35 // an aggregate of the VM's oop and klass hierarchies (see
  36 // oopHierarchy.hpp).  Each instance of ciObject holds a handle
  37 // to a corresponding oop on the VM side and provides routines
  38 // for accessing the information in its oop.  By using the ciObject
  39 // hierarchy for accessing oops in the VM, the compiler ensures
  40 // that it is safe with respect to garbage collection; that is,
  41 // GC and compilation can proceed independently without
  42 // interference.
  43 //
  44 // Within the VM, the oop and klass hierarchies are separate.
  45 // The compiler interface does not preserve this separation --
  46 // the distinction between `Klass*' and `Klass' are not
  47 // reflected in the interface and instead the Klass hierarchy
  48 // is directly modeled as the subclasses of ciKlass.
  49 
  50 // ------------------------------------------------------------------
  51 // ciObject::ciObject
  52 ciObject::ciObject(oop o) {
  53   ASSERT_IN_VM;
  54   if (ciObjectFactory::is_initialized()) {
  55     _handle = JNIHandles::make_local(o);
  56   } else {
  57     _handle = JNIHandles::make_global(o);
  58   }
  59   _klass = NULL;
  60   init_flags_from(o);
  61 }
  62 
  63 // ------------------------------------------------------------------
  64 // ciObject::ciObject
  65 //
  66 ciObject::ciObject(Handle h) {
  67   ASSERT_IN_VM;
  68   if (ciObjectFactory::is_initialized()) {
  69     _handle = JNIHandles::make_local(h());
  70   } else {
  71     _handle = JNIHandles::make_global(h);
  72   }
  73   _klass = NULL;
  74   init_flags_from(h());
  75 }
  76 
  77 // ------------------------------------------------------------------

  35 // an aggregate of the VM's oop and klass hierarchies (see
  36 // oopHierarchy.hpp).  Each instance of ciObject holds a handle
  37 // to a corresponding oop on the VM side and provides routines
  38 // for accessing the information in its oop.  By using the ciObject
  39 // hierarchy for accessing oops in the VM, the compiler ensures
  40 // that it is safe with respect to garbage collection; that is,
  41 // GC and compilation can proceed independently without
  42 // interference.
  43 //
  44 // Within the VM, the oop and klass hierarchies are separate.
  45 // The compiler interface does not preserve this separation --
  46 // the distinction between `Klass*' and `Klass' are not
  47 // reflected in the interface and instead the Klass hierarchy
  48 // is directly modeled as the subclasses of ciKlass.
  49 
  50 // ------------------------------------------------------------------
  51 // ciObject::ciObject
  52 ciObject::ciObject(oop o) {
  53   ASSERT_IN_VM;
  54   if (ciObjectFactory::is_initialized()) {
  55     _handle = JNIHandles::make_local(oopDesc::bs()->write_barrier(o));
  56   } else {
  57     _handle = JNIHandles::make_global(oopDesc::bs()->write_barrier(o));
  58   }
  59   _klass = NULL;
  60   init_flags_from(o);
  61 }
  62 
  63 // ------------------------------------------------------------------
  64 // ciObject::ciObject
  65 //
  66 ciObject::ciObject(Handle h) {
  67   ASSERT_IN_VM;
  68   if (ciObjectFactory::is_initialized()) {
  69     _handle = JNIHandles::make_local(h());
  70   } else {
  71     _handle = JNIHandles::make_global(h);
  72   }
  73   _klass = NULL;
  74   init_flags_from(h());
  75 }
  76 
  77 // ------------------------------------------------------------------