Remove .rej files.

src/graph-codegen.cc.rej

Index: src/graph-codegen.cc.rej
===================================================================
--- src/graph-codegen.cc.rej	(revision 5920)
+++ src/graph-codegen.cc.rej	(working copy)
@@ -1,214 +0,0 @@
---- src/graph-codegen.cc	(revision 757)
-+++ src/graph-codegen.cc	(working copy)
-@@ -45,6 +45,7 @@
-       bailout_literals_(8),
-       arguments_stack_height_(0),
-       safepoint_pc_offsets_(32),
-+      safepoint_bailout_ids_(32),
-       safepoint_span_indexes_(32),
-       current_block_(NULL),
-       next_block_(NULL),
-@@ -257,6 +258,7 @@
-   }
- }
- 
-+
- SpanList* SpanList::Insert(Span* span) {
-   return new SpanList(span, this);
- }
-@@ -994,90 +996,9 @@
-     BAILOUT("attempted bailout when deoptimization is impossible");
-   }
- 
--  // Compute the output frame height.
--  int height = environment_.ExpressionStackHeight();
--
--  // Build the translation.  The size is the part above the frame pointer.
--  int translation_size = height + LocalCount();
--  Translation translation(&translations_, translation_size);
--
--  // Total output frame size: Expression stack + locals + fixed elements +
--  // parameters and receiver.
--  int output_frame_size = translation_size + 4 + ParameterCount() + 1;
--
--  // The parameters are at the bottom of the frame.  They have negative
--  // span indices that increase (go toward zero) as the parameter index
--  // goes up.  They have positive destination indices that decrease as the
--  // parameter index goes up.
--  //
--  // Output frame index of the slot above the last parameter.  First '1' is
--  // receiver, second '1' is to convert to a zero-based index.
--  int parameter_base = output_frame_size - (ParameterCount() + 1) - 1;
--  EnvironmentIterator parameters(&environment_,
--                                 EnvironmentIterator::PARAMETERS);
--  while (parameters.HasNext()) {
--    Span* span = parameters.Next()->span();
--    ASSERT(span->HasFixedSpillSlot());
--    int dest_index = parameter_base - span->index();
--    if (span->IsAllocated()) {
--      translation.MoveStackReg(dest_index, span->reg());
--    } else if (span->IsSpilled()) {
--      // Nothing to do. Parameter already in its fixed slot.
--    } else {
--      UNREACHABLE();
--    }
--  }
--
--  // Setup the locals.  Locals have positive span indices that increase as
--  // the local index goes up.  They have positive output frame indices that
--  // decrease as the local index goes up.
--  int output_index = translation_size - 1;  // For local 0.
--  EnvironmentIterator locals(&environment_, EnvironmentIterator::LOCALS);
--  while (locals.HasNext()) {
--    Span* span = locals.Next()->span();
--    if (span->IsAllocated()) {
--      translation.MoveStackReg(output_index, span->reg());
--    } else if (span->IsSpilled()) {
--      // TODO(kmillikin): spilled spans should be already in place in the
--      // output frame.  Eliminate this move.
--      translation.MoveStackStack(output_index, span->index());
--    } else {
--      UNREACHABLE();
--    }
--    --output_index;
--  }
--
--  // Setup the rest of the expression stack.
--  for (int i = 0; i < height; i++) {
--    Expression* expr = environment_.ExpressionStackAt(i);
--    Span* span = expr->span();
--    if (span->IsAllocated()) {
--      translation.MoveStackReg(i, span->reg());
--    } else if (span->IsSpilled()) {
--      translation.MoveStackStack(i, span->index());
--    } else if (span->IsArgument()) {
--      int index = arguments_stack_height_ - (span->ArgumentIndex() + 1);
--      translation.MoveStackArgument(i, index);
--    } else if (expr->AsLiteral() != NULL) {
--      int index = DefineBailoutLiteral(expr->AsLiteral()->handle());
--      translation.MoveStackLiteral(i, index);
--    } else {
--      UNREACHABLE();
--    }
--  }
--
--  // Emit the bailout information.
--  int id = bailouts_.length();
--  Bailout bailout = {
--    node->id(),
--    translation.index(),
--    arguments_stack_height_,
--  };
--  bailouts_.Add(bailout);
-+  unsigned id = RecordBailout(node);
-   Address entry = Deoptimizer::GetDeoptimizationEntry(id);
--  if (entry == NULL) {
--    BAILOUT("bailout was not prepared");
--  }
-+  if (entry == NULL) BAILOUT("too many bailouts");
-   __ j(cc, entry, RelocInfo::RUNTIME_ENTRY, not_taken);
- }
- 
-@@ -1920,9 +1841,102 @@
-   }
-   safepoint_pc_offsets_.Add(masm_->pc_offset());
-   safepoint_span_indexes_.Add(indexes);
-+
-+  // Record a bailout at every safe point.
-+  unsigned id = RecordBailout(current_instruction());
-+  safepoint_bailout_ids_.Add(id);
-+  if (Deoptimizer::GetDeoptimizationEntry(id) == NULL) {
-+    BAILOUT("too many bailouts");
-+  }
- }
- 
- 
-+unsigned GraphCodeGenerator::RecordBailout(AstNode* node) {
-+  // Compute the output frame height.
-+  int height = environment_.ExpressionStackHeight();
-+
-+  // Build the translation.  The size is the part above the frame pointer.
-+  int translation_size = height + LocalCount();
-+  Translation translation(&translations_, translation_size);
-+
-+  // Total output frame size: Expression stack + locals + fixed elements +
-+  // parameters and receiver.
-+  int output_frame_size = translation_size + 4 + ParameterCount() + 1;
-+
-+  // The parameters are at the bottom of the frame.  They have negative
-+  // span indices that increase (go toward zero) as the parameter index
-+  // goes up.  They have positive destination indices that decrease as the
-+  // parameter index goes up.
-+  //
-+  // Output frame index of the slot above the last parameter.  First '1' is
-+  // receiver, second '1' is to convert to a zero-based index.
-+  int parameter_base = output_frame_size - (ParameterCount() + 1) - 1;
-+  EnvironmentIterator parameters(&environment_,
-+                                 EnvironmentIterator::PARAMETERS);
-+  while (parameters.HasNext()) {
-+    Span* span = parameters.Next()->span();
-+    ASSERT(span->HasFixedSpillSlot());
-+    int dest_index = parameter_base - span->index();
-+    if (span->IsAllocated()) {
-+      translation.MoveStackReg(dest_index, span->reg());
-+    } else if (span->IsSpilled()) {
-+      // Nothing to do. Parameter already in its fixed slot.
-+    } else {
-+      UNREACHABLE();
-+    }
-+  }
-+
-+  // Setup the locals.  Locals have positive span indices that increase as
-+  // the local index goes up.  They have positive output frame indices that
-+  // decrease as the local index goes up.
-+  int output_index = translation_size - 1;  // For local 0.
-+  EnvironmentIterator locals(&environment_, EnvironmentIterator::LOCALS);
-+  while (locals.HasNext()) {
-+    Span* span = locals.Next()->span();
-+    if (span->IsAllocated()) {
-+      translation.MoveStackReg(output_index, span->reg());
-+    } else if (span->IsSpilled()) {
-+      // TODO(kmillikin): spilled spans should be already in place in the
-+      // output frame.  Eliminate this move.
-+      translation.MoveStackStack(output_index, span->index());
-+    } else {
-+      UNREACHABLE();
-+    }
-+    --output_index;
-+  }
-+
-+  // Setup the rest of the expression stack.
-+  for (int i = 0; i < height; i++) {
-+    Expression* expr = environment_.ExpressionStackAt(i);
-+    Span* span = expr->span();
-+    if (span->IsAllocated()) {
-+      translation.MoveStackReg(i, span->reg());
-+    } else if (span->IsSpilled()) {
-+      translation.MoveStackStack(i, span->index());
-+    } else if (span->IsArgument()) {
-+      int index = arguments_stack_height_ - (span->ArgumentIndex() + 1);
-+      translation.MoveStackArgument(i, index);
-+    } else if (expr->AsLiteral() != NULL) {
-+      int index = DefineBailoutLiteral(expr->AsLiteral()->handle());
-+      translation.MoveStackLiteral(i, index);
-+    } else {
-+      UNREACHABLE();
-+    }
-+  }
-+
-+  // Emit the bailout information.
-+  unsigned id = bailouts_.length();
-+  Bailout bailout = {
-+    node->id(),
-+    translation.index(),
-+    arguments_stack_height_,
-+  };
-+  bailouts_.Add(bailout);
-+  return id;
-+
-+}
-+
-+
- unsigned GraphCodeGenerator::EmitSafepointTable(unsigned prologue_size) {
-   // Make sure the safepoint table is properly aligned. Pad with nops.
-   static const unsigned kTableAlignment = kIntSize;