llvm-svn: 73281

logic.

llvm-svn: 73279

obviously written by someone who didn't read C++ [temp.class.spec].

llvm-svn: 73276

llvm-svn: 73275

specialization cannot be deduced, produce a warning noting that the
affected class template partial specialization will never be used.

llvm-svn: 73274

always_inline from working.

llvm-svn: 73273

llvm-svn: 73272

llvm-svn: 73271

of the target's pointer size. This avoids the need for -m32 on
the llvm-gcc command-line, which some targets may not support.

llvm-svn: 73270

llvm-svn: 73269

llvm-svn: 73268

llvm-svn: 73267

This fixes a source range problem reported by Olaf Krzikalla.

llvm-svn: 73266

on systems which default to a 64-bit target.

llvm-svn: 73265

llvm-svn: 73264

It looks like we've finished off matching of class template partial specializations; add comments and update the C++ status page

llvm-svn: 73263

llvm-svn: 73262

llvm-svn: 73261

llvm-svn: 73260

specialization's arguments are identical to the implicit template
arguments of the primary template. Typically, this is meant to be a
declaration/definition of the primary template, so we give that
advice.

llvm-svn: 73259

llvm-svn: 73258

llvm-svn: 73257

llvm-svn: 73256

If killed register is defined by implicit_def, do not clear it since it's live range may overlap another def of same register.

llvm-svn: 73255

template partial specializations.

llvm-svn: 73254

non-default addrspaces.

llvm-svn: 73253

llvm-svn: 73252

llvm-svn: 73251

llvm-svn: 73250

llvm-svn: 73249

llvm-svn: 73247

Document noredzone and noimplicitfloat function attributes.

llvm-svn: 73246

specialization do not have default arguments 
(C++ [temp.class.spec]p10). 

llvm-svn: 73245

llvm-svn: 73244

it may round differently. This fixes PR4374.

llvm-svn: 73243

Update the C++ status to reflect improvements in template argument deduction and the handling of class template partial specializations

llvm-svn: 73242

the relationship with MergeFunctions.cpp's isEquivalentOperation,
and make a trivial code reordering so that the two functions are
easier to compare.

Fix the name of Instruction::isSameOperationAs in MergeFunction.cpp's
isEquivalentOperation's comment, and fix a nearby 80-column violation.

llvm-svn: 73241

llvm-svn: 73240

llvm-svn: 73239

argument deduction failed. For example, given

  template<typename T> struct is_same<T, T> { ... };

template argument deduction will fail for is_same<int, float>, and now
reports enough information

Right now, we don't do anything with this extra information, but it
can be used for informative diagnostics that say, e.g., "template
argument deduction failed because T was deduced to 'int' in one
context and 'float' in another".

llvm-svn: 73237