public bool Remove(IEntity entity)
{
entity = entity.MustNotBeNull(nameof(entity));
switch (entity)
{
case Node node:
if (node.Equals(HomeNode))
{
HomeNode = null;
}
return(Nodes.Remove(node));
case Reflector reflector:
return(Reflectors.Remove(reflector));
case Obstacle obstacle:
return(Obstacles.Remove(obstacle));
case StorageRow storageRow:
return(StorageRows.Remove(storageRow));
case StorageLocation storageLocation:
return(StorageLocations.Remove(storageLocation));
case VirtualPoint virtualPoint:
return(VirtualPoints.Remove(virtualPoint));
case NodeLink nodeLink:
return(NodeLinks.Remove(nodeLink));
default:
return(false);
}
}
//
// These serializers have to be created weirdly because is a some circular references in it
//
static IReflector NextMappingEntryReflectorCreator(Reflectors reflectorsReference)
{
return(new XdrBooleanDescriminateReflector(
new XdrBooleanReflector(typeof(MappingEntry), "haveNextMapping"),
new Reflectors(new ClassFieldReflectors <MappingEntry>(typeof(MappingEntry), "nextMapping", reflectorsReference)),
VoidReflector.Reflectors));
}
/// <summary>Gets the reflective reading from one of the reflectors.</summary>
/// <param name="reflector">The reflector to read from.</param>
/// <returns>A number between 0 and 1 where 0 is no reflection and 1 is maximum reflection.</returns>
public double Read(Reflectors reflector)
{
switch (reflector)
{
case Reflectors.Left: return(1 - this.left.ReadProportion());
case Reflectors.Center: return(1 - this.center.ReadProportion());
case Reflectors.Right: return(1 - this.right.ReadProportion());
default: throw new ArgumentException("reflector", "You must provide a valid reflector.");
}
}
/// <summary>
/// Gets the reflective reading from one of the reflectors.
/// </summary>
/// <param name="reflector">The reflector to read from.</param>
/// <returns>A number between 0 and 1 where 0 is no reflection and 1 is maximum reflection.</returns>
public double Read(Reflectors reflector)
{
switch (reflector)
{
case Reflectors.Left: return(1 - this.left.ReadProportion());
case Reflectors.Center: return(1 - this.center.ReadProportion());
case Reflectors.Right: return(1 - this.right.ReadProportion());
default: return(0);
}
}
public XdrBooleanDescriminateReflector(XdrBooleanReflector descriminate,
Reflectors trueReflectors, Reflectors falseReflectors)
{
this.descriminate = descriminate;
this.trueReflectors = trueReflectors.reflectors;
this.falseReflectors = falseReflectors.reflectors;
//
// Determine if serialization length is fixed
//
if (trueReflectors.fixedSerializationLength != UInt32.MaxValue &&
falseReflectors.fixedSerializationLength != UInt32.MaxValue &&
trueReflectors.fixedSerializationLength == falseReflectors.fixedSerializationLength)
{
this.fixedSerializationLength = trueReflectors.fixedSerializationLength + 4;
}
else
{
this.fixedSerializationLength = UInt32.MaxValue;
}
}