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class Class1 {
public:
double normalMethod(int p1, char p2, float p3);
virtual void inheritedMethod();
virtual void pureVirtualMethod() = 0;
virtual void overriddenMethod();
void noExceptionSpecMethod();
void emptyExceptionSpecMethod() throw();
void nonEmptyExceptionSpecMethod() throw(int);
inline int inlineMethod();
static int staticMethod();
int varArgsMethod(...);
int constMethod() const;
int volatileMethod() volatile;
int constVolatileMethod() const volatile;
// Here, const/volatile applies to the return value, not the method
const int *notConstMethod();
volatile int *notVolatileMethod();
const volatile int *notConstVolatileMethod();
Class1();
virtual ~Class1() = 0;
};
struct A {
A();
A(const A&) throw();
~A() throw(int);
};
struct B {
B() throw();
B(const B&) throw();
~B() throw(double);
};
struct D : public A, public B {};
struct E {
virtual void virtualMemberFunction(){}
};
struct F : public E {
void virtualMemberFunction() override{}
};
struct G : public F {
void virtualMemberFunction() override final{}
};
class Class2 : public Class1 {
public:
void pureVirtualMethod();
void overriddenMethod();
void overloadedMethod();
void overloadedMethod(int p1);
Class2();
~Class2();
};
double Class1::normalMethod(int p1, char p2, float p3) {
}
void Class1::inheritedMethod() {
}
void Class1::overriddenMethod() {
}
void Class2::pureVirtualMethod() {
}
void Class2::overriddenMethod() {
}
void Class2::overloadedMethod() {
}
void Class2::overloadedMethod(int p1) {
}
Class1::Class1() {
}
Class1::~Class1() {
}
Class2::Class2() {
}
Class2::~Class2() {
}
class Class3 {
int defaultMethod();
private:
void privateMethod();
protected:
char protectedMethod();
public:
double publicMethod();
};
int main() {
Class2 c2;
Class1 *pc1 = &c2;
Class2 *pc2 = &c2;
pc1->inheritedMethod();
pc1->pureVirtualMethod();
pc1->pureVirtualMethod();
pc1->overriddenMethod();
pc1->overriddenMethod();
pc1->overriddenMethod();
c2.inheritedMethod();
pc2->inheritedMethod();
c2.pureVirtualMethod();
c2.pureVirtualMethod();
pc2->pureVirtualMethod();
c2.overriddenMethod();
c2.overriddenMethod();
c2.overriddenMethod();
pc2->overriddenMethod();
c2.overloadedMethod();
pc2->overloadedMethod();
c2.overloadedMethod(1);
c2.overloadedMethod(1);
pc2->overloadedMethod(1);
return 0;
}
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