Hi.
On 17.3.2014. 18:18, Antoine Pitrou wrote:
All in all, though, gc.get_objects() is an expensive function call (it
will walk the entire graph of objects tracked by the GC, which can be very
large in non-trivial applications), so it's really only useful for
debugging (and, I'd ad
e are all implementation details, tied to the fact that the primary
object reclaim mechanism in CPython is reference counting. Other
implementations may use a full GC and gc.get_objects() may then also
return strings and other "atomic" objects (but the implementation may
also elicit to ha
Hi.
On 13.3.2014. 3:54, Terry Reedy wrote:
On 3/12/2014 3:34 PM, Jurko Gospodnetić wrote:
I was wondering if someone could explain gc.get_objects() in a bit
more detail to me.
Does it return a list of 'all objects known to Python'? Only some of
them? Which does it return
Hi.
On 12.3.2014. 23:40, Ian Kelly wrote:
Or is it?
a = 1,2,3
gc.is_tracked(a)
True
gc.collect()
0
gc.is_tracked(a)
False
Ufff.. nice one :-D
Best regards,
Jurko Gospodnetić
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On 3/12/2014 3:34 PM, Jurko Gospodnetić wrote:
I was wondering if someone could explain gc.get_objects() in a bit
more detail to me.
Does it return a list of 'all objects known to Python'? Only some of
them? Which does it return? Which it does not?
This took about
On Thu, Mar 13, 2014 at 9:35 AM, Ian Kelly wrote:
> Or is it?
>
a = 1,2,3
gc.is_tracked(a)
> True
gc.collect()
> 0
gc.is_tracked(a)
> False
Huh, *that* is interesting!
ChrisA
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On Wed, Mar 12, 2014 at 4:35 PM, Ian Kelly wrote:
>> So not all optimizations are done that could be done.
>
> Or is it?
>
a = 1,2,3
gc.is_tracked(a)
> True
gc.collect()
> 0
gc.is_tracked(a)
> False
I guess the reason for this is that when PyTuple_New is called, it
knows how m
On Wed, Mar 12, 2014 at 3:44 PM, Chris Angelico wrote:
> The concept is that the GC tracks (in that sense; everything in
> CPython is refcounted, but that's not what these functions look at)
> anything that could be a part of a reference cycle. That's all it
> concerns itself with, so something th
On Thu, Mar 13, 2014 at 8:28 AM, Jurko Gospodnetić
wrote:
> So gc.collect() returns a list of all the objects GC is in charge of, and
> which instances are and are not tracked by the GC is, I guess, an
> interpreter implementation detail.
I assume you don't mean collect() there, as that returns
Hi.
On 12.3.2014. 21:02, MRAB wrote:
I was wondering if someone could explain gc.get_objects() in a bit
more detail to me.
Does it return a list of 'all objects known to Python'? Only some of
them? Which does it return? Which it does not?
gc.is_tracked(...) might be r
On 2014-03-12 19:34, Jurko Gospodnetić wrote:
Hi all.
I was wondering if someone could explain gc.get_objects() in a bit
more detail to me.
Does it return a list of 'all objects known to Python'? Only some of
them? Which does it return? Which it does not?
[snip]
gc.
On Wed, Mar 12, 2014 at 12:34 PM, Jurko Gospodnetić
wrote:
> Hi all.
>
> I was wondering if someone could explain gc.get_objects() in a bit more
> detail to me.
>
> Does it return a list of 'all objects known to Python'? Only some of them?
> Which do
Hi all.
I was wondering if someone could explain gc.get_objects() in a bit
more detail to me.
Does it return a list of 'all objects known to Python'? Only some of
them? Which does it return? Which it does not?
For example (done using CPython 3.4 interactive interprete
On 2012-09-17, Matteo Boscolo wrote:
> from my gc.get_object()
> I extract the sub system of the object that I would like to delete:
>
> this is the object:
> Class name
> win32com.gen_py.F4503A16-F637-11D2-BD55-00500400405Bx0x1x0.ITDProperty.ITDProperty
> that is traked and the reference are:
>
from my gc.get_object()
I extract the sub system of the object that I would like to delete:
this is the object:
Class name
win32com.gen_py.F4503A16-F637-11D2-BD55-00500400405Bx0x1x0.ITDProperty.ITDProperty
that is traked and the reference are:
get_referents >>>
On Tue, Sep 18, 2012 at 12:16 AM, Steven D'Aprano
wrote:
> The __del__ method does not delete an object. Remember, objects are only
> deleted when there are no references to it. Otherwise you could have some
> code that tries to use a deleted object, and you would get a system crash
> or BSOD.
Th
On Mon, 17 Sep 2012 14:42:56 +0200, Matteo Boscolo wrote:
> Hi All,
>
> I'm facing some trouble with a win32com application, it seems, that some
> com object (win32com) are still in the gc.get_objetc() list, even if I
> set to non the objetc and I'm out of the scope of that objects.
You can't se
Hi All,
I'm facing some trouble with a win32com application, it seems, that some
com object (win32com) are still in the gc.get_objetc() list, even if I
set to non the objetc and I'm out of the scope of that objects.
What I'm try to do is to remove this object from the list. but I do
know ho
ed that the objects I instantiate are actually
> > freed-- I'm therefore assuming that this "leak" is "caused" by
> > python's garbage collection mechanism. I count the number of objects I
> > generate that are being tracked by gc as foll
trying to determine that is flawed
(see below).
> 2. I think I've verified that the objects I instantiate are actually
> freed-- I'm therefore assuming that this "leak" is "caused" by
> python's garbage collection mechanism. I count the number of objec
<[EMAIL PROTECTED]> wrote in message
news:[EMAIL PROTECTED]
Questions like this about memory consumption should start with the
information printed by the interactive interpreter on startup and
additional info about whether the binary is from stock CPython or has 3rd
party modules compiled in.
hon's garbage collection mechanism. I count the number of objects I
generate that are being tracked by gc as follows:
gc.collect()
objCount = {}
objList = gc.get_objects()
for obj in objList:
if getattr(obj, "__class__", None):
name = obj.__class__.
app.idDict = {}
new = {}
for obj in gc.get_objects():
oldObj = d.get(id(obj))
if oldObj is None:
new[id(obj)] = obj
keys = new.keys()
print '- %d new objects' % len(keys)
if len(keys) < 200:
keys.sort()
n = 0
for key in keys:
n += 1
...
for key in keys:
n = d.get(key)
print '%+6d %s' % (n,key)
d = {} ; d2 = {}
for obj in gc.get_objects():
t = type(obj)
r = repr(t)
n = d.get(r,0)
d[r] = n + 1
if t == types.InstanceType:
t = obj.__class__
r = repr(t)
n = d2.
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