First of all: thank you. You solved my problem.
There's no real way to enforce privateness, either in Objective-C
or C++.
Why not in C++?
Yes, these do the trick.
But another-mineAlone will.
-(int)yoursTooButWithAnother: (PrivateClass *)another {
return
On 26 Jan 2009, at 14:02, Horst Jäger wrote:
First of all: thank you. You solved my problem.
There's no real way to enforce privateness, either in Objective-C
or C++.
Why not in C++?
#define private public
class Foo
{
private:
int privateVar;
} ;
Le 26 janv. 09 à 15:02, Horst Jäger a écrit :
First of all: thank you. You solved my problem.
There's no real way to enforce privateness, either in Objective-C
or C++.
Why not in C++?
And why not in Obj-C ? The new runtime (64 bits, non-fragile) declare
a symbol for each ivar.
On Jan 26, 2009, at 8:14 AM, Jean-Daniel Dupas wrote:
There's no real way to enforce privateness, either in Objective-C
or C++.
Why not in C++?
And why not in Obj-C ? The new runtime (64 bits, non-fragile)
declare a symbol for each ivar. Private ivars are not exported by
default, so
On Jan 26, 2009, at 7:24 AM, glenn andreas wrote:
The layout for 64 bit new runtime objects is not defined (and due to
the non-fragile part, isn't even fixed at compile or link time, so
you'd have to munge your way through undocumented data structures -
better off just using KVC).
Or the
Why not in C++?
Same as Objective-C, another instance of the same class can access them (as
can static methods of the class)...
--
Scott Ribe
scott_r...@killerbytes.com
http://www.killerbytes.com/
(303) 722-0567 voice
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Hi,
suppose I have a class with a private member as listed at the end of
this email.
Then I can access it by calling its name without an accessor function
(which would de facto make it public).
But how do I access a private member of another object of the same
class?
Or does
On Jan 23, 2009, at 13:01, Horst Jäger wrote:
But how do I access a private member of another object of the same
class?
Like this:
-(int)yoursTooButWithAnother: (PrivateClass *)another {
return another-mineAlone % 3;
}
Also, be careful to keep two things separate in your mind.
On Jan 23, 2009, at 3:01 PM, Horst Jäger wrote:
suppose I have a class with a private member as listed at the end of
this email.
Then I can access it by calling its name without an accessor
function (which would de facto make it public).
But how do I access a private member of another
