public void PreProcess(Block block, ProcessingOptions options = ProcessingOptions.None)
{
bool isProducingBlock = options.IsProducingBlock();
long previousBlockNumber = block.Number - 1;
bool isNotConsecutive = previousBlockNumber != _lastProcessedBlock;
if (isProducingBlock || isNotConsecutive)
{
if (TryGetLastValidator(previousBlockNumber, out var validatorInfo))
{
if (validatorInfo.Value.ValidatorType.CanChangeImmediately())
{
SetCurrentValidator(validatorInfo);
}
else if (!isProducingBlock)
{
bool canSetValidatorAsCurrent = !TryGetLastValidator(validatorInfo.Key - 1, out var previousValidatorInfo);
long?finalizedAtBlockNumber = null;
if (!canSetValidatorAsCurrent)
{
SetCurrentValidator(previousValidatorInfo);
finalizedAtBlockNumber = _blockFinalizationManager.GetFinalizedLevel(validatorInfo.Key);
canSetValidatorAsCurrent = finalizedAtBlockNumber != null;
}
if (canSetValidatorAsCurrent)
{
SetCurrentValidator(finalizedAtBlockNumber ?? validatorInfo.Key, validatorInfo.Value);
}
}
}
}
_currentValidator?.PreProcess(block, options);
}
public void PreProcess(Block block)
{
if (_logger.IsInfo)
{
if (TryGetValidator(block.Header.Number, out var validator))
{
_logger.Info($"Signal for switch to chainspec {validator.ValidatorType} based validator set at block {block.Number}.");
}
}
_currentValidator?.PreProcess(block);
}
public void PreProcess(Block block)
{
if (TryUpdateValidator(block))
{
if (_logger.IsInfo)
{
_logger.Info($"Signal for switch to {_currentValidator.Type} based validator set at block {block.Number}.");
}
}
_currentValidator?.PreProcess(block);
}
public void PreProcess(Block block, ProcessingOptions options = ProcessingOptions.None)
{
bool isProducingBlock = options.IsProducingBlock();
if (isProducingBlock && TryGetLastValidator(block.Number - 1, out var validatorInfo))
{
AuRaParameters.Validator validator = validatorInfo?.Value;
if (CanChangeImmediately(validator.ValidatorType))
{
SetCurrentValidator(block.Number, validator);
}
}
_currentValidator?.PreProcess(block, options);
}