Windows fix: Disable editline for MSVC. Since r208369 there have been issues, probably related to the editline wrapper. For now, it's more stable and usable disabled.

llvm-svn: 210105

Windows fix: Condition::Wait returned failure when it actually succeeded (SleepConditionVariableCS returns non-zero for success)

llvm-svn: 210104

llvm-svn: 210103

This means the output of LowerFormalArguments returns a lowered
SDValue with the correct type (expected in SelectionDAGBuilder).
Without this, an assertion under a DEBUG macro triggers when those
types are passed on the stack.

llvm-svn: 210102

This is a partial revert of r210075.

llvm-svn: 210101

llvm-svn: 210100

llvm-svn: 210099

dlopen()/dlclose() are not interceptable on Android,
so we update .sancov.map in module constructor callbacks.

llvm-svn: 210098

This fixes a few oddities when formatting multiple nested JavaScript
blocks, e.g.:

Before:
  promise.then(
      function success() {
        doFoo();
        doBar();
      },
      [], function error() {
        doFoo();
        doBaz();
      });
  promise.then([],
               function success() {
                 doFoo();
                 doBar();
               },
               function error() {
    doFoo();
    doBaz();
  });

After:
  promise.then(
      function success() {
        doFoo();
        doBar();
      },
      [],
      function error() {
        doFoo();
        doBaz();
      });
  promise.then([],
               function success() {
                 doFoo();
                 doBar();
               },
               function error() {
                 doFoo();
                 doBaz();
               });

llvm-svn: 210097

temporary disable part of a test because it causes clang to leak memory (want to have the sanitizer bot green)

llvm-svn: 210096

This patch implements semantic analysis to make sure that the loop is in OpenMP canonical form.
This is the form required for 'omp simd', 'omp for' and other loop pragmas.

Differential revision: http://reviews.llvm.org/D3778

llvm-svn: 210095

No functional changes.

llvm-svn: 210094

Previously the parser always printed out an error message followed
by "Invalid file type" even if the file type is correct.

llvm-svn: 210093

llvm-svn: 210092

elements from {}, rather than value-initializing them. This permits calling an
initializer-list constructor or constructing a std::initializer_list object.
(It would also permit initializing a const reference or rvalue reference if
that weren't explicitly prohibited by other rules.)

llvm-svn: 210091

llvm-svn: 210090

FileToMutable is what this class does, but this class (or, to be precise,
an instance of this class) is a wrapper of the other SimpleFile. It's odd
that the class was named like a function.

llvm-svn: 210089

llvm-svn: 210087

llvm-svn: 210086

llvm-svn: 210085

llvm-svn: 210084

just the extremely specific case of a trailing array element that couldn't be
initialized because the default constructor for the element type is deleted.

Also reword the diagnostic to better match our other context diagnostics and to
prepare for the implementation of core issue 1070.

llvm-svn: 210083

llvm-svn: 210082

llvm-svn: 210081

llvm-svn: 210080

trailing elements as a single loop, rather than sometimes emitting a nest of
several loops. This fixes a bug where CodeGen would sometimes try to emit an
expression with the wrong type for the element being initialized. Plus various
other minor cleanups to the IR produced for array new initialization.

llvm-svn: 210079

llvm-svn: 210078

Might also fix the windows build.

llvm-svn: 210077

llvm-svn: 210076

llvm-svn: 210075

llvm-svn: 210074

llvm-svn: 210073

llvm-svn: 210072

llvm-svn: 210071

llvm-svn: 210070

llvm-svn: 210069

Ignore line numbers on debug intrinsics. Add an assert to ensure that we aren't emitting line number zero, the .gcno format uses this to indicate that the next field is a filename.

llvm-svn: 210068

llvm-svn: 210067

Previously section groups are doubly linked to their children.
That is, an atom representing a group has group-child references
to its group contents, and content atoms also have group-parent
references to the group atom. That relationship was invariant;
if X has a group-child edge to Y, Y must have a group-parent
edge to X.

However we were not using group-parent references at all. The
resolver only needs group-child edges.

This patch simplifies the section group by removing the unused
reverse edge. No functionality change intended.

Differential Revision: http://reviews.llvm.org/D3945

llvm-svn: 210066

This could have generated non-random output under error conditions in release
builds.

llvm-svn: 210065