Task IBrokerClient.Send(NewTransactionEvent transactionEvent)
{
CheckAndOpenConnection();
string jsonMsg = transactionEvent.ToJson(Networks.GetFromCryptoCode(transactionEvent.CryptoCode).JsonSerializerSettings);
var body = Encoding.UTF8.GetBytes(jsonMsg);
var conf = (transactionEvent.BlockId == null ? "unconfirmed" : "confirmed");
var routingKey = $"transactions.{transactionEvent.CryptoCode}.{conf}";
string msgIdHash = HashMessageId($"{transactionEvent.TrackedSource}-{transactionEvent.TransactionData.Transaction.GetHash()}-{(transactionEvent.TransactionData.BlockId?.ToString() ?? string.Empty)}");
ValidateMessageId(msgIdHash);
IBasicProperties props = Channel.CreateBasicProperties();
props.MessageId = msgIdHash;
props.ContentType = typeof(NewTransactionEvent).ToString();
props.Headers = new Dictionary <string, object>();
props.Headers.Add("CryptoCode", transactionEvent.CryptoCode);
Channel.BasicPublish(
exchange: NewTransactionExchange,
routingKey: routingKey,
basicProperties: props,
body: body);
return(Task.CompletedTask);
}
public Task Send(NewTransactionEvent transactionEvent)
{
if (Clients.Length == 0)
{
return(Task.CompletedTask);
}
return(Task.WhenAll(Clients.Select(c => c.Send(transactionEvent))));
}
public static NewTransactionEvent SetMatch(this NewTransactionEvent evt, TrackedTransaction match)
{
evt.TrackedSource = match.TrackedSource;
var derivation = (match.TrackedSource as DerivationSchemeTrackedSource)?.DerivationStrategy;
evt.Outputs.AddRange(match.GetReceivedOutputs(evt.TrackedSource));
evt.DerivationStrategy = derivation;
return(evt);
}
public override IEnumerable <(MatchedOutput matchedOutput, OutPoint outPoint)> GetValidOutputs(
NewTransactionEvent evtOutputs)
{
return(evtOutputs.Outputs.Where(output =>
output.Value is AssetMoney assetMoney && assetMoney.AssetId == AssetId).Select(output =>
{
var outpoint = new OutPoint(evtOutputs.TransactionData.TransactionHash, output.Index);
return (output, outpoint);
}));
}
public async Task Send(NewTransactionEvent transactionEvent)
{
string jsonMsg = transactionEvent.ToJson(SerializerSettings);
var bytes = UTF8.GetBytes(jsonMsg);
var message = new Message(bytes);
message.MessageId = $"{transactionEvent.DerivationStrategy.GetHash()}-{transactionEvent.TransactionData.Transaction.GetHash()}-{(transactionEvent.TransactionData.BlockId?.ToString() ?? string.Empty)}).ToString()";
message.ContentType = transactionEvent.GetType().ToString();
await Client.SendAsync(message);
}
public JournaledAccountGrainState Apply(NewTransactionEvent @event)
{
Balance -= @event.Amount;
_transactions.Add(new Transaction
{
Amount = @event.Amount,
BookingDate = @event.BookingDate
});
return(this);
}
public async Task Send(NewTransactionEvent transactionEvent)
{
string jsonMsg = transactionEvent.ToJson(SerializerSettings);
var bytes = UTF8.GetBytes(jsonMsg);
var message = new Message(bytes);
string msgIdHash = HashMessageId($"{transactionEvent.TrackedSource}-{transactionEvent.TransactionData.Transaction.GetHash()}-{(transactionEvent.TransactionData.BlockId?.ToString() ?? string.Empty)}");
ValidateMessageId(msgIdHash);
message.MessageId = msgIdHash;
message.ContentType = transactionEvent.GetType().ToString();
await Client.SendAsync(message);
}
public virtual IEnumerable <(MatchedOutput matchedOutput, OutPoint outPoint)> GetValidOutputs(NewTransactionEvent evtOutputs)
{
return(evtOutputs.Outputs.Select(output =>
{
var outpoint = new OutPoint(evtOutputs.TransactionData.TransactionHash, output.Index);
return (output, outpoint);
}));
}
