/// <inheritdoc/>
public override IReadOnlySet <FileOrDirectoryArtifact> FilterOutputsCore(IPipFilterContext context, bool negate = false, IList <PipId> constrainingPips = null)
{
var outputs = Inner.FilterOutputs(context, negate: false);
HashSet <PipId> innerPipProducers = new HashSet <PipId>();
foreach (var innerOutput in outputs)
{
innerPipProducers.Add(context.GetProducer(innerOutput));
}
var producersAndNeighbors = GetClosureWithOutputs(context, innerPipProducers, GetNeighborPips, ClosureMode);
if (IncludesInnerMatches)
{
// Add producers
producersAndNeighbors.UnionWith(innerPipProducers);
}
else
{
// Exclude inner matchs
producersAndNeighbors.ExceptWith(innerPipProducers);
}
// When not negated the set of pips to process is
// the intersection of the constraining pips and the producers and
// neighbors set.
if (!negate)
{
if (constrainingPips == null)
{
// No constraining pips, so only consider the producers and neighbors
constrainingPips = producersAndNeighbors.ToList();
}
else
{
// Has constraining pips, so intersect with the producers and neighbors
producersAndNeighbors.IntersectWith(constrainingPips);
constrainingPips = producersAndNeighbors.ToList();
}
}
return(ParallelProcessAllOutputs <FileOrDirectoryArtifact>(
context,
action: (pipId, localOutputs) =>
{
if (producersAndNeighbors.Contains(pipId) ^ negate)
{
ForEachOutput(
localOutputs,
context,
pipId,
(localOutputs2, output) => localOutputs2.Add(output));
}
},
pips: constrainingPips));
}
/// <inheritdoc/>
public override IReadOnlySet <FileOrDirectoryArtifact> FilterOutputsCore(IPipFilterContext context, bool negate = false, IList <PipId> constrainingPips = null)
{
return(Inner.FilterOutputs(context, !negate, constrainingPips));
}
