private async Task Restore()
{
TransactionalStorageLoadResponse <TState> loadresponse = await storage.Load();
this.storageBatch = new StorageBatch <TState>(loadresponse);
this.stableState = loadresponse.CommittedState;
this.stableSequenceNumber = loadresponse.CommittedSequenceId;
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"Load v{this.stableSequenceNumber} {loadresponse.PendingStates.Count}p {storageBatch.MetaData.CommitRecords.Count}c");
}
// ensure clock is consistent with loaded state
this.Clock.Merge(storageBatch.MetaData.TimeStamp);
// resume prepared transactions (not TM)
foreach (var pr in loadresponse.PendingStates.OrderBy(ps => ps.TimeStamp))
{
if (pr.SequenceId > loadresponse.CommittedSequenceId && pr.TransactionManager.Reference != null)
{
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"recover two-phase-commit {pr.TransactionId}");
}
ParticipantId tm = pr.TransactionManager;
commitQueue.Add(new TransactionRecord <TState>()
{
Role = CommitRole.RemoteCommit,
TransactionId = Guid.Parse(pr.TransactionId),
Timestamp = pr.TimeStamp,
State = pr.State,
SequenceNumber = pr.SequenceId,
TransactionManager = tm,
PrepareIsPersisted = true,
LastSent = default(DateTime),
ConfirmationResponsePromise = null,
NumberWrites = 1 // was a writing transaction
});
this.stableSequenceNumber = pr.SequenceId;
}
}
// resume committed transactions (on TM)
foreach (var kvp in storageBatch.MetaData.CommitRecords)
{
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"recover commit confirmation {kvp.Key}");
}
this.confirmationWorker.Add(kvp.Key, kvp.Value.Timestamp, kvp.Value.WriteParticipants);
}
// check for work
this.storageWorker.Notify();
this.RWLock.Notify();
}
// attempt to clear transaction from commit log
private async Task <bool> TryCollect(Guid transactionId)
{
try
{
var storeComplete = new TaskCompletionSource <bool>();
// Now we can remove the commit record.
StorageBatch <TState> storageBatch = getStorageBatch();
storageBatch.Collect(transactionId);
storageBatch.FollowUpAction(() =>
{
if (this.logger.IsEnabled(LogLevel.Trace))
{
this.logger.LogTrace("Collection completed. TransactionId:{TransactionId}", transactionId);
}
this.pending.Remove(transactionId);
storeComplete.TrySetResult(true);
});
storageWorker.Notify();
// wait for storage call, so we don't free spin
await Task.WhenAll(storeComplete.Task, Task.Delay(this.options.ConfirmationRetryDelay));
if (storeComplete.Task.IsCompleted)
{
return(storeComplete.Task.Result);
}
}
catch (Exception ex)
{
this.logger.LogWarning($"Error occured while cleaning up transaction {transactionId} from commit log. Will retry.", ex);
}
return(false);
}
// attempt to clear transaction from commit log
private async Task <bool> TryCollect(Guid transactionId)
{
try
{
var storeComplete = new TaskCompletionSource <bool>(TaskCreationOptions.RunContinuationsAsynchronously);
// Now we can remove the commit record.
StorageBatch <TState> storageBatch = getStorageBatch();
storageBatch.Collect(transactionId);
storageBatch.FollowUpAction(() =>
{
if (this.logger.IsEnabled(LogLevel.Trace))
{
this.logger.LogTrace("Collection completed. TransactionId:{TransactionId}", transactionId);
}
this.pending.Remove(transactionId);
storeComplete.TrySetResult(true);
});
storageWorker.Notify();
// wait for storage call, so we don't free spin
return(await storeComplete.Task);
}
catch (Exception ex)
{
this.logger.LogWarning(ex, "Error occured while cleaning up transaction {TransactionId} from commit log. Will retry.", transactionId);
}
return(false);
}
protected override void OnPushStorageBatch(StorageBatch storageBatch)
{
if (!(storageBatch.ExtraData is CirrusStorageBatch cirrusStorageBatch))
{
throw new ArgumentNullException(nameof(cirrusStorageBatch));
}
var t1 = Task.Run(() =>
{
if (cirrusStorageBatch.CirrusContractTable.Any())
{
cirrusdDb.CirrusContractTable.InsertMany(cirrusStorageBatch.CirrusContractTable, new InsertManyOptions {
IsOrdered = false
});
}
});
var t2 = Task.Run(() =>
{
if (cirrusStorageBatch.CirrusContractCodeTable.Any())
{
cirrusdDb.CirrusContractCodeTable.InsertMany(cirrusStorageBatch.CirrusContractCodeTable, new InsertManyOptions {
IsOrdered = false
});
}
});
Task.WaitAll(t1, t2);
}
public override async Task OnExecute()
{
IBlockchainClient client = clientFactory.Create(connection);
List <string> allIndexes = mongoData.GetBlockIndexIndexes();
if (allIndexes.Count == BlockIndexer.ExpectedNumberOfIndexes)
{
Runner.GlobalState.IndexModeCompleted = true;
}
Runner.GlobalState.PullingTip = null;
Runner.GlobalState.StoreTip = null;
Runner.GlobalState.StoreTip = await syncOperations.RewindToLastCompletedBlockAsync();
if (Runner.GlobalState.StoreTip == null)
{
// No blocks in store start from zero
// push the genesis block to store
int start = 0;
string genesisHash = await client.GetblockHashAsync(start);
log.LogInformation($"Processing genesis hash = {genesisHash}");
BlockInfo genesisBlock = await client.GetBlockAsync(genesisHash);
SyncBlockTransactionsOperation block = syncOperations.FetchFullBlock(connection, genesisBlock);
StorageBatch genesisBatch = new StorageBatch();
storageOperations.AddToStorageBatch(genesisBatch, block);
Runner.GlobalState.StoreTip = storageOperations.PushStorageBatch(genesisBatch);
}
BlockInfo fetchedBlock = await client.GetBlockAsync(Runner.GlobalState.StoreTip.BlockHash);
if (fetchedBlock == null)
{
// check if the fullnode is ahead of the indexer height
int fullnodeTipHeight = client.GetBlockCount();
if (fullnodeTipHeight < Runner.GlobalState.StoreTip.BlockIndex)
{
throw new ApplicationException($"Full node at height {fullnodeTipHeight} which is behind the Indexer at height {Runner.GlobalState.StoreTip.BlockIndex}");
}
// reorg happend while indexer was offline rewind the indexer database
Runner.GlobalState.PullingTip = null;
Runner.GlobalState.StoreTip = null;
Runner.GlobalState.StoreTip = await syncOperations.RewindToBestChain(connection);
}
// update the chains tip
Runner.GlobalState.ChainTipHeight = syncOperations.GetBlockCount(client);
}
public IStorageBatch Batch()
{
sync.EnterWriteLock();
{
var newBatch = new StorageBatch(repository, statistics, delegate
{
sync.ExitWriteLock();
});
newBatch.Prepare();
return newBatch;
}
}
public void AddToStorageBatch(StorageBatch storageBatch, SyncBlockTransactionsOperation item)
{
storageBatch.TotalSize += item.BlockInfo.Size;
storageBatch.BlockTable.Add(item.BlockInfo.Height, mongoBlockToStorageBlock.Map(item.BlockInfo));
int transactionIndex = 0;
foreach (Transaction trx in item.Transactions)
{
string trxHash = trx.GetHash().ToString();
storageBatch.TransactionBlockTable.Add(
new TransactionBlockTable
{
BlockIndex = item.BlockInfo.HeightAsUint32,
TransactionId = trxHash,
TransactionIndex = transactionIndex++,
});
if (configuration.StoreRawTransactions)
{
storageBatch.TransactionTable.Add(new TransactionTable
{
TransactionId = trxHash,
RawTransaction = trx.ToBytes(syncConnection.Network.Consensus.ConsensusFactory)
});
}
int outputIndex = 0;
foreach (TxOut output in trx.Outputs)
{
ScriptOutputInfo res = scriptInterpeter.InterpretScript(syncConnection.Network, output.ScriptPubKey);
string addr = res != null
? (res?.Addresses != null && res.Addresses.Any()) ? res.Addresses.First() : res.ScriptType
: "none";
var outpoint = new Outpoint {
TransactionId = trxHash, OutputIndex = outputIndex++
};
storageBatch.OutputTable.Add(outpoint.ToString(), new OutputTable
{
Address = addr,
Outpoint = outpoint,
BlockIndex = item.BlockInfo.HeightAsUint32,
Value = output.Value,
ScriptHex = output.ScriptPubKey.ToHex(),
CoinBase = trx.IsCoinBase,
CoinStake = syncConnection.Network.Consensus.IsProofOfStake && trx.IsCoinStake,
});
}
if (trx.IsCoinBase)
{
continue; //no need to check the inputs for that transaction
}
foreach (TxIn input in trx.Inputs)
{
var outpoint = new Outpoint
{
TransactionId = input.PrevOut.Hash.ToString(), OutputIndex = (int)input.PrevOut.N
};
storageBatch.OutputTable.TryGetValue(outpoint.ToString(), out OutputTable output);
storageBatch.InputTable.Add(new InputTable()
{
Outpoint = outpoint,
TrxHash = trxHash,
BlockIndex = item.BlockInfo.HeightAsUint32,
Address = output?.Address,
Value = output?.Value ?? 0,
});
}
}
// allow any extensions to add ot the batch.
OnAddToStorageBatch(storageBatch, item);
}
protected virtual void OnPushStorageBatch(StorageBatch storageBatch)
{
}
protected virtual void OnAddToStorageBatch(StorageBatch storageBatch, SyncBlockTransactionsOperation item)
{
}
public SyncBlockInfo PushStorageBatch(StorageBatch storageBatch)
{
if (globalState.IndexModeCompleted)
{
if (globalState.IbdMode() == false)
{
if (globalState.LocalMempoolView.Any())
{
var toRemoveFromMempool = storageBatch.TransactionBlockTable.Select(s => s.TransactionId).ToList();
FilterDefinitionBuilder <MempoolTable> builder = Builders <MempoolTable> .Filter;
FilterDefinition <MempoolTable> filter = builder.In(mempoolItem => mempoolItem.TransactionId,
toRemoveFromMempool);
db.Mempool.DeleteMany(filter);
foreach (string mempooltrx in toRemoveFromMempool)
{
globalState.LocalMempoolView.Remove(mempooltrx, out _);
}
}
}
}
var blockTableTask = storageBatch.BlockTable.Values.Any()
? db.BlockTable.InsertManyAsync(storageBatch.BlockTable.Values, new InsertManyOptions {
IsOrdered = false
})
: Task.CompletedTask;
var transactionBlockTableTask = storageBatch.TransactionBlockTable.Any()
? db.TransactionBlockTable.InsertManyAsync(storageBatch.TransactionBlockTable, new InsertManyOptions {
IsOrdered = false
})
: Task.CompletedTask;
var outputTableTask = storageBatch.OutputTable.Any()
? db.OutputTable.InsertManyAsync(storageBatch.OutputTable.Values, new InsertManyOptions {
IsOrdered = false
})
: Task.CompletedTask;
Task transactionTableTask = Task.Run(() =>
{
try
{
if (storageBatch.TransactionTable.Any())
{
db.TransactionTable.InsertMany(storageBatch.TransactionTable, new InsertManyOptions {
IsOrdered = false
});
}
}
catch (MongoBulkWriteException mbwex)
{
// transactions are a special case they are not deleted from store in case of reorgs
// because they will just be included in another blocks, so we ignore if key is already present
if (mbwex.WriteErrors.Any(e => e.Category != ServerErrorCategory.DuplicateKey))
{
throw;
}
}
});
var utxos = new List <UnspentOutputTable>(storageBatch.OutputTable.Values.Count);
foreach (OutputTable outputTable in storageBatch.OutputTable.Values)
{
if (outputTable.Address.Equals(OpReturnAddress))
{
continue;
}
// TODO: filter out outputs that are already spent in the storageBatch.InputTable table
// such inputs will get deleted anyway in the next operation of UnspentOutputTable.DeleteMany
// this means we should probably make the storageBatch.InputTable a dictionary as well.
utxos.Add(new UnspentOutputTable
{
Address = outputTable.Address,
Outpoint = outputTable.Outpoint,
Value = outputTable.Value,
BlockIndex = outputTable.BlockIndex
});
}
var unspentOutputTableTask = utxos.Any()
? db.UnspentOutputTable.InsertManyAsync(utxos, new InsertManyOptions {
IsOrdered = false
})
: Task.CompletedTask;
var inputTableTask = Task.CompletedTask;
if (storageBatch.InputTable.Any())
{
var utxosLookups = FetchUtxos(
storageBatch.InputTable
.Where(_ => _.Address == null)
.Select(_ => _.Outpoint));
foreach (InputTable input in storageBatch.InputTable)
{
if (input.Address != null)
{
continue;
}
string key = input.Outpoint.ToString();
input.Address = utxosLookups[key].Address;
input.Value = utxosLookups[key].Value;
}
inputTableTask = db.InputTable.InsertManyAsync(storageBatch.InputTable, new InsertManyOptions {
IsOrdered = false
});
}
Task.WaitAll(blockTableTask, transactionBlockTableTask, outputTableTask, inputTableTask, transactionTableTask, unspentOutputTableTask);
if (storageBatch.InputTable.Any())
{
// TODO: if earlier we filtered out outputs that are already spent and not pushed to the utxo table
// now we do not need to try and delete such outputs becuase they where never pushed to the store.
var outpointsFromNewInput = storageBatch.InputTable
.Select(_ => _.Outpoint)
.ToList();
var filterToDelete = Builders <UnspentOutputTable> .Filter
.Where(_ => outpointsFromNewInput.Contains(_.Outpoint));
var deleteResult = db.UnspentOutputTable.DeleteMany(filterToDelete);
if (deleteResult.DeletedCount != outpointsFromNewInput.Count)
{
throw new ApplicationException($"Delete of unspent outputs did not complete successfully : {deleteResult.DeletedCount} deleted but {outpointsFromNewInput.Count} expected");
}
}
// allow any extensions to push to repo before we complete the block.
OnPushStorageBatch(storageBatch);
string lastBlockHash = null;
long blockIndex = 0;
var markBlocksAsComplete = new List <UpdateOneModel <BlockTable> >();
foreach (BlockTable mapBlock in storageBatch.BlockTable.Values.OrderBy(b => b.BlockIndex))
{
FilterDefinition <BlockTable> filter =
Builders <BlockTable> .Filter.Eq(block => block.BlockIndex, mapBlock.BlockIndex);
UpdateDefinition <BlockTable> update =
Builders <BlockTable> .Update.Set(blockInfo => blockInfo.SyncComplete, true);
markBlocksAsComplete.Add(new UpdateOneModel <BlockTable>(filter, update));
lastBlockHash = mapBlock.BlockHash;
blockIndex = mapBlock.BlockIndex;
}
// mark each block is complete
db.BlockTable.BulkWrite(markBlocksAsComplete, new BulkWriteOptions()
{
IsOrdered = true
});
SyncBlockInfo block = storage.BlockByIndex(blockIndex);
if (block.BlockHash != lastBlockHash)
{
throw new ArgumentException($"Expected hash {blockIndex} for block {lastBlockHash} but was {block.BlockHash}");
}
return(block);
}
private async Task StorageWork()
{
try
{
if (problemFlag != TransactionalStatus.Ok)
{
RWLock.AbortExecutingTransactions();
// abort all entries in the commit queue
foreach (var entry in commitQueue.Elements)
{
NotifyOfAbort(entry, problemFlag);
}
commitQueue.Clear();
if (problemFlag == TransactionalStatus.StorageConflict)
{
logger.Debug("deactivating after storage conflict");
this.deactivate();
this.RWLock.AbortQueuedTransactions();
}
else
{
logger.Debug($"restoring state after status={problemFlag}");
// recover, clear storageFlag, then allow next queued transaction(s) to enter lock
await NotifyOfRestore();
}
}
else
{
// count committable entries at the bottom of the commit queue
int committableEntries = 0;
while (committableEntries < commitQueue.Count && commitQueue[committableEntries].ReadyToCommit)
{
committableEntries++;
}
// process all committable entries, assembling a storage batch
if (committableEntries > 0)
{
// process all committable entries, adding storage events to the storage batch
CollectEventsForBatch(committableEntries);
if (problemFlag != TransactionalStatus.Ok)
{
return;
}
if (logger.IsEnabled(LogLevel.Debug))
{
var r = commitQueue.Count > committableEntries ? commitQueue[committableEntries].ToString() : "";
logger.Debug($"batchcommit={committableEntries} leave={commitQueue.Count - committableEntries} {r}");
}
}
else
{
// send or re-send messages and detect timeouts
CheckProgressOfCommitQueue();
}
// store the current storage batch, if it is not empty
StorageBatch <TState> batchBeingSentToStorage = null;
if (this.storageBatch.BatchSize > 0)
{
// get the next batch in place so it can be filled while we store the old one
batchBeingSentToStorage = this.storageBatch;
this.storageBatch = new StorageBatch <TState>(batchBeingSentToStorage);
// perform the actual store, and record the e-tag
this.storageBatch.ETag = await batchBeingSentToStorage.Store(storage);
}
if (committableEntries > 0)
{
// update stable state
var lastCommittedEntry = commitQueue[committableEntries - 1];
this.stableState = lastCommittedEntry.State;
this.stableSequenceNumber = lastCommittedEntry.SequenceNumber;
if (logger.IsEnabled(LogLevel.Trace))
{
logger.Trace($"Stable state version: {this.stableSequenceNumber}");
}
// remove committed entries from commit queue
commitQueue.RemoveFromFront(committableEntries);
storageWorker.Notify(); // we have to re-check for work
}
if (batchBeingSentToStorage != null)
{
batchBeingSentToStorage.RunFollowUpActions();
storageWorker.Notify(); // we have to re-check for work
}
}
}
catch (InconsistentStateException e)
{
logger.Warn(888, $"reload from storage triggered by e-tag mismatch {e}");
problemFlag = TransactionalStatus.StorageConflict;
}
catch (Exception e)
{
logger.Warn(888, $"exception in storageWorker", e);
problemFlag = TransactionalStatus.UnknownException;
} finally
{
if (problemFlag == TransactionalStatus.Ok)
{
this.failCounter = 0;
}
else
{
// after exceptions, we try again, but with limits
if (++failCounter < 10)
{
await Task.Delay(100);
// this restarts the worker, which sees the problem flag and recovers.
storageWorker.Notify();
}
else
{
// bail out
logger.Warn(999, $"storageWorker is bailing out");
}
}
}
}
private async Task StorageWork()
{
try
{
// count committable entries at the bottom of the commit queue
int committableEntries = 0;
while (committableEntries < commitQueue.Count && commitQueue[committableEntries].ReadyToCommit)
{
committableEntries++;
}
// process all committable entries, assembling a storage batch
if (committableEntries > 0)
{
// process all committable entries, adding storage events to the storage batch
CollectEventsForBatch(committableEntries);
if (logger.IsEnabled(LogLevel.Debug))
{
var r = commitQueue.Count > committableEntries ? commitQueue[committableEntries].ToString() : "";
logger.Debug($"batchcommit={committableEntries} leave={commitQueue.Count - committableEntries} {r}");
}
}
else
{
// send or re-send messages and detect timeouts
await CheckProgressOfCommitQueue();
}
// store the current storage batch, if it is not empty
StorageBatch <TState> batchBeingSentToStorage = null;
if (this.storageBatch.BatchSize > 0)
{
// get the next batch in place so it can be filled while we store the old one
batchBeingSentToStorage = this.storageBatch;
this.storageBatch = new StorageBatch <TState>(batchBeingSentToStorage);
try
{
if (await batchBeingSentToStorage.CheckStorePreConditions())
{
// perform the actual store, and record the e-tag
this.storageBatch.ETag = await batchBeingSentToStorage.Store(storage);
failCounter = 0;
}
else
{
logger.LogWarning("Store pre conditions not met.");
await AbortAndRestore(TransactionalStatus.CommitFailure);
return;
}
}
catch (InconsistentStateException e)
{
logger.LogWarning(888, e, "Reload from storage triggered by e-tag mismatch.");
await AbortAndRestore(TransactionalStatus.StorageConflict, true);
return;
}
catch (Exception e)
{
logger.Warn(888, $"Storage exception in storageWorker.", e);
await AbortAndRestore(TransactionalStatus.UnknownException);
return;
}
}
if (committableEntries > 0)
{
// update stable state
var lastCommittedEntry = commitQueue[committableEntries - 1];
this.stableState = lastCommittedEntry.State;
this.stableSequenceNumber = lastCommittedEntry.SequenceNumber;
if (logger.IsEnabled(LogLevel.Trace))
{
logger.Trace($"Stable state version: {this.stableSequenceNumber}");
}
// remove committed entries from commit queue
commitQueue.RemoveFromFront(committableEntries);
storageWorker.Notify(); // we have to re-check for work
}
if (batchBeingSentToStorage != null)
{
batchBeingSentToStorage.RunFollowUpActions();
storageWorker.Notify(); // we have to re-check for work
}
}
catch (Exception e)
{
logger.LogWarning(888, e, "Exception in storageWorker. Retry {FailCounter}", failCounter);
await AbortAndRestore(TransactionalStatus.UnknownException);
}
}
/// <summary>
/// called on activation, and when recovering from storage conflicts or other exceptions.
/// </summary>
public async Task NotifyOfRestore()
{
var loadresponse = await storage.Load();
this.storageBatch = new StorageBatch <TState>(loadresponse, this.serializerSettings);
this.stableState = loadresponse.CommittedState;
this.stableSequenceNumber = loadresponse.CommittedSequenceId;
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"Load v{this.stableSequenceNumber} {loadresponse.PendingStates.Count}p {storageBatch.MetaData.CommitRecords.Count}c");
}
// ensure clock is consistent with loaded state
this.Clock.Merge(storageBatch.MetaData.TimeStamp);
// resume prepared transactions (not TM)
foreach (var pr in loadresponse.PendingStates.OrderBy(ps => ps.TimeStamp))
{
if (pr.SequenceId > this.stableSequenceNumber && pr.TransactionManager != null)
{
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"recover two-phase-commit {pr.TransactionId}");
}
var tm = (pr.TransactionManager == null) ? null :
JsonConvert.DeserializeObject <ITransactionParticipant>(pr.TransactionManager, this.serializerSettings);
commitQueue.Add(new TransactionRecord <TState>()
{
Role = CommitRole.RemoteCommit,
TransactionId = Guid.Parse(pr.TransactionId),
Timestamp = pr.TimeStamp,
State = pr.State,
TransactionManager = tm,
PrepareIsPersisted = true,
LastSent = default(DateTime),
ConfirmationResponsePromise = null
});
}
}
// resume committed transactions (on TM)
foreach (var kvp in storageBatch.MetaData.CommitRecords)
{
if (logger.IsEnabled(LogLevel.Debug))
{
logger.Debug($"recover commit confirmation {kvp.Key}");
}
confirmationTasks.Add(kvp.Key, new TransactionRecord <TState>()
{
Role = CommitRole.LocalCommit,
TransactionId = kvp.Key,
Timestamp = kvp.Value.Timestamp,
WriteParticipants = kvp.Value.WriteParticipants
});
}
// clear the problem flag
problemFlag = TransactionalStatus.Ok;
// check for work
this.confirmationWorker.Notify();
this.storageWorker.Notify();
this.RWLock.Notify();
}
protected override void OnAddToStorageBatch(StorageBatch storageBatch, SyncBlockTransactionsOperation item)
{
storageBatch.ExtraData ??= new CirrusStorageBatch();
if (!(storageBatch.ExtraData is CirrusStorageBatch cirrusStorageBatch))
{
throw new ArgumentNullException(nameof(cirrusStorageBatch));
}
foreach (Transaction transaction in item.Transactions)
{
TxOut smartContractInternalCallTxOut = transaction.Outputs.FirstOrDefault(txOut => txOut.ScriptPubKey.IsSmartContractInternalCall());
if (smartContractInternalCallTxOut != null)
{
// handle sc internal transfer
}
TxOut smartContractTxOut = transaction.Outputs.FirstOrDefault(txOut => txOut.ScriptPubKey.IsSmartContractExec());
if (smartContractTxOut != null)
{
// is this a smart contract transaction
if (smartContractTxOut.ScriptPubKey.IsSmartContractExec())
{
string contractOpcode = smartContractTxOut.ScriptPubKey.IsSmartContractCreate() ? "create" :
smartContractTxOut.ScriptPubKey.IsSmartContractCall() ? "call" : null;
// fetch the contract receipt
ContractReceiptResponse receipt = cirrusClient.GetContractInfoAsync(transaction.GetHash().ToString()).Result;
if (receipt == null)
{
throw new ApplicationException($"Smart Contract receipt not found for trx {transaction.GetHash()}");
}
cirrusStorageBatch.CirrusContractTable.Add(new CirrusContractTable
{
ContractOpcode = contractOpcode,
ContractCodeType = receipt.ContractCodeType,
MethodName = receipt.MethodName,
NewContractAddress = receipt.NewContractAddress,
FromAddress = receipt.From,
ToAddress = receipt.To,
BlockIndex = item.BlockInfo.Height,
TransactionId = receipt.TransactionHash,
Success = receipt.Success,
Error = receipt.Error,
PostState = receipt.PostState,
GasUsed = receipt.GasUsed,
GasPrice = receipt.GasPrice,
Amount = receipt.Amount,
ContractBalance = receipt.ContractBalance,
Logs = receipt.Logs
});
if (receipt.ContractCodeHash != null)
{
cirrusStorageBatch.CirrusContractCodeTable.Add(new CirrusContractCodeTable
{
ContractAddress = receipt.NewContractAddress,
BlockIndex = item.BlockInfo.Height,
CodeType = receipt.ContractCodeType,
ContractHash = receipt.ContractCodeHash,
ByteCode = receipt.ContractBytecode,
SourceCode = receipt.ContractCSharp
});
}
}
}
}
}
