Bonjour,
Les personnes disposant d'un compilateur C++ autre que sous Linux (HP,
Sun, Irix...) pourrait-il me dire ce qu'ils ont comme erreurs sur la
compilation du fichier attache (avec l'option -c, car il n'y a pas la
definition des classes) ?
Je suis en train de voir quelles differences il y a entre g++/linux et
d'autres compilos...
Merci.
--
Frederic
// heritage.c
// Tests de derivation public et private
class A {
private:
int var1_private_A;
int var2_private_A;
void f1_private_A(void);
void f2_private_A(void);
public:
A();
void f1_public_A(void);
void f2_public_A(void);
protected:
int var1_protected_A;
int var2_protected_A;
void f1_protected_A(void);
void f2_protected_A(void);
};
class B {
private:
int var1_private_B;
int var2_private_B;
void f1_private_B(void);
void f2_private_B(void);
public:
B();
void f1_public_B(void);
void f2_public_B(void);
protected:
int var1_protected_B;
int var2_protected_B;
void f1_protected_B(void);
void f2_protected_B(void);
};
class C_public_A : public A {
public:
C_public_A() {
var1_private_A = 0; // `int A::var1_private_A' is private
var1_protected_A = 0; // Ok
f1_private_A(); // `void A::f1_private_A()' is private
f1_public_A(); // Ok
f1_protected_A(); // Ok
};
};
class C_private_A : private A {
public:
C_private_A() {
var1_private_A = 0; // `int A::var1_private_A' is private
var1_protected_A = 0; // Ok
f1_private_A(); // `void A::f1_private_A()' is private
f1_public_A(); // Ok
f1_protected_A(); // Ok
};
};
class D : public C_public_A {
public:
D() {
var1_protected_A = 0; // Ok
f1_private_A(); // `void A::f1_private_A()' is private
f1_public_A(); // Ok
f1_protected_A(); // Ok
};
};
class E : public C_private_A {
public:
E() {;
var1_protected_A = 0; // `int A::var1_protected_A' is protected
f1_private_A(); // `void A::f1_private_A()' is private
f1_public_A(); // `void A::f1_public_A()' is inaccessible
f1_protected_A(); // `void A::f1_protected_A()' is protected
}
};
class U {
private:
A a;
B b;
C_public_A c1;
C_private_A c2;
D d;
E e;
public:
U() {
a.var1_private_A = 0; // `int A::var1_private_A' is private
a.var1_protected_A = 0; // `int A::var1_protected_A' is protected
a.f1_private_A(); // `void A::f1_private_A()' is private
a.f1_public_A(); // Ok
a.f1_protected_A(); // `void A::f1_protected_A()' is protected
c1.var1_private_A = 0; // `int A::var1_private_A' is private
c1.var1_protected_A = 0; // `int A::var1_protected_A' is protected
c1.f1_private_A(); // `void A::f1_private_A()' is private
c1.f1_public_A(); // Ok
c1.f1_protected_A(); // `void A::f1_protected_A()' is protected
c2.var1_private_A = 0; // `int A::var1_private_A' is private
c2.var1_protected_A = 0; // `int A::var1_protected_A' is protected
c2.f1_private_A(); // `void A::f1_private_A()' is private
c2.f1_public_A(); // `void A::f1_public_A()' is inaccessible
c2.f1_protected_A(); // `void A::f1_protected_A()' is protected
d.var1_private_A = 0; // `int A::var1_private_A' is private
d.var1_protected_A = 0; // `int A::var1_protected_A' is protected
d.f1_private_A(); // `void A::f1_private_A()' is private
d.f1_public_A(); // Ok
d.f1_protected_A(); // `void A::f1_protected_A()' is protected
e.var1_private_A = 0; // `int A::var1_private_A' is private
e.var1_protected_A = 0; // `int A::var1_protected_A' is protected
e.f1_private_A(); // `void A::f1_private_A()' is private
e.f1_public_A(); // `void A::f1_public_A()' is inaccessible
e.f1_protected_A(); // `void A::f1_protected_A()' is protected
};
};
