// Unified protocol message parsing
public static void parseProtocolMessage(ProtocolMessageCode code, byte[] data, RemoteEndpoint endpoint)
{
if (endpoint == null)
{
Logging.error("Endpoint was null. parseProtocolMessage");
return;
}
try
{
switch (code)
{
case ProtocolMessageCode.hello:
handleHello(data, endpoint);
break;
case ProtocolMessageCode.helloData:
handleHelloData(data, endpoint);
break;
case ProtocolMessageCode.getBlock:
BlockProtocolMessages.handleGetBlock(data, endpoint);
break;
case ProtocolMessageCode.getBalance:
WalletStateProtocolMessages.handleGetBalance(data, endpoint);
break;
case ProtocolMessageCode.getTransaction:
TransactionProtocolMessages.handleGetTransaction(data, endpoint);
break;
case ProtocolMessageCode.getTransaction2:
TransactionProtocolMessages.handleGetTransaction2(data, endpoint);
break;
case ProtocolMessageCode.getTransaction3:
TransactionProtocolMessages.handleGetTransaction3(data, endpoint);
break;
case ProtocolMessageCode.newTransaction:
case ProtocolMessageCode.transactionData:
TransactionProtocolMessages.handleTransactionData(data, endpoint);
break;
case ProtocolMessageCode.bye:
CoreProtocolMessage.processBye(data, endpoint);
break;
case ProtocolMessageCode.newBlock:
case ProtocolMessageCode.blockData:
BlockProtocolMessages.handleBlockData(data, endpoint);
break;
case ProtocolMessageCode.syncWalletState:
WalletStateProtocolMessages.handleSyncWalletState(data, endpoint);
break;
case ProtocolMessageCode.walletState:
WalletStateProtocolMessages.handleWalletState(data, endpoint);
break;
case ProtocolMessageCode.getWalletStateChunk:
WalletStateProtocolMessages.handleGetWalletStateChunk(data, endpoint);
break;
case ProtocolMessageCode.walletStateChunk:
WalletStateProtocolMessages.handleWalletStateChunk(data, endpoint);
break;
case ProtocolMessageCode.updatePresence:
PresenceProtocolMessages.handleUpdatePresence(data, endpoint);
break;
case ProtocolMessageCode.keepAlivePresence:
PresenceProtocolMessages.handleKeepAlivePresence(data, endpoint);
break;
case ProtocolMessageCode.getPresence:
PresenceProtocolMessages.handleGetPresence(data, endpoint);
break;
case ProtocolMessageCode.getPresence2:
PresenceProtocolMessages.handleGetPresence2(data, endpoint);
break;
case ProtocolMessageCode.getKeepAlives:
PresenceProtocolMessages.handleGetKeepAlives(data, endpoint);
break;
case ProtocolMessageCode.keepAlivesChunk:
PresenceProtocolMessages.handleKeepAlivesChunk(data, endpoint);
break;
// return 10 random presences of the selected type
case ProtocolMessageCode.getRandomPresences:
PresenceProtocolMessages.handleGetRandomPresences(data, endpoint);
break;
case ProtocolMessageCode.getUnappliedTransactions:
TransactionProtocolMessages.handleGetUnappliedTransactions(data, endpoint);
break;
case ProtocolMessageCode.blockTransactionsChunk:
BlockProtocolMessages.handleBlockTransactionsChunk(data, endpoint);
break;
case ProtocolMessageCode.attachEvent:
NetworkEvents.handleAttachEventMessage(data, endpoint);
break;
case ProtocolMessageCode.detachEvent:
NetworkEvents.handleDetachEventMessage(data, endpoint);
break;
case ProtocolMessageCode.blockSignature:
SignatureProtocolMessages.handleBlockSignature(data, endpoint);
break;
case ProtocolMessageCode.getBlockSignatures:
{
using (MemoryStream m = new MemoryStream(data))
{
using (BinaryReader reader = new BinaryReader(m))
{
ulong block_num = reader.ReadUInt64();
int checksum_len = reader.ReadInt32();
byte[] checksum = reader.ReadBytes(checksum_len);
SignatureProtocolMessages.handleGetBlockSignatures(block_num, checksum, endpoint);
}
}
}
break;
case ProtocolMessageCode.blockSignatures:
SignatureProtocolMessages.handleSigfreezedBlockSignatures(data, endpoint);
break;
case ProtocolMessageCode.getNextSuperBlock:
BlockProtocolMessages.handleGetNextSuperBlock(data, endpoint);
break;
case ProtocolMessageCode.getBlockHeaders:
BlockProtocolMessages.handleGetBlockHeaders(data, endpoint);
break;
case ProtocolMessageCode.getPIT:
BlockProtocolMessages.handleGetPIT(data, endpoint);
break;
case ProtocolMessageCode.inventory:
handleInventory(data, endpoint);
break;
case ProtocolMessageCode.inventory2:
handleInventory2(data, endpoint);
break;
case ProtocolMessageCode.getSignatures:
SignatureProtocolMessages.handleGetSignatures(data, endpoint);
break;
case ProtocolMessageCode.signaturesChunk:
SignatureProtocolMessages.handleSignaturesChunk(data, endpoint);
break;
case ProtocolMessageCode.getTransactions:
TransactionProtocolMessages.handleGetTransactions(data, endpoint);
break;
case ProtocolMessageCode.getTransactions2:
TransactionProtocolMessages.handleGetTransactions2(data, endpoint);
break;
case ProtocolMessageCode.transactionsChunk:
TransactionProtocolMessages.handleTransactionsChunk(data, endpoint);
break;
case ProtocolMessageCode.transactionsChunk2:
TransactionProtocolMessages.handleTransactionsChunk2(data, endpoint);
break;
case ProtocolMessageCode.getBlockHeaders2:
BlockProtocolMessages.handleGetBlockHeaders2(data, endpoint);
break;
case ProtocolMessageCode.getPIT2:
BlockProtocolMessages.handleGetPIT2(data, endpoint);
break;
case ProtocolMessageCode.getBlock2:
BlockProtocolMessages.handleGetBlock2(data, endpoint);
break;
case ProtocolMessageCode.getBlock3:
BlockProtocolMessages.handleGetBlock3(data, endpoint);
break;
case ProtocolMessageCode.getBalance2:
WalletStateProtocolMessages.handleGetBalance2(data, endpoint);
break;
case ProtocolMessageCode.getBlockSignatures2:
{
using (MemoryStream m = new MemoryStream(data))
{
using (BinaryReader reader = new BinaryReader(m))
{
ulong block_num = reader.ReadIxiVarUInt();
int checksum_len = (int)reader.ReadIxiVarUInt();
byte[] checksum = reader.ReadBytes(checksum_len);
SignatureProtocolMessages.handleGetBlockSignatures2(block_num, checksum, endpoint);
}
}
}
break;
case ProtocolMessageCode.blockSignature2:
SignatureProtocolMessages.handleBlockSignature2(data, endpoint);
break;
default:
break;
}
}
catch (Exception e)
{
Logging.error("Error parsing network message. Details: {0}", e.ToString());
}
}
