public object Evaluate(CubeState state)
{
IList value = this.Value.Evaluate(state) as IList;
if (value is null)
{
throw new Exception("Tried to unpack from a Non-Enumerable value");
}
if (value.Count != this.Children.Length)
{
throw new Exception($"Tried to unpack into {this.Children.Length} variables from Enumerable with {value.Count} elements");
}
for (int i = 0; i < value.Count; i++)
{
state.VariableValues[this.Children[i].Identifier] = value[i];
}
return(value);
}
public object Evaluate(CubeState state)
{
object inner = Value.Evaluate(state);
if (inner is Node <List <PackCard> > board)
{
List <PackCard> cards = board.Evaluate(state);
if (cards.Count == 0)
{
throw new Exception("Tried to extract from an empty board");
}
int ind = rnd.Next(cards.Count);
PackCard card = cards[ind];
if (!this.Replacement)
{
state.Boards[card.BoardName].Remove(card);
}
state.VariableValues[this.Identifier.Identifier] = card;
return(card);
}
IList value = inner as IList;
if (value is null)
{
throw new Exception("Tried to extract from a Non-Enumerable value");
}
if (value.Count == 0)
{
throw new Exception("Tried to extract from an empty List");
}
int index = rnd.Next(value.Count);
object val = value[index];
if (!this.Replacement)
{
value.RemoveAt(index);
}
state.VariableValues[this.Identifier.Identifier] = val;
return(val);
}
public override bool Evaluate(CubeState state)
{
bool res1 = this.Children[0].Evaluate(state);
bool res2;
switch (this.Function)
{
case PropositionOperator.And:
res2 = this.Children[1].Evaluate(state);
return(res1 && res2);
case PropositionOperator.Or:
res2 = this.Children[1].Evaluate(state);
return(res1 || res2);
case PropositionOperator.Not:
return(!res1);
}
throw new NotImplementedException();
}
public override bool Evaluate(CubeState state)
{
object[] values = this.Children.Select(n => n.Evaluate(state)).ToArray();
switch (this.Function)
{
case PropositionFunction.ContainsAtLeast:
int?tCount = values[1] as int?;
if (tCount is null)
{
throw new Exception("Tried to pass Non-Numeric as second argument to ContainsAtLeast");
}
int count = (int)tCount;
if (values[0] is Node <List <PackCard> > board)
{
return(board.Evaluate(state).Count >= count);
}
IList value = values[0] as IList;
if (value is null)
{
throw new Exception("Tried to pass Non-Enumerable as first argument to ContainsAtLeast");
}
return(value.Count >= count);
case PropositionFunction.ContainsExact:
int?tCount2 = values[1] as int?;
if (tCount2 is null)
{
throw new Exception("Tried to pass Non-Numeric as second argument to ContainsExact");
}
int count2 = (int)tCount2;
if (values[0] is Node <List <PackCard> > board2)
{
return(board2.Evaluate(state).Count == count2);
}
IList value2 = values[0] as IList;
if (value2 is null)
{
throw new Exception("Tried to pass Non-Enumerable as first argument to ContainsExact");
}
return(value2.Count == count2);
case PropositionFunction.Contains:
if (values[0] is Node <List <PackCard> > board3)
{
return(board3.Evaluate(state).Contains(values[1]));
}
IList value3 = values[0] as IList;
if (value3 is null)
{
throw new Exception("Tried to pass Non-Enumerable as first argument to Contains");
}
return(value3.Contains(values[1]));
case PropositionFunction.Intersects:
if (values[0] is Node <List <PackCard> > lBoard && values[1] is Node <List <PackCard> > rBoard)
{
return(lBoard.Evaluate(state).Intersect(rBoard.Evaluate(state)).Count() > 0);
}
IEnumerable left = values[0] as IEnumerable;
if (left is null)
{
throw new Exception("Tried to pass Non-Enumerable as first argument to Intersects");
}
IList right = values[1] as IList;
if (right is null)
{
throw new Exception("Tried to pass Non-Enumerable as second argument to Intersects");
}
return(left.Cast <object>().Intersect(right.Cast <object>()).Count() > 0);
case PropositionFunction.Subset:
if (values[0] is Node <List <PackCard> > lBoard2 && values[1] is Node <List <PackCard> > rBoard2)
{
List <PackCard> lCards = lBoard2.Evaluate(state);
return(lCards.Intersect(rBoard2.Evaluate(state)).Count() > lCards.Count);
}
IList left1 = values[0] as IList;
if (left1 is null)
{
throw new Exception("Tried to pass Non-Enumerable as first argument to Subset");
}
IList right1 = values[1] as IList;
if (right1 is null)
{
throw new Exception("Tried to pass Non-Enumerable as second argument to Subset");
}
return(left1.Cast <object>().Intersect(right1.Cast <object>()).Count() == left1.Count);
case PropositionFunction.Equals:
return(values[0] == values[1]);
}
throw new NotImplementedException();
}
public object Evaluate(CubeState state)
{
// CodeReview: Should this assert that all children are of the same type?
return(this.Children.Select(c => c.Evaluate(state)).ToList());
}
public object Evaluate(CubeState state)
{
object[] values = this.Children.Select(n => n.Evaluate(state)).ToArray();
switch (this.Function)
{
case ValueFunction.Zip:
IList[] realValues = values.Select(v => v as IList).ToArray();
foreach (object tvalue in realValues)
{
if (tvalue is null)
{
throw new Exception("Non-Enumerable type passed to Zip");
}
}
int maxSize = realValues.Select(e => e.Count).Max();
return(Enumerable.Range(0, maxSize)
.Select(i => Enumerable.Range(0, realValues.Length)
.Select(j => realValues[j][i])
.ToArray())
.ToList());
case ValueFunction.Rotate:
IList realValue = values[0] as IList;
if (realValue is null)
{
throw new Exception("Non-Enumerable variable passed as first argument to Rotate");
}
int?tempCount = values[1] as int?;
if (tempCount is null)
{
throw new Exception("Non-Integer variable passed as second argument to Rotate");
}
int count = (int)tempCount;
return(Enumerable.Range(0, realValue.Count).Select(i => new[] { realValue[i], realValue[(i + count) % realValue.Count] }).ToList());
case ValueFunction.GetBoard:
string value = values[0] as string;
if (value is null)
{
throw new Exception("Non-String variable passed as argument to GetBoard");
}
return(new BoardList(value));
case ValueFunction.Concat:
Node <List <PackCard> >[] boards = values.Select(v => v as Node <List <PackCard> >).ToArray();
bool useBoard = true;
foreach (Node <List <PackCard> > board in boards)
{
useBoard &= !(board is null);
}
if (useBoard)
{
return(new BoardConcat(boards));
}
IList[] realValues2 = values.Select(v => v as IList).ToArray();
foreach (object tvalue in realValues2)
{
if (tvalue is null)
{
throw new Exception("Non-Enumerable type passed to Concat");
}
}
IList result = new ArrayList();
for (int i = 1; i < realValues2.Length; i++)
{
foreach (object o in realValues2[i])
{
result.Add(o);
}
}
return(result);
case ValueFunction.GetProperty:
if (values[0] is PackCard card)
{
return(card.GetProperty((string)values[1]));
}
else
{
return(values[0].GetType().GetProperty((string)values[1]).GetValue(values[0]));
}
case ValueFunction.Following:
IList realValue2 = values[1] as IList;
if (realValue2 is null)
{
throw new Exception("Non-Enumerable type passed as second argument to Following");
}
int index = realValue2.IndexOf(values[0]);
if (index < 0)
{
throw new Exception("Value was not found in list in Following");
}
return(realValue2[(index + 1) % realValue2.Count]);
}
throw new NotImplementedException();
}
public override T Evaluate(CubeState state)
{
return(this.Value);
}
object INode.Evaluate(CubeState state) => Evaluate(state);
public abstract T Evaluate(CubeState state);
public override List <PackCard> Evaluate(CubeState state)
{
ArrayList innerValue = (ArrayList)Inner.Evaluate(state);
return(innerValue.Cast <PackCard>().ToList());
}
public override List <PackCard> Evaluate(CubeState state)
{
return(state.Boards[this.BoardName]);
}
