explore memory utility test case "heapy.py"
from guppy import hpy #import pickle import gc import sys import time import re import pprint #-------------------------------------- ppHP = hpy() reTOTALSIZE = re.compile("Total\s+size\s+=\s+(\d+)\s+bytes",re.M) def parser_mem_profile(funcnm=None,memprof=None): """ parser mem profile params: funcnm :func name memprof: table from hpy.heap() report return: print("funcnm" ,"mem usage" ) """ #print ("MEMPROF",funcnm,reTOTALSIZE.findall(memprof)[0]) # interface for driveGnuPlotStreams.pl print '0:%.3f' %(float(reTOTALSIZE.findall(memprof)[0])/100000) def parser_gc_profile(funcnm=None,gcprof=None): """ parser gc profile params: funcnm : func name gcprof : table from gc.collect() report return: print("funcnm" ,"num of obj to be collected" ) """ #print ("GCPROF",funcnm, gcprof) # interface for driveGnuPlotStreams.pl #print '1:' + str(gcprof) def decodrator_mem_profile(): #decorator **kwargs """ decorator mem usage profile collect """ def inner(func): def wrapper(*args, **kwargs): # func *args, **kwargs retval = func(*args, **kwargs) def _store_mem_profile(): """ store mem profile """ parser_mem_profile(funcnm=str(func.__name__),\ memprof=str(ppHP.heap())) def _store_gc_profile(): """ store garbage collect """ parser_gc_profile(funcnm=str(func.__name__),\ gcprof=str(gc.collect())) _store_mem_profile() _store_gc_profile() return wrapper return inner #--------------------------------------------- class Pattern(object): def __init__(self): self._list = [] def run(self): self._list = [ i*200 for i in range(10000) ] def clear(self): self._list = None ppPattern = None @decodrator_mem_profile() def run_pattern0(wait=0.1): """ run test pattern0 """ global ppPattern ppPattern = Pattern() ppPattern.run() time.sleep(wait) @decodrator_mem_profile() def free_pattern0(wait=0.1): """ free test pattern0 """ global ppPattern ppPattern.clear() del ppPattern time.sleep(wait) def run_test(): """ run all tests for mem profile """ for i in xrange(100): run_pattern0() free_pattern0() def main(): """ gen the PIPE test pattern to heapy_gnuplot ex: os.system((python heapy.py) | (python heapy_gnuplot)) """ run_test() if __name__== "__main__": main()
下載 driveGnuPlotStreams.pl 當成我們的 plot func.
ps: 利用 PIPE 的方式, 把 python heay.py IO 端的 Info 存到下個 driveGnuPlotStreams.pl 的 input.
run command
(python heapy.py ; read) | perl ./driveGnuPlotStreams.pl 1 1 50 0 50 500x300+0+0 'mem' 0
results:
Downloads:
https://docs.google.com/open?id=0B35jh2lwIpeKVVJQa0dMZHhPckE
https://docs.google.com/open?id=0B35jh2lwIpeKRkpVcnVTb1VKdnM
Refs:
heapy tutorial
http://www.smira.ru/wp-content/uploads/2011/08/heapy.html
http://guppy-pe.sourceforge.net/#Heapy
real time plot(Gnuplot)
http://users.softlab.ece.ntua.gr/~ttsiod/gnuplotStreaming.html
http://www.lysium.de/blog/index.php?/archives/234-Plotting-data-with-gnuplot-in-real-time.html
real time plot(matplotlib)
http://matplotlib.org/
install
http://matplotlib.org/users/installing.html#manually-installing-pre-built-packages
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