public void arrayChanged(TCObject source, int startPos, Object array, int length) {
if (isTransactionLoggingDisabled()) {
return;
}
try {
disableTransactionLogging();
Object pojo = source.getPeerObject();
ClientTransaction tx = getTransaction(pojo);
if (!ClassUtils.isPrimitiveArray(array)) {
Object[] objArray = (Object[]) array;
for (int i = 0; i < length; i++) {
Object element = objArray[i];
if (!literalValues.isLiteralInstance(element)) {
if (element != null)
objectManager.checkPortabilityOfField(element, String.valueOf(i), pojo);
TCObject tco = objectManager.lookupOrCreate(element);
objArray[i] = tco.getObjectID();
// record the reference in this transaction -- This is to solve the race condition of
// transactions
// that reference objects newly "created" in other transactions that may not commit
// before us
if (element != null) tx.createObject(tco);
}
}
}
tx.arrayChanged(source, startPos, array, length);
} finally {
enableTransactionLogging();
}
}
public void fieldChanged(
TCObject source, String classname, String fieldname, Object newValue, int index) {
if (isTransactionLoggingDisabled()) {
return;
}
try {
disableTransactionLogging();
Object pojo = source.getPeerObject();
ClientTransaction tx = getTransaction(pojo);
logFieldChanged0(source, classname, fieldname, newValue, tx);
if (newValue != null && literalValues.isLiteralInstance(newValue)) {
tx.fieldChanged(source, classname, fieldname, newValue, index);
} else {
if (newValue != null) {
objectManager.checkPortabilityOfField(newValue, fieldname, pojo);
}
TCObject tco = objectManager.lookupOrCreate(newValue);
tx.fieldChanged(source, classname, fieldname, tco.getObjectID(), index);
// record the reference in this transaction -- This is to solve the race condition of
// transactions
// that reference objects newly "created" in other transactions that may not commit before
// us
if (newValue != null) {
tx.createObject(tco);
}
}
} finally {
enableTransactionLogging();
}
}