public async Task <TransferReplyMessage> TransferRequestAsync(TransferInstruction instruction)
{
if (_transferReplyCompletionSource.Task.Status == TaskStatus.WaitingForActivation)
{
var transferRequest = new TransferRequestMessage(
this.SessionId,
_originator,
new Beneficiary("", _beneficiaryVaan.Vaan),
new TransferRequest(
instruction.VirtualAssetTransfer.VirtualAssetType,
instruction.VirtualAssetTransfer.TransferType,
instruction.VirtualAssetTransfer.TransferAmount),
_vaspInfo
);
await _transportClient.SendAsync(new MessageEnvelope()
{
Topic = this.CounterPartyTopic,
SigningKey = _privateSigningKey,
EncryptionType = EncryptionType.Symmetric,
EncryptionKey = _sharedSymKeyId
}, transferRequest);
}
return(await _transferReplyCompletionSource.Task);
}
private static GetTransferInstructionByIdContract.Response Map(TransferInstruction transferInstruction)
{
return(new()
{
Id = transferInstruction.Id,
EngagingClubId = transferInstruction.EngagingClubId,
ReleasingClubId = transferInstruction.ReleasingClubId,
PlayerId = transferInstruction.PlayerId,
PlayersContract = PlayerContractMapper.Map(transferInstruction.PlayersContract),
Type = (Contract.Shared.TransferInstructionType)transferInstruction.Type,
});
}
public async Task TransferRequestAsync(TransferInstruction instruction)
{
var transferRequest = new TransferRequestMessage(
this.SessionId,
_originator,
new Beneficiary(instruction.BeneficiaryName ?? string.Empty, _beneficiaryVaan.Vaan),
new TransferRequest(
instruction.VirtualAssetTransfer.VirtualAssetType,
instruction.VirtualAssetTransfer.TransferType,
instruction.VirtualAssetTransfer.TransferAmount),
_vaspInfo
);
await _transportClient.SendAsync(new MessageEnvelope()
{
Topic = this.CounterPartyTopic,
SigningKey = _privateSigningKey,
EncryptionType = EncryptionType.Symmetric,
EncryptionKey = _sharedSymKeyId
}, transferRequest);
}
static void RunCommand(string command, KeyPair keys)
{
var args = command.Split(' ');
var ownAddress = _addressEncoder.EncodeAddress(keys.PublicKey, 0);
switch (args[0])
{
case "help":
PrintHelp();
break;
case "mine-genesis":
Console.WriteLine("Mining...");
_miner.Start(keys, true);
break;
case "mine":
Console.WriteLine("Mining...");
_miner.Start(keys, false);
break;
case "stop-mining":
Console.WriteLine("Stopping...");
_miner.Stop();
break;
case "peers":
var peersIn = _network.GetPeersIn();
var peersOut = _network.GetPeersOut();
Console.WriteLine("Incoming peers");
PrintPeerList(peersIn);
Console.WriteLine("Outgoing peers");
PrintPeerList(peersOut);
break;
case "balance":
if (args.Length == 1)
{
Console.WriteLine($"Balance = {_txnRepo.GetAccountBalance(ownAddress)}");
}
else
{
Console.WriteLine($"Balance = {_txnRepo.GetAccountBalance(args[1])}");
}
break;
case "best-block":
var header = _blockRepo.GetBestBlockHeader().Result;
Console.WriteLine($"Height: {header.Height}, Id: {BitConverter.ToString(header.BlockId)}");
break;
case "gen-key":
var genkeys = _sigService.GetKeyPairFromPhrase(args[1]);
var address = _addressEncoder.EncodeAddress(genkeys.PublicKey, 0);
Console.WriteLine($"{address}");
break;
case "avg-time":
var avgTime = _blockRepo.GetAverageBlockTimeInSecs(DateTime.UtcNow.AddHours(-1), DateTime.UtcNow).Result;
Console.WriteLine($"Avg time: {avgTime}s");
break;
case "send":
if (args.Length != 3)
{
Console.WriteLine("invalid command");
return;
}
var instruction = new TransferInstruction()
{
PublicKey = keys.PublicKey,
Amount = Convert.ToInt32(args[2]),
Destination = _addressEncoder.ExtractPublicKeyHash(args[1])
};
Console.WriteLine($"Signing instruction");
_sigService.SignInstruction(instruction, keys.PrivateKey);
var txn = _txnBuilder.Build(new List <Instruction>()
{
instruction
}).Result;
Console.WriteLine($"Sending transaction {BitConverter.ToString(txn.TransactionId)}");
_host.SendTransaction(txn);
break;
default:
Console.WriteLine("invalid command");
break;
}
}
private bool CompareTransferInstructions(TransferInstruction a, TransferInstruction b)
{
return(Equals(a, b));
}
