Best Python code snippet using lisa_python
vm.py
Source: vm.py
...20 self.set_status(2)21 def reboot(self):22 self.stop()23 self.start()24 def get_processes(self):25 sql = "select * from process where vmachine_id={} order by pid".\26 format(self.id)27 return self.db.run(sql)28 def run(self, pid, ram, cpu, hdd):29 sql = "insert into process (pid, ram, cpu, hdd, vmachine_id) \30 values({}, {}, {}, {}, {})".format(31 pid,32 ram,33 cpu,34 hdd,35 self.id36 )37 self.db.run(sql)38 def ram_usage(self):39 ram = 040 for p in self.get_processes():41 ram += p["ram"]42 return ram * 100 / self.ram43 def cpu_usage(self):44 cpu = 045 for p in self.get_processes():46 cpu += p["cpu"]47 return cpu * 100 / self.cpu48 def hdd_usage(self):49 hdd = 050 for p in self.get_processes():51 hdd += p["hdd"]52 return hdd * 100 / self.hdd53 def set_status(self, new_status):54 sql = "update vmachine set status={} where id={}".format(55 new_status,56 self.id57 )58 self.db.run(sql)59 def get_status(self):60 sql = "select status from vmachine where id={}".format(self.id)61 r = self.db.run(sql)62 status = r[0]["status"]63 if status == 0:64 return "Stopped"...
report.py
Source: report.py
1import subprocess2from collections import namedtuple3from collections import Counter4def get_processes():5 output = subprocess.Popen(['ps', 'aux'], stdout=subprocess.PIPE, text=True).stdout.readlines()6 headers = [h for h in output[0].replace("%", "").strip().split() if h]7 Proc = namedtuple("Proc", headers)8 raw_data = map(lambda s: Proc(*s.strip().split(None, len(headers) - 1)), output[1:])9 return list(raw_data)10def get_user():11 return ", ".join({i.USER for i in get_processes()})12def get_process():13 return len(get_processes())14def get_user_process():15 up = Counter(i.USER for i in get_processes())16 return "\n\t".join([f"{key}: {value}" for key, value in up.items()])17def get_mem():18 lis1 = sum([int(i.RSS) for i in get_processes()])19 return round(lis1 / 10 ** 6, 2)20def get_cpu():21 return round(sum([float(i.CPU) for i in get_processes()]), 2)22def get_max_mem():23 m = max(get_processes(), key=lambda one_process: one_process.MEM)24 return f"{m.COMMAND[:20]} {m.MEM}%"25def get_max_cpu():26 c = max(get_processes(), key=lambda process: process.CPU)27 return f"{c.COMMAND[:20]} {c.MEM}%"28if __name__ == "__main__":29 print(f"ÐолÑзоваÑели ÑиÑÑемÑ: {get_user()}")30 print(f"ÐÑоÑеÑÑов запÑÑено: {get_process()}")31 print(f"ÐолÑзоваÑелÑÑкиÑ
пÑоÑеÑÑов:\n\t{get_user_process()}")32 print(f"ÐÑего памÑÑи иÑполÑзÑеÑÑÑ: {get_mem()} mb")33 print(f"ÐÑего CPU иÑполÑзÑеÑÑÑ: {get_cpu()} %")34 print(f"ÐолÑÑе вÑего памÑÑи иÑполÑзÑеÑ: {get_max_mem()} ")...
linux.py
Source: linux.py
1import psutil2from common.utils.general import get_processes3def run():4 print("I am Linux")5 get_processes()6# Not tested7# TODO: TEST this!!!8def get_processes():9 for p in psutil.pids():...
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