public override (bool success, string validationError) VisitNodeLine(NodeLine nodeLine)
{
if (AfterEmptyLine(nodeLine.Line))
{
return(false, "Encountered node after empty line. (line: '" + nodeLine.Line + "')");
}
return(true, "");
}
public override (bool success, string validationError) VisitNodeLine(NodeLine nodeLine)
{
string nodeName = nodeLine.Line.Split(':')[0];
int occurrences = new Regex(Regex.Escape(nodeName + ":")).Matches(WholeFile).Count;
if (
!nodeLine.Line.Contains("PROBE") &&
!nodeLine.Line.Contains("INPUT_HIGH") &&
!nodeLine.Line.Contains("INPUT_LOW") &&
occurrences < 2
)
{
return(false, nodeName + " has no outputs.");
}
return(true, "");
}
public override (bool success, string validationError) VisitNodeLine(NodeLine nodeLine)
{
// valid line syntax
var regex = new Regex(@"(^#.*$)|((^\w+):(\s*)(\w+,)*(\w+;$))");
if (!regex.Match(nodeLine.Line).Success)
{
return(false, "Line doesn't conform to syntax: '" + nodeLine.Line + "'");
}
string type = nodeLine.Line.Split(':')[1].Trim().Replace(";", "");
string[] types = GetInternalCircuitNames();
if (
!types.Contains(type)
)
{
return(false, "'" + type + "' is not a valid node type.");
}
NodeNames.Add(nodeLine.Line.Split(':')[0]);
return(true, "");
}
public override (bool success, string validationError) VisitNodeLine(NodeLine nodeLine)
{
return(true, "");
}