private IGasLimitCalculator CreateGasLimitCalculator(IReadOnlyTxProcessorSource readOnlyTxProcessorSource)
{
if (_api.ChainSpec == null)
{
throw new StepDependencyException(nameof(_api.ChainSpec));
}
var blockGasLimitContractTransitions = _api.ChainSpec.AuRa.BlockGasLimitContractTransitions;
IGasLimitCalculator gasLimitCalculator =
new TargetAdjustedGasLimitCalculator(_api.SpecProvider, NethermindApi.Config <IMiningConfig>());
if (blockGasLimitContractTransitions?.Any() == true)
{
AuRaContractGasLimitOverride auRaContractGasLimitOverride =
new AuRaContractGasLimitOverride(
blockGasLimitContractTransitions.Select(blockGasLimitContractTransition =>
new BlockGasLimitContract(
_api.AbiEncoder,
blockGasLimitContractTransition.Value,
blockGasLimitContractTransition.Key,
readOnlyTxProcessorSource))
.ToArray <IBlockGasLimitContract>(),
_api.GasLimitCalculatorCache,
_auraConfig?.Minimum2MlnGasPerBlockWhenUsingBlockGasLimitContract == true,
gasLimitCalculator,
_api.LogManager);
gasLimitCalculator = auRaContractGasLimitOverride;
}
return(gasLimitCalculator);
}
public void Test(long current, long target, long expected)
{
MiningConfig miningConfig = new MiningConfig();
miningConfig.TargetBlockGasLimit = target;
TargetAdjustedGasLimitCalculator targetAdjustedGasLimitCalculator = new TargetAdjustedGasLimitCalculator(
MainnetSpecProvider.Instance, miningConfig);
BlockHeader header = Build.A.BlockHeader.WithGasLimit(current).TestObject;
targetAdjustedGasLimitCalculator.GetGasLimit(header).Should().Be(expected);
}
public Task InitBlockProducer()
{
if (_nethermindApi !.SealEngineType != SealEngineType.Clique)
{
return(Task.CompletedTask);
}
var(getFromApi, setInApi) = _nethermindApi !.ForProducer;
_miningConfig = getFromApi.Config <IMiningConfig>();
if (!_miningConfig.Enabled)
{
throw new InvalidOperationException("Request to start block producer while mining disabled.");
}
setInApi.Sealer = new CliqueSealer(
getFromApi.EngineSigner !,
_cliqueConfig !,
_snapshotManager !,
getFromApi.LogManager);
ReadOnlyDbProvider readOnlyDbProvider = getFromApi.DbProvider.AsReadOnly(false);
ReadOnlyBlockTree readOnlyBlockTree = getFromApi.BlockTree.AsReadOnly();
ReadOnlyTxProcessingEnv producerEnv = new ReadOnlyTxProcessingEnv(
readOnlyDbProvider,
getFromApi.ReadOnlyTrieStore,
readOnlyBlockTree,
getFromApi.SpecProvider,
getFromApi.LogManager);
BlockProcessor producerProcessor = new BlockProcessor(
getFromApi !.SpecProvider,
getFromApi !.BlockValidator,
NoBlockRewards.Instance,
producerEnv.TransactionProcessor,
producerEnv.StateProvider,
producerEnv.StorageProvider,
NullTxPool.Instance, // do not remove transactions from the pool when preprocessing
NullReceiptStorage.Instance,
NullWitnessCollector.Instance,
getFromApi.LogManager);
IBlockchainProcessor producerChainProcessor = new BlockchainProcessor(
readOnlyBlockTree,
producerProcessor,
getFromApi.BlockPreprocessor,
getFromApi.LogManager,
BlockchainProcessor.Options.NoReceipts);
OneTimeChainProcessor chainProcessor = new OneTimeChainProcessor(
readOnlyDbProvider,
producerChainProcessor);
ITxFilter txFilter = new MinGasPriceTxFilter(_miningConfig !.MinGasPrice);
ITxSource txSource = new TxPoolTxSource(
getFromApi.TxPool,
getFromApi.StateReader,
getFromApi.LogManager,
txFilter);
var gasLimitCalculator = new TargetAdjustedGasLimitCalculator(getFromApi.SpecProvider, _miningConfig);
setInApi.BlockProducer = new CliqueBlockProducer(
txSource,
chainProcessor,
producerEnv.StateProvider,
getFromApi.BlockTree !,
getFromApi.Timestamper,
getFromApi.CryptoRandom,
_snapshotManager !,
getFromApi.Sealer !,
gasLimitCalculator,
getFromApi.SpecProvider,
_cliqueConfig !,
getFromApi.LogManager);
return(Task.CompletedTask);
}