public void MultiValueDictionary_Add_Set()
{
var mvd = MultiValueDictionary <int, int> .Create <HashSet <int> >();
mvd.Add(5, 42);
mvd.Add(5, 42);
mvd.Add(42, 42);
Assert.AreEqual(2, mvd.Keys.Count);
Assert.AreEqual(1, mvd[5].Count);
}
public void MultiValueDictionary_Add_Set()
{
var mvd = MultiValueDictionary <int, int> .Create <HashSet <int> >();
mvd.Add(5, 42);
mvd.Add(5, 42);
mvd.Add(42, 42);
mvd.Keys.Should().HaveCount(2);
mvd[5].Should().HaveCount(1);
}
public override void Initialize(AnalysisContext context)
{
context.RegisterCompilationStartAction(
analysisContext =>
{
var disposeMethod = DisposableNotDisposed.GetDisposeMethod(analysisContext.Compilation);
if (disposeMethod == null)
{
return;
}
var disposeMethodsCalledFromDispose = MultiValueDictionary <INamedTypeSymbol, IMethodSymbol> .Create <HashSet <IMethodSymbol> >();
var implementingDisposeMethods = ImmutableHashSet <IMethodSymbol> .Empty;
var allDisposeMethods = ImmutableHashSet <IMethodSymbol> .Empty;
analysisContext.RegisterSymbolAction(c =>
CollectDisposeMethods(c, disposeMethod, ref allDisposeMethods, ref implementingDisposeMethods),
SymbolKind.Method);
analysisContext.RegisterCodeBlockStartAction <SyntaxKind>(
cbc =>
{
var methodDeclaration = cbc.CodeBlock as MethodDeclarationSyntax;
if (methodDeclaration == null ||
methodDeclaration.Identifier.ValueText != DisposeMethodName)
{
return;
}
var declaredMethodSymbol = cbc.SemanticModel.GetDeclaredSymbol(methodDeclaration);
if (declaredMethodSymbol == null ||
!MethodIsDisposeImplementation(declaredMethodSymbol, disposeMethod))
{
return;
}
var disposableType = declaredMethodSymbol.ContainingType;
cbc.RegisterSyntaxNodeAction(
c => CollectDisposeMethodsCalledFromDispose((InvocationExpressionSyntax)c.Node,
c.SemanticModel, disposableType, disposeMethodsCalledFromDispose),
SyntaxKind.InvocationExpression);
});
analysisContext.RegisterCompilationEndAction(
c =>
ReportDisposeMethods(allDisposeMethods, implementingDisposeMethods,
disposeMethodsCalledFromDispose, c));
});
}
protected override void Initialize(SonarAnalysisContext context)
{
context.RegisterCompilationStartAction(analysisContext =>
{
if (analysisContext.Compilation.IsTest())
{
return;
}
var fieldsByNamedType = MultiValueDictionary <INamedTypeSymbol, IFieldSymbol> .Create <HashSet <IFieldSymbol> >();
var fieldsAssigned = ImmutableHashSet <IFieldSymbol> .Empty;
analysisContext.RegisterSymbolAction(c =>
{
var namedTypeSymbol = (INamedTypeSymbol)c.Symbol;
if (!namedTypeSymbol.IsClass() ||
namedTypeSymbol.Implements(KnownType.System_IDisposable))
{
return;
}
var disposableFields = namedTypeSymbol.GetMembers()
.OfType <IFieldSymbol>()
.Where(IsNonStaticNonPublicDisposableField)
.ToImmutableHashSet();
fieldsByNamedType.AddRangeWithKey(namedTypeSymbol, disposableFields);
}, SymbolKind.NamedType);
analysisContext.RegisterSyntaxNodeAction(c =>
{
var assignment = (AssignmentExpressionSyntax)c.Node;
var expression = assignment.Right;
var fieldSymbol = c.SemanticModel.GetSymbolInfo(assignment.Left).Symbol as IFieldSymbol;
fieldsAssigned = AddFieldIfNeeded(fieldSymbol, expression, fieldsAssigned);
}, SyntaxKind.SimpleAssignmentExpression);
analysisContext.RegisterSyntaxNodeAction(c =>
{
var field = (FieldDeclarationSyntax)c.Node;
foreach (var variableDeclaratorSyntax in field.Declaration.Variables
.Where(declaratorSyntax => declaratorSyntax.Initializer != null))
{
var fieldSymbol = c.SemanticModel.GetDeclaredSymbol(variableDeclaratorSyntax) as IFieldSymbol;
fieldsAssigned = AddFieldIfNeeded(fieldSymbol, variableDeclaratorSyntax.Initializer.Value,
fieldsAssigned);
}
}, SyntaxKind.FieldDeclaration);
analysisContext.RegisterCompilationEndAction(c =>
{
foreach (var kv in fieldsByNamedType)
{
foreach (var classSyntax in kv.Key.DeclaringSyntaxReferences
.Select(declaringSyntaxReference => declaringSyntaxReference.GetSyntax())
.OfType <ClassDeclarationSyntax>())
{
var assignedFields = kv.Value.Intersect(fieldsAssigned).ToList();
if (!assignedFields.Any())
{
continue;
}
var variableNames = string.Join(", ",
assignedFields.Select(symbol => $"\"{symbol.Name}\"").OrderBy(s => s));
c.ReportDiagnosticIfNonGenerated(
Diagnostic.Create(Rule, classSyntax.Identifier.GetLocation(), variableNames),
c.Compilation);
}
}
});
});
}
public TerrainOverlayNetwork CompileTerrainOverlayNetwork(double agentRadius)
{
if (terrainOverlayNetworkCache.TryGetValue(agentRadius, out var existingTerrainOverlayNetwork))
{
return(existingTerrainOverlayNetwork);
}
// Console.WriteLine($"Compiling Terrain Overlay Network for Agent Radius {agentRadius}.");
//----------------------------------------------------------------------------------------
// Sector Node Description => Default Local Geometry View
//----------------------------------------------------------------------------------------
var renderedLocalGeometryViewBySectorNodeDescription = localGeometryViewManagerBySectorNodeDescription.Map(
(k, v) => v.GetErodedView(agentRadius * k.WorldToLocalScalingFactor));
var defaultLocalGeometryViewBySectorNodeDescription = renderedLocalGeometryViewBySectorNodeDescription.Map(
(k, v) => true || v.IsPunchedLandEvaluated ? v : v.Preview);
var landPolyNodesByDefaultLocalGeometryView = defaultLocalGeometryViewBySectorNodeDescription.Values.Distinct().ToDictionary(
lgv => lgv,
lgv => lgv.PunchedLand.GetLandNodes());
var terrainNodesBySectorNodeDescription = defaultLocalGeometryViewBySectorNodeDescription.Map(
(k, v) => landPolyNodesByDefaultLocalGeometryView[v].Map(pn => new TerrainOverlayNetworkNode(k, v, pn)));
var terrainNodesBySectorNodeDescriptionAndPolyNode = terrainNodesBySectorNodeDescription.Values.SelectMany(tns => tns).ToDictionary(
tn => (tn.SectorNodeDescription, tn.LandPolyNode));
//----------------------------------------------------------------------------------------
// Edge Lookups
//----------------------------------------------------------------------------------------
var edgesBySource = edgeDescriptions.ToLookup(ed => ed.Source);
var edgesByDestination = edgeDescriptions.ToLookup(ed => ed.Destination);
var edgesByEndpoints = MultiValueDictionary <SectorNodeDescription, SectorEdgeDescription> .Create(() => new HashSet <SectorEdgeDescription>());
foreach (var(k, edges) in edgesBySource)
{
foreach (var edge in edges)
{
edgesByEndpoints.Add(k, edge);
}
}
foreach (var(k, edges) in edgesByDestination)
{
foreach (var edge in edges)
{
edgesByEndpoints.Add(k, edge);
}
}
//----------------------------------------------------------------------------------------
// Build and Initialize Terrain Overlay Network
//----------------------------------------------------------------------------------------
var terrainOverlayNetwork = new TerrainOverlayNetwork(
agentRadius,
defaultLocalGeometryViewBySectorNodeDescription,
terrainNodesBySectorNodeDescription,
landPolyNodesByDefaultLocalGeometryView,
terrainNodesBySectorNodeDescriptionAndPolyNode,
edgeDescriptions,
edgesBySource,
edgesByDestination,
edgesByEndpoints);
terrainOverlayNetwork.Initialize();
return(terrainOverlayNetworkCache[agentRadius] = terrainOverlayNetwork);
}
private static MultiValueDictionary <TerrainOverlayNetworkNode, IntLineSegment2> FindVisibleCrossoverSegmentsByNeighborAndClearLocalAt(
IDebugCanvas canvas,
TerrainOverlayNetworkNode terrainNode,
VisibilityPolygon visibilityPolygon,
IntVector2 visibilityPolygonOrigin,
HashSet <TerrainOverlayNetworkNode> visited = null)
{
var visibleCrossoverSegmentsByNeighbor = MultiValueDictionary <TerrainOverlayNetworkNode, IntLineSegment2> .Create(() => new HashSet <IntLineSegment2>());
foreach (var outboundEdgeGroup in terrainNode.OutboundEdgeGroups)
{
var otherTerrainNode = outboundEdgeGroup.Key;
if (visited?.Contains(otherTerrainNode) ?? false)
{
continue;
}
foreach (var outboundEdge in outboundEdgeGroup.Value)
{
var ranges = visibilityPolygon.Get();
(IntLineSegment2, bool) FlipMaybeSorta(IntLineSegment2 x) =>
GeometryOperations.Clockness(visibilityPolygonOrigin, x.First, x.Second) == Clockness.CounterClockwise
? (new IntLineSegment2(x.Second, x.First), true)
: (x, false);
var(localCrossoverSegment, lcsFlipped) = FlipMaybeSorta(outboundEdge.EdgeJob.EdgeDescription.SourceSegment);
var(remoteCrossoverSegment, rcsFlipped) = FlipMaybeSorta(outboundEdge.EdgeJob.EdgeDescription.DestinationSegment);
// todo: clamp visibleStartT, visibleEndT to account for agent radius eroding crossover segmetmentnt
var rangeIndexIntervals = visibilityPolygon.RangeStab(localCrossoverSegment);
var locallyClearedSegments = new List <IntLineSegment2>();
foreach (var(startIndexInclusive, endIndexInclusive) in rangeIndexIntervals)
{
for (var i = startIndexInclusive; i <= endIndexInclusive; i++)
{
if (ranges[i].Id == VisibilityPolygon.RANGE_ID_INFINITELY_FAR || ranges[i].Id == VisibilityPolygon.RANGE_ID_INFINITESIMALLY_NEAR)
{
continue;
}
var seg = ranges[i].Segment;
var rstart = DoubleVector2.FromRadiusAngle(100, ranges[i].ThetaStart) * 100;
var rend = DoubleVector2.FromRadiusAngle(100, ranges[i].ThetaEnd) * 100;
double visibleStartT, visibleEndT;
if (!GeometryOperations.TryFindNonoverlappingLineLineIntersectionT(localCrossoverSegment.First.ToDoubleVector2(), localCrossoverSegment.Second.ToDoubleVector2(), visibilityPolygonOrigin.ToDoubleVector2(), visibilityPolygonOrigin.ToDoubleVector2() + rstart, out visibleStartT) ||
!GeometryOperations.TryFindNonoverlappingLineLineIntersectionT(localCrossoverSegment.First.ToDoubleVector2(), localCrossoverSegment.Second.ToDoubleVector2(), visibilityPolygonOrigin.ToDoubleVector2(), visibilityPolygonOrigin.ToDoubleVector2() + rend, out visibleEndT))
{
// wtf?
Console.WriteLine("???");
continue;
}
// Todo: I don't actually understand why visibleEndT > 1 is a thing?
// t values are for parameterization of crossover line segment, so must be within [0, 1]
if ((visibleStartT < 0 && visibleEndT < 0) || (visibleStartT > 1 && visibleEndT > 1))
{
continue;
}
visibleStartT = Math.Min(1.0, Math.Max(0.0, visibleStartT));
visibleEndT = Math.Min(1.0, Math.Max(0.0, visibleEndT));
if (visibilityPolygon.SegmentComparer.Compare(localCrossoverSegment, seg) < 0)
{
var localVisibleStart = localCrossoverSegment.PointAt(visibleStartT).LossyToIntVector2();
var localVisibleEnd = localCrossoverSegment.PointAt(visibleEndT).LossyToIntVector2();
var remoteVisibleStart = remoteCrossoverSegment.PointAt(lcsFlipped == rcsFlipped ? visibleStartT : 1.0 - visibleStartT).LossyToIntVector2();
var remoteVisibleEnd = remoteCrossoverSegment.PointAt(lcsFlipped == rcsFlipped ? visibleEndT : 1.0 - visibleEndT).LossyToIntVector2();
if (localVisibleStart == localVisibleEnd)
{
continue;
}
if (remoteVisibleStart == remoteVisibleEnd)
{
continue;
}
var locallyClearedSegment = new IntLineSegment2(localVisibleStart, localVisibleEnd);
locallyClearedSegments.Add(locallyClearedSegment);
visibleCrossoverSegmentsByNeighbor.Add(otherTerrainNode, new IntLineSegment2(remoteVisibleStart, remoteVisibleEnd));
}
}
}
foreach (var locallyClearedSegment in locallyClearedSegments)
{
visibilityPolygon.ClearBefore(locallyClearedSegment);
}
}
}
return(visibleCrossoverSegmentsByNeighbor);
}