public void OnBlockProcessed(object?sender, BlockProcessedEventArgs args)
{
if (Emit == null)
{
return;
}
Emit((TOut)args.Block);
}
private void OnBlockProcessed(object?sender, BlockProcessedEventArgs e)
{
if (_logger.IsWarn)
{
_logger.Warn($"Tree tracker for {_baselineTree} processing block {e.Block.ToString(Block.Format.Short)}");
}
if (_currentBlockHeader != null && _currentBlockHeader.Hash != e.Block.ParentHash && _currentBlockHeader.Number < e.Block.Number)
{
// what is this - not covered by any test?
// why do we build tree here?
_baselineTreeHelper.BuildTree(_baselineTree, _address, new BlockParameter(_currentBlockHeader.Hash), new BlockParameter(e.Block.Hash));
_currentBlockHeader = e.Block.Header;
// TODO: why this is here
_baselineTree.MemorizeCurrentCount(_baselineTree.LastBlockDbHash, _baselineTree.LastBlockWithLeaves, _baselineTree.Count);
return;
}
uint removedItemsCount = 0;
bool reorganized = _currentBlockHeader != null && _currentBlockHeader.Hash != e.Block.ParentHash;
if (reorganized)
{
if (_logger.IsWarn)
{
_logger.Warn(
$"Tree tracker for {_baselineTree} reorganizes from branching point at {e.Block.ToString(Block.Format.Short)}");
}
removedItemsCount = Revert(e.Block.Number);
}
_currentBlockHeader = e.Block.Header;
uint treeStartingCount = _baselineTree.Count;
uint newLeavesCount = AddFromCurrentBlock(e.TxReceipts);
_baselineTree.CalculateHashes(treeStartingCount - removedItemsCount);
if (newLeavesCount != 0 || removedItemsCount != 0 || reorganized)
{
uint currentTreeCount = treeStartingCount + newLeavesCount - removedItemsCount;
_baselineTree.MemorizeCurrentCount(e.Block.Hash, e.Block.Number, currentTreeCount);
}
}
private void OnBlockProcessed(object sender, BlockProcessedEventArgs e)
{
Interlocked.Exchange(ref _currentBlockTimestamp, (long)e.Block.Timestamp);
_consumerNotifier.SendBlockProcessedAsync(e.Block.Number);
_depositRepository.BrowseAsync(new GetDeposits
{
OnlyUnconfirmed = true,
OnlyNotRejected = true,
Results = int.MaxValue
}).ContinueWith(async t =>
{
if (t.IsFaulted && _logger.IsError)
{
_logger.Error($"Fetching the deposits has failed.", t.Exception);
return;
}
await TryConfirmDepositsAsync(t.Result.Items);
});
}
private void OnBlockProcessed(object sender, BlockProcessedEventArgs e)
{
FinalizeBlocks(e.Block.Header);
}
private void OnBlockProcessed(object sender, BlockProcessedEventArgs e)
{
_lastBlockHash = e.Block.Hash;
_logIndex = 0;
AddBlock(e.Block);
}
private async void OnBlockProcessed(object sender, BlockProcessedEventArgs e) => await PublishBlockAsync(e.Block);
private void OnBlockProcessed(object sender, BlockProcessedEventArgs e)
{
BlockHeader header = e.Block.Header;
GetItemsFromContractAtBlock(header, header.ParentHash == _lastHash, e.TxReceipts);
}
