/// <inheritdoc />
public override async Task <bool> OnExecute()
{
if (TryDequeue(out SyncBlockTransactionsOperation item))
{
watch.Restart();
storageOperations.ValidateBlock(item);
InsertStats count = storageOperations.InsertTransactions(item);
if (item.BlockInfo != null)
{
if (!Runner.SyncingBlocks.CurrentSyncing.TryRemove(item.BlockInfo.Hash, out BlockInfo blockInfo))
{
throw new Exception(string.Format("Failed to remove block hash {0} from collection", item.BlockInfo.Hash));
}
syncConnection.RecentItems.Add((DateTime.UtcNow, watch.Elapsed, item.BlockInfo.Size));
}
var notifications = new AddressNotifications {
Addresses = count.Items.Where(ad => ad.Addresses != null).SelectMany(s => s.Addresses).Distinct().ToList()
};
Runner.Get <Notifier>().Enqueue(notifications);
watch.Stop();
string message = item.BlockInfo != null?
string.Format("Seconds = {0} - BlockIndex = {1} - TotalItems = {2} - Size = {3} kb", watch.Elapsed.TotalSeconds, item.BlockInfo.Height, count.Transactions + count.InputsOutputs, item.BlockInfo.Size) :
string.Format("Seconds = {0} - PoolSync - TotalItems = {1}", watch.Elapsed.TotalSeconds, count.Transactions + count.InputsOutputs);
log.LogDebug(message);
return(await Task.FromResult(true));
}
return(await Task.FromResult(false));
}
public InsertStats InsertTransactions(SyncBlockTransactionsOperation item)
{
var stats = new InsertStats {
Items = new List <MapTransactionAddress>()
};
if (item.BlockInfo != null)
{
// remove all transactions from the memory pool
item.Transactions.ForEach(t =>
{
DecodedRawTransaction outer;
this.data.MemoryTransactions.TryRemove(t.TxId, out outer);
});
// break the work in to batches transactions
var queue = new Queue <DecodedRawTransaction>(item.Transactions);
do
{
var items = this.GetBatch(this.configuration.MongoBatchSize, queue).ToList();
try
{
if (item.BlockInfo != null)
{
var inserts = items.Select(s => new MapTransactionBlock {
BlockIndex = item.BlockInfo.Height, TransactionId = s.TxId
}).ToList();
stats.Transactions += inserts.Count();
this.data.MapTransactionBlock.InsertMany(inserts, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
if (!mbwex.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
// insert inputs and add to the list for later to use on the notification task.
var inputs = this.CreateInputs(item.BlockInfo.Height, items).ToList();
var queueInner = new Queue <MapTransactionAddress>(inputs);
do
{
try
{
var itemsInner = this.GetBatch(this.configuration.MongoBatchSize, queueInner).ToList();
if (itemsInner.Any())
{
stats.Inputs += itemsInner.Count();
stats.Items.AddRange(itemsInner);
this.data.MapTransactionAddress.InsertMany(itemsInner, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
if (!mbwex.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
}while (queueInner.Any());
// insert outputs
var outputs = this.CreateOutputs(items).ToList();
stats.Outputs += outputs.Count();
outputs.ForEach(outp => this.data.MarkOutput(outp.InputTransactionId, outp.InputIndex, outp.TransactionId));
}while (queue.Any());
// mark the block as synced.
this.CompleteBlock(item.BlockInfo);
}
else
{
// memory transaction push in to the pool.
item.Transactions.ForEach(t =>
{
this.data.MemoryTransactions.TryAdd(t.TxId, t);
});
stats.Transactions = this.data.MemoryTransactions.Count();
// todo: for accuracy - remove transactions from the mongo memory pool that are not anymore in the syncing pool
// remove all transactions from the memory pool
// this can be done using the SyncingBlocks objects - see method SyncOperations.FindPoolInternal()
// add to the list for later to use on the notification task.
var inputs = this.CreateInputs(-1, item.Transactions).ToList();
stats.Items.AddRange(inputs);
}
return(stats);
}
public InsertStats InsertTransactions(SyncBlockTransactionsOperation item)
{
var stats = new InsertStats {
Items = new List <MapTransactionAddress>()
};
if (item.BlockInfo != null)
{
// remove all transactions from the memory pool
item.Transactions.ForEach(t =>
{
NBitcoin.Transaction outer;
this.data.MemoryTransactions.TryRemove(t.GetHash().ToString(), out outer);
});
// break the work in to batches of transactions
var queue = new Queue <NBitcoin.Transaction>(item.Transactions);
do
{
var items = this.GetBatch(this.configuration.MongoBatchSize, queue).ToList();
try
{
if (item.BlockInfo != null)
{
var inserts = items.Select(s => new MapTransactionBlock {
BlockIndex = item.BlockInfo.Height, TransactionId = s.GetHash().ToString()
}).ToList();
stats.Transactions += inserts.Count;
this.data.MapTransactionBlock.InsertMany(inserts, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
if (mbwex.WriteErrors.Any(e => e.Category != ServerErrorCategory.DuplicateKey))//.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
// insert inputs and add to the list for later to use on the notification task.
var inputs = this.CreateInputs(item.BlockInfo.Height, items).ToList();
var outputs = this.CreateOutputs(items, item.BlockInfo.Height).ToList();
inputs.AddRange(outputs);
var queueInner = new Queue <MapTransactionAddress>(inputs);
do
{
try
{
var itemsInner = this.GetBatch(this.configuration.MongoBatchSize, queueInner).ToList();
var ops = new Dictionary <string, WriteModel <MapTransactionAddress> >();
var writeOptions = new BulkWriteOptions()
{
IsOrdered = false
};
foreach (var mapTransactionAddress in itemsInner)
{
if (mapTransactionAddress.SpendingTransactionId == null)
{
ops.Add(mapTransactionAddress.Id, new InsertOneModel <MapTransactionAddress>(mapTransactionAddress));
}
else
{
if (ops.TryGetValue(mapTransactionAddress.Id, out WriteModel <MapTransactionAddress> mta))
{
// in case a utxo is spent in the same block
// we just modify the inserted item directly
var imta = mta as InsertOneModel <MapTransactionAddress>;
imta.Document.SpendingTransactionId = mapTransactionAddress.SpendingTransactionId;
imta.Document.SpendingBlockIndex = mapTransactionAddress.SpendingBlockIndex;
}
else
{
var filter = Builders <MapTransactionAddress> .Filter.Eq(addr => addr.Id, mapTransactionAddress.Id);
var update = Builders <MapTransactionAddress> .Update
.Set(blockInfo => blockInfo.SpendingTransactionId, mapTransactionAddress.SpendingTransactionId)
.Set(blockInfo => blockInfo.SpendingBlockIndex, mapTransactionAddress.SpendingBlockIndex);
ops.Add(mapTransactionAddress.Id, new UpdateOneModel <MapTransactionAddress>(filter, update));
}
}
}
if (itemsInner.Any())
{
stats.Items.AddRange(itemsInner);
stats.InputsOutputs += ops.Count;
this.data.MapTransactionAddress.BulkWrite(ops.Values, writeOptions);
}
}
catch (MongoBulkWriteException mbwex)
{
if (mbwex.WriteErrors.Any(e => e.Category != ServerErrorCategory.DuplicateKey))//.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
}while (queueInner.Any());
// If insert trx supported then push trx in batches.
if (this.configuration.StoreRawTransactions)
{
try
{
var inserts = items.Select(t => new MapTransaction {
TransactionId = t.GetHash().ToString(), RawTransaction = t.ToBytes(syncConnection.Network.Consensus.ConsensusFactory)
}).ToList();
stats.RawTransactions = inserts.Count;
this.data.MapTransaction.InsertMany(inserts, new InsertManyOptions {
IsOrdered = false
});
}
catch (MongoBulkWriteException mbwex)
{
if (mbwex.WriteErrors.Any(e => e.Category != ServerErrorCategory.DuplicateKey))//.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
}
}while (queue.Any());
// mark the block as synced.
this.CompleteBlock(item.BlockInfo);
}
else
{
// memory transaction push in to the pool.
item.Transactions.ForEach(t =>
{
this.data.MemoryTransactions.TryAdd(t.GetHash().ToString(), t);
});
stats.Transactions = this.data.MemoryTransactions.Count();
// todo: for accuracy - remove transactions from the mongo memory pool that are not anymore in the syncing pool
// remove all transactions from the memory pool
// this can be done using the SyncingBlocks objects - see method SyncOperations.FindPoolInternal()
// add to the list for later to use on the notification task.
var inputs = this.CreateInputs(-1, item.Transactions).ToList();
stats.Items.AddRange(inputs);
}
return(stats);
}
public InsertStats InsertTransactions(SyncBlockTransactionsOperation item)
{
var stats = new InsertStats {
Items = new List <MapTransactionAddress>()
};
if (item.BlockInfo != null)
{
// remove all transactions from the memory pool
item.Transactions.ForEach(t =>
{
DecodedRawTransaction outer;
this.data.MemoryTransactions.TryRemove(t.TxId, out outer);
});
// break the work in to batches transactions
var queue = new Queue <DecodedRawTransaction>(item.Transactions);
do
{
var transactions = this.GetBatch(this.configuration.MongoBatchSize, queue).ToList();
var bitcoinClient = CryptoClientFactory.Create(
syncConnection.ServerDomain,
syncConnection.RpcAccessPort,
syncConnection.User,
syncConnection.Password,
syncConnection.Secure);
try
{
if (item.BlockInfo != null)
{
var inserts = new List <MapTransactionBlock>();
var insertDetails = new List <MapTransactionDetail>();
foreach (var tx in transactions)
{
var isCoinBase = !string.IsNullOrWhiteSpace(tx.VIn.First().CoinBase);
var syncVin = tx.VIn.Select(vin =>
{
var previousTransaction = isCoinBase ?
null : bitcoinClient.GetRawTransaction(vin.TxId, 1);
return(new SyncVin
{
TxId = vin.TxId,
CoinBase = vin.CoinBase,
IsCoinBase = !string.IsNullOrWhiteSpace(vin.CoinBase),
ScriptSig = vin.ScriptSig,
Sequence = vin.Sequence,
VOut = vin.VOut,
PreviousVout = previousTransaction?.VOut.First(o => o.N == vin.VOut)
});
}).ToList();
var totalVout = tx.VOut.Sum(o => o.Value);
var totalVin = syncVin.Sum(i => i.PreviousVout?.Value);
inserts.Add(new MapTransactionBlock
{
BlockIndex = item.BlockInfo.Height,
TransactionId = tx.TxId,
TotalVout = totalVout,
TotalVin = totalVin,
Time = tx.Time,
BlockHash = tx.BlockHash,
BlockTime = tx.BlockTime,
Locktime = tx.Locktime,
Version = tx.Version,
IsCoinBase = isCoinBase
});
insertDetails.Add(new MapTransactionDetail
{
TransactionId = tx.TxId,
Vin = syncVin,
Vout = tx.VOut
});
}
stats.Transactions += inserts.Count();
this.data.MapTransactionBlock.InsertMany(inserts, new InsertManyOptions {
IsOrdered = false
});
this.data.MapTransactionDetails.InsertMany(insertDetails, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
if (!mbwex.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
// insert inputs and add to the list for later to use on the notification task.
var inputs = this.CreateInputs(item.BlockInfo.Height, transactions).ToList();
var queueInner = new Queue <MapTransactionAddress>(inputs);
do
{
try
{
var itemsInner = this.GetBatch(this.configuration.MongoBatchSize, queueInner).ToList();
if (itemsInner.Any())
{
stats.Inputs += itemsInner.Count();
stats.Items.AddRange(itemsInner);
this.data.MapTransactionAddress.InsertMany(itemsInner, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
if (!mbwex.Message.Contains("E11000 duplicate key error collection"))
{
throw;
}
}
}while (queueInner.Any());
// insert outputs
var outputs = this.CreateOutputs(transactions).ToList();
stats.Outputs += outputs.Count();
outputs.ForEach(outp => this.data.MarkOutput(outp.InputTransactionId, outp.InputIndex, outp.TransactionId));
}while (queue.Any());
// mark the block as synced.
this.CompleteBlock(item.BlockInfo);
}
else
{
// memory transaction push in to the pool.
item.Transactions.ForEach(t =>
{
this.data.MemoryTransactions.TryAdd(t.TxId, t);
});
stats.Transactions = this.data.MemoryTransactions.Count();
// todo: for accuracy - remove transactions from the mongo memory pool that are not anymore in the syncing pool
// remove all transactions from the memory pool
// this can be done using the SyncingBlocks objects - see method SyncOperations.FindPoolInternal()
// add to the list for later to use on the notification task.
var inputs = this.CreateInputs(-1, item.Transactions).ToList();
stats.Items.AddRange(inputs);
}
return(stats);
}
