public void initFromBuffer(ByteBuffer buf) throws IOException {
FastDeserializer in = new FastDeserializer(buf);
byte version = in.readByte(); // version number also embeds the type
type = ProcedureInvocationType.typeFromByte(version);
/*
* If it's a replicated invocation, there should be two txn IDs
* following the version byte. The first txn ID is the new txn ID, the
* second one is the original txn ID.
*/
if (ProcedureInvocationType.isDeprecatedInternalDRType(type)) {
originalTxnId = in.readLong();
originalUniqueId = in.readLong();
}
if (version >= BatchTimeoutOverrideType.BATCH_TIMEOUT_VERSION) {
BatchTimeoutOverrideType batchTimeoutType =
BatchTimeoutOverrideType.typeFromByte(in.readByte());
if (batchTimeoutType == BatchTimeoutOverrideType.NO_OVERRIDE_FOR_BATCH_TIMEOUT) {
batchTimeout = BatchTimeoutOverrideType.NO_TIMEOUT;
} else {
batchTimeout = in.readInt();
// Client side have already checked the batchTimeout value, but,
// on server side, we should check non-negative batchTimeout value again
// in case of someone is using a non-standard client.
if (batchTimeout < 0) {
throw new IllegalArgumentException("Timeout value can't be negative.");
}
}
}
procName = in.readString().intern();
clientHandle = in.readLong();
// do not deserialize parameters in ClientInterface context
serializedParams = in.remainder();
final ByteBuffer duplicate = serializedParams.duplicate();
params =
new FutureTask<ParameterSet>(
new Callable<ParameterSet>() {
@Override
public ParameterSet call() throws Exception {
return ParameterSet.fromByteBuffer(duplicate);
}
});
}
