with open(PF.proc_net_dev) as net_dev_file:
for each_line in net_dev_file:
each_line_strip = each_line.strip()
if len(each_line_strip) > 0:
each_line_list = each_line_strip.split()
dev_name = each_line_list[0]
if re.match('.*:$', dev_name):
net_dev_name = dev_name[:-1]
received_bytes = each_line_list[1]
transmit_bytes = each_line_list[8]
net_dev_result[dev_name] = NetDevInfo(net_dev_name, received_bytes, transmit_bytes)
return net_dev_result
def get_result(self, default_unit='KB'):
net_usage = {}
pre_net_stat = self.get_info()
time.sleep(Statics.frequency)
cur_net_stat = self.get_info()
for i in pre_net_stat.keys():
net_dev_name, delta_received_bytes, delta_transmit_bytes = cur_net_stat[i] - pre_net_stat[i]
if delta_received_bytes != 0 and delta_transmit_bytes !=0:
received_bytes_per = '%s%s%s' % (Statics.calc_diff(delta_received_bytes, default_unit=default_unit), default_unit, '/s')
transmit_bytes_per = '%s%s%s' % (Statics.calc_diff(delta_transmit_bytes, default_unit=default_unit), default_unit, '/s')
result_str = '%s| Received:%s| Transmit:%s' % (net_dev_name, received_bytes_per, transmit_bytes_per)
net_usage[net_dev_name] = result_str
return net_usage
if __name__ == '__main__':
nsi = NetStatInfo()
MyCurses.display_base_info(nsi)
except:
failedReadCount += 1
return currentProcList
def get_result(self):
current_proc_list = self.read_process_status()
total_proc_num = len(current_proc_list)
#result 保存了当前所有各个用户所有进程数总和
#runningResult 保存了当前所有各个用户running的进程数总和
result, running_result, allOwnerNum, runningOwnerNum, total_running_num = {}, {}, 0, 0, 0
for eachProc in current_proc_list:
procOwner, procId, procCmd, procStatus = eachProc.processOwner, eachProc.processId, \
eachProc.processCmdline, eachProc.processStatus
if procOwner not in result.keys(): result[procOwner] = 0
if procOwner not in running_result.keys(): running_result[procOwner] = 0
if procOwner in result.keys(): result[procOwner] +=1
if procOwner in result.keys() and eachProc.processStatus == 'R': running_result[procOwner] +=1
if eachProc.processStatus == 'R': total_running_num += 1
present_str, keys_count = '', 0
for i in result.keys():
i_all_proc, i_running_proc = result[i], running_result[i]
allOwnerPercent = '%s%s' % (round((float(i_all_proc))/total_proc_num, 4)*100, '%')
runningOwnerPercent = '%s%s' % (round((float(i_running_proc))/total_running_num, 4)*100, '%')
present_str = '|%s\t|Running:%s\t|Total:%s\t|Running percent:%s|Total percent:%s' % (i,i_running_proc, i_all_proc, runningOwnerPercent, allOwnerPercent)
result[i] = present_str
return result
if __name__ == '__main__':
pi = ProcessInfo()
MyCurses.display_base_info(pi)
from statics import MyCurses
from parent import Base
class Main(Base):
def __init__(self):
super(Main, self).__init__()
def get_result(self):
ci = CpuInfo().get_result()
di = DiskInfo().get_result()
pi = ProcessInfo().get_result()
msi = MemStatInfo().get_result()
nsi = NetStatInfo().get_result()
total_result = OrderedDict(dict({"my_local_cpu_info": "================Local Cpu Info=============="}))
total_result.update(ci)
total_result.update(dict({"my_local_disk_info": "================Local Disk Info=============="}))
total_result.update(di)
total_result.update(dict({"my_memory_info": "================Local Memory Info=============="}))
total_result.update(msi)
total_result.update(dict({"my_network_info": "================Local Network Info=============="}))
total_result.update(nsi)
total_result.update(dict({"my_process_info": "================Local Process Info=============="}))
total_result.update(pi)
return total_result
if __name__ == "__main__":
m = Main()
MyCurses.display_base_info(m)
