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#!/usr/bin/python
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# Copyright 2017 @ 4thebadwoofsky
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import sys,os,subprocess,re,json,base64
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from time import sleep
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class IPAddress:
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A = 0
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B = 0
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C = 0
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D = 0
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Text = ""
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def __init__(self,a,b = -1,c = 0,d = 0):
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if b == -1:
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ints = str(a).split('.')
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if len(ints) == 4:
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self.__create(int(ints[0]),int(ints[1]),int(ints[2]),int(ints[3]));
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else:
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self.__create(a,b,c,d)
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def __create(self,a,b,c,d):
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self.A = a
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self.B = b
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self.C = c
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self.D = d
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self.Text = str(a)+"."+str(b)+"."+str(c)+"."+str(d)
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class WindowsPhone_App:
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Name = ""
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PackageRelativeId = ""
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PackageFullName = ""
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def __init__(self,package):
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self.Name = package["Name"]
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self.PackageRelativeId = package["PackageRelativeId"]
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self.PackageFullName = package["PackageFullName"]
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def Start(self,phone):
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os.system("curl --http1.1 \"http://" + phone.IPAddress.Text + "/api/taskmanager/app?appid=" + base64.b64encode(self.PackageRelativeId) + "\" -d \"\"")
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def Stop(self,phone):
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os.system("curl --http1.1 \"http://" + phone.IPAddress.Text + "/api/taskmanager/app?package=" + base64.b64encode(self.PackageFullName) + "\" -X DELETE")
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class WindowsPhone_Power:
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PluggedIn = 0
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Battery = 0
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Charging = 0
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MaxCapacity = 0
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CurCapacity = 0
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EstimatedTime = 0
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def Percentage(self):
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return (self.CurCapacity / self.MaxCapacity) * 100
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class NetworkConfig:
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Static = None
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Broadcast = None
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Mask = None
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def __init__(self,static,broadcast,subnet):
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self.Static = IPAddress(static)
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self.Broadcast = IPAddress(broadcast)
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self.Mask = IPAddress(subnet)
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class WindowsPhone:
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IPAddress = {}
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Name = ""
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Language = ""
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OsEdition = ""
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OsEditionId = 0
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OsVersion = ""
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Type = ""
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Power = WindowsPhone_Power()
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Apps = {}
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def __init__(self,ip):
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self.IPAddress = ip
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self.init()
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def init(self):
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os_info = self.__callRest("/os/info")
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os_devicefamily = self.__callRest("/os/devicefamily")
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power_battery = self.__callRest("/power/battery")
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self.Name = os_info["ComputerName"]
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self.Language = os_info["Language"]
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self.OsEdition = os_info["OsEdition"]
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self.OsEditionId = int(os_info["OsEditionId"])
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self.OsVersion = os_info["OsVersion"]
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self.Type = os_devicefamily["DeviceType"]
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self.Power = WindowsPhone_Power()
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self.Power.PluggedIn = int(power_battery["AcOnline"])
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self.Power.Battery = (int(power_battery["BatteryPresent"]) == 1)
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self.Power.Charging = int(power_battery["Charging"])
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self.Power.MaxCapacity = float(power_battery["MaximumCapacity"])
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self.Power.CurCapacity = float(power_battery["RemainingCapacity"])
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self.Power.EstimatedTime = int(power_battery["EstimatedTime"])
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def __callRest(self,fn):
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output = subprocess.check_output("curl http://" + self.IPAddress.Text + "/api" + fn + " -s",shell=True,stderr=None)
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return json.loads(output)
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def __callRestPost(self,fn):
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output = subprocess.check_output("curl http://" + self.IPAddress.Text + "/api" + fn + " -d \"\" -X POST -s",shell=True,stderr=None)
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return json.loads(output) if output.find("{") == 0 else output
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def SaveFile(self,filename):
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file = open(filename,"w")
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file.write(self.IPAddress.Text)
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file.close()
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def Shutdown(self,restart=False):
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self.__callRestPost("/control/" + ("restart" if restart else "shutdown"))
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def StartApp(self,app):
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app.Start(self)
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def StopApp(self,app):
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app.Stop(self)
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def GetApps(self):
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data = self.__callRest("/app/packagemanager/packages")
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for package in data["InstalledPackages"]:
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self.Apps[package["PackageFamilyName"]] = WindowsPhone_App(package)
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def PrintInfoTrace(self):
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print "Windows Phone ist erreichbar: " + self.IPAddress.Text
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print "Geraete-Informationen:"
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print "\tName => " + self.Name
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print "\tType => " + self.Type
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print "\tLanguage => " + self.Language
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print "\tPower:"
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print "\t\tPluggedIn => " + str(self.Power.PluggedIn)
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print "\t\tBattery => " + str(self.Power.Battery)
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print "\t\tCharging => " + str(self.Power.Charging)
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print "\t\tMaxCapacity => " + str(self.Power.MaxCapacity) + " mWh"
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print "\t\tCurCapacity => " + str(self.Power.CurCapacity) + " mWh"
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print "\t\tPercentage => " + str(self.Power.Percentage()) + "%"
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print "\t\tEstimatedTime => " + str(self.Power.EstimatedTime)
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class WindowsPhoneLocator:
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Phones = {}
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def LoadFile(self,filename):
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file = open(filename,"r")
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ip = file.readline()
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file.close()
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ip = IPAddress(ip)
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id = ip.D + ip.C*100 + ip.B*10000 + ip.A*1000000
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self.Phones[id] = WindowsPhone(ip)
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return id
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def Locate(self,multi=False):
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networks = self.__readnetcfg()
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for ifName in networks.keys():
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network = networks[ifName]
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self.Phones = self.__scanNetwork(network,multi)
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def __ifnames(self):
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return subprocess.check_output("ifconfig",shell=True)
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def __getips(self,line):
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return re.findall(r"\b(?:25[0-5]|2[0-4][0-9]|1[0-9]{2}|[0-9][0-9]|[0-9])(?:\.(?:25[0-5]|2[0-4][0-9]|1[0-9]{2}|[0-9][0-9]|[0-9])){3}\b",line)
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def __readnetcfg(self):
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networks = {}
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interfaceName = ""
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for line in self.__ifnames().split("\n"):
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if line.find("Hardware") > 2:
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interfaceName = line[0:line.find(" ")]
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if interfaceName != "":
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if line.find("inet ") > 2:
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interfaceAddresses = self.__getips(line)
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if len(interfaceAddresses) != 3:
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continue
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interfaceIP = interfaceAddresses[0]
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interfaceBroadcast = interfaceAddresses[1]
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interfaceSubmask = interfaceAddresses[2]
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networks[interfaceName] = NetworkConfig(interfaceIP,interfaceBroadcast,interfaceSubmask)
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return networks
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def __checkPhone(self,a,b,c,d):
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ip = str(a) +"."+ str(b) +"."+ str(c) +"."+ str(d)
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try:
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output = subprocess.check_output("curl http://" + ip + "/api/os/machinename --max-time 2 -s",shell=True,stderr=None)
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if output.find("{") == 0:
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return True
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else:
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return False
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except Exception as e:
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return False
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def __scanNetwork(self,net,multi = False):
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phones = {}
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mask = net.Mask
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broadcast = net.Broadcast
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ip = net.Static
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broadcastBlockA = broadcast.A
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broadcastBlockB = broadcast.B
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broadcastBlockC = broadcast.C
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broadcastBlockD = broadcast.D
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scanBlockA = (mask.A != 255)
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scanBlockB = (mask.B != 255)
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scanBlockC = (mask.C != 255)
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scanBlockD = (mask.D != 255)
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blockA = 0 if scanBlockA else broadcastBlockA
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blockB = 0 if scanBlockB else broadcastBlockB
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blockC = 0 if scanBlockC else broadcastBlockC
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blockD = 0 if scanBlockD else broadcastBlockD
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targetA = 255 if scanBlockA else broadcastBlockA
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targetB = 255 if scanBlockB else broadcastBlockB
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targetC = 255 if scanBlockC else broadcastBlockC
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targetD = 255 if scanBlockD else broadcastBlockD
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while (blockA == targetA & blockB == targetB & blockC == targetC & blockD == targetD) == False:
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if self.__checkPhone(blockA,blockB,blockC,blockD):
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id = blockD + blockC*100 + blockB*10000 + blockA*1000000
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phones[id] = WindowsPhone(IPAddress(blockA,blockB,blockC,blockD))
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if multi == False:
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return phones
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if scanBlockD:
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blockD = blockD + 1
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if blockD > 255:
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blockD = 0
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if scanBlockC:
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blockC = blockC + 1
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else:
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break
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if blockC > 255:
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blockC = 0
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if scanBlockB:
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blockB = blockB + 1
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else:
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break
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if blockB > 255:
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blockB = 0
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if scanBlockA:
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blockA = blockA + 1
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else:
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break
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if blockA > 255:
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break
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return phones
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