llvm-svn: 1280

llvm-svn: 1279

llvm-svn: 1278

for argument passing, that instruction is directly added to the InstructionsBefore
set of the called machine instruction - i.e., it is not reordered.

llvm-svn: 1277

llvm-svn: 1276

llvm-svn: 1275

llvm-svn: 1274

llvm-svn: 1273

using cpValue2Value instead of
passing vector to createCopyInstructionByType.

llvm-svn: 1272

llvm-svn: 1271

for register allocation.

llvm-svn: 1270

since some m. instr. may be generated by LLVM instrs. in other blocks.
Handle non-SSA (anti and output) edges and true edges uniformly by
working with machine instructions alone.

llvm-svn: 1269

llvm-svn: 1268

llvm-svn: 1267

llvm-svn: 1265

llvm-svn: 1264

llvm-svn: 1263

LLVM instruction is no longer recorded in each node, but BB is.

llvm-svn: 1262

llvm-svn: 1261

llvm-svn: 1260

llvm-svn: 1259

llvm-svn: 1258

llvm-svn: 1257

computing size of extra outgoing args.

llvm-svn: 1256

llvm-svn: 1255

This wasn't a problem until we started putting copies for Phi values
that produced cycles in the SchedGraph!

llvm-svn: 1254

llvm-svn: 1253

llvm-svn: 1252

llvm-svn: 1248

llvm-svn: 1246

arrays and multi-dimensional arrays.

llvm-svn: 1239

a memory instruction!

llvm-svn: 1238

llvm-svn: 1237

regClass since FP class has two reg Types.

llvm-svn: 1236

llvm-svn: 1235

llvm-svn: 1234

llvm-svn: 1232

llvm-svn: 1229

Align data larger than an L1 cache line on L1 cache line boundary.

llvm-svn: 1228

Also check IsPointerType() in addition to IsIntegral() in several places.

llvm-svn: 1227