public void Handle(FOR <ParsableEmailAccount> message)
{
var model = message.Model;
//Do some stuff...
//send to subscribers
throw new NotImplementedException();
}
protected override void Visit_FOR(FOR node)
{
GNode save = new GNode(node, last, this);
Visit(node.statements);
if (last != null)
{
last.successors.AddLast(save);
}
last = save;
}
protected override void Visit_FOR(FOR node)
{
/* MOVE CODE HERE */
}
//INSTRUCCION
public Instruction INSTRUCCION(ParseTreeNode actual)
{
if (actual.Term.ToString().Equals("WRITE"))
{
var WRHITE_PARAMETER = actual.ChildNodes[2];
var isln = false;
LinkedList <Expression> list = new LinkedList <Expression>();
WriteAST writeAST = new WriteAST();
list = writeAST.WRITES(WRHITE_PARAMETER);
if (actual.ChildNodes[0].Term.ToString().Equals("RESERV_WRITEN"))
{
isln = true;
}
return(new Write(list, isln));
}
else if (actual.Term.ToString().Equals("IF-THEN"))
{
IF_AST iF_AST = new IF_AST();
IF _ifs = iF_AST.IFTHEN(actual);
return(_ifs);
}
else if (actual.Term.ToString().Equals("WHILE"))
{
While _while = (new WhileAST()).WHILE(actual);
return(_while);
}
else if (actual.Term.ToString().Equals("VAR_ASSIGNATE"))
{
var _assignation = (new AssignationAST()).VAR_ASSIGNATE(actual);
if (_assignation is Assignation)
{
return((Assignation)_assignation);
}
else if (_assignation is Assignation_array)
{
return((Assignation_array)_assignation);
}
else if (_assignation is Assignation_arrayMultiple)
{
return((Assignation_arrayMultiple)_assignation);
}
}
else if (actual.Term.ToString().Equals("REPEAT_UNTIL"))
{
Repeat _repeat = (new RepeatAST()).REPEAT_UNTIL(actual);
return(_repeat);
}
else if (actual.Term.ToString().Equals("FOR"))
{
FOR _for = ((new ForAST())).SENCECIA_FOR(actual);
return(_for);
}
else if (actual.Term.ToString().Equals("SENTENCE_CASE"))
{
Switch _SW = (new CaseAST()).SENTENCE_CASE(actual);
return(_SW);
}
else if (actual.Term.ToString().Equals("CONTINUE"))
{
var row = actual.ChildNodes[0].Token.Location.Line;
var col = actual.ChildNodes[0].Token.Location.Column;
return(new Continue(row, col));
}
else if (actual.Term.ToString().Equals("BREAK"))
{
var row = actual.ChildNodes[0].Token.Location.Line;
var col = actual.ChildNodes[0].Token.Location.Column;
return(new Break(row, col));
}
else if (actual.Term.ToString().Equals("CALL"))
{
return((new Call_Instruction()).CALL(actual));
}
else if (actual.Term.ToString().Equals("EXIT"))
{
return((new ExitAst()).getExit(actual.ChildNodes[2]));
}
return(null);
}
protected virtual void Visit_FOR(FOR node)
{
}
