Win32_PerfFormattedData_RemoteAccess_RASPort python sample code
The foundations for Manageability in Windows is Windows Management Instrumentation (WMI; formerly WBEM) and WMI extensions for Windows Driver Model (WDM).
ActiveXperts Network Monitor provides the ability to build monitor check routines based on WMI. ActiveXperts has collected more than a hundred WMI samples. You can use these samples as a base for new check routines you can write yourself. The Win32_PerfFormattedData_RemoteAccess_RASPort WMI class can be used in ActiveXperts Network Monitor to monitor your servers.
Sample Code
import win32com.client def WMIDateStringToDate(dtmDate): strDateTime = "" if (dtmDate[4] == 0): strDateTime = dtmDate[5] + '/' else: strDateTime = dtmDate[4] + dtmDate[5] + '/' if (dtmDate[6] == 0): strDateTime = strDateTime + dtmDate[7] + '/' else: strDateTime = strDateTime + dtmDate[6] + dtmDate[7] + '/' strDateTime = strDateTime + dtmDate[0] + dtmDate[1] + dtmDate[2] + dtmDate[3] + " " + dtmDate[8] + dtmDate[9] + ":" + dtmDate[10] + dtmDate[11] +':' + dtmDate[12] + dtmDate[13] return strDateTime strComputer = "." objWMIService = win32com.client.Dispatch("WbemScripting.SWbemLocator") objSWbemServices = objWMIService.ConnectServer(strComputer,"root\cimv2") colItems = objSWbemServices.ExecQuery("SELECT * FROM Win32_PerfFormattedData_RemoteAccess_RASPort") for objItem in colItems: if objItem.AlignmentErrors != None: print "AlignmentErrors:" + ` objItem.AlignmentErrors` if objItem.BufferOverrunErrors != None: print "BufferOverrunErrors:" + ` objItem.BufferOverrunErrors` if objItem.BytesReceived != None: print "BytesReceived:" + ` objItem.BytesReceived` if objItem.BytesReceivedPerSec != None: print "BytesReceivedPerSec:" + ` objItem.BytesReceivedPerSec` if objItem.BytesTransmitted != None: print "BytesTransmitted:" + ` objItem.BytesTransmitted` if objItem.BytesTransmittedPerSec != None: print "BytesTransmittedPerSec:" + ` objItem.BytesTransmittedPerSec` if objItem.Caption != None: print "Caption:" + ` objItem.Caption` if objItem.CRCErrors != None: print "CRCErrors:" + ` objItem.CRCErrors` if objItem.Description != None: print "Description:" + ` objItem.Description` if objItem.FramesReceived != None: print "FramesReceived:" + ` objItem.FramesReceived` if objItem.FramesReceivedPerSec != None: print "FramesReceivedPerSec:" + ` objItem.FramesReceivedPerSec` if objItem.FramesTransmitted != None: print "FramesTransmitted:" + ` objItem.FramesTransmitted` if objItem.FramesTransmittedPerSec != None: print "FramesTransmittedPerSec:" + ` objItem.FramesTransmittedPerSec` if objItem.Frequency_Object != None: print "Frequency_Object:" + ` objItem.Frequency_Object` if objItem.Frequency_PerfTime != None: print "Frequency_PerfTime:" + ` objItem.Frequency_PerfTime` if objItem.Frequency_Sys100NS != None: print "Frequency_Sys100NS:" + ` objItem.Frequency_Sys100NS` if objItem.Name != None: print "Name:" + ` objItem.Name` if objItem.PercentCompressionIn != None: print "PercentCompressionIn:" + ` objItem.PercentCompressionIn` if objItem.PercentCompressionOut != None: print "PercentCompressionOut:" + ` objItem.PercentCompressionOut` if objItem.SerialOverrunErrors != None: print "SerialOverrunErrors:" + ` objItem.SerialOverrunErrors` if objItem.TimeoutErrors != None: print "TimeoutErrors:" + ` objItem.TimeoutErrors` if objItem.Timestamp_Object != None: print "Timestamp_Object:" + ` objItem.Timestamp_Object` if objItem.Timestamp_PerfTime != None: print "Timestamp_PerfTime:" + ` objItem.Timestamp_PerfTime` if objItem.Timestamp_Sys100NS != None: print "Timestamp_Sys100NS:" + ` objItem.Timestamp_Sys100NS` if objItem.TotalErrors != None: print "TotalErrors:" + ` objItem.TotalErrors` if objItem.TotalErrorsPerSec != None: print "TotalErrorsPerSec:" + ` objItem.TotalErrorsPerSec`