public static int[] Eval(E_INTRINSIC_FUNC_TYPE type, params Object[] args)
{
switch (type)
{
case E_INTRINSIC_FUNC_TYPE.IFT_HEAD:
return(GetHead((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_LAST:
return(GetLast((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_SUM:
return(GetSumOfElements((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_REVERSE:
return(Reverse((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_SORT:
return(Sort((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_MIN:
return(GetMinElement((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_MAX:
return(GetMaxElement((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_CONCAT:
return(Concat((int[])args[0], (int[])args[1]));
case E_INTRINSIC_FUNC_TYPE.IFT_SLICE:
return(Slice((int[])args[0], (int[])args[1], (int[])args[2]));
case E_INTRINSIC_FUNC_TYPE.IFT_INDEXOF:
return(GetIndexOf((int[])args[0], (int[])args[1]));
case E_INTRINSIC_FUNC_TYPE.IFT_GET:
return(GetElement((int[])args[0], (int[])args[1]));
case E_INTRINSIC_FUNC_TYPE.IFT_LEN:
return(GetLength((int[])args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_MAP:
return(Map((int[])args[1], (Func <int, int>)args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_FILTER:
return(Filter((int[])args[1], (Func <int, bool>)args[0]));
case E_INTRINSIC_FUNC_TYPE.IFT_VECOP:
return(VecOp((int[])args[1], (int[])args[2], (Func <int, int, int>)args[0]));
}
return(mNullArray);
}
public CCallASTNode(E_INTRINSIC_FUNC_TYPE type, IList <IASTNode> arguments) :
base(E_NODE_TYPE.NT_CALL)
{
mIntrinsicType = type;
mChildren = arguments;
int argumentsCount = arguments.Count;
IASTNode currArgument = null;
for (int i = 0; i < argumentsCount; ++i)
{
currArgument = mChildren[i];
currArgument.NodeId = i;
currArgument.Parent = this;
}
}