private static void ProccesParsedData(EntityHolder entityHolder)
{
List <DiagramFunction> allFunctions = entityHolder.Functions;
List <DiagramNode> allNodes = entityHolder.DiagramNodes;
List <DiagramLine> allLines = entityHolder.DiagramLines;
for (int itter = 0; itter < allFunctions.Count; itter++)
{
if (allFunctions[itter].FunctionName == "drawLine")
{
DiagramExecutor.CreateEdge(entityHolder.GetNodeByName(allFunctions[itter].ParametersNames[0]).Name,
entityHolder.GetNodeByName(allFunctions[itter].ParametersNames[1]).Name,
entityHolder.GetLineByName(allFunctions[itter].ParametersNames[2]));
}
else if (allFunctions[itter].FunctionName == "drawNode")
{
DiagramExecutor.CreateNode(entityHolder.GetNodeByName(allFunctions[itter].ParametersNames[0]));
}
}
}
static void Main(string [] args)
{
Lexer lexer = new Lexer();
char[] chars = File
.ReadAllText("D:\\Study\\Compilators\\TheoryOfCompilators\\Executer\\code.txt")
.ToCharArray();
lexer.FindLex(chars);
SyntaxParser syntaxParser = new SyntaxParser(lexer.AllLexes);
List <StatementToken> listOfStatement = new List <StatementToken>();
while (SyntaxParser._currentLex < lexer.AllLexes.Count)
{
listOfStatement.Add(new StatementToken().CreateToken());
}
SemanticAnalyzer.CheckDeclarationSemantic(listOfStatement);
DiagramExecutor.Setup();
ProccesParsedData(EntityHolder.GetInstance());
DiagramExecutor.ShowDiagram();
}
