Review by Chandler Carruth.

llvm-svn: 163944

<rdar://problem/12304255>

llvm-svn: 163943

case to a conditional branch and when removing dead cases.

llvm-svn: 163942

llvm-svn: 163941

llvm-svn: 163940

bytes of the buffer and not the size of the string, otherwise we
may overwrite the buffer if there is a mismatch between the size
of the string and the CharByteWidth, and assertions are disabled.

The bug where this could occur was fixed in r163931.
Related to rdar://12069503

llvm-svn: 163939

llvm-svn: 163938

llvm-svn: 163937

llvm-svn: 163936

llvm-svn: 163935

llvm-svn: 163934

llvm-svn: 163933

llvm-svn: 163932

to the target info.

Related to rdar://12069503.

llvm-svn: 163931

llvm-svn: 163930

llvm-svn: 163929

lit config.

llvm-svn: 163928

of a build without needing to use ccc-analyzer.

llvm-svn: 163927

llvm-svn: 163926

We need the clang executable to print the list of available checkers.

llvm-svn: 163925

SBThread::StepOverUntil should run all threads.  It is running to breakpoints, so running one thread is likely to cause the target to stall.

llvm-svn: 163924

With the advent of the __llvm_gcov_flush function, we need to be able to merge
counts into the .gcda files in an intelligent manner. This involves reading the
file if it exists, adding the counts together, and then writing the results.
<rdar://problem/12185886>

llvm-svn: 163923

llvm-svn: 163922

This models the A9 processor at the level of instruction operands, as
opposed to the itinerary, which models each operation at the level of
pipeline stages.

The two primary motivations are:

1) Allow MachineScheduler to model A9 as an out-of-order processor. It
can now distinguish between hazards that force interlocking vs.
buffered resources.

2) Reduce long-term maintenance by allowing the itinerary and target
hooks to eventually be removed. Note that almost all of the complexity
in the new model exists to model instruction variants, which the
itinerary cannot handle. Instead the scheduler previously relied on
processor-specific target hooks which are incomplete and buggy.

llvm-svn: 163921

change (the problematic cases in ParseDecl.cpp are currently impossible).

llvm-svn: 163920

When diagnosing multiple mem-initializers in a delegating ctor, point to the delegating initializer, not to the first initializer. For good measure, also highlight the other initializer.

llvm-svn: 163919

llvm-svn: 163918

// rdar://10554025

llvm-svn: 163917

the default target of the first switch is not the basic block the second switch
is in (PredDefault != BB).

llvm-svn: 163916

llvm-svn: 163915

llvm-svn: 163914

support watchpoints on globals.

<rdar://problem/12297238>

llvm-svn: 163913

This may (but shouldn't) break Linux (but I tested and it still worked on FreeBSD).

The same shell scripts are now used on Xcode and Makefiles, for generating
the SWIG bindings.
Some compatibility fixes were applied, too (python path, bash-isms, etc).

llvm-svn: 163912

Make the flags part of configure and make invocations, for now.

llvm-svn: 163911

llvm-svn: 163910

since no Doxygen command starts with a digit.

llvm-svn: 163909

table header. Skeleton code for ReferenceKinds.
Credits:
Doxygen by  Michael Spencer.
Origianl implementation from Macho by Sidney Manning.
Templatization, implementation of section header chunks, string table, ELF header by Hemant Kulkarni.

llvm-svn: 163906

llvm-svn: 163905

llvm-svn: 163904

This patch introduces a possibility for Hexagon MI scheduler
to perform some target specific post- processing on the scheduling
DAG prior to scheduling.

llvm-svn: 163903