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log_analysis.py
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145 lines (128 loc) · 5.76 KB
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# -*- coding: utf-8 -*-
import os, re, sys
import subprocess
import time, os, sched, shlex, threading
from reportlab.graphics.shapes import *
from reportlab.graphics.charts.lineplots import LinePlot
from reportlab.graphics.charts.textlabels import Label
from reportlab.graphics import renderPDF
# cpu_path = "/Users/monkey/Pictures/performance_test_script/App_cpu_13_36_54.txt"
# gc_path = '/Users/monkey/Pictures/performance_test_script/GC_file.txt'
# package_name = 'com.alipay.m.portal'
# flow_path = '/Users/monkey/Pictures/performance_test_script/NetWorkFile_13_36_54.txt'
class Read_file:
def __init__(self):
self.LogList = []
def read_log(self, log_path):
f = open(log_path)
s = f.readlines()
f.close()
for line in s:
self.LogList.append(line)
return self.LogList
def cpu_analysis():
_data_list = []
_cpudata_list = []
cpu_total = 0
cpu_file = Read_file()
cpu_list = cpu_file.read_log(cpu_path)
try:
for i in xrange(len(cpu_list)):
_data_list.append(cpu_list[i].split(" "))
for i in xrange(len(_data_list)):
for j in xrange(len(_data_list[i])):
_noblank_list = [elem for elem in _data_list[i] if elem != ""]
for k in xrange(len(_noblank_list)):
if package_name in _noblank_list[k]:
_cpudata_list.append(_noblank_list[2])
cpu_total = cpu_total + int(_noblank_list[2][:-1])
avg_cpu = cpu_total / len(_cpudata_list)
except IndexError:
print "日志文件不完整"
return _cpudata_list, avg_cpu
def Memory_Vss_analysis():
_data_list = []
_Vssdata_list = []
Memory_total = 0
Memory_file = Read_file()
memory_list = Memory_file.read_log(cpu_path)
try:
for i in xrange(len(memory_list)):
_data_list.append(memory_list[i].split(" "))
for i in xrange(len(_data_list)):
for j in xrange(len(_data_list[i])):
_noblank_list = [elem for elem in _data_list[i] if elem != ""]
for k in xrange(len(_noblank_list)):
if package_name in _noblank_list[k]:
_Vssdata_list.append(_noblank_list[5])
Memory_total = Memory_total + int(_noblank_list[5][:-1])
avg_Vss = Memory_total / len(_Vssdata_list)
except IndexError:
print "日志文件不完整"
return _Vssdata_list, avg_Vss
def Memory_Rss_analysis():
_data_list = []
_Rssdata_list = []
Memory_total = 0
Memory_file = Read_file()
memory_list = Memory_file.read_log(cpu_path)
try:
for i in xrange(len(memory_list)):
_data_list.append(memory_list[i].split(" "))
for i in xrange(len(_data_list)):
for j in xrange(len(_data_list[i])):
_noblank_list = [elem for elem in _data_list[i] if elem != ""]
for k in xrange(len(_noblank_list)):
if package_name in _noblank_list[k]:
_Rssdata_list.append(_noblank_list[6])
Memory_total = Memory_total + int(_noblank_list[5][:-1])
avg_Rss = Memory_total / len(_Rssdata_list)
except IndexError:
print "日志文件不完整"
return _Rssdata_list, avg_Rss
def Gc_analysis():
_gc_free_list = []
_gc_used_per = []
_gc_total_time = []
_gc_free_total = 0
_gc_used_total = 0
_gc_time_total = 0
gc_file = Read_file()
gc_list = gc_file.read_log(gc_path)
try:
for i in xrange(len(gc_list)):
if 'GC_CONCURRENT' in gc_list[i]:
freed_index = gc_list[i].split(' ').index('freed')
if gc_list[i].split(' ')[freed_index + 1][:-2].isdigit() and gc_list[i].split(' ')[freed_index + 2][
:-1].isdigit() and gc_list[i].split(' ')[
len(gc_list[
i].split(
' ')) - 1][
:-4].isdigit():
_gc_free_list.append(gc_list[i].split(' ')[freed_index + 1])
_gc_used_per.append(gc_list[i].split(' ')[freed_index + 2])
_gc_total_time.append(gc_list[i].split(' ')[len(gc_list[i].split(' ')) - 1][:-4])
_gc_free_total = _gc_free_total + int(gc_list[i].split(' ')[freed_index + 1][:-2])
_gc_used_total = _gc_used_total + int(gc_list[i].split(' ')[freed_index + 2][:-1])
_gc_time_total = _gc_time_total + int(gc_list[i].split(' ')[len(gc_list[i].split(' ')) - 1][:-4])
avg_gc_free = _gc_free_total / len(_gc_free_list)
avg_gc_used = _gc_used_total / len(_gc_used_per)
avg_gc_time = _gc_time_total / len(_gc_total_time)
except IndexError:
print "日志文件不完整"
return _gc_free_list, _gc_used_per, _gc_total_time, avg_gc_free, avg_gc_used, avg_gc_time
def flow_analysis():
_flow_list = []
flow_file = Read_file()
flow_list = flow_file.read_log(flow_path)
flow_total = 0
try:
for i in xrange(len(flow_list)):
_flow_list.append(flow_list[i].split(' ')[-1:][0][:-4])
flow_total = flow_total + int(flow_list[i].split(' ')[-1:][0][:-4])
avg_flow = flow_total / len(_flow_list)
except IndexError:
print "日志不完整"
print _flow_list, avg_flow
if __name__ == "__main__":
flow_analysis()