Write protect executable pages in the VM.

runtime/vm/freelist_test.cc

Index: runtime/vm/freelist_test.cc
diff --git a/runtime/vm/freelist_test.cc b/runtime/vm/freelist_test.cc
index a64ce34f7fbf43dbce6d8358ae3cb03571a9d034..fc506d76d1c2220637e965b49d7421f8151fb5ab 100644
--- a/runtime/vm/freelist_test.cc
+++ b/runtime/vm/freelist_test.cc
@@ -18,32 +18,33 @@ TEST_CASE(FreeList) {
   // Enqueue the large blob as one free block.
   free_list->Free(blob, kBlobSize);
   // Allocate a small object. Expect it to be positioned as the first element.
-  uword small_object = free_list->TryAllocate(kSmallObjectSize);
+  uword small_object = free_list->TryAllocate(kSmallObjectSize, false);
   EXPECT_EQ(blob, small_object);
   // Freeing and allocating should give us the same memory back.
   free_list->Free(small_object, kSmallObjectSize);
-  small_object = free_list->TryAllocate(kSmallObjectSize);
+  small_object = free_list->TryAllocate(kSmallObjectSize, false);
   EXPECT_EQ(blob, small_object);
   // Splitting the remainder further with small and medium objects.
-  uword small_object2 = free_list->TryAllocate(kSmallObjectSize);
+  uword small_object2 = free_list->TryAllocate(kSmallObjectSize, false);
   EXPECT_EQ(blob + kSmallObjectSize, small_object2);
-  uword med_object = free_list->TryAllocate(kMediumObjectSize);
+  uword med_object = free_list->TryAllocate(kMediumObjectSize, false);
   EXPECT_EQ(small_object2 + kSmallObjectSize, med_object);
   // Allocate a large object.
-  uword large_object = free_list->TryAllocate(kLargeObjectSize);
+  uword large_object = free_list->TryAllocate(kLargeObjectSize, false);
   EXPECT_EQ(med_object + kMediumObjectSize, large_object);
   // Make sure that small objects can still split the remainder.
-  uword small_object3 = free_list->TryAllocate(kSmallObjectSize);
+  uword small_object3 = free_list->TryAllocate(kSmallObjectSize, false);
   EXPECT_EQ(large_object + kLargeObjectSize, small_object3);
   // Split the large object.
   free_list->Free(large_object, kLargeObjectSize);
-  uword small_object4 = free_list->TryAllocate(kSmallObjectSize);
+  uword small_object4 = free_list->TryAllocate(kSmallObjectSize, false);
   EXPECT_EQ(large_object, small_object4);
   // Get the full remainder of the large object.
-  large_object = free_list->TryAllocate(kLargeObjectSize - kSmallObjectSize);
+  large_object =
+      free_list->TryAllocate(kLargeObjectSize - kSmallObjectSize, false);
   EXPECT_EQ(small_object4 + kSmallObjectSize, large_object);
   // Get another large object from the large unallocated remainder.
-  uword large_object2 = free_list->TryAllocate(kLargeObjectSize);
+  uword large_object2 = free_list->TryAllocate(kLargeObjectSize, false);
   EXPECT_EQ(small_object3 + kSmallObjectSize, large_object2);
   // Delete the memory associated with the test.
   free(reinterpret_cast<void*>(blob));