HCIUnit get(HClass hc) {
HCIUnit hciu;
HClass superclass;
HCIUnit superclassInfo;
hciu = (HCIUnit) m_table.get(hc);
if (hciu == null) {
if (hc.isArray()) { // Treat arrays differently
int dims = HClassUtil.dims(hc);
HClass baseclass = HClassUtil.baseClass(hc);
// hc is not primitive, so hc.getLinker() is safe.
superclass =
baseclass.isPrimitive()
? hc.getLinker().forName("java.lang.Object")
: (baseclass.getDescriptor().equals("Ljava/lang/Object;")
? (HClassUtil.arrayClass(hc.getLinker(), baseclass, dims - 1))
: HClassUtil.arrayClass(hc.getLinker(), baseclass.getSuperclass(), dims));
} else {
superclass = hc.getSuperclass();
}
if (superclass != null) {
superclassInfo = get(superclass);
hciu = new HCIUnit(hc, superclassInfo);
} else {
hciu = new HCIUnit(hc);
}
m_table.put(hc, hciu);
}
return hciu;
}
/**
* create a new objectref with default field values.
*
* @exception InterpretedThrowable if class initializer throws an exception.
*/
ObjectRef(StaticState ss, HClass type) {
super(ss, type);
this.fields = null;
this.closure = null;
// Initialize our fields.
for (HClass sc = type; sc != null; sc = sc.getSuperclass()) {
HField[] fl = sc.getDeclaredFields();
for (int i = 0; i < fl.length; i++) if (!fl[i].isStatic()) update(fl[i], defaultValue(fl[i]));
}
// yay, done.
}
