internal override void addToUpstreamComputings(IComputingInternal computing)
{
Utils.AddDownstreamConsumedComputing(computing, _sourceScalar, _source);
if (_initialized)
{
processSourceUpstreamComputings(computing, true);
}
else
{
_addToUpstreamComputing = computing;
}
}
internal override void addToUpstreamComputings(IComputingInternal computing)
{
void perform() => Utils.AddDownstreamConsumedComputing(computing, _sourceScalar, _source);
if (_sourceOcDispatcher != null)
{
_sourceOcDispatcher.Invoke(
perform,
_sourceOcDispatcherPriority,
_sourceOcDispatcherParameter,
this);
}
else
{
perform();
}
}
internal override void addToUpstreamComputings(IComputingInternal computing)
{
Utils.AddDownstreamConsumedComputing(computing, _sourceScalar, _source);
}
internal override void addToUpstreamComputings(IComputingInternal computing)
{
(_source as IComputingInternal)?.AddDownstreamConsumedComputing(computing);
(_sourceScalar as IComputingInternal)?.AddDownstreamConsumedComputing(computing);
Utils.AddDownstreamConsumedComputing(_itemInfos, this);
}
internal override void addToUpstreamComputings(IComputingInternal computing)
{
Utils.AddDownstreamConsumedComputing(computing, _sourceScalar, _source);
(_sortDirectionScalar as IComputingInternal)?.AddDownstreamConsumedComputing(computing);
(_comparerScalar as IComputingInternal)?.AddDownstreamConsumedComputing(computing);
}
internal override void addToUpstreamComputings(IComputingInternal computing)
{
invokeSourceDispatcher(() =>
Utils.AddDownstreamConsumedComputing(computing, _sourceScalar, _source));
}