public void write(ByteArrayBuffer writer) {
if (slotModified()) {
writer.writeInt(_key);
writer.writeInt(_newSlot.address());
writer.writeInt(_newSlot.length());
}
}
public void writePointer(int id, Slot slot) {
if (DTrace.enabled) {
DTrace.WRITE_POINTER.log(id);
DTrace.WRITE_POINTER.logLength(slot);
}
_pointerIo.seek(0);
if (Deploy.debug) {
_pointerIo.writeBegin(Const4.YAPPOINTER);
}
_pointerIo.writeInt(slot.address());
_pointerIo.writeInt(slot.length());
if (Deploy.debug) {
_pointerIo.writeEnd();
}
if (Debug4.xbytes) {
_pointerIo.checkXBytes(false);
}
writeBytes(_pointerIo, id, 0);
}
public void write(
final Transaction trans, final ClassMetadata clazz, final ByteArrayBuffer writer) {
writer.writeShortString(trans, clazz.nameToWrite());
int intFormerlyKnownAsMetaClassID = 0;
writer.writeInt(intFormerlyKnownAsMetaClassID);
writer.writeIDOf(trans, clazz.i_ancestor);
writeIndex(trans, clazz, writer);
writer.writeInt(clazz.declaredAspectCount());
clazz.forEachDeclaredAspect(
new Procedure4() {
public void apply(Object arg) {
_family._field.write(trans, clazz, (ClassAspect) arg, writer);
}
});
}
public final void write(ByteArrayBuffer a_writer) {
// byte order: size, address
a_writer.writeInt(_key);
a_writer.writeInt(_peer._key);
}
protected void writeIndex(Transaction trans, ClassMetadata clazz, ByteArrayBuffer writer) {
int indexID = clazz.index().write(trans);
writer.writeInt(indexIDForWriting(indexID));
}