public void Process(Transaction tx)
{
lock (ProcessedLock)
{
if (ProcessedTransactionHashes.Add(tx.GetHash()))
{
TransactionReceived?.Invoke(this, new SmartTransaction(tx, Height.Mempool));
}
else
{
Interlocked.Increment(ref _duplicatedReceives);
}
Interlocked.Increment(ref _totalReceives);
}
}
public async void MakeTransaction(string targetAccountId, decimal amount, string transactionMessage)
{
var t = new Transaction
{
CreatedAt = DateTime.Now.ToString(),
FeePaid = 1,
Hash = "MadeTransactionHash",
Ledger = 1,
Message = "MadeTransactionMessage",
OperationCount = 1,
SourceAccount = "SourceAccountId",
TargetAccount = "TargetAccountId",
SourceAccountSequence = 1
};
TransactionReceived?.Invoke(this, new TransactionEventArgs(t));
}
public void ReceiveAccountTransactions()
{
var t = new Transaction
{
CreatedAt = DateTime.Now.ToString(),
FeePaid = 1,
Hash = "ReceivedTransactionHash",
Ledger = 1,
Message = "ReceivedTransactionMessage",
OperationCount = 1,
SourceAccount = "SourceAccountId",
TargetAccount = "TargetAccountId",
SourceAccountSequence = 1
};
TransactionReceived?.Invoke(this, new TransactionEventArgs(t));
}
private void GenerateTransactions()
{
for (int i = 0; i < 5; i++)
{
var t = new Transaction
{
CreatedAt = DateTime.Now.ToString(),
FeePaid = i,
Hash = $"TransactionHash{i}",
Ledger = i,
Message = $"TransactionMessage{i}",
OperationCount = i,
SourceAccount = "SourceAccountId",
TargetAccount = "TargetAccountId",
SourceAccountSequence = i
};
TransactionReceived?.Invoke(this, new TransactionEventArgs(t));
}
}
internal void OnTransactionReceived(SmartTransaction transaction) => TransactionReceived?.Invoke(this, transaction);