Hi !
I have one small program that should be completed till tomorrow so if
someone can help am ready to pay this ( btw. budget for this is $40 ).
Project:
- usb scanner is connected to the PI.
- when the user gets his e.g. coffe bill with barcode, he put this bill
in from of scanner and scann
Leo 5.0a2 is now available at:
http://sourceforge.net/projects/leo/files/Leo/
Leo is a PIM, an IDE and an outliner.
Video tutorials: http://leoeditor.com/screencasts.html
Text tutorials: http://leoeditor.com/tutorial.html
The highlights of Leo 5.0
--
* Better compatibilit
On 11/7/14 9:52 AM, Veek M wrote:
Veek M wrote:
new_col = self.b[row].index('def')
self.w.cursor = row, new_col
new_col = self.b[row].rindex('def')
self.w.cursor = row, new_col
There's also the different methods index vs
"ast" writes:
> Ok, thx, it works now with:
>
> import tkinter
> fen = tkinter.Tk()
>
> x=0
>
> def moveW():
>global x
>fen.geometry("200x200+%d+10" % x)
>x = x + 10
>if (x < 1200):
>fen.after(50, moveW)
>
> moveW()
In general, to avoid the start time "drift" [1], you
On 11/8/2014 11:35 AM, Akira Li wrote:
"ast" writes:
Ok, thx, it works now with:
import tkinter
fen = tkinter.Tk()
x=0
def moveW():
global x
fen.geometry("200x200+%d+10" % x)
x = x + 10
if (x < 1200):
fen.after(50, moveW)
moveW()
In general, to avoid the start t
On Thursday, 23 October 2014 22:12:10 UTC+1, sohca...@gmail.com wrote:
> On Thursday, October 23, 2014 10:07:26 AM UTC-7, jkn wrote:
> > Hi all
> > I haven't heard in mentioned here, but since I saw one of the boards
> > today thought I'd pass on the news:
> >
> > The Kickstarter 'MicroPytho
On 11/07/2014 10:50 PM, dieter wrote:
Ethan Furman writes:
On 11/06/2014 10:59 PM, dieter wrote:
John Ladasky writes:
On Tuesday, November 4, 2014 11:12:31 AM UTC-8, Ethan Furman wrote:
If you really absolutely positively have to have the signature be correct for
each instance, you may to
Terry Reedy writes:
> On 11/8/2014 11:35 AM, Akira Li wrote:
>> "ast" writes:
>>
>>> Ok, thx, it works now with:
>>>
>>> import tkinter
>>> fen = tkinter.Tk()
>>>
>>> x=0
>>>
>>> def moveW():
>>> global x
>>> fen.geometry("200x200+%d+10" % x)
>>> x = x + 10
>>> if (x < 1200):
>
Morning
Have you seen any python videos that were part of a series or that were from a
conference that you found engaging and made a point click or solidify a concept
or drive you to action to create something you wanted. That took an advanced
topic or concept and made it clear as day to you.
On Saturday, 8 November 2014 23:26:20 UTC+11, edre...@gmail.com wrote:
> Leo 5.0a2 is now available at:
> http://sourceforge.net/projects/leo/files/Leo/
>
> Leo is a PIM, an IDE and an outliner.
> Video tutorials: http://leoeditor.com/screencasts.html
> Text tutorials: http://leoeditor.com/tutori
On 08.11.2014 02:50, Steven D'Aprano wrote:
The following list comprehension and generator expression are almost, but
not quite, the same:
[expr for x in iterable]
list(expr for x in iterable)
The difference is in the handling of StopIteration raised inside the expr.
Generator expressions con
Ethan Furman wrote:
On 11/06/2014 10:59 PM, dieter wrote:
A possibility to get the original approach implemented looks like:
make "__call__" a descriptor on the class which looks up the real
method on the instance.
This still wouldn't get the signatrue correct, though.
Why not? O
On 08.11.2014 22:31, Wolfgang Maier wrote:
On 08.11.2014 02:50, Steven D'Aprano wrote:
The following list comprehension and generator expression are almost, but
not quite, the same:
[expr for x in iterable]
list(expr for x in iterable)
The difference is in the handling of StopIteration raise
I decided I'd like to publish some youtube videos of me playing
an instrument. The audio being the important bit, I'd like to use
my existing mics, which I've been sending through a USB audio interface
to my computer.
I don't have any camera yet, other than a prosumer digital
camera that does ta
On 11/08/2014 02:31 PM, Gregory Ewing wrote:
Seems to depend on how you get hold of the object you're
inspecting the signature of. I did an experiment:
class C(object):
@property
def __call__(self):
return self.call
def f(x, y):
print("Called f with %s, %s" % (x, y))
On 11/8/2014 2:41 PM, John Pinner wrote:
They are quite different devices:
* The Raspberry Pi is a low-power general purpose computer designed
specifically for education purposes. It just so happens that it's
ideal for geek experimentation as well...
* MicroPython is an optimised version of Py
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