Terry Reedy wrote:
> Steve Holden wrote:
>> David Niergarth wrote:
[...]
>>> I'm not sure what deleting a slice accomplishes (del x[:]); the
>>> behavior is the same whether I do del x or del x[:]. Any ideas?
>>>
>> del x removes the name x from the current namespace, garbage collecting
>> the obje
Steve Holden wrote:
David Niergarth wrote:
Tim Peters showed a way to demonstrate the fix in
http://mail.python.org/pipermail/python-dev/2006-March/061991.html
For simpler fun, run this silly little program, and look at memory
consumption at the prompts:
"""
x = []
for i in xrange(100):
David Niergarth wrote:
> Tim Peters showed a way to demonstrate the fix in
>
> http://mail.python.org/pipermail/python-dev/2006-March/061991.html
>
>> For simpler fun, run this silly little program, and look at memory
>> consumption at the prompts:
>>
>> """
>> x = []
>> for i in xrange(100):
Tim Peters showed a way to demonstrate the fix in
http://mail.python.org/pipermail/python-dev/2006-March/061991.html
> For simpler fun, run this silly little program, and look at memory
> consumption at the prompts:
>
> """
> x = []
> for i in xrange(100):
>x.append([])
> raw_input("full
On Feb 16, 11:21 pm, Yuanxin Xi wrote:
> Could anyone please explain why this happens? It seems some memory
> are not freed.
There is a "bug" in versions of Python prior to 2.5 where memory
really isn't released back to the OS. Python 2.5 contains a new object
allocator that is able to return me
On Tue, 2009-02-17 at 17:04 +0100, Christian Heimes wrote:
> Tim Wintle wrote:
> > Basically malloc() and free() are computationally expensive, so Python
> > tries to call them as little as possible - but it's quite clever at
> > knowing what to do - e.g. if a list has already grown large then pyth
Tim Wintle wrote:
> Basically malloc() and free() are computationally expensive, so Python
> tries to call them as little as possible - but it's quite clever at
> knowing what to do - e.g. if a list has already grown large then python
> assumes it might grow large again and keeps hold of a percenta
Yuanxin Xi wrote:
> Could anyone please explain why this happens? It seems some memory
> are not freed. I'm running into problems with this as my program is
> very memory cosuming and need to frequently free some object to reuse
> the memory. What is the best way to free the memory of b complete
On Feb 17, 5:31 am, Chris Rebert wrote:
> My understanding is that for efficiency purposes Python hangs on to
> the extra memory even after the object has been GC-ed and doesn't give
> it back to the OS right away.
Even if Python would free() the space no more used by it's own memory
allocator (P
On Tue, 2009-02-17 at 00:40 -0800, Chris Rebert wrote:
> >
> > 'gc.collect()' -- I believe, but I'm not the specialist in it.
>
> If I understand correctly, that only effects objects that are part of
> a reference cycle and doesn't necessarily force the freed memory to be
> released to the OS.
I
On Tue, Feb 17, 2009 at 12:33 AM, Aaron Brady wrote:
> On Feb 16, 11:21 pm, Yuanxin Xi wrote:
>> I'm having some problems with the memory recycling/garbage collecting
>> of the following testing code:
>>
>> >>> a=[str(i) for i in xrange(1000)]
>>
>> This takes 635m/552m/2044 memory (VIRT/RES/
On Feb 16, 11:21 pm, Yuanxin Xi wrote:
> I'm having some problems with the memory recycling/garbage collecting
> of the following testing code:
>
> >>> a=[str(i) for i in xrange(1000)]
>
> This takes 635m/552m/2044 memory (VIRT/RES/SHR)
>
> >>> b={}
> >>> for i in xrange(1000):
>
> ...
On Mon, 16 Feb 2009 23:21:16 -0600, Yuanxin Xi wrote:
> I'm having some problems with the memory recycling/garbage collecting of
> the following testing code:
>
a=[str(i) for i in xrange(1000)]
> This takes 635m/552m/2044 memory (VIRT/RES/SHR)
>
b={}
for i in xrange(1000):
On Mon, Feb 16, 2009 at 9:21 PM, Yuanxin Xi wrote:
> I'm having some problems with the memory recycling/garbage collecting
> of the following testing code:
>
a=[str(i) for i in xrange(1000)]
> This takes 635m/552m/2044 memory (VIRT/RES/SHR)
>
b={}
for i in xrange(1000):
> ..
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