llvm-svn: 152692

args.

Fixes rdar://11042577

llvm-svn: 152691

llvm-svn: 152689

llvm-svn: 152688

llvm-svn: 152687

llvm-svn: 152686

field. // rdar://11040024

llvm-svn: 152685

rdar://10963572

llvm-svn: 152684

function templates as well.

A future commit will mangle the added name with the template args
like classes are mangled.

Fixes rdar://10986010

llvm-svn: 152683

"struct{template struct{" would fail an assertion.

This assertion failure seems to have gone away somewhere along the line so
here's a test to make sure we don't regress. We still accept some very weird
explicit template 'instantiations' ("template int;", anyone) but at least we're
not asserting/crashing here.

llvm-svn: 152681

Also add a copy files phase for -target ios that installs
the debugserver launch plists.

llvm-svn: 152680

Simplify the locking strategy for Module and its owned objects to always use the Module's mutex to avoid A/B deadlocks. We had a case where a symbol vendor was locking itself and then calling a function that would try to get it's Module's mutex and at the same time another thread had the Module mutex that was trying to get the SymbolVendor mutex. Now any classes that inherit from ModuleChild should use the module lock using code like:

void
ModuleChildSubclass::Function
{
	ModuleSP module_sp(GetModule());
	if (module_sp)
	{
    	lldb_private::Mutex::Locker locker(module_sp->GetMutex());
		... do work here...
	}
}

This will help avoid deadlocks by using as few locks as possible for a module and all its child objects and also enforce detecting if a module has gone away (the ModuleSP will be returned empty if the weak_ptr does refer to a valid object anymore).

llvm-svn: 152679

Fortify r152675 a bit. Although I'm not able to come up with a test case that would trigger the truncation case.

llvm-svn: 152678

llvm-svn: 152677

respectively.

llvm-svn: 152676

(i16 load $addr+c*sizeof(i16)) and replace uses of (i32 vextract) with the
i16 load. It should issue an extload instead: (i32 extload $addr+c*sizeof(i16)).

rdar://11035895

llvm-svn: 152675

llvm-svn: 152674

The Cocoa formatters now provide error messages for many of the common things-went-wrong situations. Previously they would say nothing or log failures to the Python console

llvm-svn: 152673

v. http://sourceware.org/gdb/current/onlinedocs/gdb/Packets.html#Packets

the detach packet is supposed to send a reply.

llvm-svn: 152671

For EmulateInstructionARM::EmulatePUSH(), fix the logical branch for when pc is pushed to behave
like the other cases where:

    context.SetRegisterToRegisterPlusOffset (reg_info, sp_reg, addr - sp);

is called to inform of the operation to set a register value to a memory location calculated from
a base register plus an offset.

llvm-svn: 152670

 - This is much more important than it appears at first glance...

The intended design of DiagnosticBuilder was that it never escape and that all
its members would get lowered to registers by the compiler. By fixing Emit here,
the compiler can completely eliminate the DiagnosticBuilder object and never
need to push those registers back into it.

Unfortunately, Sema has broken DiagnosticBuilder in other ways (by introducing
SemaDiagnosticBuilder), so we don't get the fill impact of this, but it is still
good for 30k reduction in code size. I'll work on fixing the
SemaDiagnosticBuilder problems next.

llvm-svn: 152669

Target override to allow CodeGenPrepare to sink address operands to intrinsics in the same way it current does for loads and stores

llvm-svn: 152666

constant expressions.

llvm-svn: 152665

llvm-svn: 152664

if the passed in FileSize is inaccurate.

rdar://11034179

llvm-svn: 152662

Previously, only diagnostics thrown by the cc1 process were
actually honoring the diagnostic options given on the command line,
like -Werror.

Reuse the existing code in Frontend currently used for cc1,
adjusting it to not interpret -Wl, linker flags as warnings.

Also fix a faulty test exposed by this change.
It wasn't actually testing anything, and was giving this warning:

clang-3: warning: argument unused during compilation: '-verify'

Which -Werror didn't turn into an error because it was output
by the driver, not the cc1 process, and diagnostic options
weren't parsed by the driver. And you couldn't see the warning
when running the test suite.

Fixes PR12181.
Patch by Dylan Noblesmith <nobled@dreamwidth.org>.

llvm-svn: 152660

llvm-svn: 152659

No functionality change.

llvm-svn: 152658

instruction's destination operand like it does for the source operand.
Also fix a typo in the comment for X86AsmParser::isSrcOp().

llvm-svn: 152654

inlining to be the reverse of their declaration.

This optimizes running time under inlining up to 20% since we do not
re-analyze the utility functions which are usually defined first in the
translation unit if they have already been analyzed while inlined into
the root functions.

llvm-svn: 152653

BFS should give slightly better performance. Ex: Suppose, we have two
roots R1 and R2. A callee function C is reachable through both. However,
C is not inlined when analyzing R1 due to inline stack depth limit. With
DFS, C will be analyzed as top level even though it would be analyzed as
inlined through R2. On the other hand, BFS could avoid analyzing C as
top level.

llvm-svn: 152652

collecting function Decls.

llvm-svn: 152651

AnalysisConsumer.

As a result:
 - We now analyze the C++ methods which are defined within the
class body. These were completely skipped before.

- Ensure that AST checkers are called on functions in the
order they are defined in the Translation unit.

llvm-svn: 152650

function.

llvm-svn: 152649

llvm-svn: 152648

powerpc_types and add testing for the (long) double there.

llvm-svn: 152647

llvm-svn: 152644

llvm-svn: 152643

not used anymore (good thing we are still paying for it!).

llvm-svn: 152642

llvm-svn: 152641