def _get_data_list(self):
cpu_core = 8
worker_process = cpu_core*2 + 1
all_test = {}
for path ,dirs ,files in os.walk(self.data_path):
for file in files:
one_test_cpu_list,one_test_mem_list = [],[]
if file.endswith("_K.log"):
with open(path + file,'r') as f:
print file
lines = f.readlines()
new_lines = []
for line in lines:
line = line.rstrip('\n').split()
if not check_isDigit(line[8]) or not check_isDigit(line[9]):
continue
else:
new_lines.append(line)
for every_17_line_of_list in F(new_lines,worker_process):
every_17_cpu_usage,every_17_mem_usage = 0,0
for every_line_of_list in every_17_line_of_list:
single_cpu,single_mem = float(every_line_of_list[8]),float(every_line_of_list[9])
every_17_cpu_usage += single_cpu
every_17_mem_usage += single_mem
one_test_cpu_list.append(every_17_cpu_usage/cpu_core)
one_test_mem_list.append(every_17_mem_usage)
all_test[file] = {
"cpu":one_test_cpu_list,
"mem":one_test_mem_list,
}
# print all_test
return all_test
def get_avgCPUList(path,filename):
del avgCPUList[:]
cpuFile=path+'/'+filename
file_object = open(cpuFile)
try:
cpu_lines = file_object.readlines( )
for cpu_line in cpu_lines:
fileds_line=cpu_line.split()
if isDigit.check_isDigit(fileds_line[8]) != 1:
continue
else:
cpu_field=float(fileds_line[8])
singlcore_cpu=cpu_field/cpu_cores
avgCPUList.append(singlcore_cpu)
finally:
file_object.close( )
return avgCPUList