bool GeneratedState1122::Transition (Automate & automate, Symbole *s)
{
// Generated code :
switch ((int)*s) {
case OUVRE_PAR:
automate.Consommer();
automate.Decalage(s, new GeneratedState114);
break;
case FACTEUR:
automate.Decalage(s, new GeneratedState11221);
break;
case IDENTIFIANT:
automate.Consommer();
automate.Decalage(s, new GeneratedState115);
break;
case VALEUR:
automate.Consommer();
automate.Decalage(s, new GeneratedState116);
break;
default:
automate.SetErreur();
break;
}
return false;
}
bool GeneratedState1::Transition (Automate & automate, Symbole *s)
{
// Generated code :
switch ((int)*s) {
case FIN:
automate.Reduction(2);
break;
case ECRIRE:
automate.Consommer();
automate.Decalage(s, new GeneratedState11);
break;
case IDENTIFIANT:
automate.Consommer();
automate.Decalage(s, new GeneratedState13);
break;
case LIRE:
automate.Consommer();
automate.Decalage(s, new GeneratedState12);
break;
default:
automate.SetErreur();
break;
}
return false;
}
bool GeneratedState0::Transition (Automate & automate, Symbole *s)
{
// Generated code :
switch ((int)*s) {
case CONST:
automate.Reduction(0);
break;
case ECRIRE:
automate.Reduction(0);
break;
case IDENTIFIANT:
automate.Reduction(0);
break;
case LIRE:
automate.Reduction(0);
break;
case PDECL:
automate.Decalage(s, new GeneratedState0p);
break;
case VAR:
automate.Reduction(0);
break;
case PROGRAMME:
automate.Consommer();
Programme* progSymbole;
progSymbole = static_cast<Programme*>(s);
automate.Accepter(progSymbole);
break;
default:
automate.SetErreur();
break;
}
return false;
}
bool GeneratedState12p::Transition (Automate & automate, Symbole *s)
{
// Generated code :
switch ((int)*s) {
case POINT_VIRGULE:
automate.Consommer();
automate.Decalage(s, new GeneratedState12s);
break;
default:
automate.SetErreur();
break;
}
return false;
}
