public int marshalledLength(final ObjectContainerBase stream, final ClassMetadata clazz) {
final IntByRef len =
new IntByRef(
stream.stringIO().shortLength(clazz.nameToWrite())
+ Const4.OBJECT_LENGTH
+ (Const4.INT_LENGTH * 2)
+ (Const4.ID_LENGTH));
len.value += clazz.index().ownLength();
clazz.forEachDeclaredAspect(
new Procedure4() {
public void apply(Object arg) {
len.value += _family._field.marshalledLength(stream, (ClassAspect) arg);
}
});
return len.value;
}
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 void defrag(
final ClassMetadata classMetadata,
final LatinStringIO sio,
final DefragmentContextImpl context,
int classIndexID) {
readName(sio, context.sourceBuffer());
readName(sio, context.targetBuffer());
int metaClassID = 0;
context.writeInt(metaClassID);
// ancestor ID
context.copyID();
context.writeInt(indexIDForWriting(classIndexID));
final int aspectCount = context.readInt();
if (aspectCount > classMetadata.declaredAspectCount()) {
throw new IllegalStateException();
}
final IntByRef processedAspectCount = new IntByRef(0);
classMetadata.forEachDeclaredAspect(
new Procedure4() {
public void apply(Object arg) {
if (processedAspectCount.value >= aspectCount) {
return;
}
ClassAspect aspect = (ClassAspect) arg;
_family._field.defrag(classMetadata, aspect, sio, context);
processedAspectCount.value++;
}
});
}