public void AddSymbole(Affectation aff)
{
if (aff.expression.dataType != ExpressionType.UNKNOWVAR)
{
if (symboleTabe.ContainsKey(aff.variableName.name))
{
symboleTabe.Remove(aff.variableName.name);
errorList.Add(new Error(ErrorType.DOUBLE_DECLARATION, aff.variableName.name, 0, 0));
}
AddSymbole(aff.variableName.name, ("L" + aff.expression.dataType.ToString()));
}
}
public void AddSymboleFromPreCompile(string file)
{
//Add of the choice variables
Console.WriteLine("AddSymboleFromPreCompile : Choix");
string choicePattern = @"(\$choix\() *\w+ *,";
MatchCollection choiceMatches;
Regex choiceRegex = new Regex(choicePattern);
choiceMatches = choiceRegex.Matches(file);
// Iterate matches
for (int ctr = 0; ctr < choiceMatches.Count; ctr++)
{
string choiceVarName = choiceMatches[ctr].Value.Substring("$choix(".Length,
(choiceMatches[ctr].Value.Length - "$choix(,".Length));
Affectation aff = new Affectation(new VariableId(choiceVarName.Trim(), "L" + ExpressionType.TEXTE.ToString()),
new VariableId(choiceVarName.Trim() + "Model", ExpressionType.TEXTE.ToString()));
this.AddSymbole(aff);
if (!mapOfCalculExpressions.ContainsKey(aff.variableName.name))
{
this.mapOfCalculExpressions.Add(aff.variableName.name, aff);
}
}
//Add of the propositions variables
Console.WriteLine("AddSymboleFromPreCompile : Proposition");
string propositionPattern = @"[^xni]\( *\w+ *, *" + "\"[^\"]*\"" + @" *\)";
MatchCollection propositionMatches;
Regex propositionRegex = new Regex(propositionPattern);
propositionMatches = propositionRegex.Matches(file);
// Iterate matches
for (int ctr = 0; ctr < propositionMatches.Count; ctr++)
{
string propoVarName = propositionMatches[ctr].Value.Substring("x(".Length,
(Regex.Match(propositionMatches[ctr].Value, @",").Index - "x(".Length));
int commaIndex = ("x(" + propoVarName + ",").Length;
string propoString = propositionMatches[ctr].Value.Substring(commaIndex,
(propositionMatches[ctr].Value.Length - (commaIndex + 1))); // We don't need the last char
Affectation aff = new Affectation(new VariableId(propoVarName.Trim(), "LTEXTE"), new VariableString(propoString));
this.AddSymbole(aff);
if (!mapOfCalculExpressions.ContainsKey(aff.variableName.name))
{
this.mapOfCalculExpressions.Add(aff.variableName.name, aff);
}
}
//Add of the option variables
Console.WriteLine("AddSymboleFromPreCompile : Option");
string optionPattern = @"(\$option\() *\w+ *,";
MatchCollection optionMatches;
Regex optionRegex = new Regex(optionPattern);
optionMatches = optionRegex.Matches(file);
// Iterate matches
for (int ctr = 0; ctr < optionMatches.Count; ctr++)
{
string optionVarName = optionMatches[ctr].Value.Substring("$option(".Length,
(optionMatches[ctr].Value.Length - "$option(,".Length));
Affectation aff = new Affectation(new VariableId(optionVarName.Trim(), "LBOOL"), new VariableId(optionVarName.Trim() + "Model", "BOOL"));
this.AddSymbole(aff);
if (!mapOfCalculExpressions.ContainsKey(aff.variableName.name))
{
this.mapOfCalculExpressions.Add(aff.variableName.name, aff);
}
}
}
