public async Task <ByteString> PrepareExtraDataForNextMiningAsync(Hash blockHash, long blockHeight)
{
var utcNow = TimestampHelper.GetUtcNow();
var indexingProposalStatusList = await GetIndexingProposalStatusAsync(blockHash, blockHeight, utcNow);
var toBeReleasedChainIdList = FindToBeReleasedChainIdList(indexingProposalStatusList, utcNow);
if (toBeReleasedChainIdList.Count > 0)
{
// release pending proposal and unable to propose anything if it is ready
_transactionInputForBlockMiningDataProvider.AddTransactionInputForBlockMining(blockHash,
new CrossChainTransactionInput
{
PreviousBlockHeight = blockHeight,
MethodName =
nameof(CrossChainContractImplContainer.CrossChainContractImplStub
.ReleaseCrossChainIndexingProposal),
Value = new ReleaseCrossChainIndexingProposalInput {
ChainIdList = { toBeReleasedChainIdList }
}
.ToByteString()
});
var toBeReleasedCrossChainBlockData = AggregateToBeReleasedCrossChainData(
toBeReleasedChainIdList.Select(chainId =>
indexingProposalStatusList.ChainIndexingProposalStatus[chainId].ProposedCrossChainBlockData));
return(toBeReleasedCrossChainBlockData.ExtractCrossChainExtraDataFromCrossChainBlockData());
}
var pendingChainIdList = FindPendingStatusChainIdList(indexingProposalStatusList, utcNow);
var crossChainBlockData =
await GetCrossChainBlockDataForNextMining(blockHash, blockHeight, new HashSet <int>(pendingChainIdList));
if (!crossChainBlockData.IsNullOrEmpty())
{
_transactionInputForBlockMiningDataProvider.AddTransactionInputForBlockMining(blockHash,
new CrossChainTransactionInput
{
PreviousBlockHeight = blockHeight,
MethodName =
nameof(CrossChainContractImplContainer.CrossChainContractImplStub.ProposeCrossChainIndexing),
Value = crossChainBlockData.ToByteString()
});
}
return(ByteString.Empty);
}
public async Task <ByteString> PrepareExtraDataForNextMiningAsync(Hash blockHash, long blockHeight)
{
if (!_transactionPackingService.IsTransactionPackingEnabled())
{
return(ByteString.Empty);
}
var pendingProposal = await _readerFactory.Create(blockHash, blockHeight)
.GetPendingCrossChainIndexingProposal.CallAsync(new Empty());
var utcNow = TimestampHelper.GetUtcNow();
if (pendingProposal == null || pendingProposal.ExpiredTime <= utcNow)
{
// propose new cross chain indexing data if pending proposal is null or expired
var crossChainBlockData = await GetCrossChainBlockDataForNextMining(blockHash, blockHeight);
if (!crossChainBlockData.IsNullOrEmpty())
{
_transactionInputForBlockMiningDataProvider.AddTransactionInputForBlockMining(blockHash,
new CrossChainTransactionInput
{
PreviousBlockHeight = blockHeight,
MethodName =
nameof(CrossChainContractContainer.CrossChainContractStub.ProposeCrossChainIndexing),
Value = crossChainBlockData.ToByteString()
});
}
return(ByteString.Empty);
}
if (!pendingProposal.ToBeReleased)
{
return(ByteString.Empty); // do nothing if pending proposal is not ready to be released
}
// release pending proposal and unable to propose anything if it is ready
_transactionInputForBlockMiningDataProvider.AddTransactionInputForBlockMining(blockHash,
new CrossChainTransactionInput
{
PreviousBlockHeight = blockHeight,
MethodName =
nameof(CrossChainContractContainer.CrossChainContractStub.ReleaseCrossChainIndexing),
Value = pendingProposal.ProposalId.ToByteString()
});
return(ExtractCrossChainExtraDataFromCrossChainBlockData(pendingProposal.ProposedCrossChainBlockData));
}
public void TransactionInputForBlockMiningDataProvider_AddAndGet_Tests()
{
var blockHash = HashHelper.ComputeFrom("Random");
var crossChainTransactionInput = new CrossChainTransactionInput
{
PreviousBlockHeight = 10
};
_transactionInputForBlockMiningDataProvider.AddTransactionInputForBlockMining(blockHash,
crossChainTransactionInput);
{
var actual = _transactionInputForBlockMiningDataProvider.GetTransactionInputForBlockMining(blockHash);
actual.ShouldBe(crossChainTransactionInput);
}
{
_transactionInputForBlockMiningDataProvider.ClearExpiredTransactionInput(11);
var actual = _transactionInputForBlockMiningDataProvider.GetTransactionInputForBlockMining(blockHash);
actual.ShouldBeNull();
}
}