These should fix the output tests on Mac.

llvm-svn: 149068

Objective-C class. The AST reader just throws away this data anyway!

llvm-svn: 149067

llvm-svn: 149066

made symmetrical. // rdar://10734265

llvm-svn: 149065

More Linux-like output on Mac (to match more output tests).

llvm-svn: 149064

Fix a bug in AsanProcMaps on Mac: on 64 bits the program was trying to read twice as many segment load commands as the binary actually contained.

llvm-svn: 149063

llvm-svn: 149062

llvm-svn: 149060

AST/ExprConstant.cpp: Silence a warning on ms cl.exe. "bool" does not prefer to be compared to integer.

llvm-svn: 149059

end up in the same output file as the layout stuff. There may even be
a race condition which is causing this output to confuse the FileCheck
in some cases. I actually don't know how on earth the parsing of the
layout file even works given that there are diagnostics in the middle of
it. ;]

llvm-svn: 149058

Add support for the R_ARM_TARGET1 relocation, which should be given to relocations applied to all C++ constructors and destructors.

This enables the linker to match concrete relocation types (absolute or relative) with whatever library or C++ support code is being linked against.

llvm-svn: 149057

.	"fptosi" and "fptoui" IR instructions are defined with round-to-zero rounding mode.
.	Currently for AVX mode for <4xdouble> and <8xdouble>  the "VCVTPD2DQ.128" and "VCVTPD2DQ.256" instructions are selected (for .fp_to_sint. DAG node operation ) by AVX codegen. However they use round-to-nearest-even rounding mode.
.	Consequently, the conversion produces incorrect numbers.
 
The fix is to replace selection of VCVTPD2DQ instructions with VCVTTPD2DQ instructions. The latter use truncate (i.e. round-to-zero) rounding mode. 
As .fp_to_sint. DAG node operation is used only for lowering of  "fptosi" and "fptoui" IR instructions, the fix in X86InstrSSE.td definition file doesn.t have an impact on other LLVM flows.
 
The patch includes changes in the .td file, LIT test for the changes and a fix in a legacy LIT test (which produced asm code conflicting with LLVN IR spec). 

llvm-svn: 149056

provide the layout of records, rather than letting Clang compute
the layout itself. LLDB provides the motivation for this feature:
because various layout-altering attributes (packed, aligned, etc.)
don't get reliably get placed into DWARF, the record layouts computed
by LLDB from the reconstructed records differ from the actual layouts,
and badness occurs. This interface lets the DWARF data drive layout,
so we don't need the attributes preserved to get the answer write.

The testing methodology for this change is fun. I've introduced a
variant of -fdump-record-layouts called -fdump-record-layouts-simple
that always has the simple C format and provides size/alignment/field
offsets. There is also a -cc1 option -foverride-record-layout=<file>
to take the output of -fdump-record-layouts-simple and parse it to
produce a set of overridden layouts, which is introduced into the AST
via a testing-only ExternalASTSource (called
LayoutOverrideSource). Each test contains a number of records to lay
out, which use various layout-changing attributes, and then dumps the
layouts. We then run the test again, using the preprocessor to
eliminate the layout-changing attributes entirely (which would give us
different layouts for the records), but supplying the
previously-computed record layouts. Finally, we diff the layouts
produced from the two runs to be sure that they are identical.

Note that this code makes the assumption that we don't *have* to
provide the offsets of bases or virtual bases to get the layout right,
because the alignment attributes don't affect it. I believe this
assumption holds, but if it does not, we can extend
LayoutOverrideSource to also provide base offset information.

Fixes the Clang side of <rdar://problem/10169539>.

llvm-svn: 149055

llvm-svn: 149054

llvm-svn: 149053

llvm-svn: 149052

llvm-svn: 149051

gdb's tests are too dependent upon order in debug info.

llvm-svn: 149050

the gdb testsuite complains too much about the ordering of items printed,
even if the offsets in the debug info are correct.

This reverts commit 027cb30af828f07750f9185782822297a5c57231.

llvm-svn: 149049

I'm not adding a testcase because -ccc-host-triple is slated to be removed,
but clang crashes if you try to use -ccc-host-triple without this fix.

llvm-svn: 149048

llvm-svn: 149047

and showed a work around for when this won't.

llvm-svn: 149046

llvm-svn: 149045

llvm-svn: 149044

with close(); return it instead.

Fixes mingw build and eliminates possible racing issues.

llvm-svn: 149043

llvm-svn: 149042

llvm-svn: 149041

Revert r148249: "Make the auto-detection hack for the iOS simulator set the target triple correctly."

There were some problems with this, so I'm backing it out for now.

llvm-svn: 149040

canonical type directly and adding a fast path for the common case
that the type is directly a RecordType.

llvm-svn: 149039

llvm-svn: 149038

by default, rather than whether they may be built at all.

llvm-svn: 149037

around, in the process cleaning up the various gcc/msvc compiler
workarounds.

llvm-svn: 149036

llvm-svn: 149035

llvm-svn: 149034

llvm-svn: 149033

llvm-svn: 149032

Refactor to share code for handling return statements between lambda expressions and block literals.  As it turns out, almost all the logic can be shared.

llvm-svn: 149031

When this is imported into your lldb using the "command script import /path/to/gdbremote.py"
these new commands are available within LLDB. 'start_gdb_log' will enable logging with 
timestamps for GDB remote packets, and 'stop_gdb_log' will then dump the details and
also a lot of packet timing data. This allows us to accurately track what packets are
taking up the most time when debugging (when using the ProcessGDBRemote debugging plug-in).

Also udpated the comments at the top of the cmdtemplate.py to show how to correctly import
the module from within LLDB.

llvm-svn: 149030

llvm-svn: 149029

more robust) ways to do what it was doing now.  Also, add static methods
for decoding a ShuffleVector mask.

llvm-svn: 149028