There are some updates about this topic.
And I have something to discuss to get things forward.
We (Japanese translation team) and Julien start sharing one Transifex project.
Please see this dashboard. We have nice progress.
https://www.transifex.com/python-doc/python-35/dashboard/
Julien want
On 1/30/2017 4:21 AM, INADA Naoki wrote:
A followup to Julien Palard's post Mar 2016.
We (Japanese translation team) and Julien start sharing one Transifex project.
I am in favor of translations AND of making them easy to find. Sharing
infrastructure seems sensible. Aside from the base url
On Mon, Jan 30, 2017 at 12:21 PM, INADA Naoki wrote:
> There are some updates about this topic.
> And I have something to discuss to get things forward.
>
> We (Japanese translation team) and Julien start sharing one Transifex project.
> Please see this dashboard. We have nice progress.
> https:
On Mon, 30 Jan 2017 at 07:16 Berker Peksağ wrote:
> On Mon, Jan 30, 2017 at 12:21 PM, INADA Naoki
> wrote:
> > There are some updates about this topic.
> > And I have something to discuss to get things forward.
> >
> > We (Japanese translation team) and Julien start sharing one Transifex
> proj
On 27 January 2017 at 22:07, Brent Brinkley wrote:
> HI Everyone,
>
> One issue that I’ve seen in a lot of languages struggle with is nested
> function calls.
>
Parenthesis when nested inherently create readability issues.
>
>
Yes there is such issue. I don't see however that a radical
change to
On Mon, Jan 30, 2017 at 11:52 AM, Mikhail V wrote:
> *Theoretically* I see a solution by 'inlined' statements.
> Take a long example:
>
> print ( merge (a, b, merge ( long_variable2, long_variable2 ) )
>
> Now just split it in 2 lines:
>
> tmp <> merge ( long_variable2, long_variable2 )
>
On 30 January 2017 at 21:25, David Mertz wrote:
> On Mon, Jan 30, 2017 at 11:52 AM, Mikhail V wrote:
>
>> *Theoretically* I see a solution by 'inlined' statements.
>> Take a long example:
>>
>> print ( merge (a, b, merge ( long_variable2, long_variable2 ) )
>>
>> Now just split it in 2 lines
Hi,
I find this type of code quite often:
class MyOverridedClass(MyBaseClass):
def mymethod(self, foo, **kwargs):
# Do something
return super().mymethod(**kwargs)
What about creating a decorator to call super() after/before the overrided
method? Something like that:
class My
