private bool ExcludeTypesFilter(Type arg)
{
if (_excludeFuncs == ImmutableLinkedList <Func <Type, bool> > .Empty)
{
return(true);
}
return(!_excludeFuncs.Any(m => m(arg)));
}
/// <summary>
/// add method injection to list
/// </summary>
/// <param name="methodInjection"></param>
public void MethodInjection(MethodInjectionInfo methodInjection)
{
if (MethodInjectionList != ImmutableLinkedList <MethodInjectionInfo> .Empty &&
MethodInjectionList.Any(m => Equals(m.Method, methodInjection.Method)))
{
return;
}
MethodInjectionList = MethodInjectionList.Add(methodInjection);
}
private void IteratePhase1(ISolveCoordinator solveCoordinator)
{
uint nextDepth;
if (Cube.FlipsliceTwistDepthMod3 == 0)
{
nextDepth = 2;
}
else
{
nextDepth = Cube.FlipsliceTwistDepthMod3 - 1;
}
if (nextDepth + 1 + MovesDeep >= solveCoordinator.MaxTotalMoves)
{
return;//No way to solve in time
}
ImmutableArray <Move> moves;
if (MovesSoFar.Any())
{
moves = MoveExtensions.PossibleNextMovesPhase1[(int)MovesSoFar.Head];
}
else
{
moves = MoveExtensions.AllMoves;
}
foreach (var moveEnum in moves)
{
var nextCube = Cube.Move(moveEnum, solveCoordinator.DataSource);
var nextIsDeepening = nextCube.FlipsliceTwistDepthMod3 == nextDepth;
if (nextIsDeepening || (!Deepening && MovesDeep <= 2)) //Once we are deepening, we do not allow non-deepening moves
{
var nextState = new SearchState(Invert, Rotation, nextCube, MovesSoFar.Prepend(moveEnum),
nextIsDeepening);
solveCoordinator.MaybeAddSearch(nextState);
}
}
}
