public BlockTransactionsListener(
BlockHeaderReadEvent blockHeader,
IMessagePublisher messagePublisher,
IRawObjectWriteOnlyRepository rawObjectsRepository,
int transactionsBatchSize,
int maxTransactionsSavingParallelism,
BlockchainTransferModel transferModel)
{
if (transactionsBatchSize <= 0)
{
throw new ArgumentOutOfRangeException(nameof(transactionsBatchSize), transactionsBatchSize, "Should be positive number");
}
if (maxTransactionsSavingParallelism <= 0)
{
throw new ArgumentOutOfRangeException(nameof(transactionsBatchSize), transactionsBatchSize, "Should be positive number");
}
_blockHeader = blockHeader;
_messagePublisher = messagePublisher;
_rawObjectsRepository = rawObjectsRepository;
_transactionsBatchSize = transactionsBatchSize;
_tailTransactionsBatchExtensionSize = transactionsBatchSize * 20 / 100; // 20%
_transferModel = transferModel;
_transferAmountExecutedTransactions = new List <TransferAmountExecutedTransaction>(_transactionsBatchSize);
_transferCoinsExecutedTransactions = new List <TransferCoinsExecutedTransaction>(_transactionsBatchSize);
_failedTransactions = new List <FailedTransaction>(_transactionsBatchSize);
_rawTransactionsPersistenceTasks = new List <Task>(blockHeader.BlockTransactionsCount);
_remainedTransactionsCount = blockHeader.BlockTransactionsCount;
_rawTransactionsPersistenceParallelismGuard = new SemaphoreSlim(maxTransactionsSavingParallelism);
}
public ReadBlockCommandsHandler(
IBlockReader blockReader,
IRawObjectWriteOnlyRepository rawObjectRepository,
int transactionsBatchSize,
int maxTransactionsSavingParallelism,
BlockchainTransferModel transferModel)
{
_blockReader = blockReader;
_rawObjectRepository = rawObjectRepository;
_transactionsBatchSize = transactionsBatchSize;
_maxTransactionsSavingParallelism = maxTransactionsSavingParallelism;
_transferModel = transferModel;
}
public BlockListener(
IMessagePublisher messagePublisher,
IRawObjectWriteOnlyRepository rawObjectsRepository,
int transactionsBatchSize,
int maxTransactionsSavingParallelism,
BlockchainTransferModel transferModel)
{
_messagePublisher = messagePublisher;
_rawObjectsRepository = rawObjectsRepository;
_transactionsBatchSize = transactionsBatchSize;
_maxTransactionsSavingParallelism = maxTransactionsSavingParallelism;
_transferModel = transferModel;
}
