u>::__ct [C2] ( SmallVectorImpl<char>& RHS )
SmallVector<char, 32u>::__ct [C1] ( size_t Size, char const& Value )
SmallVector<char, 32u>::__ct [C2] ( size_t Size, char const& Value )
SmallVector<char, 32u>::__ct [C1] ( std::initializer_list<char> IL )
SmallVector<char, 32u>::__ct [C2] ( std::initializer_list<char> IL )
SmallVector<APInt, 0u>::__ct [C1] ( )
SmallVector<APInt, 0u>::__ct [C2] ( )
SmallVector<APInt, 0u>::__ct [C1] ( SmallVector<APInt, 0u>& RHS )
SmallVector<APInt, 0u>::__ct [C2] ( SmallVector<APInt, 0u>& RHS )
SmallVector<APInt, 0u>::__ct [C1] ( SmallVector<APInt, 0u>const& RHS )
SmallVector<APInt, 0u>::__ct [C2] ( SmallVector<APInt, 0u>const& RHS )
SmallVector<APInt, 0u>::__ct [C1] ( SmallVectorImpl<APInt>& RHS )
SmallVector<APInt, 0u>::__ct [C2] ( SmallVectorImpl<APInt>& RHS )
SmallVector<APInt, 0u>::__ct [C1] ( size_t Size, APInt const& Value )
SmallVector<APInt, 0u>::__ct [C2] ( size_t Size, APInt const& Value )
SmallVector<APInt, 0u>::__ct [C1] ( std::initializer_list<APInt> IL )
SmallVector<APInt, 0u>::__ct [C2] ( std::initializer_list<APInt> IL )
SmallVector<APInt, 0u>::~__dt [D0] ( )
SmallVector<APInt, 0u>::~__dt [D1] ( )
SmallVector<APInt, 0u>::~__dt [D2] ( )
SmallVector<Attribute, 8u>::__ct [C1] ( SmallVector<Attribute, 8u>& RHS )
SmallVector<Attribute, 8u>::__ct [C2] ( SmallVector<Attribute, 8u>& RHS )
SmallVector<Attribute, 8u>::__ct [C1] ( SmallVector<Attribute, 8u>const& RHS )
SmallVector<Attribute, 8u>::__ct [C2] ( SmallVector<Attribute, 8u>const& RHS )
SmallVector<Attribute, 8u>::__ct [C1] ( SmallVectorImpl<Attribute>& RHS )
SmallVector<Attribute, 8u>::__ct [C2] ( SmallVectorImpl<Attribute>& RHS )
SmallVector<Attribute, 8u>::__ct [C1] ( size_t Size, Attribute const& Value )
SmallVector<Attribute, 8u>::__ct [C2] ( size_t Size, Attribute const& Value )
SmallVector<Attribute, 8u>::__ct [C1] ( std::initializer_list<Attribute> IL )
SmallVector<Attribute, 8u>::__ct [C2] ( std::initializer_list<Attribute> IL )
SmallVector<LayoutAlignElem, 16u>::__ct [C1] ( SmallVector<struct LayoutAlignElem, 16u>& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C2] ( SmallVector<struct LayoutAlignElem, 16u>& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C1] ( SmallVector<struct LayoutAlignElem, 16u>const& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C2] ( SmallVector<struct LayoutAlignElem, 16u>const& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C1] ( SmallVectorImpl<struct LayoutAlignElem>& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C2] ( SmallVectorImpl<struct LayoutAlignElem>& RHS )
SmallVector<LayoutAlignElem, 16u>::__ct [C1] ( size_t Size, struct LayoutAlignElem const& Value )
SmallVector<LayoutAlignElem, 16u>::__ct [C2] ( size_t Size, struct LayoutAlignElem const& Value )
SmallVector<LayoutAlignElem, 16u>::__ct [C1] ( std::initializer_list<struct LayoutAlignElem> IL )
SmallVector<LayoutAlignElem, 16u>::__ct [C2] ( std::initializer_list<struct LayoutAlignElem> IL )
SmallVector<Metadata*, 0u>::__ct [C1] ( )
SmallVector<Metadata*, 0u>::__ct [C2] ( )
SmallVector<Metadata*, 0u>::__ct [C1] ( SmallVector<struct Metadata*, 0u>& RHS )
SmallVector<Metadata*, 0u>::__ct [C2] ( SmallVector<struct Metadata*, 0u>& RHS )
SmallVector<Metadata*, 0u>::__ct [C1] ( SmallVector<struct Metadata*, 0u>const& RHS )
SmallVector<Metadata*, 0u>::__ct [C2] ( SmallVector<struct Metadata*, 0u>const& RHS )
SmallVector<Metadata*, 0u>::__ct [C1] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 0u>::__ct [C2] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 0u>::__ct [C1] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 0u>::__ct [C2] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 0u>::__ct [C1] ( std::initializer_list<struct Metadata*> IL )
SmallVector<Metadata*, 0u>::__ct [C2] ( std::initializer_list<struct Metadata*> IL )
SmallVector<Metadata*, 0u>::~__dt [D0] ( )
SmallVector<Metadata*, 0u>::~__dt [D1] ( )
SmallVector<Metadata*, 0u>::~__dt [D2] ( )
SmallVector<Metadata*, 13u>::__ct [C1] ( )
SmallVector<Metadata*, 13u>::__ct [C2] ( )
SmallVector<Metadata*, 13u>::__ct [C1] ( SmallVector<struct Metadata*, 13u>& RHS )
SmallVector<Metadata*, 13u>::__ct [C2] ( SmallVector<struct Metadata*, 13u>& RHS )
SmallVector<Metadata*, 13u>::__ct [C1] ( SmallVector<struct Metadata*, 13u>const& RHS )
SmallVector<Metadata*, 13u>::__ct [C2] ( SmallVector<struct Metadata*, 13u>const& RHS )
SmallVector<Metadata*, 13u>::__ct [C1] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 13u>::__ct [C2] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 13u>::__ct [C1] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 13u>::__ct [C2] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 13u>::__ct [C1] ( std::initializer_list<struct Metadata*> IL )
SmallVector<Metadata*, 13u>::__ct [C2] ( std::initializer_list<struct Metadata*> IL )
SmallVector<Metadata*, 4u>::__ct [C1] ( )
SmallVector<Metadata*, 4u>::__ct [C2] ( )
SmallVector<Metadata*, 4u>::__ct [C1] ( SmallVector<struct Metadata*, 4u>& RHS )
SmallVector<Metadata*, 4u>::__ct [C2] ( SmallVector<struct Metadata*, 4u>& RHS )
SmallVector<Metadata*, 4u>::__ct [C1] ( SmallVector<struct Metadata*, 4u>const& RHS )
SmallVector<Metadata*, 4u>::__ct [C2] ( SmallVector<struct Metadata*, 4u>const& RHS )
SmallVector<Metadata*, 4u>::__ct [C1] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 4u>::__ct [C2] ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVector<Metadata*, 4u>::__ct [C1] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 4u>::__ct [C2] ( size_t Size, struct Metadata*const& Value )
SmallVector<Metadata*, 4u>::__ct [C1] ( std::initializer_list<struct Metadata*> IL )
SmallVector<Metadata*, 4u>::__ct [C2] ( std::initializer_list<struct Metadata*> IL )
SmallVector<PointerAlignElem, 8u>::__ct [C1] ( SmallVector<struct PointerAlignElem, 8u>& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C2] ( SmallVector<struct PointerAlignElem, 8u>& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C1] ( SmallVector<struct PointerAlignElem, 8u>const& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C2] ( SmallVector<struct PointerAlignElem, 8u>const& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C1] ( SmallVectorImpl<struct PointerAlignElem>& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C2] ( SmallVectorImpl<struct PointerAlignElem>& RHS )
SmallVector<PointerAlignElem, 8u>::__ct [C1] ( size_t Size, struct PointerAlignElem const& Value )
SmallVector<PointerAlignElem, 8u>::__ct [C2] ( size_t Size, struct PointerAlignElem const& Value )
SmallVector<PointerAlignElem, 8u>::__ct [C1] ( std::initializer_list<struct PointerAlignElem> IL )
SmallVector<PointerAlignElem, 8u>::__ct [C2] ( std::initializer_list<struct PointerAlignElem> IL )
SmallVector<StringRef, 4u>::__ct [C1] ( )
SmallVector<StringRef, 4u>::__ct [C2] ( )
SmallVector<StringRef, 4u>::__ct [C1] ( SmallVector<StringRef, 4u>& RHS )
SmallVector<StringRef, 4u>::__ct [C2] ( SmallVector<StringRef, 4u>& RHS )
SmallVector<StringRef, 4u>::__ct [C1] ( SmallVector<StringRef, 4u>const& RHS )
SmallVector<StringRef, 4u>::__ct [C2] ( SmallVector<StringRef, 4u>const& RHS )
SmallVector<StringRef, 4u>::__ct [C1] ( SmallVectorImpl<StringRef>& RHS )
SmallVector<StringRef, 4u>::__ct [C2] ( SmallVectorImpl<StringRef>& RHS )
SmallVector<StringRef, 4u>::__ct [C1] ( size_t Size, StringRef const& Value )
SmallVector<StringRef, 4u>::__ct [C2] ( size_t Size, StringRef const& Value )
SmallVector<StringRef, 4u>::__ct [C1] ( std::initializer_list<StringRef> IL )
SmallVector<StringRef, 4u>::__ct [C2] ( std::initializer_list<StringRef> IL )
SmallVector<unsigned char, 8u>::__ct [C1] ( SmallVector<unsigned char, 8u>& RHS )
SmallVector<unsigned char, 8u>::__ct [C2] ( SmallVector<unsigned char, 8u>& RHS )
SmallVector<unsigned char, 8u>::__ct [C1] ( SmallVector<unsigned char, 8u>const& RHS )
SmallVector<unsigned char, 8u>::__ct [C2] ( SmallVector<unsigned char, 8u>const& RHS )
SmallVector<unsigned char, 8u>::__ct [C1] ( SmallVectorImpl<unsigned char>& RHS )
SmallVector<unsigned char, 8u>::__ct [C2] ( SmallVectorImpl<unsigned char>& RHS )
SmallVector<unsigned char, 8u>::__ct [C1] ( size_t Size, unsigned char const& Value )
SmallVector<unsigned char, 8u>::__ct [C2] ( size_t Size, unsigned char const& Value )
SmallVector<unsigned char, 8u>::__ct [C1] ( std::initializer_list<unsigned char> IL )
SmallVector<unsigned char, 8u>::__ct [C2] ( std::initializer_list<unsigned char> IL )
SmallVector<unsigned int, 8u>::__ct [C1] ( SmallVector<unsigned int, 8u>& RHS )
SmallVector<unsigned int, 8u>::__ct [C2] ( SmallVector<unsigned int, 8u>& RHS )
SmallVector<unsigned int, 8u>::__ct [C1] ( SmallVector<unsigned int, 8u>const& RHS )
SmallVector<unsigned int, 8u>::__ct [C2] ( SmallVector<unsigned int, 8u>const& RHS )
SmallVector<unsigned int, 8u>::__ct [C1] ( SmallVectorImpl<unsigned int>& RHS )
SmallVector<unsigned int, 8u>::__ct [C2] ( SmallVectorImpl<unsigned int>& RHS )
SmallVector<unsigned int, 8u>::__ct [C1] ( size_t Size, unsigned int const& Value )
SmallVector<unsigned int, 8u>::__ct [C2] ( size_t Size, unsigned int const& Value )
SmallVector<unsigned int, 8u>::__ct [C1] ( std::initializer_list<unsigned int> IL )
SmallVector<unsigned int, 8u>::__ct [C2] ( std::initializer_list<unsigned int> IL )
SmallVectorBase<unsigned int>::__ct [C1] ( )
SmallVectorBase<unsigned int>::__ct [C2] ( )
SmallVectorBase<unsigned int>::__ct [C1] ( SmallVectorBase<unsigned int>& p1 )
SmallVectorBase<unsigned int>::__ct [C2] ( SmallVectorBase<unsigned int>& p1 )
SmallVectorBase<unsigned int>::__ct [C1] ( SmallVectorBase<unsigned int>const& p1 )
SmallVectorBase<unsigned int>::__ct [C2] ( SmallVectorBase<unsigned int>const& p1 )
SmallVectorBase<unsigned int>::grow_pod ( void* FirstEl, size_t MinSize, size_t TSize )
SmallVectorBase<unsigned int>::mallocForGrow ( size_t MinSize, size_t TSize, size_t& NewCapacity )
SmallVectorBase<unsigned int>::SizeTypeMax ( ) [static]
SmallVectorBase<unsigned int>::~__dt [D0] ( )
SmallVectorBase<unsigned int>::~__dt [D1] ( )
SmallVectorBase<unsigned int>::~__dt [D2] ( )
SmallVectorImpl<char>::__ct [C1] ( SmallVectorImpl<char>const& p1 )
SmallVectorImpl<char>::__ct [C2] ( SmallVectorImpl<char>const& p1 )
SmallVectorImpl<char>::append ( SmallVectorImpl<char>::size_type NumInputs, SmallVectorImpl<char>::ValueParamT Elt )
SmallVectorImpl<char>::append ( SmallVectorImpl<char>const& RHS )
SmallVectorImpl<char>::append ( std::initializer_list<char> IL )
SmallVectorImpl<char>::assign ( SmallVectorImpl<char>::size_type NumElts, SmallVectorImpl<char>::ValueParamT Elt )
SmallVectorImpl<char>::assign ( SmallVectorImpl<char>const& RHS )
SmallVectorImpl<char>::assign ( std::initializer_list<char> IL )
SmallVectorImpl<char>::erase ( SmallVectorImpl<char>::const_iterator CI )
SmallVectorImpl<char>::erase ( SmallVectorImpl<char>::const_iterator CS, SmallVectorImpl<char>::const_iterator CE )
SmallVectorImpl<char>::insert ( SmallVectorImpl<char>::iterator I, char const& Elt )
SmallVectorImpl<char>::insert ( SmallVectorImpl<char>::iterator I, char& Elt )
SmallVectorImpl<char>::insert ( SmallVectorImpl<char>::iterator I, SmallVectorImpl<char>::size_type NumToInsert, SmallVectorImpl<char>::ValueParamT Elt )
SmallVectorImpl<char>::insert ( SmallVectorImpl<char>::iterator I, std::initializer_list<char> IL )
SmallVectorImpl<char>::pop_back_n ( SmallVectorImpl<char>::size_type NumItems )
SmallVectorImpl<char>::pop_back_val ( )
SmallVectorImpl<char>::resize ( SmallVectorImpl<char>::size_type N )
SmallVectorImpl<char>::resize ( SmallVectorImpl<char>::size_type N, SmallVectorImpl<char>::ValueParamT NV )
SmallVectorImpl<char>::resize_for_overwrite ( SmallVectorImpl<char>::size_type N )
SmallVectorImpl<char>::swap ( SmallVectorImpl<char>& RHS )
SmallVectorImpl<char>::truncate ( SmallVectorImpl<char>::size_type N )
SmallVectorImpl<APInt>::__ct [C1] ( SmallVectorImpl<APInt>const& p1 )
SmallVectorImpl<APInt>::__ct [C2] ( SmallVectorImpl<APInt>const& p1 )
SmallVectorImpl<APInt>::__ct [C1] ( unsigned int N )
SmallVectorImpl<APInt>::__ct [C2] ( unsigned int N )
SmallVectorImpl<APInt>::append ( SmallVectorImpl<APInt>::size_type NumInputs, SmallVectorImpl<APInt>::ValueParamT Elt )
SmallVectorImpl<APInt>::append ( SmallVectorImpl<APInt>const& RHS )
SmallVectorImpl<APInt>::append ( std::initializer_list<APInt> IL )
SmallVectorImpl<APInt>::assign ( SmallVectorImpl<APInt>::size_type NumElts, SmallVectorImpl<APInt>::ValueParamT Elt )
SmallVectorImpl<APInt>::assign ( SmallVectorImpl<APInt>const& RHS )
SmallVectorImpl<APInt>::assign ( std::initializer_list<APInt> IL )
SmallVectorImpl<APInt>::assignRemote ( SmallVectorImpl<APInt>& RHS )
SmallVectorImpl<APInt>::clear ( )
SmallVectorImpl<APInt>::erase ( SmallVectorImpl<APInt>::const_iterator CI )
SmallVectorImpl<APInt>::erase ( SmallVectorImpl<APInt>::const_iterator CS, SmallVectorImpl<APInt>::const_iterator CE )
SmallVectorImpl<APInt>::insert ( SmallVectorImpl<APInt>::iterator I, APInt const& Elt )
SmallVectorImpl<APInt>::insert ( SmallVectorImpl<APInt>::iterator I, APInt& Elt )
SmallVectorImpl<APInt>::insert ( SmallVectorImpl<APInt>::iterator I, SmallVectorImpl<APInt>::size_type NumToInsert, SmallVectorImpl<APInt>::ValueParamT Elt )
SmallVectorImpl<APInt>::insert ( SmallVectorImpl<APInt>::iterator I, std::initializer_list<APInt> IL )
SmallVectorImpl<APInt>::pop_back_n ( SmallVectorImpl<APInt>::size_type NumItems )
SmallVectorImpl<APInt>::pop_back_val ( )
SmallVectorImpl<APInt>::reserve ( SmallVectorImpl<APInt>::size_type N )
SmallVectorImpl<APInt>::resize ( SmallVectorImpl<APInt>::size_type N )
SmallVectorImpl<APInt>::resize ( SmallVectorImpl<APInt>::size_type N, SmallVectorImpl<APInt>::ValueParamT NV )
SmallVectorImpl<APInt>::resize_for_overwrite ( SmallVectorImpl<APInt>::size_type N )
SmallVectorImpl<APInt>::swap ( SmallVectorImpl<APInt>& RHS )
SmallVectorImpl<APInt>::truncate ( SmallVectorImpl<APInt>::size_type N )
SmallVectorImpl<APInt>::~__dt [D0] ( )
SmallVectorImpl<APInt>::~__dt [D1] ( )
SmallVectorImpl<APInt>::~__dt [D2] ( )
SmallVectorImpl<Attribute>::__ct [C1] ( SmallVectorImpl<Attribute>const& p1 )
SmallVectorImpl<Attribute>::__ct [C2] ( SmallVectorImpl<Attribute>const& p1 )
SmallVectorImpl<Attribute>::append ( SmallVectorImpl<Attribute>::size_type NumInputs, SmallVectorImpl<Attribute>::ValueParamT Elt )
SmallVectorImpl<Attribute>::append ( SmallVectorImpl<Attribute>const& RHS )
SmallVectorImpl<Attribute>::append ( std::initializer_list<Attribute> IL )
SmallVectorImpl<Attribute>::assign ( SmallVectorImpl<Attribute>::size_type NumElts, SmallVectorImpl<Attribute>::ValueParamT Elt )
SmallVectorImpl<Attribute>::assign ( SmallVectorImpl<Attribute>const& RHS )
SmallVectorImpl<Attribute>::assign ( std::initializer_list<Attribute> IL )
SmallVectorImpl<Attribute>::assignRemote ( SmallVectorImpl<Attribute>& RHS )
SmallVectorImpl<Attribute>::clear ( )
SmallVectorImpl<Attribute>::erase ( SmallVectorImpl<Attribute>::const_iterator CI )
SmallVectorImpl<Attribute>::erase ( SmallVectorImpl<Attribute>::const_iterator CS, SmallVectorImpl<Attribute>::const_iterator CE )
SmallVectorImpl<Attribute>::insert ( SmallVectorImpl<Attribute>::iterator I, Attribute const& Elt )
SmallVectorImpl<Attribute>::insert ( SmallVectorImpl<Attribute>::iterator I, Attribute& Elt )
SmallVectorImpl<Attribute>::insert ( SmallVectorImpl<Attribute>::iterator I, SmallVectorImpl<Attribute>::size_type NumToInsert, SmallVectorImpl<Attribute>::ValueParamT Elt )
SmallVectorImpl<Attribute>::insert ( SmallVectorImpl<Attribute>::iterator I, std::initializer_list<Attribute> IL )
SmallVectorImpl<Attribute>::pop_back_n ( SmallVectorImpl<Attribute>::size_type NumItems )
SmallVectorImpl<Attribute>::pop_back_val ( )
SmallVectorImpl<Attribute>::reserve ( SmallVectorImpl<Attribute>::size_type N )
SmallVectorImpl<Attribute>::resize ( SmallVectorImpl<Attribute>::size_type N )
SmallVectorImpl<Attribute>::resize ( SmallVectorImpl<Attribute>::size_type N, SmallVectorImpl<Attribute>::ValueParamT NV )
SmallVectorImpl<Attribute>::resize_for_overwrite ( SmallVectorImpl<Attribute>::size_type N )
SmallVectorImpl<Attribute>::swap ( SmallVectorImpl<Attribute>& RHS )
SmallVectorImpl<Attribute>::truncate ( SmallVectorImpl<Attribute>::size_type N )
SmallVectorImpl<LayoutAlignElem>::__ct [C1] ( SmallVectorImpl<struct LayoutAlignElem>const& p1 )
SmallVectorImpl<LayoutAlignElem>::__ct [C2] ( SmallVectorImpl<struct LayoutAlignElem>const& p1 )
SmallVectorImpl<LayoutAlignElem>::append ( SmallVectorImpl<struct LayoutAlignElem>::size_type NumInputs, SmallVectorImpl<struct LayoutAlignElem>::ValueParamT Elt )
SmallVectorImpl<LayoutAlignElem>::append ( SmallVectorImpl<struct LayoutAlignElem>const& RHS )
SmallVectorImpl<LayoutAlignElem>::append ( std::initializer_list<struct LayoutAlignElem> IL )
SmallVectorImpl<LayoutAlignElem>::assign ( SmallVectorImpl<struct LayoutAlignElem>::size_type NumElts, SmallVectorImpl<struct LayoutAlignElem>::ValueParamT Elt )
SmallVectorImpl<LayoutAlignElem>::assign ( SmallVectorImpl<struct LayoutAlignElem>const& RHS )
SmallVectorImpl<LayoutAlignElem>::assign ( std::initializer_list<struct LayoutAlignElem> IL )
SmallVectorImpl<LayoutAlignElem>::assignRemote ( SmallVectorImpl<struct LayoutAlignElem>& RHS )
SmallVectorImpl<LayoutAlignElem>::erase ( SmallVectorImpl<struct LayoutAlignElem>::const_iterator CI )
SmallVectorImpl<LayoutAlignElem>::erase ( SmallVectorImpl<struct LayoutAlignElem>::const_iterator CS, SmallVectorImpl<struct LayoutAlignElem>::const_iterator CE )
SmallVectorImpl<LayoutAlignElem>::insert ( SmallVectorImpl<struct LayoutAlignElem>::iterator I, SmallVectorImpl<struct LayoutAlignElem>::size_type NumToInsert, SmallVectorImpl<struct LayoutAlignElem>::ValueParamT Elt )
SmallVectorImpl<LayoutAlignElem>::insert ( SmallVectorImpl<struct LayoutAlignElem>::iterator I, std::initializer_list<struct LayoutAlignElem> IL )
SmallVectorImpl<LayoutAlignElem>::insert ( SmallVectorImpl<struct LayoutAlignElem>::iterator I, struct LayoutAlignElem const& Elt )
SmallVectorImpl<LayoutAlignElem>::insert ( SmallVectorImpl<struct LayoutAlignElem>::iterator I, struct LayoutAlignElem& Elt )
SmallVectorImpl<LayoutAlignElem>::pop_back_n ( SmallVectorImpl<struct LayoutAlignElem>::size_type NumItems )
SmallVectorImpl<LayoutAlignElem>::pop_back_val ( )
SmallVectorImpl<LayoutAlignElem>::reserve ( SmallVectorImpl<struct LayoutAlignElem>::size_type N )
SmallVectorImpl<LayoutAlignElem>::resize ( SmallVectorImpl<struct LayoutAlignElem>::size_type N )
SmallVectorImpl<LayoutAlignElem>::resize ( SmallVectorImpl<struct LayoutAlignElem>::size_type N, SmallVectorImpl<struct LayoutAlignElem>::ValueParamT NV )
SmallVectorImpl<LayoutAlignElem>::resize_for_overwrite ( SmallVectorImpl<struct LayoutAlignElem>::size_type N )
SmallVectorImpl<LayoutAlignElem>::swap ( SmallVectorImpl<struct LayoutAlignElem>& RHS )
SmallVectorImpl<LayoutAlignElem>::truncate ( SmallVectorImpl<struct LayoutAlignElem>::size_type N )
SmallVectorImpl<Metadata*>::__ct [C1] ( SmallVectorImpl<struct Metadata*>const& p1 )
SmallVectorImpl<Metadata*>::__ct [C2] ( SmallVectorImpl<struct Metadata*>const& p1 )
SmallVectorImpl<Metadata*>::append ( SmallVectorImpl<struct Metadata*>::size_type NumInputs, SmallVectorImpl<struct Metadata*>::ValueParamT Elt )
SmallVectorImpl<Metadata*>::append ( SmallVectorImpl<struct Metadata*>const& RHS )
SmallVectorImpl<Metadata*>::append ( std::initializer_list<struct Metadata*> IL )
SmallVectorImpl<Metadata*>::assign ( SmallVectorImpl<struct Metadata*>::size_type NumElts, SmallVectorImpl<struct Metadata*>::ValueParamT Elt )
SmallVectorImpl<Metadata*>::assign ( SmallVectorImpl<struct Metadata*>const& RHS )
SmallVectorImpl<Metadata*>::assign ( std::initializer_list<struct Metadata*> IL )
SmallVectorImpl<Metadata*>::assignRemote ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVectorImpl<Metadata*>::clear ( )
SmallVectorImpl<Metadata*>::erase ( SmallVectorImpl<struct Metadata*>::const_iterator CI )
SmallVectorImpl<Metadata*>::erase ( SmallVectorImpl<struct Metadata*>::const_iterator CS, SmallVectorImpl<struct Metadata*>::const_iterator CE )
SmallVectorImpl<Metadata*>::insert ( SmallVectorImpl<struct Metadata*>::iterator I, SmallVectorImpl<struct Metadata*>::size_type NumToInsert, SmallVectorImpl<struct Metadata*>::ValueParamT Elt )
SmallVectorImpl<Metadata*>::insert ( SmallVectorImpl<struct Metadata*>::iterator I, std::initializer_list<struct Metadata*> IL )
SmallVectorImpl<Metadata*>::insert ( SmallVectorImpl<struct Metadata*>::iterator I, struct Metadata*& Elt )
SmallVectorImpl<Metadata*>::insert ( SmallVectorImpl<struct Metadata*>::iterator I, struct Metadata*const& Elt )
SmallVectorImpl<Metadata*>::pop_back_n ( SmallVectorImpl<struct Metadata*>::size_type NumItems )
SmallVectorImpl<Metadata*>::pop_back_val ( )
SmallVectorImpl<Metadata*>::resize ( SmallVectorImpl<struct Metadata*>::size_type N )
SmallVectorImpl<Metadata*>::resize ( SmallVectorImpl<struct Metadata*>::size_type N, SmallVectorImpl<struct Metadata*>::ValueParamT NV )
SmallVectorImpl<Metadata*>::resize_for_overwrite ( SmallVectorImpl<struct Metadata*>::size_type N )
SmallVectorImpl<Metadata*>::swap ( SmallVectorImpl<struct Metadata*>& RHS )
SmallVectorImpl<Metadata*>::truncate ( SmallVectorImpl<struct Metadata*>::size_type N )
SmallVectorImpl<PointerAlignElem>::__ct [C1] ( SmallVectorImpl<struct PointerAlignElem>const& p1 )
SmallVectorImpl<PointerAlignElem>::__ct [C2] ( SmallVectorImpl<struct PointerAlignElem>const& p1 )
SmallVectorImpl<PointerAlignElem>::append ( SmallVectorImpl<struct PointerAlignElem>::size_type NumInputs, SmallVectorImpl<struct PointerAlignElem>::ValueParamT Elt )
SmallVectorImpl<PointerAlignElem>::append ( SmallVectorImpl<struct PointerAlignElem>const& RHS )
SmallVectorImpl<PointerAlignElem>::append ( std::initializer_list<struct PointerAlignElem> IL )
SmallVectorImpl<PointerAlignElem>::assign ( SmallVectorImpl<struct PointerAlignElem>::size_type NumElts, SmallVectorImpl<struct PointerAlignElem>::ValueParamT Elt )
SmallVectorImpl<PointerAlignElem>::assign ( SmallVectorImpl<struct PointerAlignElem>const& RHS )
SmallVectorImpl<PointerAlignElem>::assign ( std::initializer_list<struct PointerAlignElem> IL )
SmallVectorImpl<PointerAlignElem>::assignRemote ( SmallVectorImpl<struct PointerAlignElem>& RHS )
SmallVectorImpl<PointerAlignElem>::erase ( SmallVectorImpl<struct PointerAlignElem>::const_iterator CI )
SmallVectorImpl<PointerAlignElem>::erase ( SmallVectorImpl<struct PointerAlignElem>::const_iterator CS, SmallVectorImpl<struct PointerAlignElem>::const_iterator CE )
SmallVectorImpl<PointerAlignElem>::insert ( SmallVectorImpl<struct PointerAlignElem>::iterator I, SmallVectorImpl<struct PointerAlignElem>::size_type NumToInsert, SmallVectorImpl<struct PointerAlignElem>::ValueParamT Elt )
SmallVectorImpl<PointerAlignElem>::insert ( SmallVectorImpl<struct PointerAlignElem>::iterator I, std::initializer_list<struct PointerAlignElem> IL )
SmallVectorImpl<PointerAlignElem>::insert ( SmallVectorImpl<struct PointerAlignElem>::iterator I, struct PointerAlignElem const& Elt )
SmallVectorImpl<PointerAlignElem>::insert ( SmallVectorImpl<struct PointerAlignElem>::iterator I, struct PointerAlignElem& Elt )
SmallVectorImpl<PointerAlignElem>::pop_back_n ( SmallVectorImpl<struct PointerAlignElem>::size_type NumItems )
SmallVectorImpl<PointerAlignElem>::pop_back_val ( )
SmallVectorImpl<PointerAlignElem>::reserve ( SmallVectorImpl<struct PointerAlignElem>::size_type N )
SmallVectorImpl<PointerAlignElem>::resize ( SmallVectorImpl<struct PointerAlignElem>::size_type N )
SmallVectorImpl<PointerAlignElem>::resize ( SmallVectorImpl<struct PointerAlignElem>::size_type N, SmallVectorImpl<struct PointerAlignElem>::ValueParamT NV )
SmallVectorImpl<PointerAlignElem>::resize_for_overwrite ( SmallVectorImpl<struct PointerAlignElem>::size_type N )
SmallVectorImpl<PointerAlignElem>::swap ( SmallVectorImpl<struct PointerAlignElem>& RHS )
SmallVectorImpl<PointerAlignElem>::truncate ( SmallVectorImpl<struct PointerAlignElem>::size_type N )
SmallVectorImpl<StringRef>::__ct [C1] ( SmallVectorImpl<StringRef>const& p1 )
SmallVectorImpl<StringRef>::__ct [C2] ( SmallVectorImpl<StringRef>const& p1 )
SmallVectorImpl<StringRef>::__ct [C1] ( unsigned int N )
SmallVectorImpl<StringRef>::__ct [C2] ( unsigned int N )
SmallVectorImpl<StringRef>::append ( SmallVectorImpl<StringRef>::size_type NumInputs, SmallVectorImpl<StringRef>::ValueParamT Elt )
SmallVectorImpl<StringRef>::append ( SmallVectorImpl<StringRef>const& RHS )
SmallVectorImpl<StringRef>::append ( std::initializer_list<StringRef> IL )
SmallVectorImpl<StringRef>::assign ( SmallVectorImpl<StringRef>::size_type NumElts, SmallVectorImpl<StringRef>::ValueParamT Elt )
SmallVectorImpl<StringRef>::assign ( SmallVectorImpl<StringRef>const& RHS )
SmallVectorImpl<StringRef>::assign ( std::initializer_list<StringRef> IL )
SmallVectorImpl<StringRef>::assignRemote ( SmallVectorImpl<StringRef>& RHS )
SmallVectorImpl<StringRef>::clear ( )
SmallVectorImpl<StringRef>::erase ( SmallVectorImpl<StringRef>::const_iterator CI )
SmallVectorImpl<StringRef>::erase ( SmallVectorImpl<StringRef>::const_iterator CS, SmallVectorImpl<StringRef>::const_iterator CE )
SmallVectorImpl<StringRef>::insert ( SmallVectorImpl<StringRef>::iterator I, SmallVectorImpl<StringRef>::size_type NumToInsert, SmallVectorImpl<StringRef>::ValueParamT Elt )
SmallVectorImpl<StringRef>::insert ( SmallVectorImpl<StringRef>::iterator I, StringRef const& Elt )
SmallVectorImpl<StringRef>::insert ( SmallVectorImpl<StringRef>::iterator I, StringRef& Elt )
SmallVectorImpl<StringRef>::insert ( SmallVectorImpl<StringRef>::iterator I, std::initializer_list<StringRef> IL )
SmallVectorImpl<StringRef>::pop_back_n ( SmallVectorImpl<StringRef>::size_type NumItems )
SmallVectorImpl<StringRef>::pop_back_val ( )
SmallVectorImpl<StringRef>::reserve ( SmallVectorImpl<StringRef>::size_type N )
SmallVectorImpl<StringRef>::resize ( SmallVectorImpl<StringRef>::size_type N )
SmallVectorImpl<StringRef>::resize ( SmallVectorImpl<StringRef>::size_type N, SmallVectorImpl<StringRef>::ValueParamT NV )
SmallVectorImpl<StringRef>::resize_for_overwrite ( SmallVectorImpl<StringRef>::size_type N )
SmallVectorImpl<StringRef>::swap ( SmallVectorImpl<StringRef>& RHS )
SmallVectorImpl<StringRef>::truncate ( SmallVectorImpl<StringRef>::size_type N )
SmallVectorImpl<unsigned char>::__ct [C1] ( SmallVectorImpl<unsigned char>const& p1 )
SmallVectorImpl<unsigned char>::__ct [C2] ( SmallVectorImpl<unsigned char>const& p1 )
SmallVectorImpl<unsigned char>::append ( SmallVectorImpl<unsigned char>::size_type NumInputs, SmallVectorImpl<unsigned char>::ValueParamT Elt )
SmallVectorImpl<unsigned char>::append ( SmallVectorImpl<unsigned char>const& RHS )
SmallVectorImpl<unsigned char>::append ( std::initializer_list<unsigned char> IL )
SmallVectorImpl<unsigned char>::assign ( SmallVectorImpl<unsigned char>::size_type NumElts, SmallVectorImpl<unsigned char>::ValueParamT Elt )
SmallVectorImpl<unsigned char>::assign ( SmallVectorImpl<unsigned char>const& RHS )
SmallVectorImpl<unsigned char>::assign ( std::initializer_list<unsigned char> IL )
SmallVectorImpl<unsigned char>::assignRemote ( SmallVectorImpl<unsigned char>& RHS )
SmallVectorImpl<unsigned char>::erase ( SmallVectorImpl<unsigned char>::const_iterator CI )
SmallVectorImpl<unsigned char>::erase ( SmallVectorImpl<unsigned char>::const_iterator CS, SmallVectorImpl<unsigned char>::const_iterator CE )
SmallVectorImpl<unsigned char>::insert ( SmallVectorImpl<unsigned char>::iterator I, SmallVectorImpl<unsigned char>::size_type NumToInsert, SmallVectorImpl<unsigned char>::ValueParamT Elt )
SmallVectorImpl<unsigned char>::insert ( SmallVectorImpl<unsigned char>::iterator I, std::initializer_list<unsigned char> IL )
SmallVectorImpl<unsigned char>::insert ( SmallVectorImpl<unsigned char>::iterator I, unsigned char const& Elt )
SmallVectorImpl<unsigned char>::insert ( SmallVectorImpl<unsigned char>::iterator I, unsigned char& Elt )
SmallVectorImpl<unsigned char>::pop_back_n ( SmallVectorImpl<unsigned char>::size_type NumItems )
SmallVectorImpl<unsigned char>::pop_back_val ( )
SmallVectorImpl<unsigned char>::reserve ( SmallVectorImpl<unsigned char>::size_type N )
SmallVectorImpl<unsigned char>::resize ( SmallVectorImpl<unsigned char>::size_type N )
SmallVectorImpl<unsigned char>::resize ( SmallVectorImpl<unsigned char>::size_type N, SmallVectorImpl<unsigned char>::ValueParamT NV )
SmallVectorImpl<unsigned char>::resize_for_overwrite ( SmallVectorImpl<unsigned char>::size_type N )
SmallVectorImpl<unsigned char>::swap ( SmallVectorImpl<unsigned char>& RHS )
SmallVectorImpl<unsigned char>::truncate ( SmallVectorImpl<unsigned char>::size_type N )
SmallVectorImpl<unsigned int>::__ct [C1] ( SmallVectorImpl<unsigned int>const& p1 )
SmallVectorImpl<unsigned int>::__ct [C2] ( SmallVectorImpl<unsigned int>const& p1 )
SmallVectorImpl<unsigned int>::append ( SmallVectorImpl<unsigned int>::size_type NumInputs, SmallVectorImpl<unsigned int>::ValueParamT Elt )
SmallVectorImpl<unsigned int>::append ( SmallVectorImpl<unsigned int>const& RHS )
SmallVectorImpl<unsigned int>::append ( std::initializer_list<unsigned int> IL )
SmallVectorImpl<unsigned int>::assign ( SmallVectorImpl<unsigned int>::size_type NumElts, SmallVectorImpl<unsigned int>::ValueParamT Elt )
SmallVectorImpl<unsigned int>::assign ( SmallVectorImpl<unsigned int>const& RHS )
SmallVectorImpl<unsigned int>::assign ( std::initializer_list<unsigned int> IL )
SmallVectorImpl<unsigned int>::assignRemote ( SmallVectorImpl<unsigned int>& RHS )
SmallVectorImpl<unsigned int>::erase ( SmallVectorImpl<unsigned int>::const_iterator CI )
SmallVectorImpl<unsigned int>::erase ( SmallVectorImpl<unsigned int>::const_iterator CS, SmallVectorImpl<unsigned int>::const_iterator CE )
SmallVectorImpl<unsigned int>::insert ( SmallVectorImpl<unsigned int>::iterator I, SmallVectorImpl<unsigned int>::size_type NumToInsert, SmallVectorImpl<unsigned int>::ValueParamT Elt )
SmallVectorImpl<unsigned int>::insert ( SmallVectorImpl<unsigned int>::iterator I, std::initializer_list<unsigned int> IL )
SmallVectorImpl<unsigned int>::insert ( SmallVectorImpl<unsigned int>::iterator I, unsigned int const& Elt )
SmallVectorImpl<unsigned int>::insert ( SmallVectorImpl<unsigned int>::iterator I, unsigned int& Elt )
SmallVectorImpl<unsigned int>::pop_back_n ( SmallVectorImpl<unsigned int>::size_type NumItems )
SmallVectorImpl<unsigned int>::pop_back_val ( )
SmallVectorImpl<unsigned int>::reserve ( SmallVectorImpl<unsigned int>::size_type N )
SmallVectorImpl<unsigned int>::resize ( SmallVectorImpl<unsigned int>::size_type N )
SmallVectorImpl<unsigned int>::resize ( SmallVectorImpl<unsigned int>::size_type N, SmallVectorImpl<unsigned int>::ValueParamT NV )
SmallVectorImpl<unsigned int>::resize_for_overwrite ( SmallVectorImpl<unsigned int>::size_type N )
SmallVectorImpl<unsigned int>::swap ( SmallVectorImpl<unsigned int>& RHS )
SmallVectorImpl<unsigned int>::truncate ( SmallVectorImpl<unsigned int>::size_type N )
SmallVectorStorage<char, 0u>::__ct [C1] ( )
SmallVectorStorage<char, 0u>::__ct [C2] ( )
SmallVectorStorage<char, 0u>::__ct [C1] ( SmallVectorStorage<char, 0u>& p1 )
SmallVectorStorage<char, 0u>::__ct [C2] ( SmallVectorStorage<char, 0u>& p1 )
SmallVectorStorage<char, 0u>::__ct [C1] ( SmallVectorStorage<char, 0u>const& p1 )
SmallVectorStorage<char, 0u>::__ct [C2] ( SmallVectorStorage<char, 0u>const& p1 )
SmallVectorStorage<char, 0u>::~__dt [D0] ( )
SmallVectorStorage<char, 0u>::~__dt [D1] ( )
SmallVectorStorage<char, 0u>::~__dt [D2] ( )
SmallVectorStorage<char, 32u>::__ct [C1] ( )
SmallVectorStorage<char, 32u>::__ct [C2] ( )
SmallVectorStorage<char, 32u>::__ct [C1] ( SmallVectorStorage<char, 32u>& p1 )
SmallVectorStorage<char, 32u>::__ct [C2] ( SmallVectorStorage<char, 32u>& p1 )
SmallVectorStorage<char, 32u>::__ct [C1] ( SmallVectorStorage<char, 32u>const& p1 )
SmallVectorStorage<char, 32u>::__ct [C2] ( SmallVectorStorage<char, 32u>const& p1 )
SmallVectorStorage<char, 32u>::~__dt [D0] ( )
SmallVectorStorage<char, 32u>::~__dt [D1] ( )
SmallVectorStorage<char, 32u>::~__dt [D2] ( )
SmallVectorStorage<Attribute, 8u>::__ct [C1] ( )
SmallVectorStorage<Attribute, 8u>::__ct [C2] ( )
SmallVectorStorage<Attribute, 8u>::__ct [C1] ( SmallVectorStorage<Attribute, 8u>& p1 )
SmallVectorStorage<Attribute, 8u>::__ct [C2] ( SmallVectorStorage<Attribute, 8u>& p1 )
SmallVectorStorage<Attribute, 8u>::__ct [C1] ( SmallVectorStorage<Attribute, 8u>const& p1 )
SmallVectorStorage<Attribute, 8u>::__ct [C2] ( SmallVectorStorage<Attribute, 8u>const& p1 )
SmallVectorStorage<Attribute, 8u>::~__dt [D0] ( )
SmallVectorStorage<Attribute, 8u>::~__dt [D1] ( )
SmallVectorStorage<Attribute, 8u>::~__dt [D2] ( )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C1] ( )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C2] ( )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C1] ( SmallVectorStorage<struct LayoutAlignElem, 16u>& p1 )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C2] ( SmallVectorStorage<struct LayoutAlignElem, 16u>& p1 )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C1] ( SmallVectorStorage<struct LayoutAlignElem, 16u>const& p1 )
SmallVectorStorage<LayoutAlignElem, 16u>::__ct [C2] ( SmallVectorStorage<struct LayoutAlignElem, 16u>const& p1 )
SmallVectorStorage<LayoutAlignElem, 16u>::~__dt [D0] ( )
SmallVectorStorage<LayoutAlignElem, 16u>::~__dt [D1] ( )
SmallVectorStorage<LayoutAlignElem, 16u>::~__dt [D2] ( )
SmallVectorStorage<Metadata*, 13u>::~__dt [D0] ( )
SmallVectorStorage<Metadata*, 13u>::~__dt [D1] ( )
SmallVectorStorage<Metadata*, 13u>::~__dt [D2] ( )
SmallVectorStorage<Metadata*, 4u>::__ct [C1] ( )
SmallVectorStorage<Metadata*, 4u>::__ct [C2] ( )
SmallVectorStorage<Metadata*, 4u>::__ct [C1] ( SmallVectorStorage<struct Metadata*, 4u>& p1 )
SmallVectorStorage<Metadata*, 4u>::__ct [C2] ( SmallVectorStorage<struct Metadata*, 4u>& p1 )
SmallVectorStorage<Metadata*, 4u>::__ct [C1] ( SmallVectorStorage<struct Metadata*, 4u>const& p1 )
SmallVectorStorage<Metadata*, 4u>::__ct [C2] ( SmallVectorStorage<struct Metadata*, 4u>const& p1 )
SmallVectorStorage<Metadata*, 4u>::~__dt [D0] ( )
SmallVectorStorage<Metadata*, 4u>::~__dt [D1] ( )
SmallVectorStorage<Metadata*, 4u>::~__dt [D2] ( )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C1] ( )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C2] ( )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C1] ( SmallVectorStorage<struct PointerAlignElem, 8u>& p1 )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C2] ( SmallVectorStorage<struct PointerAlignElem, 8u>& p1 )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C1] ( SmallVectorStorage<struct PointerAlignElem, 8u>const& p1 )
SmallVectorStorage<PointerAlignElem, 8u>::__ct [C2] ( SmallVectorStorage<struct PointerAlignElem, 8u>const& p1 )
SmallVectorStorage<PointerAlignElem, 8u>::~__dt [D0] ( )
SmallVectorStorage<PointerAlignElem, 8u>::~__dt [D1] ( )
SmallVectorStorage<PointerAlignElem, 8u>::~__dt [D2] ( )
SmallVectorStorage<StringRef, 4u>::~__dt [D0] ( )
SmallVectorStorage<StringRef, 4u>::~__dt [D1] ( )
SmallVectorStorage<StringRef, 4u>::~__dt [D2] ( )
SmallVectorStorage<unsigned char, 8u>::__ct [C1] ( )
SmallVectorStorage<unsigned char, 8u>::__ct [C2] ( )
SmallVectorStorage<unsigned char, 8u>::__ct [C1] ( SmallVectorStorage<unsigned char, 8u>& p1 )
SmallVectorStorage<unsigned char, 8u>::__ct [C2] ( SmallVectorStorage<unsigned char, 8u>& p1 )
SmallVectorStorage<unsigned char, 8u>::__ct [C1] ( SmallVectorStorage<unsigned char, 8u>const& p1 )
SmallVectorStorage<unsigned char, 8u>::__ct [C2] ( SmallVectorStorage<unsigned char, 8u>const& p1 )
SmallVectorStorage<unsigned char, 8u>::~__dt [D0] ( )
SmallVectorStorage<unsigned char, 8u>::~__dt [D1] ( )
SmallVectorStorage<unsigned char, 8u>::~__dt [D2] ( )
SmallVectorStorage<unsigned int, 8u>::__ct [C1] ( )
SmallVectorStorage<unsigned int, 8u>::__ct [C2] ( )
SmallVectorStorage<unsigned int, 8u>::__ct [C1] ( SmallVectorStorage<unsigned int, 8u>& p1 )
SmallVectorStorage<unsigned int, 8u>::__ct [C2] ( SmallVectorStorage<unsigned int, 8u>& p1 )
SmallVectorStorage<unsigned int, 8u>::__ct [C1] ( SmallVectorStorage<unsigned int, 8u>const& p1 )
SmallVectorStorage<unsigned int, 8u>::__ct [C2] ( SmallVectorStorage<unsigned int, 8u>const& p1 )
SmallVectorStorage<unsigned int, 8u>::~__dt [D0] ( )
SmallVectorStorage<unsigned int, 8u>::~__dt [D1] ( )
SmallVectorStorage<unsigned int, 8u>::~__dt [D2] ( )
SmallVectorTemplateBase<char, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<char, (bool)-1>& p1 )
SmallVectorTemplateBase<char, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<char, (bool)-1>& p1 )
SmallVectorTemplateBase<char, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<char, (bool)-1>const& p1 )
SmallVectorTemplateBase<char, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<char, (bool)-1>const& p1 )
SmallVectorTemplateBase<char, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<char, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<char, (bool)-1>::growAndAssign ( size_t NumElts, char Elt )
SmallVectorTemplateBase<char, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<char, (bool)-1>::push_back ( SmallVectorTemplateBase<char, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<char, (bool)-1>::reserveForParamAndGetAddress ( char const& Elt, size_t N )
SmallVectorTemplateBase<char, (bool)-1>::reserveForParamAndGetAddress ( char& Elt, size_t N )
SmallVectorTemplateBase<char, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<char, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<char, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<char, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<char, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<APInt, (bool)false>::__ct [C1] ( size_t Size )
SmallVectorTemplateBase<APInt, (bool)false>::__ct [C2] ( size_t Size )
SmallVectorTemplateBase<APInt, (bool)false>::destroy_range ( APInt* S, APInt* E ) [static]
SmallVectorTemplateBase<APInt, (bool)false>::forward_value_param ( APInt const& V ) [static]
SmallVectorTemplateBase<APInt, (bool)false>::forward_value_param ( APInt& V ) [static]
SmallVectorTemplateBase<APInt, (bool)false>::grow ( size_t MinSize )
SmallVectorTemplateBase<APInt, (bool)false>::growAndAssign ( size_t NumElts, APInt const& Elt )
SmallVectorTemplateBase<APInt, (bool)false>::mallocForGrow ( size_t MinSize, size_t& NewCapacity )
SmallVectorTemplateBase<APInt, (bool)false>::moveElementsForGrow ( APInt* NewElts )
SmallVectorTemplateBase<APInt, (bool)false>::pop_back ( )
SmallVectorTemplateBase<APInt, (bool)false>::push_back ( APInt const& Elt )
SmallVectorTemplateBase<APInt, (bool)false>::push_back ( APInt& Elt )
SmallVectorTemplateBase<APInt, (bool)false>::reserveForParamAndGetAddress ( APInt const& Elt, size_t N )
SmallVectorTemplateBase<APInt, (bool)false>::reserveForParamAndGetAddress ( APInt& Elt, size_t N )
SmallVectorTemplateBase<APInt, (bool)false>::takeAllocationForGrow ( APInt* NewElts, size_t NewCapacity )
SmallVectorTemplateBase<APInt, (bool)false>::TakesParamByValue [data]
SmallVectorTemplateBase<Attribute, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<Attribute, (bool)-1>& p1 )
SmallVectorTemplateBase<Attribute, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<Attribute, (bool)-1>& p1 )
SmallVectorTemplateBase<Attribute, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<Attribute, (bool)-1>const& p1 )
SmallVectorTemplateBase<Attribute, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<Attribute, (bool)-1>const& p1 )
SmallVectorTemplateBase<Attribute, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<Attribute, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<Attribute, (bool)-1>::grow ( size_t MinSize )
SmallVectorTemplateBase<Attribute, (bool)-1>::growAndAssign ( size_t NumElts, Attribute Elt )
SmallVectorTemplateBase<Attribute, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<Attribute, (bool)-1>::push_back ( SmallVectorTemplateBase<Attribute, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<Attribute, (bool)-1>::reserveForParamAndGetAddress ( Attribute const& Elt, size_t N )
SmallVectorTemplateBase<Attribute, (bool)-1>::reserveForParamAndGetAddress ( Attribute& Elt, size_t N )
SmallVectorTemplateBase<Attribute, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<Attribute, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<Attribute, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<Attribute, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<Attribute, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>& p1 )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>& p1 )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>const& p1 )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>const& p1 )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::growAndAssign ( size_t NumElts, struct LayoutAlignElem Elt )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::push_back ( SmallVectorTemplateBase<struct LayoutAlignElem, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::reserveForParamAndGetAddress ( struct LayoutAlignElem const& Elt, size_t N )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::reserveForParamAndGetAddress ( struct LayoutAlignElem& Elt, size_t N )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<LayoutAlignElem, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<Metadata*, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>& p1 )
SmallVectorTemplateBase<Metadata*, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>& p1 )
SmallVectorTemplateBase<Metadata*, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>const& p1 )
SmallVectorTemplateBase<Metadata*, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>const& p1 )
SmallVectorTemplateBase<Metadata*, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<Metadata*, (bool)-1>::growAndAssign ( size_t NumElts, struct Metadata* Elt )
SmallVectorTemplateBase<Metadata*, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<Metadata*, (bool)-1>::push_back ( SmallVectorTemplateBase<struct Metadata*, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<Metadata*, (bool)-1>::reserveForParamAndGetAddress ( struct Metadata*& Elt, size_t N )
SmallVectorTemplateBase<Metadata*, (bool)-1>::reserveForParamAndGetAddress ( struct Metadata*const& Elt, size_t N )
SmallVectorTemplateBase<Metadata*, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<Metadata*, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<Metadata*, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<Metadata*, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<Metadata*, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>& p1 )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>& p1 )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>const& p1 )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>const& p1 )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::growAndAssign ( size_t NumElts, struct PointerAlignElem Elt )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::push_back ( SmallVectorTemplateBase<struct PointerAlignElem, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::reserveForParamAndGetAddress ( struct PointerAlignElem const& Elt, size_t N )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::reserveForParamAndGetAddress ( struct PointerAlignElem& Elt, size_t N )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<PointerAlignElem, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<StringRef, (bool)-1>::__ct [C1] ( size_t Size )
SmallVectorTemplateBase<StringRef, (bool)-1>::__ct [C2] ( size_t Size )
SmallVectorTemplateBase<StringRef, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<StringRef, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<StringRef, (bool)-1>::grow ( size_t MinSize )
SmallVectorTemplateBase<StringRef, (bool)-1>::growAndAssign ( size_t NumElts, StringRef Elt )
SmallVectorTemplateBase<StringRef, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<StringRef, (bool)-1>::push_back ( SmallVectorTemplateBase<StringRef, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<StringRef, (bool)-1>::reserveForParamAndGetAddress ( StringRef const& Elt, size_t N )
SmallVectorTemplateBase<StringRef, (bool)-1>::reserveForParamAndGetAddress ( StringRef& Elt, size_t N )
SmallVectorTemplateBase<StringRef, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<StringRef, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<StringRef, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<StringRef, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<StringRef, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<T, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<T>::TakesParamByValue [data]
SmallVectorTemplateBase<unsigned char, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<unsigned char, (bool)-1>& p1 )
SmallVectorTemplateBase<unsigned char, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<unsigned char, (bool)-1>& p1 )
SmallVectorTemplateBase<unsigned char, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<unsigned char, (bool)-1>const& p1 )
SmallVectorTemplateBase<unsigned char, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<unsigned char, (bool)-1>const& p1 )
SmallVectorTemplateBase<unsigned char, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<unsigned char, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<unsigned char, (bool)-1>::growAndAssign ( size_t NumElts, unsigned char Elt )
SmallVectorTemplateBase<unsigned char, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<unsigned char, (bool)-1>::push_back ( SmallVectorTemplateBase<unsigned char, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<unsigned char, (bool)-1>::reserveForParamAndGetAddress ( unsigned char const& Elt, size_t N )
SmallVectorTemplateBase<unsigned char, (bool)-1>::reserveForParamAndGetAddress ( unsigned char& Elt, size_t N )
SmallVectorTemplateBase<unsigned char, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<unsigned char, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<unsigned char, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<unsigned char, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<unsigned char, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateBase<unsigned int, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<unsigned int, (bool)-1>& p1 )
SmallVectorTemplateBase<unsigned int, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<unsigned int, (bool)-1>& p1 )
SmallVectorTemplateBase<unsigned int, (bool)-1>::__ct [C1] ( SmallVectorTemplateBase<unsigned int, (bool)-1>const& p1 )
SmallVectorTemplateBase<unsigned int, (bool)-1>::__ct [C2] ( SmallVectorTemplateBase<unsigned int, (bool)-1>const& p1 )
SmallVectorTemplateBase<unsigned int, (bool)-1>::forward_value_param ( SmallVectorTemplateBase<unsigned int, (bool)-1>::ValueParamT V ) [static]
SmallVectorTemplateBase<unsigned int, (bool)-1>::growAndAssign ( size_t NumElts, unsigned int Elt )
SmallVectorTemplateBase<unsigned int, (bool)-1>::pop_back ( )
SmallVectorTemplateBase<unsigned int, (bool)-1>::push_back ( SmallVectorTemplateBase<unsigned int, (bool)-1>::ValueParamT Elt )
SmallVectorTemplateBase<unsigned int, (bool)-1>::reserveForParamAndGetAddress ( unsigned int const& Elt, size_t N )
SmallVectorTemplateBase<unsigned int, (bool)-1>::reserveForParamAndGetAddress ( unsigned int& Elt, size_t N )
SmallVectorTemplateBase<unsigned int, (bool)-1>::TakesParamByValue [data]
SmallVectorTemplateBase<unsigned int, (bool)-1>::uninitialized_copy ( T1* I, T1* E, T2* Dest, std::enable_if_t* p4 ) [static]
SmallVectorTemplateBase<unsigned int, (bool)-1>::~__dt [D0] ( )
SmallVectorTemplateBase<unsigned int, (bool)-1>::~__dt [D1] ( )
SmallVectorTemplateBase<unsigned int, (bool)-1>::~__dt [D2] ( )
SmallVectorTemplateCommon<char, void>::__ct [C1] ( SmallVectorTemplateCommon<char, void>& p1 )
SmallVectorTemplateCommon<char, void>::__ct [C2] ( SmallVectorTemplateCommon<char, void>& p1 )
SmallVectorTemplateCommon<char, void>::__ct [C1] ( SmallVectorTemplateCommon<char, void>const& p1 )
SmallVectorTemplateCommon<char, void>::__ct [C2] ( SmallVectorTemplateCommon<char, void>const& p1 )
SmallVectorTemplateCommon<char, void>::assertSafeToReferenceAfterClear ( char const* From, char const* To )
SmallVectorTemplateCommon<char, void>::back ( )
SmallVectorTemplateCommon<char, void>::back ( ) const
SmallVectorTemplateCommon<char, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<char, void>::front ( )
SmallVectorTemplateCommon<char, void>::front ( ) const
SmallVectorTemplateCommon<char, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<char, void>::max_size ( ) const
SmallVectorTemplateCommon<char, void>::rbegin ( )
SmallVectorTemplateCommon<char, void>::rbegin ( ) const
SmallVectorTemplateCommon<char, void>::rend ( )
SmallVectorTemplateCommon<char, void>::rend ( ) const
SmallVectorTemplateCommon<char, void>::reserveForParamAndGetAddressImpl ( U* This, char const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<char, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<char, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<char, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<char, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<APInt, void>::__ct [C1] ( size_t Size )
SmallVectorTemplateCommon<APInt, void>::__ct [C2] ( size_t Size )
SmallVectorTemplateCommon<APInt, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<APInt, void>::assertSafeToAddRange ( APInt const* From, APInt const* To )
SmallVectorTemplateCommon<APInt, void>::assertSafeToReferenceAfterClear ( APInt const* From, APInt const* To )
SmallVectorTemplateCommon<APInt, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<APInt, void>::back ( )
SmallVectorTemplateCommon<APInt, void>::back ( ) const
SmallVectorTemplateCommon<APInt, void>::begin ( )
SmallVectorTemplateCommon<APInt, void>::begin ( ) const
SmallVectorTemplateCommon<APInt, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<APInt, void>::data ( )
SmallVectorTemplateCommon<APInt, void>::data ( ) const
SmallVectorTemplateCommon<APInt, void>::end ( )
SmallVectorTemplateCommon<APInt, void>::end ( ) const
SmallVectorTemplateCommon<APInt, void>::front ( )
SmallVectorTemplateCommon<APInt, void>::front ( ) const
SmallVectorTemplateCommon<APInt, void>::grow_pod ( size_t MinSize, size_t TSize )
SmallVectorTemplateCommon<APInt, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<APInt, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<APInt, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<APInt, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<APInt, void>::isSmall ( ) const
SmallVectorTemplateCommon<APInt, void>::max_size ( ) const
SmallVectorTemplateCommon<APInt, void>::rbegin ( )
SmallVectorTemplateCommon<APInt, void>::rbegin ( ) const
SmallVectorTemplateCommon<APInt, void>::rend ( )
SmallVectorTemplateCommon<APInt, void>::rend ( ) const
SmallVectorTemplateCommon<APInt, void>::reserveForParamAndGetAddressImpl ( U* This, APInt const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<APInt, void>::resetToSmall ( )
SmallVectorTemplateCommon<APInt, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<Attribute, void>::__ct [C1] ( SmallVectorTemplateCommon<Attribute, void>& p1 )
SmallVectorTemplateCommon<Attribute, void>::__ct [C2] ( SmallVectorTemplateCommon<Attribute, void>& p1 )
SmallVectorTemplateCommon<Attribute, void>::__ct [C1] ( SmallVectorTemplateCommon<Attribute, void>const& p1 )
SmallVectorTemplateCommon<Attribute, void>::__ct [C2] ( SmallVectorTemplateCommon<Attribute, void>const& p1 )
SmallVectorTemplateCommon<Attribute, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<Attribute, void>::assertSafeToAddRange ( Attribute const* From, Attribute const* To )
SmallVectorTemplateCommon<Attribute, void>::assertSafeToReferenceAfterClear ( Attribute const* From, Attribute const* To )
SmallVectorTemplateCommon<Attribute, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<Attribute, void>::back ( )
SmallVectorTemplateCommon<Attribute, void>::back ( ) const
SmallVectorTemplateCommon<Attribute, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<Attribute, void>::data ( )
SmallVectorTemplateCommon<Attribute, void>::end ( ) const
SmallVectorTemplateCommon<Attribute, void>::front ( )
SmallVectorTemplateCommon<Attribute, void>::front ( ) const
SmallVectorTemplateCommon<Attribute, void>::grow_pod ( size_t MinSize, size_t TSize )
SmallVectorTemplateCommon<Attribute, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<Attribute, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<Attribute, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<Attribute, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<Attribute, void>::max_size ( ) const
SmallVectorTemplateCommon<Attribute, void>::rbegin ( )
SmallVectorTemplateCommon<Attribute, void>::rbegin ( ) const
SmallVectorTemplateCommon<Attribute, void>::rend ( )
SmallVectorTemplateCommon<Attribute, void>::rend ( ) const
SmallVectorTemplateCommon<Attribute, void>::reserveForParamAndGetAddressImpl ( U* This, Attribute const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<Attribute, void>::resetToSmall ( )
SmallVectorTemplateCommon<Attribute, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<Attribute, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<Attribute, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<Attribute, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::__ct [C1] ( SmallVectorTemplateCommon<struct LayoutAlignElem, void>& p1 )
SmallVectorTemplateCommon<LayoutAlignElem, void>::__ct [C2] ( SmallVectorTemplateCommon<struct LayoutAlignElem, void>& p1 )
SmallVectorTemplateCommon<LayoutAlignElem, void>::__ct [C1] ( SmallVectorTemplateCommon<struct LayoutAlignElem, void>const& p1 )
SmallVectorTemplateCommon<LayoutAlignElem, void>::__ct [C2] ( SmallVectorTemplateCommon<struct LayoutAlignElem, void>const& p1 )
SmallVectorTemplateCommon<LayoutAlignElem, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<LayoutAlignElem, void>::assertSafeToAddRange ( struct LayoutAlignElem const* From, struct LayoutAlignElem const* To )
SmallVectorTemplateCommon<LayoutAlignElem, void>::assertSafeToReferenceAfterClear ( struct LayoutAlignElem const* From, struct LayoutAlignElem const* To )
SmallVectorTemplateCommon<LayoutAlignElem, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<LayoutAlignElem, void>::back ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::back ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::data ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::data ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::front ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::front ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<LayoutAlignElem, void>::max_size ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::rbegin ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::rbegin ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::rend ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::rend ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::reserveForParamAndGetAddressImpl ( U* This, struct LayoutAlignElem const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<LayoutAlignElem, void>::resetToSmall ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<LayoutAlignElem, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<LayoutAlignElem, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<Metadata*, void>::__ct [C1] ( SmallVectorTemplateCommon<struct Metadata*, void>& p1 )
SmallVectorTemplateCommon<Metadata*, void>::__ct [C2] ( SmallVectorTemplateCommon<struct Metadata*, void>& p1 )
SmallVectorTemplateCommon<Metadata*, void>::__ct [C1] ( SmallVectorTemplateCommon<struct Metadata*, void>const& p1 )
SmallVectorTemplateCommon<Metadata*, void>::__ct [C2] ( SmallVectorTemplateCommon<struct Metadata*, void>const& p1 )
SmallVectorTemplateCommon<Metadata*, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<Metadata*, void>::assertSafeToAddRange ( struct Metadata*const* From, struct Metadata*const* To )
SmallVectorTemplateCommon<Metadata*, void>::assertSafeToReferenceAfterClear ( struct Metadata*const* From, struct Metadata*const* To )
SmallVectorTemplateCommon<Metadata*, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<Metadata*, void>::back ( )
SmallVectorTemplateCommon<Metadata*, void>::back ( ) const
SmallVectorTemplateCommon<Metadata*, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<Metadata*, void>::data ( )
SmallVectorTemplateCommon<Metadata*, void>::end ( ) const
SmallVectorTemplateCommon<Metadata*, void>::front ( )
SmallVectorTemplateCommon<Metadata*, void>::front ( ) const
SmallVectorTemplateCommon<Metadata*, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<Metadata*, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<Metadata*, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<Metadata*, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<Metadata*, void>::max_size ( ) const
SmallVectorTemplateCommon<Metadata*, void>::rbegin ( )
SmallVectorTemplateCommon<Metadata*, void>::rbegin ( ) const
SmallVectorTemplateCommon<Metadata*, void>::rend ( )
SmallVectorTemplateCommon<Metadata*, void>::rend ( ) const
SmallVectorTemplateCommon<Metadata*, void>::reserveForParamAndGetAddressImpl ( U* This, struct Metadata*const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<Metadata*, void>::resetToSmall ( )
SmallVectorTemplateCommon<Metadata*, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<Metadata*, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<Metadata*, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<Metadata*, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::__ct [C1] ( SmallVectorTemplateCommon<struct PointerAlignElem, void>& p1 )
SmallVectorTemplateCommon<PointerAlignElem, void>::__ct [C2] ( SmallVectorTemplateCommon<struct PointerAlignElem, void>& p1 )
SmallVectorTemplateCommon<PointerAlignElem, void>::__ct [C1] ( SmallVectorTemplateCommon<struct PointerAlignElem, void>const& p1 )
SmallVectorTemplateCommon<PointerAlignElem, void>::__ct [C2] ( SmallVectorTemplateCommon<struct PointerAlignElem, void>const& p1 )
SmallVectorTemplateCommon<PointerAlignElem, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<PointerAlignElem, void>::assertSafeToAddRange ( struct PointerAlignElem const* From, struct PointerAlignElem const* To )
SmallVectorTemplateCommon<PointerAlignElem, void>::assertSafeToReferenceAfterClear ( struct PointerAlignElem const* From, struct PointerAlignElem const* To )
SmallVectorTemplateCommon<PointerAlignElem, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<PointerAlignElem, void>::back ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::back ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::data ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::data ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::front ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::front ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<PointerAlignElem, void>::max_size ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::rbegin ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::rbegin ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::rend ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::rend ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::reserveForParamAndGetAddressImpl ( U* This, struct PointerAlignElem const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<PointerAlignElem, void>::resetToSmall ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<PointerAlignElem, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<PointerAlignElem, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<StringRef, void>::__ct [C1] ( size_t Size )
SmallVectorTemplateCommon<StringRef, void>::__ct [C2] ( size_t Size )
SmallVectorTemplateCommon<StringRef, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<StringRef, void>::assertSafeToAddRange ( StringRef const* From, StringRef const* To )
SmallVectorTemplateCommon<StringRef, void>::assertSafeToReferenceAfterClear ( StringRef const* From, StringRef const* To )
SmallVectorTemplateCommon<StringRef, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<StringRef, void>::back ( )
SmallVectorTemplateCommon<StringRef, void>::back ( ) const
SmallVectorTemplateCommon<StringRef, void>::begin ( ) const
SmallVectorTemplateCommon<StringRef, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<StringRef, void>::data ( )
SmallVectorTemplateCommon<StringRef, void>::data ( ) const
SmallVectorTemplateCommon<StringRef, void>::end ( ) const
SmallVectorTemplateCommon<StringRef, void>::front ( )
SmallVectorTemplateCommon<StringRef, void>::front ( ) const
SmallVectorTemplateCommon<StringRef, void>::grow_pod ( size_t MinSize, size_t TSize )
SmallVectorTemplateCommon<StringRef, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<StringRef, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<StringRef, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<StringRef, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<StringRef, void>::max_size ( ) const
SmallVectorTemplateCommon<StringRef, void>::rbegin ( )
SmallVectorTemplateCommon<StringRef, void>::rbegin ( ) const
SmallVectorTemplateCommon<StringRef, void>::rend ( )
SmallVectorTemplateCommon<StringRef, void>::rend ( ) const
SmallVectorTemplateCommon<StringRef, void>::reserveForParamAndGetAddressImpl ( U* This, StringRef const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<StringRef, void>::resetToSmall ( )
SmallVectorTemplateCommon<StringRef, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<StringRef, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<StringRef, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<StringRef, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<unsigned char, void>::__ct [C1] ( SmallVectorTemplateCommon<unsigned char, void>& p1 )
SmallVectorTemplateCommon<unsigned char, void>::__ct [C2] ( SmallVectorTemplateCommon<unsigned char, void>& p1 )
SmallVectorTemplateCommon<unsigned char, void>::__ct [C1] ( SmallVectorTemplateCommon<unsigned char, void>const& p1 )
SmallVectorTemplateCommon<unsigned char, void>::__ct [C2] ( SmallVectorTemplateCommon<unsigned char, void>const& p1 )
SmallVectorTemplateCommon<unsigned char, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<unsigned char, void>::assertSafeToAddRange ( unsigned char const* From, unsigned char const* To )
SmallVectorTemplateCommon<unsigned char, void>::assertSafeToReferenceAfterClear ( unsigned char const* From, unsigned char const* To )
SmallVectorTemplateCommon<unsigned char, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<unsigned char, void>::back ( )
SmallVectorTemplateCommon<unsigned char, void>::back ( ) const
SmallVectorTemplateCommon<unsigned char, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<unsigned char, void>::data ( )
SmallVectorTemplateCommon<unsigned char, void>::data ( ) const
SmallVectorTemplateCommon<unsigned char, void>::front ( )
SmallVectorTemplateCommon<unsigned char, void>::front ( ) const
SmallVectorTemplateCommon<unsigned char, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<unsigned char, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<unsigned char, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<unsigned char, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<unsigned char, void>::max_size ( ) const
SmallVectorTemplateCommon<unsigned char, void>::rbegin ( )
SmallVectorTemplateCommon<unsigned char, void>::rbegin ( ) const
SmallVectorTemplateCommon<unsigned char, void>::rend ( )
SmallVectorTemplateCommon<unsigned char, void>::rend ( ) const
SmallVectorTemplateCommon<unsigned char, void>::reserveForParamAndGetAddressImpl ( U* This, unsigned char const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<unsigned char, void>::resetToSmall ( )
SmallVectorTemplateCommon<unsigned char, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<unsigned char, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<unsigned char, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<unsigned char, void>::~__dt [D2] ( )
SmallVectorTemplateCommon<unsigned int, void>::__ct [C1] ( SmallVectorTemplateCommon<unsigned int, void>& p1 )
SmallVectorTemplateCommon<unsigned int, void>::__ct [C2] ( SmallVectorTemplateCommon<unsigned int, void>& p1 )
SmallVectorTemplateCommon<unsigned int, void>::__ct [C1] ( SmallVectorTemplateCommon<unsigned int, void>const& p1 )
SmallVectorTemplateCommon<unsigned int, void>::__ct [C2] ( SmallVectorTemplateCommon<unsigned int, void>const& p1 )
SmallVectorTemplateCommon<unsigned int, void>::assertSafeToAdd ( void const* Elt, size_t N )
SmallVectorTemplateCommon<unsigned int, void>::assertSafeToAddRange ( unsigned int const* From, unsigned int const* To )
SmallVectorTemplateCommon<unsigned int, void>::assertSafeToReferenceAfterClear ( unsigned int const* From, unsigned int const* To )
SmallVectorTemplateCommon<unsigned int, void>::assertSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<unsigned int, void>::back ( )
SmallVectorTemplateCommon<unsigned int, void>::back ( ) const
SmallVectorTemplateCommon<unsigned int, void>::capacity_in_bytes ( ) const
SmallVectorTemplateCommon<unsigned int, void>::data ( )
SmallVectorTemplateCommon<unsigned int, void>::front ( )
SmallVectorTemplateCommon<unsigned int, void>::front ( ) const
SmallVectorTemplateCommon<unsigned int, void>::isRangeInStorage ( void const* First, void const* Last ) const
SmallVectorTemplateCommon<unsigned int, void>::isReferenceToRange ( void const* V, void const* First, void const* Last ) const
SmallVectorTemplateCommon<unsigned int, void>::isReferenceToStorage ( void const* V ) const
SmallVectorTemplateCommon<unsigned int, void>::isSafeToReferenceAfterResize ( void const* Elt, size_t NewSize )
SmallVectorTemplateCommon<unsigned int, void>::max_size ( ) const
SmallVectorTemplateCommon<unsigned int, void>::rbegin ( )
SmallVectorTemplateCommon<unsigned int, void>::rbegin ( ) const
SmallVectorTemplateCommon<unsigned int, void>::rend ( )
SmallVectorTemplateCommon<unsigned int, void>::rend ( ) const
SmallVectorTemplateCommon<unsigned int, void>::reserveForParamAndGetAddressImpl ( U* This, unsigned int const& Elt, size_t N ) [static]
SmallVectorTemplateCommon<unsigned int, void>::resetToSmall ( )
SmallVectorTemplateCommon<unsigned int, void>::size_in_bytes ( ) const
SmallVectorTemplateCommon<unsigned int, void>::~__dt [D0] ( )
SmallVectorTemplateCommon<unsigned int, void>::~__dt [D1] ( )
SmallVectorTemplateCommon<unsigned int, void>::~__dt [D2] ( )

STLForwardCompat.h
namespace llvm
in_place [data]
in_place_t::__ct [C1] ( )
in_place_t::__ct [C2] ( )
in_place_t::__ct [C1] ( struct in_place_t const& p1 )
in_place_t::__ct [C2] ( struct in_place_t const& p1 )
in_place_t::__ct [C1] ( struct in_place_t& p1 )
in_place_t::__ct [C2] ( struct in_place_t& p1 )
in_place_t::~__dt [D0] ( )
in_place_t::~__dt [D1] ( )
in_place_t::~__dt [D2] ( )

STLFunctionalExtras.h
namespace llvm
function_ref<...>::__ct [C1] ( )
function_ref<...>::__ct [C2] ( )
function_ref<...>::__ct [C1] ( Callable& callable, std::enable_if_t* p2, std::enable_if_t* p3 )
function_ref<...>::__ct [C2] ( Callable& callable, std::enable_if_t* p2, std::enable_if_t* p3 )
function_ref<...>::__ct [C1] ( function_ref<...>& p1 )
function_ref<...>::__ct [C2] ( function_ref<...>& p1 )
function_ref<...>::__ct [C1] ( function_ref<...>const& p1 )
function_ref<...>::__ct [C2] ( function_ref<...>const& p1 )
function_ref<...>::operator bool ( ) const
function_ref<...>::~__dt [D0] ( )
function_ref<...>::~__dt [D1] ( )
function_ref<...>::~__dt [D2] ( )

StringRef.h
namespace llvm
consumeSignedInteger ( StringRef& Str, unsigned int Radix, long long& Result )
consumeUnsignedInteger ( StringRef& Str, unsigned int Radix, unsigned long long& Result )
DenseMapInfo<StringRef, void>::getHashValue ( StringRef Val ) [static]
getAsSignedInteger ( StringRef Str, unsigned int Radix, long long& Result )
getAsUnsignedInteger ( StringRef Str, unsigned int Radix, unsigned long long& Result )
hash_value ( StringRef S )
StringRef::__ct [C1] ( StringRef const& p1 )
StringRef::__ct [C2] ( StringRef const& p1 )
StringRef::__ct [C1] ( StringRef& p1 )
StringRef::__ct [C2] ( StringRef& p1 )
StringRef::compare_insensitive ( StringRef RHS ) const
StringRef::compare_numeric ( StringRef RHS ) const
StringRef::count ( StringRef Str ) const
StringRef::edit_distance ( StringRef Other, bool AllowReplacements, unsigned int MaxEditDistance ) const
StringRef::endswith_insensitive ( StringRef Suffix ) const
StringRef::find ( StringRef Str, size_t From ) const
StringRef::find_first_not_of ( char C, size_t From ) const
StringRef::find_first_not_of ( StringRef Chars, size_t From ) const
StringRef::find_first_of ( StringRef Chars, size_t From ) const
StringRef::find_insensitive ( char C, size_t From ) const
StringRef::find_insensitive ( StringRef Str, size_t From ) const
StringRef::find_last_not_of ( char C, size_t From ) const
StringRef::find_last_not_of ( StringRef Chars, size_t From ) const
StringRef::find_last_of ( StringRef Chars, size_t From ) const
StringRef::getAsDouble ( double& Result, bool AllowInexact ) const
StringRef::getAsInteger ( unsigned int Radix, APInt& Result ) const
StringRef::lower ( ) const
StringRef::npos [data]
StringRef::rfind ( StringRef Str ) const
StringRef::rfind_insensitive ( char C, size_t From ) const
StringRef::rfind_insensitive ( StringRef Str ) const
StringRef::split ( SmallVectorImpl<StringRef>& A, char Separator, int MaxSplit, bool KeepEmpty ) const
StringRef::split ( SmallVectorImpl<StringRef>& A, StringRef Separator, int MaxSplit, bool KeepEmpty ) const
StringRef::startswith_insensitive ( StringRef Prefix ) const
StringRef::upper ( ) const
StringRef::~__dt [D0] ( )
StringRef::~__dt [D1] ( )
StringRef::~__dt [D2] ( )

SwapByteOrder.h
namespace llvm::sys
IsBigEndianHost [data]
IsLittleEndianHost [data]

type_traits.h
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( )
__ct ( llvm::detail::copy_construction_triviality_helper<bool>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<char>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<llvm::APInt>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<llvm::Attribute>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<llvm::StringRef>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<SPIRV::TranslatorOpts::ArgList>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<struct llvm::Align>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<struct llvm::Function::ProfileCount>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<struct llvm::LayoutAlignElem>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<struct llvm::Metadata*>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<struct llvm::PointerAlignElem>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<unsigned char>const& p1 )
__ct ( llvm::detail::copy_construction_triviality_helper<unsigned int>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<bool>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<bool>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<char>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<char>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::APInt>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::APInt>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::Attribute>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::Attribute>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::StringRef>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<llvm::StringRef>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<SPIRV::TranslatorOpts::ArgList>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<SPIRV::TranslatorOpts::ArgList>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Align>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Align>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Function::ProfileCount>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Function::ProfileCount>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::LayoutAlignElem>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::LayoutAlignElem>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Metadata*>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::Metadata*>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::PointerAlignElem>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<struct llvm::PointerAlignElem>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<unsigned char>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<unsigned char>const& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<unsigned int>& p1 )
__ct ( llvm::detail::move_construction_triviality_helper<unsigned int>const& p1 )
type_traits.h
namespace llvm
is_copy_assignable<T>::value [data]
is_integral_or_enum<bool>::value [data]
is_integral_or_enum<T>::value [data]
is_move_assignable<T>::value [data]
is_trivially_copyable<T>::value [data]

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Header Files  2 

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Libraries  0 

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