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 logicalInvoke(TCObject source, int method, String methodName, Object[] parameters) {
if (isTransactionLoggingDisabled()) {
return;
}
try {
disableTransactionLogging();
Object pojo = source.getPeerObject();
ClientTransaction tx = getTransaction(pojo);
for (int i = 0; i < parameters.length; i++) {
Object p = parameters[i];
boolean isLiteral = literalValues.isLiteralInstance(p);
if (!isLiteral) {
if (p != null) {
objectManager.checkPortabilityOfLogicalAction(parameters, i, methodName, pojo);
}
TCObject tco = objectManager.lookupOrCreate(p);
parameters[i] = tco.getObjectID();
if (p != null) {
// 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
tx.createObject(tco);
}
}
}
tx.logicalInvoke(source, method, parameters, methodName);
} 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();
}
}
@Override
public void encode(Object value, TCDataOutput output, ObjectStringSerializer serializer) {
if (value == null) {
// Normally Null values should have already been converted to null ObjectID, but this is not
// true when there are
// multiple versions of the same class in the cluster sharign data.
value = ObjectID.NULL_ID;
}
final LiteralValues type = LiteralValues.valueFor(value);
switch (type) {
case ENUM:
output.writeByte(TYPE_ID_ENUM);
final Class<?> enumClass = ((Enum<?>) value).getDeclaringClass();
writeString(enumClass.getName(), output, serializer);
writeString(((Enum<?>) value).name(), output, serializer);
break;
case ENUM_HOLDER:
output.writeByte(TYPE_ID_ENUM_HOLDER);
writeEnumInstance((EnumInstance) value, output, serializer);
break;
case JAVA_LANG_CLASS:
output.writeByte(TYPE_ID_JAVA_LANG_CLASS);
final Class<?> c = (Class<?>) value;
writeString(c.getName(), output, serializer);
break;
case JAVA_LANG_CLASS_HOLDER:
output.writeByte(TYPE_ID_JAVA_LANG_CLASS_HOLDER);
writeClassInstance((ClassInstance) value, output, serializer);
break;
case BOOLEAN:
output.writeByte(TYPE_ID_BOOLEAN);
output.writeBoolean(((Boolean) value).booleanValue());
break;
case BYTE:
output.writeByte(TYPE_ID_BYTE);
output.writeByte(((Byte) value).byteValue());
break;
case CHARACTER:
output.writeByte(TYPE_ID_CHAR);
output.writeChar(((Character) value).charValue());
break;
case DOUBLE:
output.writeByte(TYPE_ID_DOUBLE);
output.writeDouble(((Double) value).doubleValue());
break;
case FLOAT:
output.writeByte(TYPE_ID_FLOAT);
output.writeFloat(((Float) value).floatValue());
break;
case INTEGER:
output.writeByte(TYPE_ID_INT);
output.writeInt(((Integer) value).intValue());
break;
case LONG:
output.writeByte(TYPE_ID_LONG);
output.writeLong(((Long) value).longValue());
break;
case SHORT:
output.writeByte(TYPE_ID_SHORT);
output.writeShort(((Short) value).shortValue());
break;
case STRING:
final String s = (String) value;
if (STRING_COMPRESSION_ENABLED && s.length() >= STRING_COMPRESSION_MIN_SIZE) {
output.writeByte(TYPE_ID_STRING_COMPRESSED);
writeCompressedString(s, output);
} else {
output.writeByte(TYPE_ID_STRING);
writeString(s, output, serializer);
}
break;
case STRING_BYTES:
final UTF8ByteDataHolder utfBytes = (UTF8ByteDataHolder) value;
output.writeByte(TYPE_ID_STRING_BYTES);
serializer.writeStringBytes(output, utfBytes.getBytes());
break;
case STRING_BYTES_COMPRESSED:
final UTF8ByteCompressedDataHolder utfCompressedBytes =
(UTF8ByteCompressedDataHolder) value;
output.writeByte(TYPE_ID_STRING_COMPRESSED);
output.writeInt(utfCompressedBytes.getUncompressedStringLength());
writeByteArray(utfCompressedBytes.getBytes(), output);
output.writeInt(utfCompressedBytes.getStringLength());
output.writeInt(utfCompressedBytes.getStringHash());
break;
case OBJECT_ID:
output.writeByte(TYPE_ID_REFERENCE);
output.writeLong(((ObjectID) value).toLong());
break;
case ARRAY:
encodeArray(value, output);
break;
case OBJECT:
default:
throw Assert.failure("Illegal type (" + type + "):" + value);
}
// unreachable
}