How to use get_manufacturer method in Airtest

Best Python code snippet using Airtest

hwcheck-no-use.py

Source:hwcheck-no-use.py Github

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12#!/usr/bin/env python3import re4import sys5import time6import socket7import json8import requests9import subprocess10def execute(cmd):11 p = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)12 return p.communicate()13def Get_manufacturer():14 cmd= """/usr/sbin/dmidecode | grep -A1 'System Information' | grep 'Manufacturer'"""15 stdout, stderr = execute(cmd)16 return stdout.split(':')[1].strip()17# 1-OK , 0-ERROR18def CheckMem(ip,timestamp,step,manufacturer=Get_manufacturer()):19 if manufacturer == 'Dell Inc.':20 cmd = "/opt/dell/srvadmin/sbin/omreport chassis memory | grep 'Health' | awk -F ':' '{ print $2 }'" 21 elif manufacturer == 'HP':22 cmd = "hpasmcli -s 'show dimm' | grep Status | awk '{print $2}'"23 else:24 cmd = ""25 stdout, stderr = execute(cmd)26 status = '1'27 p = []28 for i in stdout.splitlines():29 if 'OK' == i.strip().upper():30 pass31 else:32 status = '0'33 item = {34 "Metric": "hw1.mem.status",35 "Endpoint": ip,36 "Timestamp": timestamp,37 "Step": step,38 "Value": int(status),39 "CounterType": "GAUGE"40 }41 item = json.dumps(item)42 p.append(item)43 return p 44def CheckPower(ip,timestamp,step,manufacturer=Get_manufacturer()):45 if manufacturer == 'Dell Inc.':46 cmd = "/opt/dell/srvadmin/sbin/omreport chassis pwrsupplies | grep ^Status | awk '{print $3}'"47 elif manufacturer == 'HP':48 cmd = "hpasmcli -s 'show POWERSUPPLY' |grep Condition | awk '{print $2}'"49 else:50 cmd = ""51 stdout, stderr = execute(cmd)52 status = '1'53 p = []54 for i in stdout.splitlines():55 if 'OK' == i.strip().upper():56 pass57 else:58 status = '0'59 break60 item = {61 "Metric": "hw1.power.status",62 "Endpoint": ip,63 "Timestamp": timestamp,64 "Step": step,65 "Value": int(status),66 "CounterType": "GAUGE"67 }68 item = json.dumps(item)69 p.append(item)70 return p71def CheckCPU(ip,timestamp,step,manufacturer=Get_manufacturer()):72 if manufacturer == 'Dell Inc.':73 cmd = "/opt/dell/srvadmin/sbin/omreport chassis processors | grep ^Status|awk '{print $3}'"74 elif manufacturer == 'HP':75 cmd = "hpasmcli -s 'show SERVER' | grep Status |awk '{print $3}'"76 else:77 cmd = ""78 stdout, stderr = execute(cmd)79 status = '1'80 p = []81 for i in stdout.splitlines():82 if 'OK' == i.strip().upper():83 pass84 else:85 status = '0'86 break87 item = {88 "Metric": "hw1.cpu.status",89 "Endpoint": ip,90 "Timestamp": timestamp,91 "Step": step,92 "Value": int(status),93 "CounterType": "GAUGE"94 }95 item = json.dumps(item)96 p.append(item)97 return p98def CheckCPUTemp(ip,timestamp,step,manufacturer=Get_manufacturer()):99 if manufacturer == 'Dell Inc.':100 cpu_temp = "/opt/dell/srvadmin/sbin/omreport chassis temps | grep -A 1 CPU | grep Reading | awk -F ':' '{ print $2 }' | awk '{ print $1 }'"101 elif manufacturer == 'HP':102 cpu_temp = "hpasmcli -s 'SHOW TEMP' | grep CPU | awk '{print $3}' | cut -b 1-2"103 else:104 cpu_temp = ''105 stdout, stderr = execute(cpu_temp)106 p = []107 x = 1108 for i in stdout.splitlines():109 item = {110 "Metric": "hw1.cpu%s.temp" % x,111 "Endpoint": ip,112 "Timestamp": timestamp,113 "Step": step,114 "Value": i.split('.')[0],115 "CounterType": "GAUGE"116 }117 118 x = x+1 119 item = json.dumps(item)120 p.append(item)121 return p122def CheckDiskCtl(ip,timestamp,step,manufacturer=Get_manufacturer()):123 if manufacturer == 'Dell Inc.':124 cmd = "/opt/dell/srvadmin/sbin/omreport storage controller | grep ^ID | awk -F':' '{ print $2 }'"125 stdout, stderr = execute(cmd)126 controller = stdout.splitlines()127 ctl_status = "/opt/dell/srvadmin/sbin/omreport storage adisk controller=%s | grep ^Status | awk -F':' '{ print $2 }'" %controller[0].strip()128 elif manufacturer == 'HP':129 cmd = "/opt/hp/hpssacli/bld/hpssacli ctrl all show detail | grep 'Slot:' |awk -F':' '{ print $2 }'"130 stdout, stderr = execute(cmd)131 controller = stdout.splitlines()132 ctl_status = "/opt/hp/hpssacli/bld/hpssacli ctrl slot=%s pd all show status | grep 'Controller Status'|awk '{print $3}'" %controller[0].strip().strip()133 else:134 ctl_status = ""135 p = []136 status = '1'137 stdout, stderr = execute(ctl_status)138 for i in stdout.splitlines():139 if 'OK' == i.strip().upper():140 pass141 else:142 status = '0'143 break144 item = {145 "Metric": "hw1.ctl.status",146 "Endpoint": ip,147 "Timestamp": timestamp,148 "Step": step,149 "Value": int(status),150 "CounterType": "GAUGE"151 }152 item = json.dumps(item)153 p.append(item)154 return p155def main():156 ip = socket.gethostname()157 timestamp = int(time.time())158 step = 60159 x = []160 for i in CheckMem(ip,timestamp,step):161 x.append(i)162 for i in CheckPower(ip,timestamp,step):163 x.append(i)164 for i in CheckCPU(ip,timestamp,step):165 x.append(i)166 for i in CheckCPUTemp(ip,timestamp,step):167 x.append(i)168 for i in CheckDiskCtl(ip,timestamp,step):169 x.append(i)170 print '[%s]' % ','.join(x)171if __name__ == '__main__':172 cmd = "dmidecode | grep 'Product Name'"173 stdout, stderr = execute(cmd)174 if stdout.split(':')[1].strip() == 'KVM':175 sys.exit() ...

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fetch_lib.py

Source:fetch_lib.py Github

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...7576 # Generate the help string77 help_str = ""78 for platform in parser_ports_list + device_parser_ports_list:79 help_str += "\n" + platform["common"].get_manufacturer() + ":\n\t"80 x = []81 for c in platform["specific"]:82 x.extend(c.get_ids())83 help_str += ', '.join(x)8485 args_parser = OptionParser(usage="""[options] platform [id1 ...]86Automatic data-mining from supported platforms. Supported platforms/ids are: %s""" % (help_str))8788 env = Env(args_parser = args_parser, enable_write_db = True)8990 (options, args) = args_parser.parse_args()9192 if len(args) < 1:93 raise error("There must be at least 1 argument.")9495 # Read the platform name passed into argument96 platform_name = args[0]9798 # Read the IDs if any99 id_list = None100 if len(args) > 1:101 id_list = args[1:]102103 # Fetch the manufacturer website104 if platform_name in [x["common"].get_manufacturer() for x in parser_ports_list]:105 for x in parser_ports_list:106 if x["common"].get_manufacturer() == platform_name:107 fetch_manufacturer(env, platform_name, x["specific"], id_list = id_list)108 # Fetch the device specific website109 elif platform_name in [x["common"].get_manufacturer() for x in device_parser_ports_list]:110 for x in device_parser_ports_list:111 if x["common"].get_manufacturer() == platform_name:112 fetch_device(env, x["specific"], id_list = id_list)113 else:114 raise error("Platform unknown (%s)." % (str(platform_name)))115116 # Close the environment ...

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