private void LoadKeyWords()
{
KeyWord keywords = new KeyWord();
keywords.CreateKeyWords();
PrintLogProcess("-> Cargando palabras reservadas..!");
}
private void BtnKeyWords_Click(object sender, EventArgs e)
{
if (StatusKeyWords)
{
Helpers.MewtowMessage("😄 Ya hay palabras reservadas..!", "OK");
}
else
{
Console.WriteLine("presionado para crear keywords");
bool result = KeyWord.LoadKeyword();
StatusKeyWords = result;
StatusKeyWord();
}
}
public void CreateWordCsharp()
{
var data = KeyWord.GetKeywordList();
foreach (var d in data)
{
string wordc = d.mwordCs.ToString();
switch (wordc)
{
case var gw when Regex.IsMatch(wordc, @"namespace"):
MNamespace = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"class"):
MClass = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"static"):
MStatic = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"void"):
MVoid = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"main"):
MMain = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"int"):
MInt = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"string"):
MString = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"consolewriteline"):
MConsole = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"consolereadline"):
MReadline = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"switch"):
MSwitch = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"case"):
MCase = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"break"):
MBreak = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"default"):
MDefault = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"if"):
MIf = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"do"):
MDo = d.mkeyword.ToString();
break;
case var gw when Regex.IsMatch(wordc, @"while"):
MWhile = d.mkeyword.ToString();
break;
default:
Console.WriteLine("error" + wordc);
ProcessLog.AddProcess("Advertencia.!.El: [" + wordc + "] No es valido para el lenguaje");
break;
}
}
}
/// <summary>
/// metodo compiler: se encarga de ejecutar todo el proceso de compilar el lenguaje.
/// </summary>
/// <param name="ContentFile"></param> recibe el string del archivo de texto.
/// <returns></returns> retorna un true despues de haber culminado todo el proceso.
public bool CompilerFile(string ContentFile)
{
ClearListToken();
ClearListSentence();
Grammar.clearListsemantic();
Mbracketclose = 0;
Mbracketopen = 0;
int x = 0;
int y = 0;
string[] DataSent = CreateSentence(ContentFile);
char[] delimiterChar = { ' ' };
foreach (var mSent in DataSent)
{
x += 1;
y += 1;
var MSentence = mSent.Trim();
Grammar gra = new Grammar();
int result = gra.ValidSentence(MSentence, y);
if (result == 1 || result == 0)
{
string[] mSen = MSentence.Split(delimiterChar);
foreach (var mtok in mSen)
{
KeyWord kw = new KeyWord();
string typ = kw.IsValidToken(mtok);
TokenMewtow NewToken = new TokenMewtow(mtok, x, y, typ, true, false, false);
ListToken.Add(NewToken);
x += 1;
}
}
else if (result == 2)
{
TokenMewtow TokenComment = new TokenMewtow(mSent, x, y, "comentario", true, false, false);
ListToken.Add(TokenComment);
}
else if (result == 3)
{
TokenMewtow TokenComment = new TokenMewtow(mSent, x, y, "Delimitador", true, false, false);
ListToken.Add(TokenComment);
Mbracketopen += 1;
}
else if (result == 4)
{
TokenMewtow TokenComment = new TokenMewtow(mSent, x, y, "Delimitador", true, false, false);
ListToken.Add(TokenComment);
Mbracketclose += 1;
}
x = 0;
}
int resultbracket = Mbracketopen - Mbracketclose;
if (resultbracket > 0)
{
ErrorLog.AddError("-> Tienes (" + resultbracket + ") Delimitador abierto");
}
else if (resultbracket < 0)
{
ErrorLog.AddError("-> Tienes (" + resultbracket * -1 + ") Delimitador cerrando");
}
Grammar.Semantic();
return(true);
}
