ILP_Object ilp_program () { { ILP_Object ilptmp100; ILP_Object ilptmp101; ilptmp100 = ILP_String2ILP("debut"); ilptmp101 = ILP_String2ILP("fin"); return ILP_Plus(ilptmp100, ilptmp101); } }
ILP_Object ilp_program () { { ILP_Object ilptmp96; ilptmp96 = ILP_Integer2ILP(33); { ILP_Object u1 = ilptmp96; { ILP_Object ilptmp97; ilptmp97 = ILP_String2ILP("foobar"); { ILP_Object ilptmp98; ILP_Object ilptmp99; ilptmp98 = u1; ilptmp99 = ILP_Integer2ILP(22); ilptmp97 = ILP_Plus(ilptmp98, ilptmp99); } return ilptmp97; } } } }
ILP_Object ilp_program () { { (void) ILP_Integer2ILP(1) ; (void) ILP_Float2ILP(2.2) ; (void) ILP_TRUE ; return ILP_String2ILP("foobar") ; } ; }
ILP_Object ilp_program () { { ILP_Object TEMP14 = ILP_Integer2ILP(33) ; ILP_Object u = TEMP14 ; { (void) ILP_String2ILP("foobar") ; return ILP_Plus( u , ILP_Integer2ILP(22) ) ; } } ; }
ILP_Object ilp_program () { return ILP_print ( ILP_String2ILP("Ceci est une chaine") ); }
ILP_Object ilp_program () { return ILP_String2ILP("foobar") ; }
ILP_Object ilp_program () { { ILP_Object ilptmp127; ILP_Object ilptmp128; ILP_Object ilptmp129; ilptmp127 = ILP_Integer2ILP(2); ilptmp128 = ILP_Integer2ILP(10); ilptmp129 = ILP_Integer2ILP(2); { ILP_Object a1 = ilptmp127; ILP_Object b2 = ilptmp128; ILP_Object c3 = ilptmp129; { ILP_Object ilptmp130; { ILP_Object ilptmp131; { ILP_Object ilptmp132; ILP_Object ilptmp133; { ILP_Object ilptmp134; ILP_Object ilptmp135; ilptmp134 = b2; ilptmp135 = b2; ilptmp132 = ILP_Times(ilptmp134, ilptmp135); } { ILP_Object ilptmp136; ILP_Object ilptmp137; ilptmp136 = ILP_Integer2ILP(4); { ILP_Object ilptmp138; ILP_Object ilptmp139; ilptmp138 = a1; ilptmp139 = c3; ilptmp137 = ILP_Times(ilptmp138, ilptmp139); } ilptmp133 = ILP_Times(ilptmp136, ilptmp137); } ilptmp131 = ILP_GreaterThan(ilptmp132, ilptmp133); } if ( ILP_isEquivalentToTrue(ilptmp131 ) ) { ilptmp130 = ILP_String2ILP("discriminant positif: deux racines"); } else { { ILP_Object ilptmp140; { ILP_Object ilptmp141; ILP_Object ilptmp142; { ILP_Object ilptmp143; ILP_Object ilptmp144; ilptmp143 = b2; ilptmp144 = b2; ilptmp141 = ILP_Times(ilptmp143, ilptmp144); } { ILP_Object ilptmp145; ILP_Object ilptmp146; ilptmp145 = ILP_Integer2ILP(4); { ILP_Object ilptmp147; ILP_Object ilptmp148; ilptmp147 = a1; ilptmp148 = c3; ilptmp146 = ILP_Times(ilptmp147, ilptmp148); } ilptmp142 = ILP_Times(ilptmp145, ilptmp146); } ilptmp140 = ILP_Equal(ilptmp141, ilptmp142); } if ( ILP_isEquivalentToTrue(ilptmp140 ) ) { ilptmp130 = ILP_String2ILP("discriminant nul: une seule racine"); } else { ilptmp130 = ILP_FALSE; } } } } ilptmp130 = ILP_String2ILP("discriminant negatif: aucune racine"); return ilptmp130; } } } }