On Thursday, February 13, 2014 7:26:48 PM UTC-8, Ned Batchelder wrote:
> On 2/13/14 9:45 PM, forman.si...@gmail.com wrote:
>
> > For the record I wasn't worried about the performance. ;-)
>
> >
>
> > It was for Tkinter event strings not markup tags.
>
> >
>
> > I'm glad this was the time winn
For the record I wasn't worried about the performance. ;-)
It was for Tkinter event strings not markup tags.
I'm glad this was the time winner!
"key and key[0] == '<' and key[-1] == '>'"
Cheers to the folks who did the timings (and saved me from the trouble!)
Last but not least... s[::len(s
I ran across this and I thought there must be a better way of doing it, but
then after further consideration I wasn't so sure.
if key[:1] + key[-1:] == '<>': ...
Some possibilities that occurred to me:
if key.startswith('<') and key.endswith('>'): ...
and:
if (key[:1], key[-1:]) == ('<
I was investigating G. Spencer-Brown's Laws of Form[1] by implementing it
in Python. You can represent the "marks" of LoF as datastructures in
Python composed entirely of tuples.
For example:
A mark: ()
A mark next to a mark: (), ()
A mark within a mark: ((),)
and so on...
It is known that the
[EMAIL PROTECTED] wrote:
> Are you using the str.isspace() method? I don't use it, so if most
> people don't uses it, then it may be removed from Py 3.0.
>
> I usually need to know if a string contains some non-spaces (not space
> class chars). To do it I use something like:
>
> if aline.strip(): .
[EMAIL PROTECTED] wrote:
> Hi all,
> Is there a simple python function to return the list index of the
> minimum entry in a list of lists?
> ie, for [[3,3,3,3], [3,3,3,1], [3,3,3,3]] to return 2,4.
> Or, same question but just for a list of numbers, not a list of lists.
> Thanks,
> Josh
One way
aarondesk wrote:
...
>
> Now I've tried putting the function declaration after the call but the
> program wouldn't work. Is there anyway to put function declarations at
> the end of the program, rather than putting them at the beginning,
> which is rather clunky?
>
> Thanks.
> Aaron
A function can
