private bool Find(string key, int mapIndex)
{
for (var i = 0; i < Count; i++)
{
ActorDictionary dictionary = this[i]?[mapIndex];
if (dictionary?.TryGetValue(key, out Actor) == true)
{
return(true);
}
}
return(false);
}
private Runtime()
{
ResetContext();
ActorDictionary immediate = Core[0];
ActorDictionary word = Core[1];
#region Arithmetic
word["+"] = FiclFifo.Add;
word["-"] = FiclFifo.Subtract;
word["*"] = FiclFifo.Multiply;
word["/"] = FiclFifo.Divide;
word["dec"] = FiclFifo.Decrement;
word["inc"] = FiclFifo.Increment;
#endregion
#region Boolean Operators
word["and"] = FiclFifo.And;
word["not"] = FiclFifo.Not;
word["or"] = FiclFifo.Or;
#endregion
#region Comparators
word[">"] = FiclFifo.GreaterThan;
word["<"] = FiclFifo.LessThan;
word[">="] = FiclFifo.GreaterThanOrEqual;
word["<="] = FiclFifo.LessThanOrEqual;
word["="] = FiclFifo.Equals;
#endregion
#region Debugging
word[".d"] = Debugging;
word[".s"] = StackDump;
#endregion
#region Define New Words
immediate[":"] = Colon;
word["return"] = Return;
immediate[";"] = Semicolon;
#endregion
#region Flow Control
immediate["begin"] = Begin;
immediate["leave"] = Leave;
immediate["again"] = Again;
immediate["end"] = End;
immediate["if"] = If;
immediate["else"] = Else;
immediate["then"] = End;
#endregion
#region I/O
word["."] = () => log(FiclFifo.Pop().ToString());
#endregion
#region Stack Control
word["drop"] = FiclFifo.Drop;
word["dup"] = FiclFifo.Dup;
word["swap"] = FiclFifo.Swaps;
word["over"] = FiclFifo.Over;
#endregion
#region Arrays, strings, comments and other objects
word["["] = ListStart;
immediate["]:"] = ListEnd;
immediate["\""] = DoubleQuote;
immediate["'"] = SingleQuote;
immediate["("] = OpenBracket;
#endregion
#region Variables
immediate["set:"] = Set;
immediate[":on-update"] = FiclFifo.OnUpdate;
immediate["ref:"] = FiclFifo.Ref;
#endregion
}
