Hello,
Having heard that Python 2.5 offers some kind of RIIA concept via
PEP343, got it downloaded (Windows version) and tried. But it did not
work as expected and as wanted.
For the time since I first learned Python, the only reason why I just
could not use it was inability to localize the
Alexander Myodov wrote:
Sorry, I misworded the question - RIIA is indeed present at least by
the reason that the examples from PEP pass. Agree, my problem is a bit
different, and I a bit mixed up initialization/acquisition with
lifetime blocks. So, seems that we indeed have one and still don't
Alexander Myodov wrote:
Or maybe you have an idea how this can be fixed? The
simplest way I see is putting all the controlled variables into a
dedicated class... and do that each time for each block of variables I
need control lifetime. Is there any simpler way?
I wouldn't use the word
Alexander Myodov [EMAIL PROTECTED] wrote in message
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Hello,
for k in a1:
pass
print k: %s % k
where k lives long after the actual need in it was lost,
There are occasions, especially when one breaks out of the loop, when
keeping k bound *is* useful. If a1
Terry Reedy wrote:
Alexander Myodov [EMAIL PROTECTED] wrote in message
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and even list comprehensions:
b1 = [l for l in a1]
print l: %s % l
This will go away in 3.0. For now, del l if you wish.
Or use a generator expression:
b1 = list(l for l in a1)
l
