llvm-svn: 80279

Add MO flags to simplify the printing of relocations.
Remove the support for printing large code model relocs (which
aren't supported anyway).

llvm-svn: 80278

cause any regressions.

llvm-svn: 80277

llvm-svn: 80276

llvm-svn: 80275

llvm-svn: 80274

llvm-svn: 80273

llvm-svn: 80272

llvm-svn: 80271

tolerant of blocks that end with "unreachable".

llvm-svn: 80270

llvm-svn: 80269

llvm-svn: 80268

llvm-svn: 80267

llvm-svn: 80266

llvm-svn: 80265

llvm-svn: 80264

llvm-svn: 80263

llvm-svn: 80262

llvm-svn: 80261

llvm-svn: 80260

llvm-svn: 80259

llvm-svn: 80258

per the documentation, although I'm not completely sure.

llvm-svn: 80257

llvm-svn: 80256

llvm-svn: 80255

llvm-svn: 80254

templates within class templates, producing a member function template
of a class template specialization. If you can parse that, I'm
sorry. Example:

  template<typename T>
  struct X {
    template<typename U> void f(T, U);
  };

When we instantiate X<int>, we now instantiate the declaration
X<int>::f, which looks like this:

  template<typename U> void X<int>::f(int, U);

The path this takes through
TemplateDeclInstantiator::VisitCXXMethodDecl is convoluted and
ugly, but I don't know how to improve it yet. I'm resting my hopes on
the multi-level substitution required to instantiate definitions of
nested templates, which may simplify this code as well.

More testing to come...

llvm-svn: 80252

scalar_to_vector is fully legal now

llvm-svn: 80251

llvm-svn: 80250

llvm-svn: 80249

Add a OverloadResolutionFlags and start converting some of the overload methods over to using it instead of bools arguments.

llvm-svn: 80248

llvm-svn: 80247

Add a testcase.

llvm-svn: 80246

No idea whether this is profitable or not.

llvm-svn: 80245

See http://llvm.org/PR4687 for more info and links.

llvm-svn: 80244

llvm-svn: 80240

llvm-svn: 80239

llvm-svn: 80237

llvm-svn: 80236

 - No relocations yet, of course.

llvm-svn: 80235