[issue12075] python3.2 memory leak when setting integer key in dictionary

2011-05-16 Thread Jesús Cea Avión
Changes by Jesús Cea Avión j...@jcea.es: -- nosy: +jcea ___ Python tracker rep...@bugs.python.org http://bugs.python.org/issue12075 ___ ___ Python-bugs-list mailing list

[issue12075] python3.2 memory leak when setting integer key in dictionary

2011-05-15 Thread kai zhu
kai zhu kai...@ugcs.caltech.edu added the comment: explicit gc.collect() doesn't seem to fix the leak in my application. my current fix is to not re-instantiate the class attribute (which cost ~7mb) during reload instead reference one created earlier. i haven't pinpointed y, but i suspect its

[issue12075] python3.2 memory leak when setting integer key in dictionary

2011-05-14 Thread kai zhu
New submission from kai zhu kai...@ugcs.caltech.edu: i'm using the latest debian unstable python3.2 build on colinux (2011, may, 14) ## leak.py ## import imp, leak; imp.reload(leak) ## will leak ~2.5mb per reload ## on i386 debian unstable machine (according to top). ## in my real world app

[issue12075] python3.2 memory leak when setting integer key in dictionary

2011-05-14 Thread Ezio Melotti
Ezio Melotti ezio.melo...@gmail.com added the comment: I think this has to do with class attributes and reload(): wolf@hp:~/dev/py/py3k$ cat leak.py class Foo: pass Foo.l = list(range(65535)) wolf@hp:~/dev/py/py3k$ ./python Python 3.3a0 (default:4b122cac7ac5+, May 14 2011, 10:01:13) [GCC

[issue12075] python3.2 memory leak when setting integer key in dictionary

2011-05-14 Thread Amaury Forgeot d'Arc
Amaury Forgeot d'Arc amaur...@gmail.com added the comment: It's simply because all classes form a cycle (Foo - Foo.__mro__ - Foo) A class and class attributes can only be freed with gc.collect(). Did you disable the garbage collector? -- nosy: +amaury.forgeotdarc