Hello,
Marco van de Voort schrieb:
That there are different types of iterators (forward, backward, and
random access, readonly, writeable, ...) is definitely a feature of a
specific iterator imo.
I'm more thinking on different properties. E.g. on address, on name etc.
I don't understand that rem
> >><< do something with elem >>
> >>end;
> >>[...]
> >
> > True, BUT... hmm, I actually have 3 BUTS
>
> It is some sort of syntactic sugar, so all your but's are valid at least
> in some way. Nobody ever doubted this.
Good.
> > BUT 1: some form shorter syntax can be thought up for _each_
Thomas Schatzl wrote:
>
> Additionally if you examine code, _far_ the most applications do simple
> forward (and maybe backward) iteration over a collection (also because
> there are not that much collections where random access makes sense
> runtime-wise).
There come a lot in my mind: e.g. conta
On Thu, 7 Apr 2005, Thomas Schatzl wrote:
> Hello,
>
> Thomas Schatzl schrieb:
> > Michael Van Canneyt schrieb:
> >
> > > For example;
> > > MI for interfaces for me is strange (to say the least) because
> > > interfaces were introduced to avoid the mess of MI in the first
> > > place. So why
Hello,
Thomas Schatzl schrieb:
Michael Van Canneyt schrieb:
For example;
MI for interfaces for me is strange (to say the least) because
interfaces were introduced to avoid the mess of MI in the first
place. So why on earth would you want to introduce it ??
Since interfaces do not have/inherit imple
Hello,
Marco van de Voort schrieb:
you could write:
x : TSomeElement;
someCollection : TSomeCollection;
[...]
foreach elem in someCollection do begin
<< do something with elem >>
end;
[...]
True, BUT... hmm, I actually have 3 BUTS
It is some sort of syntactic sugar, so all your but's are va
Hello,
Michael Van Canneyt schrieb:
For example;
MI for interfaces for me is strange (to say the least) because
interfaces were introduced to avoid the mess of MI in the first
place. So why on earth would you want to introduce it ??
Because MI itself isn't bad, it's often an appropriate representat
