llvm-svn: 66211

more consistently.

llvm-svn: 66210

llvm-svn: 66209

llvm-svn: 66208

Fix regression in GRExprEngine::VisitCast: Do not wrap symbolic function pointers with TypedViewRegions.

llvm-svn: 66187

Tweak Sema::ActOnMemberReferenceExpr() and Sema::ActOnDeclarationNameExpr() to handle "super." notation for Class methods.

llvm-svn: 66185

for future use.

llvm-svn: 66184

bitmap.

llvm-svn: 66175

llvm-svn: 66168

llvm-svn: 66166

llvm-svn: 66165

llvm-svn: 66164

- Store bindings using a MemRegion -> SVal binding instead of VarDecl -> SVal
  binding. This mirrors some of the idea of RegionStore, but is far simpler and
  not nearly as functional.  This leads to some code simplification and
  some potential for some minor precision hacks.
  
Along the way...
- constify the use of MemRegion* in a few places
- add operator<<(llvm::raw_ostream, const MemRegion*)

llvm-svn: 66163

Tweak diag for <rdar://problem/5982579> [clang on xcode] (using arch=x86_64): synthesized property 'sdkPath' must either be named the same as a compatible ivar or must explicitly name an ivar.

llvm-svn: 66162

llvm-svn: 66161

llvm-svn: 66159

it in the stack trace, giving us stuff like:

Stack dump:
0.	Program arguments: clang t.c -emit-llvm 
1.	<eof> parser at end of file
2.	t.c:1:5: LLVM IR generation of declaration 'a'
3.	t.c:1:9: LLVM IR generation of compound statement ('{}')
4.	t.c:2:3: LLVM IR generation of compound statement ('{}')
Abort

llvm-svn: 66154

Introduce a new PrettyStackTraceDecl.
Use it to add the top level LLVM IR generation stuff in 
Backend.cpp to stack traces.  We now get crashes like:

Stack dump:
0.	Program arguments: clang t.c -emit-llvm 
1.	<eof> parser at end of file
2.	t.c:1:5: LLVM IR generation of declaration 'a'
Abort

for IR generation crashes.

llvm-svn: 66153

llvm-svn: 66152

llvm-svn: 66151

llvm-svn: 66150

llvm-svn: 66149

For example:

Stack dump:
0.	Program arguments: clang t.cpp 
1.	t.cpp:4:8: current parser token: ';'
2.	t.cpp:3:1: parsing struct/union/class body 'x'
Abort

It is weird that the parser is always "underneath" any parse context 
actions, but the parser is created first.

llvm-svn: 66148

llvm-svn: 66146

 - Add Driver::ParseArgStrings.
 - Store values directly in CommaJoinedArg to support simple access.
 - Add FlagArg class.

llvm-svn: 66142

Test case: When using RegionStore with the retain/release checker, stop tracking objects assigned to self's ivar.

llvm-svn: 66139

llvm-svn: 66136

llvm-svn: 66133

return/argument types.  (The generated IR isn't ideal, but we can't 
really do better in general.)

llvm-svn: 66132

llvm-svn: 66131

llvm-svn: 66130

PR3688.  (The FIXME is a rather big performance issue, but it only 
affects code using this feature, which is relatively rare.)

llvm-svn: 66128

llvm-svn: 66127

llvm-svn: 66126

llvm-svn: 66125

gives us:

Stack dump:
0.	using-directive.cpp:26:16: in compound statement ('{}')
1.	using-directive.cpp:26:16: parsing function body 'A::K1::foo'
2.	using-directive.cpp:25:3: parsing struct/union/class body 'A::K1'
3.	using-directive.cpp:5:1: parsing namespace 'A'
4.	clang using-directive.cpp 
Abort

for code like:

namespace A {
...
  class K1 {
    void foo() { <<crash>>

llvm-svn: 66124

like this:

Stack dump:
0.	using-directive.cpp:9:14: in compound statement ('{}')
1.	using-directive.cpp:9:14: parsing function body 'A::B::f'
2.	using-directive.cpp:7:3: parsing namespace 'A::B'
3.	using-directive.cpp:5:1: parsing namespace 'A'
4.	clang using-directive.cpp 
Abort

for testcase like like:

namespace A {
  short i;
  namespace B {
    long i;
    void f() { <<crash>>

llvm-svn: 66123

Stack dump:
0.	message.m:53:13: in compound statement ('{}')
1.	message.m:53:13: parsing Objective-C method 'xx'
2.	clang message.m 

llvm-svn: 66121

llvm-svn: 66120

like:

Stack dump:
0.	t.c:5:10: in compound statement ('{}')
1.	t.c:3:12: in compound statement ('{}')
2.	t.c:3:12: parsing function body 'foo'
3.	clang t.c 
Abort

llvm-svn: 66118