🚀 go-pugleaf

Hi. I need some help.

I have class definition called ADC32.  This class has as a member, a public
function called display().

I have two data objects.  One is a variable of class ADC32 called slot1_adc,
the other is an array of 10 objects of class ADC32 called adc32.

The relevant code looks something like this:


//////////////////////
class ADC32 {
private:
  int id;
public:
  int display(void);
}

ADC32::display(void)
{
  cout << id;
}


ADC32 slot1_adc32, adc32[10];

main {
  cout << (int)&slot1_adc32.display;
  cout << (int)&adc32[1].display;
}
///////////////



My question is, is the last 2 lines correct for displaying the addresses of
those two functions?

If not, what would those 2 statements produce?


 
What I have found is that: (int)&slot1_adc32.display gives me the address of
ADC32::display() instead of a pointer to the address of ADC32::display().



I am trying to confirm that no space is allocated for an object's member 
functions.  In other words, while there is space allocated for slot1_adc32.id 
(4 bytes for an int), no space (for a function pointer) is allocated for 
slot1_adc32.display().  


what would be the result of:
"cout << (int)slot1_adc32.display;
 cout << (int)adc32[1].display;"    ?