llvm-svn: 68362

this fixes a regression on some compilers from r68147.

llvm-svn: 68356

Note that these are distinct from TargetInstrInfo::INSERT_SUBREG
and TargetInstrInfo::EXTRACT_SUBREG, which are used.

llvm-svn: 68355

llvm-svn: 68354

llvm-svn: 68353

llvm-svn: 68352

llvm-svn: 68351

llvm-svn: 68350

llvm-svn: 68349

llvm-svn: 68348

llvm-svn: 68347

llvm-svn: 68346

llvm-svn: 68345

Approved by:	ddunbar

llvm-svn: 68343

applies fix-its to error messages that occur at that specific location
in the program. 

llvm-svn: 68342

objc's continuation class.

llvm-svn: 68339

llvm-svn: 68338

llvm-svn: 68333

 - Patch by Pawel Worach!

llvm-svn: 68332

llvm-svn: 68331

llvm-svn: 68330

To convert the StopPoint insn into an assembler directive by ISel, we need to have access to the line number field. So we convert that info as an operand by custom handling DBG_STOPPOINT in legalize.

llvm-svn: 68329

Don't use static globals for params as it confuses the optimzer that their values are never being used in the function.

llvm-svn: 68328

Params are not being generated as static globals now. The caller passes them onto the callee's stack directly and the callee loads the argvals from its own stack. Clang generated frameindexes validatd by recalculating the stack as if all frameindexes represent 1-byte slots.

llvm-svn: 68327

llvm-svn: 68326

llvm-svn: 68325

scenes, using the underlying diagnostic client to format the
messages.

llvm-svn: 68324

llvm-svn: 68322

llvm-svn: 68321

llvm-svn: 68320

llvm-svn: 68319

definition, warn if there are too many/too few function call
arguments.

llvm-svn: 68318

llvm-svn: 68316

llvm-svn: 68302

llvm-svn: 68301

llvm-svn: 68300

long-term strategy, but this should work for now.

llvm-svn: 68297

can use a PathLocation after any reference Stmts are reclaimed,
flattenLocation() converts those references to statements to source ranges.

llvm-svn: 68292

llvm-svn: 68289

of the range is now the ';' location.  For something like this:

$ cat t2.c 

#define bool int
void f(int x, int y) {
bool b = !x && y;
}

We used to produce:
$ clang-cc t2.c -ast-dump 
typedef char *__builtin_va_list;

void f(int x, int y)
(CompoundStmt 0x2201f10 <t2.c:3:22, line:5:1>
  (DeclStmt 0x2201ef0 <line:2:14>                   <----
    0x2201a20 "int b =
      (BinaryOperator 0x2201ed0 <line:4:10, col:16> 'int' '&&'
        (UnaryOperator 0x2201e90 <col:10, col:11> 'int' prefix '!'
          (DeclRefExpr 0x2201c90 <col:11> 'int' ParmVar='x' 0x2201a50))
        (DeclRefExpr 0x2201eb0 <col:16> 'int' ParmVar='y' 0x2201e10))")


Now we produce:

$ clang-cc t2.c -ast-dump
typedef char *__builtin_va_list;

void f(int x, int y)
(CompoundStmt 0x2201f10 <t2.c:3:22, line:5:1>
  (DeclStmt 0x2201ef0 <line:2:14, line:4:17>         <------
    0x2201a20 "int b =
      (BinaryOperator 0x2201ed0 <col:10, col:16> 'int' '&&'
        (UnaryOperator 0x2201e90 <col:10, col:11> 'int' prefix '!'
          (DeclRefExpr 0x2201c90 <col:11> 'int' ParmVar='x' 0x2201a50))
        (DeclRefExpr 0x2201eb0 <col:16> 'int' ParmVar='y' 0x2201e10))")

llvm-svn: 68288