2009/5/6 Boris "billiob" Faure <bill...@gmail.com>:
>> There it is done with goject's signals, are we keeping that?
>
> It's not done with gobjects, just plain python code, no threading, no
> real event loop... look at the code ;)
OMG where did I see that? I'm drunk!
>> Here I have a couple of doubts: this way you order callbacks so that
>> ro callbacks get called only after the information has been modified
>> by the other callbacks. But what about the rw callbacks? I mean there
>> could be issues of ordering there too, IE if one cb depends on another
>> being already called... How do we deal with that? (Not that I have
>> better suggestions...)
>>
>>> When we Emit, we just do a "for each" on that list. rw callbacks will
>>> return the value changed.
>>> Or should all callback return the view given as parameter?
>>
>> It should give back the modified view, I think it makes it easier overall
>
> Yes, and maybe have a "priority list"... this sucks... i don't know
> how to fix that.
I am picturing a binary tree in my head...
Convention: left-side CBs are of the same levels, right side are
children. Let's say we have the following callbacks with dependencies:
A, B, C do not depend on any other callback
D, E depend on B
F, G depend on D
I depends on F
A
/
B
/ \
C D
/ \
E F
/ \
G I
The calling code will go first on the right side of the tree and then
left. This could be a solution, but it could have problems. Also the
tree will more than likely be unbalanced, but it will also be small...
>
>
>>> In the UI, you just have a "onProfileViewUpdated(core, view)" and with
>>> the core, you do a core.profile.nick = "LoL :p" and
>>> core.profile.nick will emit that the profile has been updated...
>>
>> I think you mean core.profile.setNick("LoL :p") ;)
>
> No, i meant :
> core.profile.nick = "LoL :p"
> just like :
> 22 @property
> 23 def rad():
> 24 '''The angle in radians'''
> 25 def fget(self):
> 26 return self._rad
> 27 def fset(self, angle):
> 28 if isinstance(angle, Angle):
> 29 angle = angle.rad
> 30 self._rad = float(angle)
> (from http://wiki.python.org/moin/PythonDecoratorLibrary)
Yeah even better... OMG I'm just dumb!!
--
Stéphane
------------------------------------------------------------------------------
The NEW KODAK i700 Series Scanners deliver under ANY circumstances! Your
production scanning environment may not be a perfect world - but thanks to
Kodak, there's a perfect scanner to get the job done! With the NEW KODAK i700
Series Scanner you'll get full speed at 300 dpi even with all image
processing features enabled. http://p.sf.net/sfu/kodak-com
_______________________________________________
Amsn-devel mailing list
Amsn-devel@lists.sourceforge.net
https://lists.sourceforge.net/lists/listinfo/amsn-devel
