private List <SemanticNode> CreateFlatList(IList <SyntaxToken> syntaxTokens)
{
var flatSemanticNodes = new List <SemanticNode>(16);
foreach (var token in syntaxTokens)
{
SemanticNode node;
switch (token.Type)
{
case SyntaxTokenTypes.Number:
{
node = new NumberSemanticNode(token.Value);
}
break;
case SyntaxTokenTypes.BinaryFunction:
{
var priority = _functionPriorityStore.GetPripority(token.Value);
node = new BinaryFunctionSemanticNode(token.Value, priority);
}
break;
case SyntaxTokenTypes.Braces:
{
var bst = (BracesSyntaxToken)token;
var childNodes = ConvertSyntaxToSemantics(bst.ChildTokens);
node = new BracesSemanticNode(childNodes);
}
break;
case SyntaxTokenTypes.UnaryFunction:
{
var ufst = (UnaryFunctionSyntaxToken)token;
var braces = (BracesSemanticNode)ConvertSyntaxToSemantics(new[] { ufst.Braces }).Single();
node = new UnaryFunctionSemanticNode(ufst.Value, braces);
}
break;
default:
{
throw new NotSupportedException(
_resourceStore.GetExceptionMessage("UnknownSyntaxTokenType", token.Type));
}
}
flatSemanticNodes.Add(node);
}
return(flatSemanticNodes);
}
public UnaryFunctionSemanticNode(string value, BracesSemanticNode bracesNode)
: base(SemanticNodeTypes.UnaryFunction, value)
{
Child = bracesNode;
}
