# Copyright (C) 2008-2026 Oracle and/or its affiliates.
#
# This file is part of a free software library; you can redistribute
# it and/or modify it under the terms of the GNU Lesser General
# Public License version 2.1 as published by the Free Software
# Foundation and shipped in the "COPYING.LIB" file with this library.
# The library is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY of any kind.
#
# Oracle LGPL Disclaimer: For the avoidance of doubt, except that if
# any license choice other than GPL or LGPL is available it will
# apply instead, Oracle elects to use only the Lesser General Public
# License version 2.1 (LGPLv2) at this time for any software where
# a choice of LGPL license versions is made available with the
# language indicating that LGPLv2 or any later version may be used,
# or where a choice of which version of the LGPL is applied is
# otherwise unspecified.
#
# SPDX-License-Identifier: LGPL-2.1-only
#

#
# This file is autogenerated from VirtualBox.xidl, DO NOT EDIT!
#

# Works only with ZSI 2.0 generated stubs (part of the VirtualBox SDK).
from VirtualBox_client import *

class ObjectRefManager:
  def __init__(self, sessionmgr):
     self.map = {}
     self.sessionmgr = sessionmgr

  def register(self, handle):
     if handle == None:
        return
     c = self.map.get(handle,0)
     c = c + 1
     self.map[handle]=c

  def unregister(self, handle):
     if handle == None:
        return
     c = self.map.get(handle,-1)
     if c == -1:
        raise Error('wrong refcount')
     c = c - 1
     if c == 0:
        try:
            req=IManagedObjectRef_releaseRequestMsg()
            req._this=handle
            self.sessionmgr.getPort().IManagedObjectRef_release(req)
        except:
            pass
        del self.map[handle]
     else:
        self.map[handle] = c

class String:
  def __init__(self, mgr, handle, isarray = False):
      self.handle = handle
      self.mgr = mgr
      self.isarray = isarray

  def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

  def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

  def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

  def __getitem__(self, index):
      if self.isarray:
          return String(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

  def __str__(self):
      return str(self.handle)

  def __eq__(self,other):
      if self.isarray:
         return isinstance(other,String) and self.handle == other.handle
      if isinstance(other,String):
         return self.handle == other.handle
      if isinstance(other,basestring):
         return self.handle == other
      return False

  def __ne__(self,other):
      if self.isarray:
         return not isinstance(other,String) or self.handle != other.handle
      if isinstance(other,String):
         return self.handle != other.handle
      if isinstance(other,basestring):
         return self.handle != other
      return True

  def __add__(self,other):
      return str(self.handle)+str(other)


class Boolean:
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       if self.handle == "false":
          self.handle = None
       self.mgr = mgr
       self.isarray = isarray

  def __str__(self):
       if self.handle:
         return "true"
       else:
         return "false"

  def __eq__(self,other):
      if isinstance(other,Bool):
         return self.handle == other.value
      if isinstance(other,bool):
         return self.handle == other
      return False

  def __ne__(self,other):
      if isinstance(other,Bool):
         return self.handle != other.handle
      if isinstance(other,bool):
         return self.handle != other
      return True

  def __int__(self):
      if self.handle:
        return 1
      else:
        return 0

  def __long__(self):
      if self.handle:
        return 1
      else:
        return 0

  def __nonzero__(self):
      if self.handle:
        return True
      else:
        return False

  def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

  def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

  def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

  def __getitem__(self, index):
      if self.isarray:
          return Boolean(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class Number:
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

  def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

  def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

  def __str__(self):
       return str(self.handle)

  def __int__(self):
       return int(self.handle)

  def __long__(self):
       return long(self.handle)

  def __float__(self):
       return float(self.handle)

  def __lt__(self, other):
       if self.isarray:
            return NotImplemented
       else:
            return self.handle < other

  def __le__(self, other):
       if self.isarray:
            return NotImplemented
       else:
            return self.handle <= other

  def __eq__(self, other):
       return self.handle == other

  def __ne__(self, other):
       return self.handle != other

  def __gt__(self, other):
       if self.isarray:
            return NotImplemented
       else:
            return self.handle > other

  def __ge__(self, other):
       if self.isarray:
            return NotImplemented
       else:
            return self.handle >= other

class Octet:
  def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
           self.handle = mgr.decodebase64(handle)
       else:
           raise TypeError("only octet arrays")

  def __getitem__(self, index):
      return self.handle[index]

  def __str__(self):
       return str(self.handle)

  def __len__(self):
      return self.handle.__len__()

class UnsignedInt(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return UnsignedInt(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class Int(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return Int(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class UnsignedShort(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return UnsignedShort(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class Short(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return Short(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class UnsignedLong(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return UnsignedLong(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class Long(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return Long(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class Double(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return Double(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class Float(Number):
  def __init__(self, mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __getitem__(self, index):
      if self.isarray:
          return Float(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

class IUnknown:
  def __init__(self,  mgr, handle, isarray = False):
       self.handle = handle
       self.mgr = mgr
       self.isarray = isarray

  def __nonzero__(self):
      if self.handle != "":
           return True
      else:
           return False

  def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

  def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

  def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

  def __getitem__(self, index):
      if self.isarray:
          return IUnknown(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

  def __str__(self):
       return str(self.handle)

  def __eq__(self, other):
       return self.handle == other

  def __ne__(self, other):
       return self.handle != other

  def __getattr__(self,attr):
       if self.__class__.__dict__.get(attr) != None:
           return self.__class__.__dict__.get(attr)
       if self.__dict__.get(attr) != None:
           return self.__dict__.get(attr)
       raise AttributeError



class IVirtualBoxErrorInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVirtualBoxErrorInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVirtualBoxErrorInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVirtualBoxErrorInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getResultCode(self):
       req=IVirtualBoxErrorInfo_getResultCodeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getResultCode(req)
       return Int(self.mgr,val._returnval)
   def getResultDetail(self):
       req=IVirtualBoxErrorInfo_getResultDetailRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getResultDetail(req)
       return Int(self.mgr,val._returnval)
   def getInterfaceID(self):
       req=IVirtualBoxErrorInfo_getInterfaceIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getInterfaceID(req)
       return String(self.mgr,val._returnval)
   def getComponent(self):
       req=IVirtualBoxErrorInfo_getComponentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getComponent(req)
       return String(self.mgr,val._returnval)
   def getText(self):
       req=IVirtualBoxErrorInfo_getTextRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getText(req)
       return String(self.mgr,val._returnval)
   def getNext(self):
       req=IVirtualBoxErrorInfo_getNextRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBoxErrorInfo_getNext(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'resultCode':[getResultCode,None],
         'resultDetail':[getResultDetail,None],
         'interfaceID':[getInterfaceID,None],
         'component':[getComponent,None],
         'text':[getText,None],
         'next':[getNext,None]}

class INATNetwork(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetwork(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetwork._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetwork._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def addLocalMapping(self, _arg_hostid, _arg_offset):
       req=INATNetwork_addLocalMappingRequestMsg()
       req._this=self.handle
       
       req._hostid=_arg_hostid
       req._offset=_arg_offset
       val=self.mgr.getPort().INATNetwork_addLocalMapping(req)
       
       return 


   def addPortForwardRule(self, _arg_isIpv6, _arg_ruleName, _arg_proto, _arg_hostIP, _arg_hostPort, _arg_guestIP, _arg_guestPort):
       req=INATNetwork_addPortForwardRuleRequestMsg()
       req._this=self.handle
       
       req._isIpv6=_arg_isIpv6
       req._ruleName=_arg_ruleName
       req._proto=_arg_proto
       req._hostIP=_arg_hostIP
       req._hostPort=_arg_hostPort
       req._guestIP=_arg_guestIP
       req._guestPort=_arg_guestPort
       val=self.mgr.getPort().INATNetwork_addPortForwardRule(req)
       
       return 


   def removePortForwardRule(self, _arg_isIpv6, _arg_ruleName):
       req=INATNetwork_removePortForwardRuleRequestMsg()
       req._this=self.handle
       
       req._isIpv6=_arg_isIpv6
       req._ruleName=_arg_ruleName
       val=self.mgr.getPort().INATNetwork_removePortForwardRule(req)
       
       return 


   def start(self):
       req=INATNetwork_startRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().INATNetwork_start(req)
       
       return 


   def stop(self):
       req=INATNetwork_stopRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().INATNetwork_stop(req)
       
       return 


   def getNetworkName(self):
       req=INATNetwork_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getNetworkName(req)
       return String(self.mgr,val._returnval)
   def setNetworkName(self, value):
       req=INATNetwork_setNetworkNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._networkName = value
       else:
            req._networkName = value.handle
       self.mgr.getPort().INATNetwork_setNetworkName(req)

   def getEnabled(self):
       req=INATNetwork_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=INATNetwork_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().INATNetwork_setEnabled(req)

   def getNetwork(self):
       req=INATNetwork_getNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getNetwork(req)
       return String(self.mgr,val._returnval)
   def setNetwork(self, value):
       req=INATNetwork_setNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._network = value
       else:
            req._network = value.handle
       self.mgr.getPort().INATNetwork_setNetwork(req)

   def getGateway(self):
       req=INATNetwork_getGatewayRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getGateway(req)
       return String(self.mgr,val._returnval)
   def getIPv6Enabled(self):
       req=INATNetwork_getIPv6EnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getIPv6Enabled(req)
       return Boolean(self.mgr,val._returnval)
   def setIPv6Enabled(self, value):
       req=INATNetwork_setIPv6EnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IPv6Enabled = value
       else:
            req._IPv6Enabled = value.handle
       self.mgr.getPort().INATNetwork_setIPv6Enabled(req)

   def getIPv6Prefix(self):
       req=INATNetwork_getIPv6PrefixRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getIPv6Prefix(req)
       return String(self.mgr,val._returnval)
   def setIPv6Prefix(self, value):
       req=INATNetwork_setIPv6PrefixRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IPv6Prefix = value
       else:
            req._IPv6Prefix = value.handle
       self.mgr.getPort().INATNetwork_setIPv6Prefix(req)

   def getAdvertiseDefaultIPv6RouteEnabled(self):
       req=INATNetwork_getAdvertiseDefaultIPv6RouteEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getAdvertiseDefaultIPv6RouteEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setAdvertiseDefaultIPv6RouteEnabled(self, value):
       req=INATNetwork_setAdvertiseDefaultIPv6RouteEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._advertiseDefaultIPv6RouteEnabled = value
       else:
            req._advertiseDefaultIPv6RouteEnabled = value.handle
       self.mgr.getPort().INATNetwork_setAdvertiseDefaultIPv6RouteEnabled(req)

   def getNeedDhcpServer(self):
       req=INATNetwork_getNeedDhcpServerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getNeedDhcpServer(req)
       return Boolean(self.mgr,val._returnval)
   def setNeedDhcpServer(self, value):
       req=INATNetwork_setNeedDhcpServerRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._needDhcpServer = value
       else:
            req._needDhcpServer = value.handle
       self.mgr.getPort().INATNetwork_setNeedDhcpServer(req)

   def getEventSource(self):
       req=INATNetwork_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getPortForwardRules4(self):
       req=INATNetwork_getPortForwardRules4RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getPortForwardRules4(req)
       return String(self.mgr,val._returnval, True)
   def getLocalMappings(self):
       req=INATNetwork_getLocalMappingsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getLocalMappings(req)
       return String(self.mgr,val._returnval, True)
   def getLocalhostReachable(self):
       req=INATNetwork_getLocalhostReachableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getLocalhostReachable(req)
       return Boolean(self.mgr,val._returnval)
   def setLocalhostReachable(self, value):
       req=INATNetwork_setLocalhostReachableRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._localhostReachable = value
       else:
            req._localhostReachable = value.handle
       self.mgr.getPort().INATNetwork_setLocalhostReachable(req)

   def getForwardBroadcast(self):
       req=INATNetwork_getForwardBroadcastRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getForwardBroadcast(req)
       return Boolean(self.mgr,val._returnval)
   def setForwardBroadcast(self, value):
       req=INATNetwork_setForwardBroadcastRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._forwardBroadcast = value
       else:
            req._forwardBroadcast = value.handle
       self.mgr.getPort().INATNetwork_setForwardBroadcast(req)

   def getNatMTU(self):
       req=INATNetwork_getNatMTURequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getNatMTU(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setNatMTU(self, value):
       req=INATNetwork_setNatMTURequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._natMTU = value
       else:
            req._natMTU = value.handle
       self.mgr.getPort().INATNetwork_setNatMTU(req)

   def getNatMRU(self):
       req=INATNetwork_getNatMRURequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getNatMRU(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setNatMRU(self, value):
       req=INATNetwork_setNatMRURequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._natMRU = value
       else:
            req._natMRU = value.handle
       self.mgr.getPort().INATNetwork_setNatMRU(req)

   def getLoopbackIp6(self):
       req=INATNetwork_getLoopbackIp6RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getLoopbackIp6(req)
       return Int(self.mgr,val._returnval)
   def setLoopbackIp6(self, value):
       req=INATNetwork_setLoopbackIp6RequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._loopbackIp6 = value
       else:
            req._loopbackIp6 = value.handle
       self.mgr.getPort().INATNetwork_setLoopbackIp6(req)

   def getPortForwardRules6(self):
       req=INATNetwork_getPortForwardRules6RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetwork_getPortForwardRules6(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'networkName':[getNetworkName,setNetworkName,
        ],
         'enabled':[getEnabled,setEnabled,
        ],
         'network':[getNetwork,setNetwork,
        ],
         'gateway':[getGateway,None],
         'IPv6Enabled':[getIPv6Enabled,setIPv6Enabled,
        ],
         'IPv6Prefix':[getIPv6Prefix,setIPv6Prefix,
        ],
         'advertiseDefaultIPv6RouteEnabled':[getAdvertiseDefaultIPv6RouteEnabled,setAdvertiseDefaultIPv6RouteEnabled,
        ],
         'needDhcpServer':[getNeedDhcpServer,setNeedDhcpServer,
        ],
         'eventSource':[getEventSource,None],
         'portForwardRules4':[getPortForwardRules4,None],
         'localMappings':[getLocalMappings,None],
         'localhostReachable':[getLocalhostReachable,setLocalhostReachable,
        ],
         'forwardBroadcast':[getForwardBroadcast,setForwardBroadcast,
        ],
         'natMTU':[getNatMTU,setNatMTU,
        ],
         'natMRU':[getNatMRU,setNatMRU,
        ],
         'loopbackIp6':[getLoopbackIp6,setLoopbackIp6,
        ],
         'portForwardRules6':[getPortForwardRules6,None]}

class ICloudNetwork(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudNetwork(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudNetwork._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudNetwork._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNetworkName(self):
       req=ICloudNetwork_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetwork_getNetworkName(req)
       return String(self.mgr,val._returnval)
   def setNetworkName(self, value):
       req=ICloudNetwork_setNetworkNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._networkName = value
       else:
            req._networkName = value.handle
       self.mgr.getPort().ICloudNetwork_setNetworkName(req)

   def getEnabled(self):
       req=ICloudNetwork_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetwork_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=ICloudNetwork_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().ICloudNetwork_setEnabled(req)

   def getProvider(self):
       req=ICloudNetwork_getProviderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetwork_getProvider(req)
       return String(self.mgr,val._returnval)
   def setProvider(self, value):
       req=ICloudNetwork_setProviderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._provider = value
       else:
            req._provider = value.handle
       self.mgr.getPort().ICloudNetwork_setProvider(req)

   def getProfile(self):
       req=ICloudNetwork_getProfileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetwork_getProfile(req)
       return String(self.mgr,val._returnval)
   def setProfile(self, value):
       req=ICloudNetwork_setProfileRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._profile = value
       else:
            req._profile = value.handle
       self.mgr.getPort().ICloudNetwork_setProfile(req)

   def getNetworkId(self):
       req=ICloudNetwork_getNetworkIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetwork_getNetworkId(req)
       return String(self.mgr,val._returnval)
   def setNetworkId(self, value):
       req=ICloudNetwork_setNetworkIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._networkId = value
       else:
            req._networkId = value.handle
       self.mgr.getPort().ICloudNetwork_setNetworkId(req)



   _Attrs_={         'networkName':[getNetworkName,setNetworkName,
        ],
         'enabled':[getEnabled,setEnabled,
        ],
         'provider':[getProvider,setProvider,
        ],
         'profile':[getProfile,setProfile,
        ],
         'networkId':[getNetworkId,setNetworkId,
        ]}

class IHostOnlyNetwork(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostOnlyNetwork(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostOnlyNetwork._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostOnlyNetwork._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNetworkName(self):
       req=IHostOnlyNetwork_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getNetworkName(req)
       return String(self.mgr,val._returnval)
   def setNetworkName(self, value):
       req=IHostOnlyNetwork_setNetworkNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._networkName = value
       else:
            req._networkName = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setNetworkName(req)

   def getEnabled(self):
       req=IHostOnlyNetwork_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IHostOnlyNetwork_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setEnabled(req)

   def getNetworkMask(self):
       req=IHostOnlyNetwork_getNetworkMaskRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getNetworkMask(req)
       return String(self.mgr,val._returnval)
   def setNetworkMask(self, value):
       req=IHostOnlyNetwork_setNetworkMaskRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._networkMask = value
       else:
            req._networkMask = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setNetworkMask(req)

   def getHostIP(self):
       req=IHostOnlyNetwork_getHostIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getHostIP(req)
       return String(self.mgr,val._returnval)
   def getLowerIP(self):
       req=IHostOnlyNetwork_getLowerIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getLowerIP(req)
       return String(self.mgr,val._returnval)
   def setLowerIP(self, value):
       req=IHostOnlyNetwork_setLowerIPRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._lowerIP = value
       else:
            req._lowerIP = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setLowerIP(req)

   def getUpperIP(self):
       req=IHostOnlyNetwork_getUpperIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getUpperIP(req)
       return String(self.mgr,val._returnval)
   def setUpperIP(self, value):
       req=IHostOnlyNetwork_setUpperIPRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._upperIP = value
       else:
            req._upperIP = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setUpperIP(req)

   def getId(self):
       req=IHostOnlyNetwork_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostOnlyNetwork_getId(req)
       return String(self.mgr,val._returnval)
   def setId(self, value):
       req=IHostOnlyNetwork_setIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._id = value
       else:
            req._id = value.handle
       self.mgr.getPort().IHostOnlyNetwork_setId(req)



   _Attrs_={         'networkName':[getNetworkName,setNetworkName,
        ],
         'enabled':[getEnabled,setEnabled,
        ],
         'networkMask':[getNetworkMask,setNetworkMask,
        ],
         'hostIP':[getHostIP,None],
         'lowerIP':[getLowerIP,setLowerIP,
        ],
         'upperIP':[getUpperIP,setUpperIP,
        ],
         'id':[getId,setId,
        ]}

class IDHCPServer(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPServer(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPServer._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPServer._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setConfiguration(self, _arg_IPAddress, _arg_networkMask, _arg_FromIPAddress, _arg_ToIPAddress):
       req=IDHCPServer_setConfigurationRequestMsg()
       req._this=self.handle
       
       req._IPAddress=_arg_IPAddress
       req._networkMask=_arg_networkMask
       req._FromIPAddress=_arg_FromIPAddress
       req._ToIPAddress=_arg_ToIPAddress
       val=self.mgr.getPort().IDHCPServer_setConfiguration(req)
       
       return 


   def start(self, _arg_trunkName, _arg_trunkType):
       req=IDHCPServer_startRequestMsg()
       req._this=self.handle
       
       req._trunkName=_arg_trunkName
       req._trunkType=_arg_trunkType
       val=self.mgr.getPort().IDHCPServer_start(req)
       
       return 


   def stop(self):
       req=IDHCPServer_stopRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPServer_stop(req)
       
       return 


   def restart(self):
       req=IDHCPServer_restartRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPServer_restart(req)
       
       return 


   def findLeaseByMAC(self, _arg_mac, _arg_type):
       req=IDHCPServer_findLeaseByMACRequestMsg()
       req._this=self.handle
       
       req._mac=_arg_mac
       req._type=_arg_type
       val=self.mgr.getPort().IDHCPServer_findLeaseByMAC(req)
       
       return String(self.mgr,val._address), String(self.mgr,val._state), Long(self.mgr,val._issued), Long(self.mgr,val._expire)


   def getConfig(self, _arg_scope, _arg_name, _arg_slot, _arg_mayAdd):
       req=IDHCPServer_getConfigRequestMsg()
       req._this=self.handle
       
       req._scope=_arg_scope
       req._name=_arg_name
       req._slot=_arg_slot
       req._mayAdd=_arg_mayAdd
       val=self.mgr.getPort().IDHCPServer_getConfig(req)
       
       return IDHCPConfig(self.mgr,val._returnval)


   def getEventSource(self):
       req=IDHCPServer_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getEnabled(self):
       req=IDHCPServer_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IDHCPServer_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IDHCPServer_setEnabled(req)

   def getIPAddress(self):
       req=IDHCPServer_getIPAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getIPAddress(req)
       return String(self.mgr,val._returnval)
   def getNetworkMask(self):
       req=IDHCPServer_getNetworkMaskRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getNetworkMask(req)
       return String(self.mgr,val._returnval)
   def getNetworkName(self):
       req=IDHCPServer_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getNetworkName(req)
       return String(self.mgr,val._returnval)
   def getLowerIP(self):
       req=IDHCPServer_getLowerIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getLowerIP(req)
       return String(self.mgr,val._returnval)
   def getUpperIP(self):
       req=IDHCPServer_getUpperIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getUpperIP(req)
       return String(self.mgr,val._returnval)
   def getGlobalConfig(self):
       req=IDHCPServer_getGlobalConfigRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getGlobalConfig(req)
       return IDHCPGlobalConfig(self.mgr,val._returnval)
   def getGroupConfigs(self):
       req=IDHCPServer_getGroupConfigsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getGroupConfigs(req)
       return IDHCPGroupConfig(self.mgr,val._returnval, True)
   def getIndividualConfigs(self):
       req=IDHCPServer_getIndividualConfigsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPServer_getIndividualConfigs(req)
       return IDHCPIndividualConfig(self.mgr,val._returnval, True)


   _Attrs_={         'eventSource':[getEventSource,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'IPAddress':[getIPAddress,None],
         'networkMask':[getNetworkMask,None],
         'networkName':[getNetworkName,None],
         'lowerIP':[getLowerIP,None],
         'upperIP':[getUpperIP,None],
         'globalConfig':[getGlobalConfig,None],
         'groupConfigs':[getGroupConfigs,None],
         'individualConfigs':[getIndividualConfigs,None]}

class IDHCPConfig(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPConfig(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPConfig._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPConfig._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setOption(self, _arg_option, _arg_encoding, _arg_value):
       req=IDHCPConfig_setOptionRequestMsg()
       req._this=self.handle
       
       req._option=_arg_option
       req._encoding=_arg_encoding
       req._value=_arg_value
       val=self.mgr.getPort().IDHCPConfig_setOption(req)
       
       return 


   def removeOption(self, _arg_option):
       req=IDHCPConfig_removeOptionRequestMsg()
       req._this=self.handle
       
       req._option=_arg_option
       val=self.mgr.getPort().IDHCPConfig_removeOption(req)
       
       return 


   def removeAllOptions(self):
       req=IDHCPConfig_removeAllOptionsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPConfig_removeAllOptions(req)
       
       return 


   def getOption(self, _arg_option):
       req=IDHCPConfig_getOptionRequestMsg()
       req._this=self.handle
       
       req._option=_arg_option
       val=self.mgr.getPort().IDHCPConfig_getOption(req)
       
       return String(self.mgr,val._returnval), DHCPOptionEncoding(self.mgr,val._encoding)


   def getAllOptions(self):
       req=IDHCPConfig_getAllOptionsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPConfig_getAllOptions(req)
       
       return String(self.mgr,val._returnval, True), DHCPOption(self.mgr,val._options, True), DHCPOptionEncoding(self.mgr,val._encodings, True)


   def remove(self):
       req=IDHCPConfig_removeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPConfig_remove(req)
       
       return 


   def getScope(self):
       req=IDHCPConfig_getScopeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getScope(req)
       return DHCPConfigScope(self.mgr,val._returnval)
   def getMinLeaseTime(self):
       req=IDHCPConfig_getMinLeaseTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getMinLeaseTime(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMinLeaseTime(self, value):
       req=IDHCPConfig_setMinLeaseTimeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._minLeaseTime = value
       else:
            req._minLeaseTime = value.handle
       self.mgr.getPort().IDHCPConfig_setMinLeaseTime(req)

   def getDefaultLeaseTime(self):
       req=IDHCPConfig_getDefaultLeaseTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getDefaultLeaseTime(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setDefaultLeaseTime(self, value):
       req=IDHCPConfig_setDefaultLeaseTimeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultLeaseTime = value
       else:
            req._defaultLeaseTime = value.handle
       self.mgr.getPort().IDHCPConfig_setDefaultLeaseTime(req)

   def getMaxLeaseTime(self):
       req=IDHCPConfig_getMaxLeaseTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getMaxLeaseTime(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMaxLeaseTime(self, value):
       req=IDHCPConfig_setMaxLeaseTimeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._maxLeaseTime = value
       else:
            req._maxLeaseTime = value.handle
       self.mgr.getPort().IDHCPConfig_setMaxLeaseTime(req)

   def getForcedOptions(self):
       req=IDHCPConfig_getForcedOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getForcedOptions(req)
       return DHCPOption(self.mgr,val._returnval, True)
   def setForcedOptions(self, value):
       req=IDHCPConfig_setForcedOptionsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._forcedOptions = value
       else:
            req._forcedOptions = value.handle
       self.mgr.getPort().IDHCPConfig_setForcedOptions(req)

   def getSuppressedOptions(self):
       req=IDHCPConfig_getSuppressedOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPConfig_getSuppressedOptions(req)
       return DHCPOption(self.mgr,val._returnval, True)
   def setSuppressedOptions(self, value):
       req=IDHCPConfig_setSuppressedOptionsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._suppressedOptions = value
       else:
            req._suppressedOptions = value.handle
       self.mgr.getPort().IDHCPConfig_setSuppressedOptions(req)



   _Attrs_={         'scope':[getScope,None],
         'minLeaseTime':[getMinLeaseTime,setMinLeaseTime,
        ],
         'defaultLeaseTime':[getDefaultLeaseTime,setDefaultLeaseTime,
        ],
         'maxLeaseTime':[getMaxLeaseTime,setMaxLeaseTime,
        ],
         'forcedOptions':[getForcedOptions,setForcedOptions,
        ],
         'suppressedOptions':[getSuppressedOptions,setSuppressedOptions,
        ]}

class IDHCPGlobalConfig(IDHCPConfig):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPGlobalConfig(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPGlobalConfig._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDHCPConfig.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPGlobalConfig._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   


   _Attrs_={}

class IDHCPGroupCondition(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPGroupCondition(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPGroupCondition._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPGroupCondition._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def remove(self):
       req=IDHCPGroupCondition_removeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPGroupCondition_remove(req)
       
       return 


   def getInclusive(self):
       req=IDHCPGroupCondition_getInclusiveRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPGroupCondition_getInclusive(req)
       return Boolean(self.mgr,val._returnval)
   def setInclusive(self, value):
       req=IDHCPGroupCondition_setInclusiveRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._inclusive = value
       else:
            req._inclusive = value.handle
       self.mgr.getPort().IDHCPGroupCondition_setInclusive(req)

   def getType(self):
       req=IDHCPGroupCondition_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPGroupCondition_getType(req)
       return DHCPGroupConditionType(self.mgr,val._returnval)
   def setType(self, value):
       req=IDHCPGroupCondition_setTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._type = value
       else:
            req._type = value.handle
       self.mgr.getPort().IDHCPGroupCondition_setType(req)

   def getValue(self):
       req=IDHCPGroupCondition_getValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPGroupCondition_getValue(req)
       return String(self.mgr,val._returnval)
   def setValue(self, value):
       req=IDHCPGroupCondition_setValueRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._value = value
       else:
            req._value = value.handle
       self.mgr.getPort().IDHCPGroupCondition_setValue(req)



   _Attrs_={         'inclusive':[getInclusive,setInclusive,
        ],
         'type':[getType,setType,
        ],
         'value':[getValue,setValue,
        ]}

class IDHCPGroupConfig(IDHCPConfig):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPGroupConfig(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPGroupConfig._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDHCPConfig.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPGroupConfig._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def addCondition(self, _arg_inclusive, _arg_type, _arg_value):
       req=IDHCPGroupConfig_addConditionRequestMsg()
       req._this=self.handle
       
       req._inclusive=_arg_inclusive
       req._type=_arg_type
       req._value=_arg_value
       val=self.mgr.getPort().IDHCPGroupConfig_addCondition(req)
       
       return IDHCPGroupCondition(self.mgr,val._returnval)


   def removeAllConditions(self):
       req=IDHCPGroupConfig_removeAllConditionsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDHCPGroupConfig_removeAllConditions(req)
       
       return 


   def getName(self):
       req=IDHCPGroupConfig_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPGroupConfig_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IDHCPGroupConfig_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IDHCPGroupConfig_setName(req)

   def getConditions(self):
       req=IDHCPGroupConfig_getConditionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPGroupConfig_getConditions(req)
       return IDHCPGroupCondition(self.mgr,val._returnval, True)


   _Attrs_={         'name':[getName,setName,
        ],
         'conditions':[getConditions,None]}

class IDHCPIndividualConfig(IDHCPConfig):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDHCPIndividualConfig(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDHCPIndividualConfig._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDHCPConfig.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDHCPIndividualConfig._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMACAddress(self):
       req=IDHCPIndividualConfig_getMACAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPIndividualConfig_getMACAddress(req)
       return String(self.mgr,val._returnval)
   def getMachineId(self):
       req=IDHCPIndividualConfig_getMachineIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPIndividualConfig_getMachineId(req)
       return String(self.mgr,val._returnval)
   def getSlot(self):
       req=IDHCPIndividualConfig_getSlotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPIndividualConfig_getSlot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getFixedAddress(self):
       req=IDHCPIndividualConfig_getFixedAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDHCPIndividualConfig_getFixedAddress(req)
       return String(self.mgr,val._returnval)
   def setFixedAddress(self, value):
       req=IDHCPIndividualConfig_setFixedAddressRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._fixedAddress = value
       else:
            req._fixedAddress = value.handle
       self.mgr.getPort().IDHCPIndividualConfig_setFixedAddress(req)



   _Attrs_={         'MACAddress':[getMACAddress,None],
         'machineId':[getMachineId,None],
         'slot':[getSlot,None],
         'fixedAddress':[getFixedAddress,setFixedAddress,
        ]}

class IVirtualBox(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVirtualBox(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVirtualBox._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVirtualBox._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def composeMachineFilename(self, _arg_name, _arg_group, _arg_createFlags, _arg_baseFolder):
       req=IVirtualBox_composeMachineFilenameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._group=_arg_group
       req._createFlags=_arg_createFlags
       req._baseFolder=_arg_baseFolder
       val=self.mgr.getPort().IVirtualBox_composeMachineFilename(req)
       
       return String(self.mgr,val._returnval)


   def getPlatformProperties(self, _arg_architecture):
       req=IVirtualBox_getPlatformPropertiesRequestMsg()
       req._this=self.handle
       
       req._architecture=_arg_architecture
       val=self.mgr.getPort().IVirtualBox_getPlatformProperties(req)
       
       return IPlatformProperties(self.mgr,val._returnval)


   def createMachine(self, _arg_settingsFile, _arg_name, _arg_platform, _arg_groups, _arg_osTypeId, _arg_flags, _arg_cipher, _arg_passwordId, _arg_password):
       req=IVirtualBox_createMachineRequestMsg()
       req._this=self.handle
       
       req._settingsFile=_arg_settingsFile
       req._name=_arg_name
       req._platform=_arg_platform
       req._groups=_arg_groups
       req._osTypeId=_arg_osTypeId
       req._flags=_arg_flags
       req._cipher=_arg_cipher
       req._passwordId=_arg_passwordId
       req._password=_arg_password
       val=self.mgr.getPort().IVirtualBox_createMachine(req)
       
       return IMachine(self.mgr,val._returnval)


   def openMachine(self, _arg_settingsFile, _arg_password):
       req=IVirtualBox_openMachineRequestMsg()
       req._this=self.handle
       
       req._settingsFile=_arg_settingsFile
       req._password=_arg_password
       val=self.mgr.getPort().IVirtualBox_openMachine(req)
       
       return IMachine(self.mgr,val._returnval)


   def registerMachine(self, _arg_machine):
       req=IVirtualBox_registerMachineRequestMsg()
       req._this=self.handle
       
       req._machine=_arg_machine
       val=self.mgr.getPort().IVirtualBox_registerMachine(req)
       
       return 


   def findMachine(self, _arg_nameOrId):
       req=IVirtualBox_findMachineRequestMsg()
       req._this=self.handle
       
       req._nameOrId=_arg_nameOrId
       val=self.mgr.getPort().IVirtualBox_findMachine(req)
       
       return IMachine(self.mgr,val._returnval)


   def getMachinesByGroups(self, _arg_groups):
       req=IVirtualBox_getMachinesByGroupsRequestMsg()
       req._this=self.handle
       
       req._groups=_arg_groups
       val=self.mgr.getPort().IVirtualBox_getMachinesByGroups(req)
       
       return IMachine(self.mgr,val._returnval, True)


   def getMachineStates(self, _arg_machines):
       req=IVirtualBox_getMachineStatesRequestMsg()
       req._this=self.handle
       
       req._machines=_arg_machines
       val=self.mgr.getPort().IVirtualBox_getMachineStates(req)
       
       return MachineState(self.mgr,val._returnval, True)


   def createAppliance(self):
       req=IVirtualBox_createApplianceRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVirtualBox_createAppliance(req)
       
       return IAppliance(self.mgr,val._returnval)


   def createUnattendedInstaller(self):
       req=IVirtualBox_createUnattendedInstallerRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVirtualBox_createUnattendedInstaller(req)
       
       return IUnattended(self.mgr,val._returnval)


   def createMedium(self, _arg_format, _arg_location, _arg_accessMode, _arg_aDeviceTypeType):
       req=IVirtualBox_createMediumRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       req._location=_arg_location
       req._accessMode=_arg_accessMode
       req._aDeviceTypeType=_arg_aDeviceTypeType
       val=self.mgr.getPort().IVirtualBox_createMedium(req)
       
       return IMedium(self.mgr,val._returnval)


   def openMedium(self, _arg_location, _arg_deviceType, _arg_accessMode, _arg_forceNewUuid):
       req=IVirtualBox_openMediumRequestMsg()
       req._this=self.handle
       
       req._location=_arg_location
       req._deviceType=_arg_deviceType
       req._accessMode=_arg_accessMode
       req._forceNewUuid=_arg_forceNewUuid
       val=self.mgr.getPort().IVirtualBox_openMedium(req)
       
       return IMedium(self.mgr,val._returnval)


   def getGuestOSType(self, _arg_id):
       req=IVirtualBox_getGuestOSTypeRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IVirtualBox_getGuestOSType(req)
       
       return IGuestOSType(self.mgr,val._returnval)


   def getGuestOSSubtypesByFamilyId(self, _arg_family):
       req=IVirtualBox_getGuestOSSubtypesByFamilyIdRequestMsg()
       req._this=self.handle
       
       req._family=_arg_family
       val=self.mgr.getPort().IVirtualBox_getGuestOSSubtypesByFamilyId(req)
       
       return String(self.mgr,val._returnval, True)


   def getGuestOSDescsBySubtype(self, _arg_OSSubtype):
       req=IVirtualBox_getGuestOSDescsBySubtypeRequestMsg()
       req._this=self.handle
       
       req._OSSubtype=_arg_OSSubtype
       val=self.mgr.getPort().IVirtualBox_getGuestOSDescsBySubtype(req)
       
       return String(self.mgr,val._returnval, True)


   def createSharedFolder(self, _arg_name, _arg_hostPath, _arg_writable, _arg_automount, _arg_autoMountPoint):
       req=IVirtualBox_createSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._hostPath=_arg_hostPath
       req._writable=_arg_writable
       req._automount=_arg_automount
       req._autoMountPoint=_arg_autoMountPoint
       val=self.mgr.getPort().IVirtualBox_createSharedFolder(req)
       
       return 


   def removeSharedFolder(self, _arg_name):
       req=IVirtualBox_removeSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IVirtualBox_removeSharedFolder(req)
       
       return 


   def getExtraDataKeys(self):
       req=IVirtualBox_getExtraDataKeysRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVirtualBox_getExtraDataKeys(req)
       
       return String(self.mgr,val._returnval, True)


   def getExtraData(self, _arg_key):
       req=IVirtualBox_getExtraDataRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().IVirtualBox_getExtraData(req)
       
       return String(self.mgr,val._returnval)


   def setExtraData(self, _arg_key, _arg_value):
       req=IVirtualBox_setExtraDataRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       req._value=_arg_value
       val=self.mgr.getPort().IVirtualBox_setExtraData(req)
       
       return 


   def setSettingsSecret(self, _arg_password):
       req=IVirtualBox_setSettingsSecretRequestMsg()
       req._this=self.handle
       
       req._password=_arg_password
       val=self.mgr.getPort().IVirtualBox_setSettingsSecret(req)
       
       return 


   def createDHCPServer(self, _arg_name):
       req=IVirtualBox_createDHCPServerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IVirtualBox_createDHCPServer(req)
       
       return IDHCPServer(self.mgr,val._returnval)


   def findDHCPServerByNetworkName(self, _arg_name):
       req=IVirtualBox_findDHCPServerByNetworkNameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IVirtualBox_findDHCPServerByNetworkName(req)
       
       return IDHCPServer(self.mgr,val._returnval)


   def removeDHCPServer(self, _arg_server):
       req=IVirtualBox_removeDHCPServerRequestMsg()
       req._this=self.handle
       
       req._server=_arg_server
       val=self.mgr.getPort().IVirtualBox_removeDHCPServer(req)
       
       return 


   def createNATNetwork(self, _arg_networkName):
       req=IVirtualBox_createNATNetworkRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_createNATNetwork(req)
       
       return INATNetwork(self.mgr,val._returnval)


   def findNATNetworkByName(self, _arg_networkName):
       req=IVirtualBox_findNATNetworkByNameRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_findNATNetworkByName(req)
       
       return INATNetwork(self.mgr,val._returnval)


   def removeNATNetwork(self, _arg_network):
       req=IVirtualBox_removeNATNetworkRequestMsg()
       req._this=self.handle
       
       req._network=_arg_network
       val=self.mgr.getPort().IVirtualBox_removeNATNetwork(req)
       
       return 


   def createHostOnlyNetwork(self, _arg_networkName):
       req=IVirtualBox_createHostOnlyNetworkRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_createHostOnlyNetwork(req)
       
       return IHostOnlyNetwork(self.mgr,val._returnval)


   def findHostOnlyNetworkByName(self, _arg_networkName):
       req=IVirtualBox_findHostOnlyNetworkByNameRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_findHostOnlyNetworkByName(req)
       
       return IHostOnlyNetwork(self.mgr,val._returnval)


   def findHostOnlyNetworkById(self, _arg_id):
       req=IVirtualBox_findHostOnlyNetworkByIdRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IVirtualBox_findHostOnlyNetworkById(req)
       
       return IHostOnlyNetwork(self.mgr,val._returnval)


   def removeHostOnlyNetwork(self, _arg_network):
       req=IVirtualBox_removeHostOnlyNetworkRequestMsg()
       req._this=self.handle
       
       req._network=_arg_network
       val=self.mgr.getPort().IVirtualBox_removeHostOnlyNetwork(req)
       
       return 


   def createCloudNetwork(self, _arg_networkName):
       req=IVirtualBox_createCloudNetworkRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_createCloudNetwork(req)
       
       return ICloudNetwork(self.mgr,val._returnval)


   def findCloudNetworkByName(self, _arg_networkName):
       req=IVirtualBox_findCloudNetworkByNameRequestMsg()
       req._this=self.handle
       
       req._networkName=_arg_networkName
       val=self.mgr.getPort().IVirtualBox_findCloudNetworkByName(req)
       
       return ICloudNetwork(self.mgr,val._returnval)


   def removeCloudNetwork(self, _arg_network):
       req=IVirtualBox_removeCloudNetworkRequestMsg()
       req._this=self.handle
       
       req._network=_arg_network
       val=self.mgr.getPort().IVirtualBox_removeCloudNetwork(req)
       
       return 


   def checkFirmwarePresent(self, _arg_platformArchitecture, _arg_firmwareType, _arg_version):
       req=IVirtualBox_checkFirmwarePresentRequestMsg()
       req._this=self.handle
       
       req._platformArchitecture=_arg_platformArchitecture
       req._firmwareType=_arg_firmwareType
       req._version=_arg_version
       val=self.mgr.getPort().IVirtualBox_checkFirmwarePresent(req)
       
       return Boolean(self.mgr,val._returnval), String(self.mgr,val._url), String(self.mgr,val._file)


   def findProgressById(self, _arg_id):
       req=IVirtualBox_findProgressByIdRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IVirtualBox_findProgressById(req)
       
       return IProgress(self.mgr,val._returnval)


   def getTrackedObject(self, _arg_trObjId):
       req=IVirtualBox_getTrackedObjectRequestMsg()
       req._this=self.handle
       
       req._trObjId=_arg_trObjId
       val=self.mgr.getPort().IVirtualBox_getTrackedObject(req)
       
       return IUnknown(self.mgr,val._pIface), TrackedObjectState(self.mgr,val._state), Long(self.mgr,val._creationTime), Long(self.mgr,val._deletionTime)


   def getTrackedObjectIds(self, _arg_name):
       req=IVirtualBox_getTrackedObjectIdsRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IVirtualBox_getTrackedObjectIds(req)
       
       return String(self.mgr,val._returnval, True)


   def getVersion(self):
       req=IVirtualBox_getVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getVersion(req)
       return String(self.mgr,val._returnval)
   def getVersionNormalized(self):
       req=IVirtualBox_getVersionNormalizedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getVersionNormalized(req)
       return String(self.mgr,val._returnval)
   def getRevision(self):
       req=IVirtualBox_getRevisionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getRevision(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getPackageType(self):
       req=IVirtualBox_getPackageTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getPackageType(req)
       return String(self.mgr,val._returnval)
   def getAPIVersion(self):
       req=IVirtualBox_getAPIVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getAPIVersion(req)
       return String(self.mgr,val._returnval)
   def getAPIRevision(self):
       req=IVirtualBox_getAPIRevisionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getAPIRevision(req)
       return Long(self.mgr,val._returnval)
   def getHomeFolder(self):
       req=IVirtualBox_getHomeFolderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getHomeFolder(req)
       return String(self.mgr,val._returnval)
   def getSettingsFilePath(self):
       req=IVirtualBox_getSettingsFilePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getSettingsFilePath(req)
       return String(self.mgr,val._returnval)
   def getHost(self):
       req=IVirtualBox_getHostRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getHost(req)
       return IHost(self.mgr,val._returnval)
   def getSystemProperties(self):
       req=IVirtualBox_getSystemPropertiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getSystemProperties(req)
       return ISystemProperties(self.mgr,val._returnval)
   def getMachines(self):
       req=IVirtualBox_getMachinesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getMachines(req)
       return IMachine(self.mgr,val._returnval, True)
   def getMachineGroups(self):
       req=IVirtualBox_getMachineGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getMachineGroups(req)
       return String(self.mgr,val._returnval, True)
   def getHardDisks(self):
       req=IVirtualBox_getHardDisksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getHardDisks(req)
       return IMedium(self.mgr,val._returnval, True)
   def getDVDImages(self):
       req=IVirtualBox_getDVDImagesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getDVDImages(req)
       return IMedium(self.mgr,val._returnval, True)
   def getFloppyImages(self):
       req=IVirtualBox_getFloppyImagesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getFloppyImages(req)
       return IMedium(self.mgr,val._returnval, True)
   def getProgressOperations(self):
       req=IVirtualBox_getProgressOperationsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getProgressOperations(req)
       return IProgress(self.mgr,val._returnval, True)
   def getGuestOSTypes(self):
       req=IVirtualBox_getGuestOSTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getGuestOSTypes(req)
       return IGuestOSType(self.mgr,val._returnval, True)
   def getGuestOSFamilies(self):
       req=IVirtualBox_getGuestOSFamiliesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getGuestOSFamilies(req)
       return String(self.mgr,val._returnval, True)
   def getSharedFolders(self):
       req=IVirtualBox_getSharedFoldersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getSharedFolders(req)
       return ISharedFolder(self.mgr,val._returnval, True)
   def getPerformanceCollector(self):
       req=IVirtualBox_getPerformanceCollectorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getPerformanceCollector(req)
       return IPerformanceCollector(self.mgr,val._returnval)
   def getDHCPServers(self):
       req=IVirtualBox_getDHCPServersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getDHCPServers(req)
       return IDHCPServer(self.mgr,val._returnval, True)
   def getNATNetworks(self):
       req=IVirtualBox_getNATNetworksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getNATNetworks(req)
       return INATNetwork(self.mgr,val._returnval, True)
   def getEventSource(self):
       req=IVirtualBox_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getInternalNetworks(self):
       req=IVirtualBox_getInternalNetworksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getInternalNetworks(req)
       return String(self.mgr,val._returnval, True)
   def getHostOnlyNetworks(self):
       req=IVirtualBox_getHostOnlyNetworksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getHostOnlyNetworks(req)
       return IHostOnlyNetwork(self.mgr,val._returnval, True)
   def getGenericNetworkDrivers(self):
       req=IVirtualBox_getGenericNetworkDriversRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getGenericNetworkDrivers(req)
       return String(self.mgr,val._returnval, True)
   def getCloudNetworks(self):
       req=IVirtualBox_getCloudNetworksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getCloudNetworks(req)
       return ICloudNetwork(self.mgr,val._returnval, True)
   def getCloudProviderManager(self):
       req=IVirtualBox_getCloudProviderManagerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualBox_getCloudProviderManager(req)
       return ICloudProviderManager(self.mgr,val._returnval)


   _Attrs_={         'version':[getVersion,None],
         'versionNormalized':[getVersionNormalized,None],
         'revision':[getRevision,None],
         'packageType':[getPackageType,None],
         'APIVersion':[getAPIVersion,None],
         'APIRevision':[getAPIRevision,None],
         'homeFolder':[getHomeFolder,None],
         'settingsFilePath':[getSettingsFilePath,None],
         'host':[getHost,None],
         'systemProperties':[getSystemProperties,None],
         'machines':[getMachines,None],
         'machineGroups':[getMachineGroups,None],
         'hardDisks':[getHardDisks,None],
         'DVDImages':[getDVDImages,None],
         'floppyImages':[getFloppyImages,None],
         'progressOperations':[getProgressOperations,None],
         'guestOSTypes':[getGuestOSTypes,None],
         'guestOSFamilies':[getGuestOSFamilies,None],
         'sharedFolders':[getSharedFolders,None],
         'performanceCollector':[getPerformanceCollector,None],
         'DHCPServers':[getDHCPServers,None],
         'NATNetworks':[getNATNetworks,None],
         'eventSource':[getEventSource,None],
         'internalNetworks':[getInternalNetworks,None],
         'hostOnlyNetworks':[getHostOnlyNetworks,None],
         'genericNetworkDrivers':[getGenericNetworkDrivers,None],
         'cloudNetworks':[getCloudNetworks,None],
         'cloudProviderManager':[getCloudProviderManager,None]}

class IVFSExplorer(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVFSExplorer(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVFSExplorer._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVFSExplorer._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def update(self):
       req=IVFSExplorer_updateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVFSExplorer_update(req)
       
       return IProgress(self.mgr,val._returnval)


   def cd(self, _arg_dir):
       req=IVFSExplorer_cdRequestMsg()
       req._this=self.handle
       
       req._dir=_arg_dir
       val=self.mgr.getPort().IVFSExplorer_cd(req)
       
       return IProgress(self.mgr,val._returnval)


   def cdUp(self):
       req=IVFSExplorer_cdUpRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVFSExplorer_cdUp(req)
       
       return IProgress(self.mgr,val._returnval)


   def entryList(self):
       req=IVFSExplorer_entryListRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVFSExplorer_entryList(req)
       
       return String(self.mgr,val._names, True), UnsignedInt(self.mgr,val._types, True), Long(self.mgr,val._sizes, True), UnsignedInt(self.mgr,val._modes, True)


   def exists(self, _arg_names):
       req=IVFSExplorer_existsRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       val=self.mgr.getPort().IVFSExplorer_exists(req)
       
       return String(self.mgr,val._returnval, True)


   def remove(self, _arg_names):
       req=IVFSExplorer_removeRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       val=self.mgr.getPort().IVFSExplorer_remove(req)
       
       return IProgress(self.mgr,val._returnval)


   def getPath(self):
       req=IVFSExplorer_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVFSExplorer_getPath(req)
       return String(self.mgr,val._returnval)
   def getType(self):
       req=IVFSExplorer_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVFSExplorer_getType(req)
       return VFSType(self.mgr,val._returnval)


   _Attrs_={         'path':[getPath,None],
         'type':[getType,None]}

class ICertificate(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICertificate(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICertificate._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICertificate._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def isCurrentlyExpired(self):
       req=ICertificate_isCurrentlyExpiredRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICertificate_isCurrentlyExpired(req)
       
       return Boolean(self.mgr,val._returnval)


   def queryInfo(self, _arg_what):
       req=ICertificate_queryInfoRequestMsg()
       req._this=self.handle
       
       req._what=_arg_what
       val=self.mgr.getPort().ICertificate_queryInfo(req)
       
       return String(self.mgr,val._returnval)


   def getVersionNumber(self):
       req=ICertificate_getVersionNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getVersionNumber(req)
       return CertificateVersion(self.mgr,val._returnval)
   def getSerialNumber(self):
       req=ICertificate_getSerialNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSerialNumber(req)
       return String(self.mgr,val._returnval)
   def getSignatureAlgorithmOID(self):
       req=ICertificate_getSignatureAlgorithmOIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSignatureAlgorithmOID(req)
       return String(self.mgr,val._returnval)
   def getSignatureAlgorithmName(self):
       req=ICertificate_getSignatureAlgorithmNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSignatureAlgorithmName(req)
       return String(self.mgr,val._returnval)
   def getIssuerName(self):
       req=ICertificate_getIssuerNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getIssuerName(req)
       return String(self.mgr,val._returnval, True)
   def getSubjectName(self):
       req=ICertificate_getSubjectNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSubjectName(req)
       return String(self.mgr,val._returnval, True)
   def getFriendlyName(self):
       req=ICertificate_getFriendlyNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getFriendlyName(req)
       return String(self.mgr,val._returnval)
   def getValidityPeriodNotBefore(self):
       req=ICertificate_getValidityPeriodNotBeforeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getValidityPeriodNotBefore(req)
       return String(self.mgr,val._returnval)
   def getValidityPeriodNotAfter(self):
       req=ICertificate_getValidityPeriodNotAfterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getValidityPeriodNotAfter(req)
       return String(self.mgr,val._returnval)
   def getPublicKeyAlgorithmOID(self):
       req=ICertificate_getPublicKeyAlgorithmOIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getPublicKeyAlgorithmOID(req)
       return String(self.mgr,val._returnval)
   def getPublicKeyAlgorithm(self):
       req=ICertificate_getPublicKeyAlgorithmRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getPublicKeyAlgorithm(req)
       return String(self.mgr,val._returnval)
   def getSubjectPublicKey(self):
       req=ICertificate_getSubjectPublicKeyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSubjectPublicKey(req)
       return self.mgr.decodebase64(val._returnval)
   def getIssuerUniqueIdentifier(self):
       req=ICertificate_getIssuerUniqueIdentifierRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getIssuerUniqueIdentifier(req)
       return String(self.mgr,val._returnval)
   def getSubjectUniqueIdentifier(self):
       req=ICertificate_getSubjectUniqueIdentifierRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSubjectUniqueIdentifier(req)
       return String(self.mgr,val._returnval)
   def getCertificateAuthority(self):
       req=ICertificate_getCertificateAuthorityRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getCertificateAuthority(req)
       return Boolean(self.mgr,val._returnval)
   def getKeyUsage(self):
       req=ICertificate_getKeyUsageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getKeyUsage(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getExtendedKeyUsage(self):
       req=ICertificate_getExtendedKeyUsageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getExtendedKeyUsage(req)
       return String(self.mgr,val._returnval, True)
   def getRawCertData(self):
       req=ICertificate_getRawCertDataRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getRawCertData(req)
       return self.mgr.decodebase64(val._returnval)
   def getSelfSigned(self):
       req=ICertificate_getSelfSignedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getSelfSigned(req)
       return Boolean(self.mgr,val._returnval)
   def getTrusted(self):
       req=ICertificate_getTrustedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getTrusted(req)
       return Boolean(self.mgr,val._returnval)
   def getExpired(self):
       req=ICertificate_getExpiredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICertificate_getExpired(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'versionNumber':[getVersionNumber,None],
         'serialNumber':[getSerialNumber,None],
         'signatureAlgorithmOID':[getSignatureAlgorithmOID,None],
         'signatureAlgorithmName':[getSignatureAlgorithmName,None],
         'issuerName':[getIssuerName,None],
         'subjectName':[getSubjectName,None],
         'friendlyName':[getFriendlyName,None],
         'validityPeriodNotBefore':[getValidityPeriodNotBefore,None],
         'validityPeriodNotAfter':[getValidityPeriodNotAfter,None],
         'publicKeyAlgorithmOID':[getPublicKeyAlgorithmOID,None],
         'publicKeyAlgorithm':[getPublicKeyAlgorithm,None],
         'subjectPublicKey':[getSubjectPublicKey,None],
         'issuerUniqueIdentifier':[getIssuerUniqueIdentifier,None],
         'subjectUniqueIdentifier':[getSubjectUniqueIdentifier,None],
         'certificateAuthority':[getCertificateAuthority,None],
         'keyUsage':[getKeyUsage,None],
         'extendedKeyUsage':[getExtendedKeyUsage,None],
         'rawCertData':[getRawCertData,None],
         'selfSigned':[getSelfSigned,None],
         'trusted':[getTrusted,None],
         'expired':[getExpired,None]}

class IAppliance(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IAppliance(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IAppliance._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IAppliance._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def read(self, _arg_file):
       req=IAppliance_readRequestMsg()
       req._this=self.handle
       
       req._file=_arg_file
       val=self.mgr.getPort().IAppliance_read(req)
       
       return IProgress(self.mgr,val._returnval)


   def interpret(self):
       req=IAppliance_interpretRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IAppliance_interpret(req)
       
       return 


   def importMachines(self, _arg_options):
       req=IAppliance_importMachinesRequestMsg()
       req._this=self.handle
       
       req._options=_arg_options
       val=self.mgr.getPort().IAppliance_importMachines(req)
       
       return IProgress(self.mgr,val._returnval)


   def createVFSExplorer(self, _arg_URI):
       req=IAppliance_createVFSExplorerRequestMsg()
       req._this=self.handle
       
       req._URI=_arg_URI
       val=self.mgr.getPort().IAppliance_createVFSExplorer(req)
       
       return IVFSExplorer(self.mgr,val._returnval)


   def write(self, _arg_format, _arg_options, _arg_path):
       req=IAppliance_writeRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       req._options=_arg_options
       req._path=_arg_path
       val=self.mgr.getPort().IAppliance_write(req)
       
       return IProgress(self.mgr,val._returnval)


   def getWarnings(self):
       req=IAppliance_getWarningsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IAppliance_getWarnings(req)
       
       return String(self.mgr,val._returnval, True)


   def getPasswordIds(self):
       req=IAppliance_getPasswordIdsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IAppliance_getPasswordIds(req)
       
       return String(self.mgr,val._returnval, True)


   def getMediumIdsForPasswordId(self, _arg_passwordId):
       req=IAppliance_getMediumIdsForPasswordIdRequestMsg()
       req._this=self.handle
       
       req._passwordId=_arg_passwordId
       val=self.mgr.getPort().IAppliance_getMediumIdsForPasswordId(req)
       
       return String(self.mgr,val._returnval, True)


   def addPasswords(self, _arg_identifiers, _arg_passwords):
       req=IAppliance_addPasswordsRequestMsg()
       req._this=self.handle
       
       req._identifiers=_arg_identifiers
       req._passwords=_arg_passwords
       val=self.mgr.getPort().IAppliance_addPasswords(req)
       
       return 


   def createVirtualSystemDescriptions(self, _arg_requested):
       req=IAppliance_createVirtualSystemDescriptionsRequestMsg()
       req._this=self.handle
       
       req._requested=_arg_requested
       val=self.mgr.getPort().IAppliance_createVirtualSystemDescriptions(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getPath(self):
       req=IAppliance_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAppliance_getPath(req)
       return String(self.mgr,val._returnval)
   def getDisks(self):
       req=IAppliance_getDisksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAppliance_getDisks(req)
       return String(self.mgr,val._returnval, True)
   def getVirtualSystemDescriptions(self):
       req=IAppliance_getVirtualSystemDescriptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAppliance_getVirtualSystemDescriptions(req)
       return IVirtualSystemDescription(self.mgr,val._returnval, True)
   def getMachines(self):
       req=IAppliance_getMachinesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAppliance_getMachines(req)
       return String(self.mgr,val._returnval, True)
   def getCertificate(self):
       req=IAppliance_getCertificateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAppliance_getCertificate(req)
       return ICertificate(self.mgr,val._returnval)


   _Attrs_={         'path':[getPath,None],
         'disks':[getDisks,None],
         'virtualSystemDescriptions':[getVirtualSystemDescriptions,None],
         'machines':[getMachines,None],
         'certificate':[getCertificate,None]}

class IVirtualSystemDescription(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVirtualSystemDescription(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVirtualSystemDescription._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVirtualSystemDescription._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDescription(self):
       req=IVirtualSystemDescription_getDescriptionRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVirtualSystemDescription_getDescription(req)
       
       return VirtualSystemDescriptionType(self.mgr,val._types, True), String(self.mgr,val._refs, True), String(self.mgr,val._OVFValues, True), String(self.mgr,val._VBoxValues, True), String(self.mgr,val._extraConfigValues, True)


   def getDescriptionByType(self, _arg_type):
       req=IVirtualSystemDescription_getDescriptionByTypeRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       val=self.mgr.getPort().IVirtualSystemDescription_getDescriptionByType(req)
       
       return VirtualSystemDescriptionType(self.mgr,val._types, True), String(self.mgr,val._refs, True), String(self.mgr,val._OVFValues, True), String(self.mgr,val._VBoxValues, True), String(self.mgr,val._extraConfigValues, True)


   def removeDescriptionByType(self, _arg_type):
       req=IVirtualSystemDescription_removeDescriptionByTypeRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       val=self.mgr.getPort().IVirtualSystemDescription_removeDescriptionByType(req)
       
       return 


   def getValuesByType(self, _arg_type, _arg_which):
       req=IVirtualSystemDescription_getValuesByTypeRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       req._which=_arg_which
       val=self.mgr.getPort().IVirtualSystemDescription_getValuesByType(req)
       
       return String(self.mgr,val._returnval, True)


   def setFinalValues(self, _arg_enabled, _arg_VBoxValues, _arg_extraConfigValues):
       req=IVirtualSystemDescription_setFinalValuesRequestMsg()
       req._this=self.handle
       
       req._enabled=_arg_enabled
       req._VBoxValues=_arg_VBoxValues
       req._extraConfigValues=_arg_extraConfigValues
       val=self.mgr.getPort().IVirtualSystemDescription_setFinalValues(req)
       
       return 


   def addDescription(self, _arg_type, _arg_VBoxValue, _arg_extraConfigValue):
       req=IVirtualSystemDescription_addDescriptionRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       req._VBoxValue=_arg_VBoxValue
       req._extraConfigValue=_arg_extraConfigValue
       val=self.mgr.getPort().IVirtualSystemDescription_addDescription(req)
       
       return 


   def getCount(self):
       req=IVirtualSystemDescription_getCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVirtualSystemDescription_getCount(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'count':[getCount,None]}

class IUnattended(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUnattended(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUnattended._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUnattended._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def detectIsoOS(self):
       req=IUnattended_detectIsoOSRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUnattended_detectIsoOS(req)
       
       return 


   def prepare(self):
       req=IUnattended_prepareRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUnattended_prepare(req)
       
       return 


   def constructMedia(self):
       req=IUnattended_constructMediaRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUnattended_constructMedia(req)
       
       return 


   def reconfigureVM(self):
       req=IUnattended_reconfigureVMRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUnattended_reconfigureVM(req)
       
       return 


   def done(self):
       req=IUnattended_doneRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUnattended_done(req)
       
       return 


   def getIsoPath(self):
       req=IUnattended_getIsoPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getIsoPath(req)
       return String(self.mgr,val._returnval)
   def setIsoPath(self, value):
       req=IUnattended_setIsoPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._isoPath = value
       else:
            req._isoPath = value.handle
       self.mgr.getPort().IUnattended_setIsoPath(req)

   def getMachine(self):
       req=IUnattended_getMachineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getMachine(req)
       return IMachine(self.mgr,val._returnval)
   def setMachine(self, value):
       req=IUnattended_setMachineRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._machine = value
       else:
            req._machine = value.handle
       self.mgr.getPort().IUnattended_setMachine(req)

   def getUser(self):
       req=IUnattended_getUserRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getUser(req)
       return String(self.mgr,val._returnval)
   def setUser(self, value):
       req=IUnattended_setUserRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._user = value
       else:
            req._user = value.handle
       self.mgr.getPort().IUnattended_setUser(req)

   def getUserPassword(self):
       req=IUnattended_getUserPasswordRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getUserPassword(req)
       return String(self.mgr,val._returnval)
   def setUserPassword(self, value):
       req=IUnattended_setUserPasswordRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._userPassword = value
       else:
            req._userPassword = value.handle
       self.mgr.getPort().IUnattended_setUserPassword(req)

   def getAdminPassword(self):
       req=IUnattended_getAdminPasswordRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getAdminPassword(req)
       return String(self.mgr,val._returnval)
   def setAdminPassword(self, value):
       req=IUnattended_setAdminPasswordRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._adminPassword = value
       else:
            req._adminPassword = value.handle
       self.mgr.getPort().IUnattended_setAdminPassword(req)

   def getFullUserName(self):
       req=IUnattended_getFullUserNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getFullUserName(req)
       return String(self.mgr,val._returnval)
   def setFullUserName(self, value):
       req=IUnattended_setFullUserNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._fullUserName = value
       else:
            req._fullUserName = value.handle
       self.mgr.getPort().IUnattended_setFullUserName(req)

   def getProductKey(self):
       req=IUnattended_getProductKeyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getProductKey(req)
       return String(self.mgr,val._returnval)
   def setProductKey(self, value):
       req=IUnattended_setProductKeyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._productKey = value
       else:
            req._productKey = value.handle
       self.mgr.getPort().IUnattended_setProductKey(req)

   def getAdditionsIsoPath(self):
       req=IUnattended_getAdditionsIsoPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getAdditionsIsoPath(req)
       return String(self.mgr,val._returnval)
   def setAdditionsIsoPath(self, value):
       req=IUnattended_setAdditionsIsoPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._additionsIsoPath = value
       else:
            req._additionsIsoPath = value.handle
       self.mgr.getPort().IUnattended_setAdditionsIsoPath(req)

   def getInstallGuestAdditions(self):
       req=IUnattended_getInstallGuestAdditionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getInstallGuestAdditions(req)
       return Boolean(self.mgr,val._returnval)
   def setInstallGuestAdditions(self, value):
       req=IUnattended_setInstallGuestAdditionsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._installGuestAdditions = value
       else:
            req._installGuestAdditions = value.handle
       self.mgr.getPort().IUnattended_setInstallGuestAdditions(req)

   def getProductKeyRequired(self):
       req=IUnattended_getProductKeyRequiredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getProductKeyRequired(req)
       return Boolean(self.mgr,val._returnval)
   def getValidationKitIsoPath(self):
       req=IUnattended_getValidationKitIsoPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getValidationKitIsoPath(req)
       return String(self.mgr,val._returnval)
   def setValidationKitIsoPath(self, value):
       req=IUnattended_setValidationKitIsoPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._validationKitIsoPath = value
       else:
            req._validationKitIsoPath = value.handle
       self.mgr.getPort().IUnattended_setValidationKitIsoPath(req)

   def getInstallTestExecService(self):
       req=IUnattended_getInstallTestExecServiceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getInstallTestExecService(req)
       return Boolean(self.mgr,val._returnval)
   def setInstallTestExecService(self, value):
       req=IUnattended_setInstallTestExecServiceRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._installTestExecService = value
       else:
            req._installTestExecService = value.handle
       self.mgr.getPort().IUnattended_setInstallTestExecService(req)

   def getUserPayloadIsoPath(self):
       req=IUnattended_getUserPayloadIsoPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getUserPayloadIsoPath(req)
       return String(self.mgr,val._returnval)
   def setUserPayloadIsoPath(self, value):
       req=IUnattended_setUserPayloadIsoPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._userPayloadIsoPath = value
       else:
            req._userPayloadIsoPath = value.handle
       self.mgr.getPort().IUnattended_setUserPayloadIsoPath(req)

   def getInstallUserPayload(self):
       req=IUnattended_getInstallUserPayloadRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getInstallUserPayload(req)
       return Boolean(self.mgr,val._returnval)
   def setInstallUserPayload(self, value):
       req=IUnattended_setInstallUserPayloadRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._installUserPayload = value
       else:
            req._installUserPayload = value.handle
       self.mgr.getPort().IUnattended_setInstallUserPayload(req)

   def getTimeZone(self):
       req=IUnattended_getTimeZoneRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getTimeZone(req)
       return String(self.mgr,val._returnval)
   def setTimeZone(self, value):
       req=IUnattended_setTimeZoneRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._timeZone = value
       else:
            req._timeZone = value.handle
       self.mgr.getPort().IUnattended_setTimeZone(req)

   def getKeyboardLayout(self):
       req=IUnattended_getKeyboardLayoutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getKeyboardLayout(req)
       return String(self.mgr,val._returnval)
   def setKeyboardLayout(self, value):
       req=IUnattended_setKeyboardLayoutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._keyboardLayout = value
       else:
            req._keyboardLayout = value.handle
       self.mgr.getPort().IUnattended_setKeyboardLayout(req)

   def getKeyboardVariant(self):
       req=IUnattended_getKeyboardVariantRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getKeyboardVariant(req)
       return String(self.mgr,val._returnval)
   def setKeyboardVariant(self, value):
       req=IUnattended_setKeyboardVariantRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._keyboardVariant = value
       else:
            req._keyboardVariant = value.handle
       self.mgr.getPort().IUnattended_setKeyboardVariant(req)

   def getLocale(self):
       req=IUnattended_getLocaleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getLocale(req)
       return String(self.mgr,val._returnval)
   def setLocale(self, value):
       req=IUnattended_setLocaleRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._locale = value
       else:
            req._locale = value.handle
       self.mgr.getPort().IUnattended_setLocale(req)

   def getLanguage(self):
       req=IUnattended_getLanguageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getLanguage(req)
       return String(self.mgr,val._returnval)
   def setLanguage(self, value):
       req=IUnattended_setLanguageRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._language = value
       else:
            req._language = value.handle
       self.mgr.getPort().IUnattended_setLanguage(req)

   def getCountry(self):
       req=IUnattended_getCountryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getCountry(req)
       return String(self.mgr,val._returnval)
   def setCountry(self, value):
       req=IUnattended_setCountryRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._country = value
       else:
            req._country = value.handle
       self.mgr.getPort().IUnattended_setCountry(req)

   def getProxy(self):
       req=IUnattended_getProxyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getProxy(req)
       return String(self.mgr,val._returnval)
   def setProxy(self, value):
       req=IUnattended_setProxyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._proxy = value
       else:
            req._proxy = value.handle
       self.mgr.getPort().IUnattended_setProxy(req)

   def getPackageSelectionAdjustments(self):
       req=IUnattended_getPackageSelectionAdjustmentsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getPackageSelectionAdjustments(req)
       return String(self.mgr,val._returnval)
   def setPackageSelectionAdjustments(self, value):
       req=IUnattended_setPackageSelectionAdjustmentsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._packageSelectionAdjustments = value
       else:
            req._packageSelectionAdjustments = value.handle
       self.mgr.getPort().IUnattended_setPackageSelectionAdjustments(req)

   def getHostname(self):
       req=IUnattended_getHostnameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getHostname(req)
       return String(self.mgr,val._returnval)
   def setHostname(self, value):
       req=IUnattended_setHostnameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hostname = value
       else:
            req._hostname = value.handle
       self.mgr.getPort().IUnattended_setHostname(req)

   def getAuxiliaryBasePath(self):
       req=IUnattended_getAuxiliaryBasePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getAuxiliaryBasePath(req)
       return String(self.mgr,val._returnval)
   def setAuxiliaryBasePath(self, value):
       req=IUnattended_setAuxiliaryBasePathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._auxiliaryBasePath = value
       else:
            req._auxiliaryBasePath = value.handle
       self.mgr.getPort().IUnattended_setAuxiliaryBasePath(req)

   def getImageIndex(self):
       req=IUnattended_getImageIndexRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getImageIndex(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setImageIndex(self, value):
       req=IUnattended_setImageIndexRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._imageIndex = value
       else:
            req._imageIndex = value.handle
       self.mgr.getPort().IUnattended_setImageIndex(req)

   def getScriptTemplatePath(self):
       req=IUnattended_getScriptTemplatePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getScriptTemplatePath(req)
       return String(self.mgr,val._returnval)
   def setScriptTemplatePath(self, value):
       req=IUnattended_setScriptTemplatePathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._scriptTemplatePath = value
       else:
            req._scriptTemplatePath = value.handle
       self.mgr.getPort().IUnattended_setScriptTemplatePath(req)

   def getPostInstallScriptTemplatePath(self):
       req=IUnattended_getPostInstallScriptTemplatePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getPostInstallScriptTemplatePath(req)
       return String(self.mgr,val._returnval)
   def setPostInstallScriptTemplatePath(self, value):
       req=IUnattended_setPostInstallScriptTemplatePathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._postInstallScriptTemplatePath = value
       else:
            req._postInstallScriptTemplatePath = value.handle
       self.mgr.getPort().IUnattended_setPostInstallScriptTemplatePath(req)

   def getPostInstallCommand(self):
       req=IUnattended_getPostInstallCommandRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getPostInstallCommand(req)
       return String(self.mgr,val._returnval)
   def setPostInstallCommand(self, value):
       req=IUnattended_setPostInstallCommandRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._postInstallCommand = value
       else:
            req._postInstallCommand = value.handle
       self.mgr.getPort().IUnattended_setPostInstallCommand(req)

   def getExtraInstallKernelParameters(self):
       req=IUnattended_getExtraInstallKernelParametersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getExtraInstallKernelParameters(req)
       return String(self.mgr,val._returnval)
   def setExtraInstallKernelParameters(self, value):
       req=IUnattended_setExtraInstallKernelParametersRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._extraInstallKernelParameters = value
       else:
            req._extraInstallKernelParameters = value.handle
       self.mgr.getPort().IUnattended_setExtraInstallKernelParameters(req)

   def getDetectedOSTypeId(self):
       req=IUnattended_getDetectedOSTypeIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedOSTypeId(req)
       return String(self.mgr,val._returnval)
   def getDetectedOSVersion(self):
       req=IUnattended_getDetectedOSVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedOSVersion(req)
       return String(self.mgr,val._returnval)
   def getDetectedOSFlavor(self):
       req=IUnattended_getDetectedOSFlavorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedOSFlavor(req)
       return String(self.mgr,val._returnval)
   def getDetectedOSLanguages(self):
       req=IUnattended_getDetectedOSLanguagesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedOSLanguages(req)
       return String(self.mgr,val._returnval)
   def getDetectedOSHints(self):
       req=IUnattended_getDetectedOSHintsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedOSHints(req)
       return String(self.mgr,val._returnval)
   def getDetectedImageNames(self):
       req=IUnattended_getDetectedImageNamesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedImageNames(req)
       return String(self.mgr,val._returnval, True)
   def getDetectedImageIndices(self):
       req=IUnattended_getDetectedImageIndicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getDetectedImageIndices(req)
       return UnsignedInt(self.mgr,val._returnval, True)
   def getIsUnattendedInstallSupported(self):
       req=IUnattended_getIsUnattendedInstallSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getIsUnattendedInstallSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getAvoidUpdatesOverNetwork(self):
       req=IUnattended_getAvoidUpdatesOverNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUnattended_getAvoidUpdatesOverNetwork(req)
       return Boolean(self.mgr,val._returnval)
   def setAvoidUpdatesOverNetwork(self, value):
       req=IUnattended_setAvoidUpdatesOverNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._avoidUpdatesOverNetwork = value
       else:
            req._avoidUpdatesOverNetwork = value.handle
       self.mgr.getPort().IUnattended_setAvoidUpdatesOverNetwork(req)



   _Attrs_={         'isoPath':[getIsoPath,setIsoPath,
        ],
         'machine':[getMachine,setMachine,
        ],
         'user':[getUser,setUser,
        ],
         'userPassword':[getUserPassword,setUserPassword,
        ],
         'adminPassword':[getAdminPassword,setAdminPassword,
        ],
         'fullUserName':[getFullUserName,setFullUserName,
        ],
         'productKey':[getProductKey,setProductKey,
        ],
         'additionsIsoPath':[getAdditionsIsoPath,setAdditionsIsoPath,
        ],
         'installGuestAdditions':[getInstallGuestAdditions,setInstallGuestAdditions,
        ],
         'productKeyRequired':[getProductKeyRequired,None],
         'validationKitIsoPath':[getValidationKitIsoPath,setValidationKitIsoPath,
        ],
         'installTestExecService':[getInstallTestExecService,setInstallTestExecService,
        ],
         'userPayloadIsoPath':[getUserPayloadIsoPath,setUserPayloadIsoPath,
        ],
         'installUserPayload':[getInstallUserPayload,setInstallUserPayload,
        ],
         'timeZone':[getTimeZone,setTimeZone,
        ],
         'keyboardLayout':[getKeyboardLayout,setKeyboardLayout,
        ],
         'keyboardVariant':[getKeyboardVariant,setKeyboardVariant,
        ],
         'locale':[getLocale,setLocale,
        ],
         'language':[getLanguage,setLanguage,
        ],
         'country':[getCountry,setCountry,
        ],
         'proxy':[getProxy,setProxy,
        ],
         'packageSelectionAdjustments':[getPackageSelectionAdjustments,setPackageSelectionAdjustments,
        ],
         'hostname':[getHostname,setHostname,
        ],
         'auxiliaryBasePath':[getAuxiliaryBasePath,setAuxiliaryBasePath,
        ],
         'imageIndex':[getImageIndex,setImageIndex,
        ],
         'scriptTemplatePath':[getScriptTemplatePath,setScriptTemplatePath,
        ],
         'postInstallScriptTemplatePath':[getPostInstallScriptTemplatePath,setPostInstallScriptTemplatePath,
        ],
         'postInstallCommand':[getPostInstallCommand,setPostInstallCommand,
        ],
         'extraInstallKernelParameters':[getExtraInstallKernelParameters,setExtraInstallKernelParameters,
        ],
         'detectedOSTypeId':[getDetectedOSTypeId,None],
         'detectedOSVersion':[getDetectedOSVersion,None],
         'detectedOSFlavor':[getDetectedOSFlavor,None],
         'detectedOSLanguages':[getDetectedOSLanguages,None],
         'detectedOSHints':[getDetectedOSHints,None],
         'detectedImageNames':[getDetectedImageNames,None],
         'detectedImageIndices':[getDetectedImageIndices,None],
         'isUnattendedInstallSupported':[getIsUnattendedInstallSupported,None],
         'avoidUpdatesOverNetwork':[getAvoidUpdatesOverNetwork,setAvoidUpdatesOverNetwork,
        ]}

class IGraphicsAdapter(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGraphicsAdapter(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGraphicsAdapter._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGraphicsAdapter._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setFeature(self, _arg_feature, _arg_enabled):
       req=IGraphicsAdapter_setFeatureRequestMsg()
       req._this=self.handle
       
       req._feature=_arg_feature
       req._enabled=_arg_enabled
       val=self.mgr.getPort().IGraphicsAdapter_setFeature(req)
       
       return 


   def isFeatureEnabled(self, _arg_feature):
       req=IGraphicsAdapter_isFeatureEnabledRequestMsg()
       req._this=self.handle
       
       req._feature=_arg_feature
       val=self.mgr.getPort().IGraphicsAdapter_isFeatureEnabled(req)
       
       return Boolean(self.mgr,val._returnval)


   def getGraphicsControllerType(self):
       req=IGraphicsAdapter_getGraphicsControllerTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGraphicsAdapter_getGraphicsControllerType(req)
       return GraphicsControllerType(self.mgr,val._returnval)
   def setGraphicsControllerType(self, value):
       req=IGraphicsAdapter_setGraphicsControllerTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._graphicsControllerType = value
       else:
            req._graphicsControllerType = value.handle
       self.mgr.getPort().IGraphicsAdapter_setGraphicsControllerType(req)

   def getVRAMSize(self):
       req=IGraphicsAdapter_getVRAMSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGraphicsAdapter_getVRAMSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVRAMSize(self, value):
       req=IGraphicsAdapter_setVRAMSizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._VRAMSize = value
       else:
            req._VRAMSize = value.handle
       self.mgr.getPort().IGraphicsAdapter_setVRAMSize(req)

   def getMonitorCount(self):
       req=IGraphicsAdapter_getMonitorCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGraphicsAdapter_getMonitorCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMonitorCount(self, value):
       req=IGraphicsAdapter_setMonitorCountRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._monitorCount = value
       else:
            req._monitorCount = value.handle
       self.mgr.getPort().IGraphicsAdapter_setMonitorCount(req)



   _Attrs_={         'graphicsControllerType':[getGraphicsControllerType,setGraphicsControllerType,
        ],
         'VRAMSize':[getVRAMSize,setVRAMSize,
        ],
         'monitorCount':[getMonitorCount,setMonitorCount,
        ]}

class IFirmwareSettings(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFirmwareSettings(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFirmwareSettings._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFirmwareSettings._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFirmwareType(self):
       req=IFirmwareSettings_getFirmwareTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getFirmwareType(req)
       return FirmwareType(self.mgr,val._returnval)
   def setFirmwareType(self, value):
       req=IFirmwareSettings_setFirmwareTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._firmwareType = value
       else:
            req._firmwareType = value.handle
       self.mgr.getPort().IFirmwareSettings_setFirmwareType(req)

   def getLogoFadeIn(self):
       req=IFirmwareSettings_getLogoFadeInRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getLogoFadeIn(req)
       return Boolean(self.mgr,val._returnval)
   def setLogoFadeIn(self, value):
       req=IFirmwareSettings_setLogoFadeInRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logoFadeIn = value
       else:
            req._logoFadeIn = value.handle
       self.mgr.getPort().IFirmwareSettings_setLogoFadeIn(req)

   def getLogoFadeOut(self):
       req=IFirmwareSettings_getLogoFadeOutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getLogoFadeOut(req)
       return Boolean(self.mgr,val._returnval)
   def setLogoFadeOut(self, value):
       req=IFirmwareSettings_setLogoFadeOutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logoFadeOut = value
       else:
            req._logoFadeOut = value.handle
       self.mgr.getPort().IFirmwareSettings_setLogoFadeOut(req)

   def getLogoDisplayTime(self):
       req=IFirmwareSettings_getLogoDisplayTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getLogoDisplayTime(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setLogoDisplayTime(self, value):
       req=IFirmwareSettings_setLogoDisplayTimeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logoDisplayTime = value
       else:
            req._logoDisplayTime = value.handle
       self.mgr.getPort().IFirmwareSettings_setLogoDisplayTime(req)

   def getLogoImagePath(self):
       req=IFirmwareSettings_getLogoImagePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getLogoImagePath(req)
       return String(self.mgr,val._returnval)
   def setLogoImagePath(self, value):
       req=IFirmwareSettings_setLogoImagePathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logoImagePath = value
       else:
            req._logoImagePath = value.handle
       self.mgr.getPort().IFirmwareSettings_setLogoImagePath(req)

   def getBootMenuMode(self):
       req=IFirmwareSettings_getBootMenuModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getBootMenuMode(req)
       return FirmwareBootMenuMode(self.mgr,val._returnval)
   def setBootMenuMode(self, value):
       req=IFirmwareSettings_setBootMenuModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._bootMenuMode = value
       else:
            req._bootMenuMode = value.handle
       self.mgr.getPort().IFirmwareSettings_setBootMenuMode(req)

   def getACPIEnabled(self):
       req=IFirmwareSettings_getACPIEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getACPIEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setACPIEnabled(self, value):
       req=IFirmwareSettings_setACPIEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._ACPIEnabled = value
       else:
            req._ACPIEnabled = value.handle
       self.mgr.getPort().IFirmwareSettings_setACPIEnabled(req)

   def getIOAPICEnabled(self):
       req=IFirmwareSettings_getIOAPICEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getIOAPICEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setIOAPICEnabled(self, value):
       req=IFirmwareSettings_setIOAPICEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IOAPICEnabled = value
       else:
            req._IOAPICEnabled = value.handle
       self.mgr.getPort().IFirmwareSettings_setIOAPICEnabled(req)

   def getAPICMode(self):
       req=IFirmwareSettings_getAPICModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getAPICMode(req)
       return APICMode(self.mgr,val._returnval)
   def setAPICMode(self, value):
       req=IFirmwareSettings_setAPICModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._APICMode = value
       else:
            req._APICMode = value.handle
       self.mgr.getPort().IFirmwareSettings_setAPICMode(req)

   def getTimeOffset(self):
       req=IFirmwareSettings_getTimeOffsetRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getTimeOffset(req)
       return Long(self.mgr,val._returnval)
   def setTimeOffset(self, value):
       req=IFirmwareSettings_setTimeOffsetRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._timeOffset = value
       else:
            req._timeOffset = value.handle
       self.mgr.getPort().IFirmwareSettings_setTimeOffset(req)

   def getPXEDebugEnabled(self):
       req=IFirmwareSettings_getPXEDebugEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getPXEDebugEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setPXEDebugEnabled(self, value):
       req=IFirmwareSettings_setPXEDebugEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._PXEDebugEnabled = value
       else:
            req._PXEDebugEnabled = value.handle
       self.mgr.getPort().IFirmwareSettings_setPXEDebugEnabled(req)

   def getSMBIOSUuidLittleEndian(self):
       req=IFirmwareSettings_getSMBIOSUuidLittleEndianRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getSMBIOSUuidLittleEndian(req)
       return Boolean(self.mgr,val._returnval)
   def setSMBIOSUuidLittleEndian(self, value):
       req=IFirmwareSettings_setSMBIOSUuidLittleEndianRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._SMBIOSUuidLittleEndian = value
       else:
            req._SMBIOSUuidLittleEndian = value.handle
       self.mgr.getPort().IFirmwareSettings_setSMBIOSUuidLittleEndian(req)

   def getAutoSerialNumGen(self):
       req=IFirmwareSettings_getAutoSerialNumGenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFirmwareSettings_getAutoSerialNumGen(req)
       return Boolean(self.mgr,val._returnval)
   def setAutoSerialNumGen(self, value):
       req=IFirmwareSettings_setAutoSerialNumGenRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._AutoSerialNumGen = value
       else:
            req._AutoSerialNumGen = value.handle
       self.mgr.getPort().IFirmwareSettings_setAutoSerialNumGen(req)



   _Attrs_={         'firmwareType':[getFirmwareType,setFirmwareType,
        ],
         'logoFadeIn':[getLogoFadeIn,setLogoFadeIn,
        ],
         'logoFadeOut':[getLogoFadeOut,setLogoFadeOut,
        ],
         'logoDisplayTime':[getLogoDisplayTime,setLogoDisplayTime,
        ],
         'logoImagePath':[getLogoImagePath,setLogoImagePath,
        ],
         'bootMenuMode':[getBootMenuMode,setBootMenuMode,
        ],
         'ACPIEnabled':[getACPIEnabled,setACPIEnabled,
        ],
         'IOAPICEnabled':[getIOAPICEnabled,setIOAPICEnabled,
        ],
         'APICMode':[getAPICMode,setAPICMode,
        ],
         'timeOffset':[getTimeOffset,setTimeOffset,
        ],
         'PXEDebugEnabled':[getPXEDebugEnabled,setPXEDebugEnabled,
        ],
         'SMBIOSUuidLittleEndian':[getSMBIOSUuidLittleEndian,setSMBIOSUuidLittleEndian,
        ],
         'AutoSerialNumGen':[getAutoSerialNumGen,setAutoSerialNumGen,
        ]}

class ITrustedPlatformModule(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ITrustedPlatformModule(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ITrustedPlatformModule._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ITrustedPlatformModule._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getType(self):
       req=ITrustedPlatformModule_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ITrustedPlatformModule_getType(req)
       return TpmType(self.mgr,val._returnval)
   def setType(self, value):
       req=ITrustedPlatformModule_setTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._type = value
       else:
            req._type = value.handle
       self.mgr.getPort().ITrustedPlatformModule_setType(req)

   def getLocation(self):
       req=ITrustedPlatformModule_getLocationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ITrustedPlatformModule_getLocation(req)
       return String(self.mgr,val._returnval)
   def setLocation(self, value):
       req=ITrustedPlatformModule_setLocationRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._location = value
       else:
            req._location = value.handle
       self.mgr.getPort().ITrustedPlatformModule_setLocation(req)



   _Attrs_={         'type':[getType,setType,
        ],
         'location':[getLocation,setLocation,
        ]}

class IRecordingScreenSettings(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRecordingScreenSettings(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRecordingScreenSettings._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRecordingScreenSettings._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def isFeatureEnabled(self, _arg_feature):
       req=IRecordingScreenSettings_isFeatureEnabledRequestMsg()
       req._this=self.handle
       
       req._feature=_arg_feature
       val=self.mgr.getPort().IRecordingScreenSettings_isFeatureEnabled(req)
       
       return Boolean(self.mgr,val._returnval)


   def getId(self):
       req=IRecordingScreenSettings_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getEnabled(self):
       req=IRecordingScreenSettings_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IRecordingScreenSettings_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setEnabled(req)

   def getFeatures(self):
       req=IRecordingScreenSettings_getFeaturesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getFeatures(req)
       return RecordingFeature(self.mgr,val._returnval, True)
   def setFeatures(self, value):
       req=IRecordingScreenSettings_setFeaturesRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._features = value
       else:
            req._features = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setFeatures(req)

   def getDestination(self):
       req=IRecordingScreenSettings_getDestinationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getDestination(req)
       return RecordingDestination(self.mgr,val._returnval)
   def setDestination(self, value):
       req=IRecordingScreenSettings_setDestinationRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._destination = value
       else:
            req._destination = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setDestination(req)

   def getFilename(self):
       req=IRecordingScreenSettings_getFilenameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getFilename(req)
       return String(self.mgr,val._returnval)
   def setFilename(self, value):
       req=IRecordingScreenSettings_setFilenameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._filename = value
       else:
            req._filename = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setFilename(req)

   def getMaxTime(self):
       req=IRecordingScreenSettings_getMaxTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getMaxTime(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMaxTime(self, value):
       req=IRecordingScreenSettings_setMaxTimeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._maxTime = value
       else:
            req._maxTime = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setMaxTime(req)

   def getMaxFileSize(self):
       req=IRecordingScreenSettings_getMaxFileSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getMaxFileSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMaxFileSize(self, value):
       req=IRecordingScreenSettings_setMaxFileSizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._maxFileSize = value
       else:
            req._maxFileSize = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setMaxFileSize(req)

   def getOptions(self):
       req=IRecordingScreenSettings_getOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getOptions(req)
       return String(self.mgr,val._returnval)
   def setOptions(self, value):
       req=IRecordingScreenSettings_setOptionsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._options = value
       else:
            req._options = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setOptions(req)

   def getAudioCodec(self):
       req=IRecordingScreenSettings_getAudioCodecRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioCodec(req)
       return RecordingAudioCodec(self.mgr,val._returnval)
   def setAudioCodec(self, value):
       req=IRecordingScreenSettings_setAudioCodecRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioCodec = value
       else:
            req._audioCodec = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioCodec(req)

   def getAudioRateControlMode(self):
       req=IRecordingScreenSettings_getAudioRateControlModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioRateControlMode(req)
       return RecordingRateControlMode(self.mgr,val._returnval)
   def setAudioRateControlMode(self, value):
       req=IRecordingScreenSettings_setAudioRateControlModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioRateControlMode = value
       else:
            req._audioRateControlMode = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioRateControlMode(req)

   def getAudioDeadline(self):
       req=IRecordingScreenSettings_getAudioDeadlineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioDeadline(req)
       return RecordingCodecDeadline(self.mgr,val._returnval)
   def setAudioDeadline(self, value):
       req=IRecordingScreenSettings_setAudioDeadlineRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioDeadline = value
       else:
            req._audioDeadline = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioDeadline(req)

   def getAudioHz(self):
       req=IRecordingScreenSettings_getAudioHzRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioHz(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAudioHz(self, value):
       req=IRecordingScreenSettings_setAudioHzRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioHz = value
       else:
            req._audioHz = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioHz(req)

   def getAudioBits(self):
       req=IRecordingScreenSettings_getAudioBitsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioBits(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAudioBits(self, value):
       req=IRecordingScreenSettings_setAudioBitsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioBits = value
       else:
            req._audioBits = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioBits(req)

   def getAudioChannels(self):
       req=IRecordingScreenSettings_getAudioChannelsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getAudioChannels(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAudioChannels(self, value):
       req=IRecordingScreenSettings_setAudioChannelsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioChannels = value
       else:
            req._audioChannels = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setAudioChannels(req)

   def getVideoCodec(self):
       req=IRecordingScreenSettings_getVideoCodecRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoCodec(req)
       return RecordingVideoCodec(self.mgr,val._returnval)
   def setVideoCodec(self, value):
       req=IRecordingScreenSettings_setVideoCodecRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoCodec = value
       else:
            req._videoCodec = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoCodec(req)

   def getVideoDeadline(self):
       req=IRecordingScreenSettings_getVideoDeadlineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoDeadline(req)
       return RecordingCodecDeadline(self.mgr,val._returnval)
   def setVideoDeadline(self, value):
       req=IRecordingScreenSettings_setVideoDeadlineRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoDeadline = value
       else:
            req._videoDeadline = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoDeadline(req)

   def getVideoWidth(self):
       req=IRecordingScreenSettings_getVideoWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVideoWidth(self, value):
       req=IRecordingScreenSettings_setVideoWidthRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoWidth = value
       else:
            req._videoWidth = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoWidth(req)

   def getVideoHeight(self):
       req=IRecordingScreenSettings_getVideoHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoHeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVideoHeight(self, value):
       req=IRecordingScreenSettings_setVideoHeightRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoHeight = value
       else:
            req._videoHeight = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoHeight(req)

   def getVideoRate(self):
       req=IRecordingScreenSettings_getVideoRateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoRate(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVideoRate(self, value):
       req=IRecordingScreenSettings_setVideoRateRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoRate = value
       else:
            req._videoRate = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoRate(req)

   def getVideoRateControlMode(self):
       req=IRecordingScreenSettings_getVideoRateControlModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoRateControlMode(req)
       return RecordingRateControlMode(self.mgr,val._returnval)
   def setVideoRateControlMode(self, value):
       req=IRecordingScreenSettings_setVideoRateControlModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoRateControlMode = value
       else:
            req._videoRateControlMode = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoRateControlMode(req)

   def getVideoFPS(self):
       req=IRecordingScreenSettings_getVideoFPSRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoFPS(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVideoFPS(self, value):
       req=IRecordingScreenSettings_setVideoFPSRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoFPS = value
       else:
            req._videoFPS = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoFPS(req)

   def getVideoScalingMode(self):
       req=IRecordingScreenSettings_getVideoScalingModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenSettings_getVideoScalingMode(req)
       return RecordingVideoScalingMode(self.mgr,val._returnval)
   def setVideoScalingMode(self, value):
       req=IRecordingScreenSettings_setVideoScalingModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._videoScalingMode = value
       else:
            req._videoScalingMode = value.handle
       self.mgr.getPort().IRecordingScreenSettings_setVideoScalingMode(req)



   _Attrs_={         'id':[getId,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'features':[getFeatures,setFeatures,
        ],
         'destination':[getDestination,setDestination,
        ],
         'filename':[getFilename,setFilename,
        ],
         'maxTime':[getMaxTime,setMaxTime,
        ],
         'maxFileSize':[getMaxFileSize,setMaxFileSize,
        ],
         'options':[getOptions,setOptions,
        ],
         'audioCodec':[getAudioCodec,setAudioCodec,
        ],
         'audioRateControlMode':[getAudioRateControlMode,setAudioRateControlMode,
        ],
         'audioDeadline':[getAudioDeadline,setAudioDeadline,
        ],
         'audioHz':[getAudioHz,setAudioHz,
        ],
         'audioBits':[getAudioBits,setAudioBits,
        ],
         'audioChannels':[getAudioChannels,setAudioChannels,
        ],
         'videoCodec':[getVideoCodec,setVideoCodec,
        ],
         'videoDeadline':[getVideoDeadline,setVideoDeadline,
        ],
         'videoWidth':[getVideoWidth,setVideoWidth,
        ],
         'videoHeight':[getVideoHeight,setVideoHeight,
        ],
         'videoRate':[getVideoRate,setVideoRate,
        ],
         'videoRateControlMode':[getVideoRateControlMode,setVideoRateControlMode,
        ],
         'videoFPS':[getVideoFPS,setVideoFPS,
        ],
         'videoScalingMode':[getVideoScalingMode,setVideoScalingMode,
        ]}

class IRecordingSettings(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRecordingSettings(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRecordingSettings._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRecordingSettings._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScreenSettings(self, _arg_screenId):
       req=IRecordingSettings_getScreenSettingsRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IRecordingSettings_getScreenSettings(req)
       
       return IRecordingScreenSettings(self.mgr,val._returnval)


   def start(self):
       req=IRecordingSettings_startRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IRecordingSettings_start(req)
       
       return IProgress(self.mgr,val._returnval)


   def resume(self):
       req=IRecordingSettings_resumeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IRecordingSettings_resume(req)
       
       return 


   def getPaused(self):
       req=IRecordingSettings_getPausedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingSettings_getPaused(req)
       return Boolean(self.mgr,val._returnval)
   def setPaused(self, value):
       req=IRecordingSettings_setPausedRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._paused = value
       else:
            req._paused = value.handle
       self.mgr.getPort().IRecordingSettings_setPaused(req)

   def getEnabled(self):
       req=IRecordingSettings_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingSettings_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IRecordingSettings_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IRecordingSettings_setEnabled(req)

   def getScreens(self):
       req=IRecordingSettings_getScreensRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingSettings_getScreens(req)
       return IRecordingScreenSettings(self.mgr,val._returnval, True)
   def getProgress(self):
       req=IRecordingSettings_getProgressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingSettings_getProgress(req)
       return IProgress(self.mgr,val._returnval)


   _Attrs_={         'paused':[getPaused,setPaused,
        ],
         'enabled':[getEnabled,setEnabled,
        ],
         'screens':[getScreens,None],
         'progress':[getProgress,None]}

class IPCIAddress(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPCIAddress(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPCIAddress._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPCIAddress._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def asLong(self):
       req=IPCIAddress_asLongRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IPCIAddress_asLong(req)
       
       return Int(self.mgr,val._returnval)


   def fromLong(self, _arg_number):
       req=IPCIAddress_fromLongRequestMsg()
       req._this=self.handle
       
       req._number=_arg_number
       val=self.mgr.getPort().IPCIAddress_fromLong(req)
       
       return 


   def getBus(self):
       req=IPCIAddress_getBusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPCIAddress_getBus(req)
       return Short(self.mgr,val._returnval)
   def setBus(self, value):
       req=IPCIAddress_setBusRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._bus = value
       else:
            req._bus = value.handle
       self.mgr.getPort().IPCIAddress_setBus(req)

   def getDevice(self):
       req=IPCIAddress_getDeviceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPCIAddress_getDevice(req)
       return Short(self.mgr,val._returnval)
   def setDevice(self, value):
       req=IPCIAddress_setDeviceRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._device = value
       else:
            req._device = value.handle
       self.mgr.getPort().IPCIAddress_setDevice(req)

   def getDevFunction(self):
       req=IPCIAddress_getDevFunctionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPCIAddress_getDevFunction(req)
       return Short(self.mgr,val._returnval)
   def setDevFunction(self, value):
       req=IPCIAddress_setDevFunctionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._devFunction = value
       else:
            req._devFunction = value.handle
       self.mgr.getPort().IPCIAddress_setDevFunction(req)



   _Attrs_={         'bus':[getBus,setBus,
        ],
         'device':[getDevice,setDevice,
        ],
         'devFunction':[getDevFunction,setDevFunction,
        ]}

class IUefiVariableStore(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUefiVariableStore(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUefiVariableStore._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUefiVariableStore._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def addVariable(self, _arg_name, _arg_owner, _arg_attributes, _arg_data):
       req=IUefiVariableStore_addVariableRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._owner=_arg_owner
       req._attributes=_arg_attributes
       req._data=self.mgr.encodebase64(_arg_data)
       val=self.mgr.getPort().IUefiVariableStore_addVariable(req)
       
       return 


   def deleteVariable(self, _arg_name, _arg_owner):
       req=IUefiVariableStore_deleteVariableRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._owner=_arg_owner
       val=self.mgr.getPort().IUefiVariableStore_deleteVariable(req)
       
       return 


   def changeVariable(self, _arg_name, _arg_data):
       req=IUefiVariableStore_changeVariableRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._data=self.mgr.encodebase64(_arg_data)
       val=self.mgr.getPort().IUefiVariableStore_changeVariable(req)
       
       return 


   def queryVariableByName(self, _arg_name):
       req=IUefiVariableStore_queryVariableByNameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IUefiVariableStore_queryVariableByName(req)
       
       return String(self.mgr,val._owner), UefiVariableAttributes(self.mgr,val._attributes, True), self.mgr.decodebase64(val._data)


   def queryVariables(self):
       req=IUefiVariableStore_queryVariablesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUefiVariableStore_queryVariables(req)
       
       return String(self.mgr,val._names, True), String(self.mgr,val._owners, True)


   def enrollOraclePlatformKey(self):
       req=IUefiVariableStore_enrollOraclePlatformKeyRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUefiVariableStore_enrollOraclePlatformKey(req)
       
       return 


   def enrollPlatformKey(self, _arg_platformKey, _arg_owner):
       req=IUefiVariableStore_enrollPlatformKeyRequestMsg()
       req._this=self.handle
       
       req._platformKey=self.mgr.encodebase64(_arg_platformKey)
       req._owner=_arg_owner
       val=self.mgr.getPort().IUefiVariableStore_enrollPlatformKey(req)
       
       return 


   def addKek(self, _arg_keyEncryptionKey, _arg_owner, _arg_signatureType):
       req=IUefiVariableStore_addKekRequestMsg()
       req._this=self.handle
       
       req._keyEncryptionKey=self.mgr.encodebase64(_arg_keyEncryptionKey)
       req._owner=_arg_owner
       req._signatureType=_arg_signatureType
       val=self.mgr.getPort().IUefiVariableStore_addKek(req)
       
       return 


   def addSignatureToDb(self, _arg_signature, _arg_owner, _arg_signatureType):
       req=IUefiVariableStore_addSignatureToDbRequestMsg()
       req._this=self.handle
       
       req._signature=self.mgr.encodebase64(_arg_signature)
       req._owner=_arg_owner
       req._signatureType=_arg_signatureType
       val=self.mgr.getPort().IUefiVariableStore_addSignatureToDb(req)
       
       return 


   def addSignatureToDbx(self, _arg_signature, _arg_owner, _arg_signatureType):
       req=IUefiVariableStore_addSignatureToDbxRequestMsg()
       req._this=self.handle
       
       req._signature=self.mgr.encodebase64(_arg_signature)
       req._owner=_arg_owner
       req._signatureType=_arg_signatureType
       val=self.mgr.getPort().IUefiVariableStore_addSignatureToDbx(req)
       
       return 


   def enrollDefaultMsSignatures(self):
       req=IUefiVariableStore_enrollDefaultMsSignaturesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUefiVariableStore_enrollDefaultMsSignatures(req)
       
       return 


   def addSignatureToMok(self, _arg_signature, _arg_owner, _arg_signatureType):
       req=IUefiVariableStore_addSignatureToMokRequestMsg()
       req._this=self.handle
       
       req._signature=self.mgr.encodebase64(_arg_signature)
       req._owner=_arg_owner
       req._signatureType=_arg_signatureType
       val=self.mgr.getPort().IUefiVariableStore_addSignatureToMok(req)
       
       return 


   def getSecureBootEnabled(self):
       req=IUefiVariableStore_getSecureBootEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUefiVariableStore_getSecureBootEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setSecureBootEnabled(self, value):
       req=IUefiVariableStore_setSecureBootEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._secureBootEnabled = value
       else:
            req._secureBootEnabled = value.handle
       self.mgr.getPort().IUefiVariableStore_setSecureBootEnabled(req)



   _Attrs_={         'secureBootEnabled':[getSecureBootEnabled,setSecureBootEnabled,
        ]}

class INvramStore(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INvramStore(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INvramStore._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INvramStore._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def initUefiVariableStore(self, _arg_size):
       req=INvramStore_initUefiVariableStoreRequestMsg()
       req._this=self.handle
       
       req._size=_arg_size
       val=self.mgr.getPort().INvramStore_initUefiVariableStore(req)
       
       return 


   def getNonVolatileStorageFile(self):
       req=INvramStore_getNonVolatileStorageFileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INvramStore_getNonVolatileStorageFile(req)
       return String(self.mgr,val._returnval)
   def getUefiVariableStore(self):
       req=INvramStore_getUefiVariableStoreRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INvramStore_getUefiVariableStore(req)
       return IUefiVariableStore(self.mgr,val._returnval)
   def getKeyId(self):
       req=INvramStore_getKeyIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INvramStore_getKeyId(req)
       return String(self.mgr,val._returnval)
   def getKeyStore(self):
       req=INvramStore_getKeyStoreRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INvramStore_getKeyStore(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'nonVolatileStorageFile':[getNonVolatileStorageFile,None],
         'uefiVariableStore':[getUefiVariableStore,None],
         'keyId':[getKeyId,None],
         'keyStore':[getKeyStore,None]}

class IResourceStore(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IResourceStore(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IResourceStore._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IResourceStore._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IResourceStore_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IResourceStore_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IPlatform(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPlatform(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPlatform._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPlatform._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getArchitecture(self):
       req=IPlatform_getArchitectureRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getArchitecture(req)
       return PlatformArchitecture(self.mgr,val._returnval)
   def setArchitecture(self, value):
       req=IPlatform_setArchitectureRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._architecture = value
       else:
            req._architecture = value.handle
       self.mgr.getPort().IPlatform_setArchitecture(req)

   def getProperties(self):
       req=IPlatform_getPropertiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getProperties(req)
       return IPlatformProperties(self.mgr,val._returnval)
   def getX86(self):
       req=IPlatform_getX86RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getX86(req)
       return IPlatformX86(self.mgr,val._returnval)
   def getARM(self):
       req=IPlatform_getARMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getARM(req)
       return IPlatformARM(self.mgr,val._returnval)
   def getChipsetType(self):
       req=IPlatform_getChipsetTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getChipsetType(req)
       return ChipsetType(self.mgr,val._returnval)
   def setChipsetType(self, value):
       req=IPlatform_setChipsetTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._chipsetType = value
       else:
            req._chipsetType = value.handle
       self.mgr.getPort().IPlatform_setChipsetType(req)

   def getIommuType(self):
       req=IPlatform_getIommuTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getIommuType(req)
       return IommuType(self.mgr,val._returnval)
   def setIommuType(self, value):
       req=IPlatform_setIommuTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._iommuType = value
       else:
            req._iommuType = value.handle
       self.mgr.getPort().IPlatform_setIommuType(req)

   def getRTCUseUTC(self):
       req=IPlatform_getRTCUseUTCRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatform_getRTCUseUTC(req)
       return Boolean(self.mgr,val._returnval)
   def setRTCUseUTC(self, value):
       req=IPlatform_setRTCUseUTCRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._RTCUseUTC = value
       else:
            req._RTCUseUTC = value.handle
       self.mgr.getPort().IPlatform_setRTCUseUTC(req)



   _Attrs_={         'architecture':[getArchitecture,setArchitecture,
        ],
         'properties':[getProperties,None],
         'x86':[getX86,None],
         'ARM':[getARM,None],
         'chipsetType':[getChipsetType,setChipsetType,
        ],
         'iommuType':[getIommuType,setIommuType,
        ],
         'RTCUseUTC':[getRTCUseUTC,setRTCUseUTC,
        ]}

class IPlatformX86(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPlatformX86(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPlatformX86._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPlatformX86._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCPUProperty(self, _arg_property):
       req=IPlatformX86_getCPUPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       val=self.mgr.getPort().IPlatformX86_getCPUProperty(req)
       
       return Boolean(self.mgr,val._returnval)


   def setCPUProperty(self, _arg_property, _arg_value):
       req=IPlatformX86_setCPUPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       req._value=_arg_value
       val=self.mgr.getPort().IPlatformX86_setCPUProperty(req)
       
       return 


   def getCPUIDLeafByOrdinal(self, _arg_ordinal):
       req=IPlatformX86_getCPUIDLeafByOrdinalRequestMsg()
       req._this=self.handle
       
       req._ordinal=_arg_ordinal
       val=self.mgr.getPort().IPlatformX86_getCPUIDLeafByOrdinal(req)
       
       return UnsignedInt(self.mgr,val._idx), UnsignedInt(self.mgr,val._idxSub), UnsignedInt(self.mgr,val._valEax), UnsignedInt(self.mgr,val._valEbx), UnsignedInt(self.mgr,val._valEcx), UnsignedInt(self.mgr,val._valEdx)


   def getCPUIDLeaf(self, _arg_idx, _arg_idxSub):
       req=IPlatformX86_getCPUIDLeafRequestMsg()
       req._this=self.handle
       
       req._idx=_arg_idx
       req._idxSub=_arg_idxSub
       val=self.mgr.getPort().IPlatformX86_getCPUIDLeaf(req)
       
       return UnsignedInt(self.mgr,val._valEax), UnsignedInt(self.mgr,val._valEbx), UnsignedInt(self.mgr,val._valEcx), UnsignedInt(self.mgr,val._valEdx)


   def setCPUIDLeaf(self, _arg_idx, _arg_idxSub, _arg_valEax, _arg_valEbx, _arg_valEcx, _arg_valEdx):
       req=IPlatformX86_setCPUIDLeafRequestMsg()
       req._this=self.handle
       
       req._idx=_arg_idx
       req._idxSub=_arg_idxSub
       req._valEax=_arg_valEax
       req._valEbx=_arg_valEbx
       req._valEcx=_arg_valEcx
       req._valEdx=_arg_valEdx
       val=self.mgr.getPort().IPlatformX86_setCPUIDLeaf(req)
       
       return 


   def removeCPUIDLeaf(self, _arg_idx, _arg_idxSub):
       req=IPlatformX86_removeCPUIDLeafRequestMsg()
       req._this=self.handle
       
       req._idx=_arg_idx
       req._idxSub=_arg_idxSub
       val=self.mgr.getPort().IPlatformX86_removeCPUIDLeaf(req)
       
       return 


   def removeAllCPUIDLeaves(self):
       req=IPlatformX86_removeAllCPUIDLeavesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IPlatformX86_removeAllCPUIDLeaves(req)
       
       return 


   def getHWVirtExProperty(self, _arg_property):
       req=IPlatformX86_getHWVirtExPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       val=self.mgr.getPort().IPlatformX86_getHWVirtExProperty(req)
       
       return Boolean(self.mgr,val._returnval)


   def setHWVirtExProperty(self, _arg_property, _arg_value):
       req=IPlatformX86_setHWVirtExPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       req._value=_arg_value
       val=self.mgr.getPort().IPlatformX86_setHWVirtExProperty(req)
       
       return 


   def getHPETEnabled(self):
       req=IPlatformX86_getHPETEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformX86_getHPETEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setHPETEnabled(self, value):
       req=IPlatformX86_setHPETEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._HPETEnabled = value
       else:
            req._HPETEnabled = value.handle
       self.mgr.getPort().IPlatformX86_setHPETEnabled(req)



   _Attrs_={         'HPETEnabled':[getHPETEnabled,setHPETEnabled,
        ]}

class IPlatformARM(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPlatformARM(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPlatformARM._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPlatformARM._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCPUProperty(self, _arg_property):
       req=IPlatformARM_getCPUPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       val=self.mgr.getPort().IPlatformARM_getCPUProperty(req)
       
       return Boolean(self.mgr,val._returnval)


   def setCPUProperty(self, _arg_property, _arg_value):
       req=IPlatformARM_setCPUPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       req._value=_arg_value
       val=self.mgr.getPort().IPlatformARM_setCPUProperty(req)
       
       return 




   _Attrs_={}

class IMachine(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachine(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachine._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachine._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def lockMachine(self, _arg_session, _arg_lockType):
       req=IMachine_lockMachineRequestMsg()
       req._this=self.handle
       
       req._session=_arg_session
       req._lockType=_arg_lockType
       val=self.mgr.getPort().IMachine_lockMachine(req)
       
       return 


   def launchVMProcess(self, _arg_session, _arg_name, _arg_environmentChanges):
       req=IMachine_launchVMProcessRequestMsg()
       req._this=self.handle
       
       req._session=_arg_session
       req._name=_arg_name
       req._environmentChanges=_arg_environmentChanges
       val=self.mgr.getPort().IMachine_launchVMProcess(req)
       
       return IProgress(self.mgr,val._returnval)


   def setBootOrder(self, _arg_position, _arg_device):
       req=IMachine_setBootOrderRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       req._device=_arg_device
       val=self.mgr.getPort().IMachine_setBootOrder(req)
       
       return 


   def getBootOrder(self, _arg_position):
       req=IMachine_getBootOrderRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       val=self.mgr.getPort().IMachine_getBootOrder(req)
       
       return DeviceType(self.mgr,val._returnval)


   def attachDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_type, _arg_medium):
       req=IMachine_attachDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._type=_arg_type
       req._medium=_arg_medium
       val=self.mgr.getPort().IMachine_attachDevice(req)
       
       return 


   def attachDeviceWithoutMedium(self, _arg_name, _arg_controllerPort, _arg_device, _arg_type):
       req=IMachine_attachDeviceWithoutMediumRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._type=_arg_type
       val=self.mgr.getPort().IMachine_attachDeviceWithoutMedium(req)
       
       return 


   def detachDevice(self, _arg_name, _arg_controllerPort, _arg_device):
       req=IMachine_detachDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       val=self.mgr.getPort().IMachine_detachDevice(req)
       
       return 


   def passthroughDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_passthrough):
       req=IMachine_passthroughDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._passthrough=_arg_passthrough
       val=self.mgr.getPort().IMachine_passthroughDevice(req)
       
       return 


   def temporaryEjectDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_temporaryEject):
       req=IMachine_temporaryEjectDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._temporaryEject=_arg_temporaryEject
       val=self.mgr.getPort().IMachine_temporaryEjectDevice(req)
       
       return 


   def nonRotationalDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_nonRotational):
       req=IMachine_nonRotationalDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._nonRotational=_arg_nonRotational
       val=self.mgr.getPort().IMachine_nonRotationalDevice(req)
       
       return 


   def setAutoDiscardForDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_discard):
       req=IMachine_setAutoDiscardForDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._discard=_arg_discard
       val=self.mgr.getPort().IMachine_setAutoDiscardForDevice(req)
       
       return 


   def setHotPluggableForDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_hotPluggable):
       req=IMachine_setHotPluggableForDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._hotPluggable=_arg_hotPluggable
       val=self.mgr.getPort().IMachine_setHotPluggableForDevice(req)
       
       return 


   def setBandwidthGroupForDevice(self, _arg_name, _arg_controllerPort, _arg_device, _arg_bandwidthGroup):
       req=IMachine_setBandwidthGroupForDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._bandwidthGroup=_arg_bandwidthGroup
       val=self.mgr.getPort().IMachine_setBandwidthGroupForDevice(req)
       
       return 


   def setNoBandwidthGroupForDevice(self, _arg_name, _arg_controllerPort, _arg_device):
       req=IMachine_setNoBandwidthGroupForDeviceRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       val=self.mgr.getPort().IMachine_setNoBandwidthGroupForDevice(req)
       
       return 


   def unmountMedium(self, _arg_name, _arg_controllerPort, _arg_device, _arg_force):
       req=IMachine_unmountMediumRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._force=_arg_force
       val=self.mgr.getPort().IMachine_unmountMedium(req)
       
       return 


   def mountMedium(self, _arg_name, _arg_controllerPort, _arg_device, _arg_medium, _arg_force):
       req=IMachine_mountMediumRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       req._medium=_arg_medium
       req._force=_arg_force
       val=self.mgr.getPort().IMachine_mountMedium(req)
       
       return 


   def getMedium(self, _arg_name, _arg_controllerPort, _arg_device):
       req=IMachine_getMediumRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       val=self.mgr.getPort().IMachine_getMedium(req)
       
       return IMedium(self.mgr,val._returnval)


   def getMediumAttachmentsOfController(self, _arg_name):
       req=IMachine_getMediumAttachmentsOfControllerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_getMediumAttachmentsOfController(req)
       
       return IMediumAttachment(self.mgr,val._returnval, True)


   def getMediumAttachment(self, _arg_name, _arg_controllerPort, _arg_device):
       req=IMachine_getMediumAttachmentRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._controllerPort=_arg_controllerPort
       req._device=_arg_device
       val=self.mgr.getPort().IMachine_getMediumAttachment(req)
       
       return IMediumAttachment(self.mgr,val._returnval)


   def attachHostPCIDevice(self, _arg_hostAddress, _arg_desiredGuestAddress, _arg_tryToUnbind):
       req=IMachine_attachHostPCIDeviceRequestMsg()
       req._this=self.handle
       
       req._hostAddress=_arg_hostAddress
       req._desiredGuestAddress=_arg_desiredGuestAddress
       req._tryToUnbind=_arg_tryToUnbind
       val=self.mgr.getPort().IMachine_attachHostPCIDevice(req)
       
       return 


   def detachHostPCIDevice(self, _arg_hostAddress):
       req=IMachine_detachHostPCIDeviceRequestMsg()
       req._this=self.handle
       
       req._hostAddress=_arg_hostAddress
       val=self.mgr.getPort().IMachine_detachHostPCIDevice(req)
       
       return 


   def getNetworkAdapter(self, _arg_slot):
       req=IMachine_getNetworkAdapterRequestMsg()
       req._this=self.handle
       
       req._slot=_arg_slot
       val=self.mgr.getPort().IMachine_getNetworkAdapter(req)
       
       return INetworkAdapter(self.mgr,val._returnval)


   def addStorageController(self, _arg_name, _arg_connectionType):
       req=IMachine_addStorageControllerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._connectionType=_arg_connectionType
       val=self.mgr.getPort().IMachine_addStorageController(req)
       
       return IStorageController(self.mgr,val._returnval)


   def getStorageControllerByName(self, _arg_name):
       req=IMachine_getStorageControllerByNameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_getStorageControllerByName(req)
       
       return IStorageController(self.mgr,val._returnval)


   def getStorageControllerByInstance(self, _arg_connectionType, _arg_instance):
       req=IMachine_getStorageControllerByInstanceRequestMsg()
       req._this=self.handle
       
       req._connectionType=_arg_connectionType
       req._instance=_arg_instance
       val=self.mgr.getPort().IMachine_getStorageControllerByInstance(req)
       
       return IStorageController(self.mgr,val._returnval)


   def removeStorageController(self, _arg_name):
       req=IMachine_removeStorageControllerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_removeStorageController(req)
       
       return 


   def setStorageControllerBootable(self, _arg_name, _arg_bootable):
       req=IMachine_setStorageControllerBootableRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._bootable=_arg_bootable
       val=self.mgr.getPort().IMachine_setStorageControllerBootable(req)
       
       return 


   def addUSBController(self, _arg_name, _arg_type):
       req=IMachine_addUSBControllerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._type=_arg_type
       val=self.mgr.getPort().IMachine_addUSBController(req)
       
       return IUSBController(self.mgr,val._returnval)


   def removeUSBController(self, _arg_name):
       req=IMachine_removeUSBControllerRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_removeUSBController(req)
       
       return 


   def getUSBControllerByName(self, _arg_name):
       req=IMachine_getUSBControllerByNameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_getUSBControllerByName(req)
       
       return IUSBController(self.mgr,val._returnval)


   def getUSBControllerCountByType(self, _arg_type):
       req=IMachine_getUSBControllerCountByTypeRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       val=self.mgr.getPort().IMachine_getUSBControllerCountByType(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getSerialPort(self, _arg_slot):
       req=IMachine_getSerialPortRequestMsg()
       req._this=self.handle
       
       req._slot=_arg_slot
       val=self.mgr.getPort().IMachine_getSerialPort(req)
       
       return ISerialPort(self.mgr,val._returnval)


   def getParallelPort(self, _arg_slot):
       req=IMachine_getParallelPortRequestMsg()
       req._this=self.handle
       
       req._slot=_arg_slot
       val=self.mgr.getPort().IMachine_getParallelPort(req)
       
       return IParallelPort(self.mgr,val._returnval)


   def getExtraDataKeys(self):
       req=IMachine_getExtraDataKeysRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_getExtraDataKeys(req)
       
       return String(self.mgr,val._returnval, True)


   def getExtraData(self, _arg_key):
       req=IMachine_getExtraDataRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().IMachine_getExtraData(req)
       
       return String(self.mgr,val._returnval)


   def setExtraData(self, _arg_key, _arg_value):
       req=IMachine_setExtraDataRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       req._value=_arg_value
       val=self.mgr.getPort().IMachine_setExtraData(req)
       
       return 


   def setSettingsFilePath(self, _arg_settingsFilePath):
       req=IMachine_setSettingsFilePathRequestMsg()
       req._this=self.handle
       
       req._settingsFilePath=_arg_settingsFilePath
       val=self.mgr.getPort().IMachine_setSettingsFilePath(req)
       
       return IProgress(self.mgr,val._returnval)


   def saveSettings(self):
       req=IMachine_saveSettingsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_saveSettings(req)
       
       return 


   def discardSettings(self):
       req=IMachine_discardSettingsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_discardSettings(req)
       
       return 


   def unregister(self, _arg_cleanupMode):
       req=IMachine_unregisterRequestMsg()
       req._this=self.handle
       
       req._cleanupMode=_arg_cleanupMode
       val=self.mgr.getPort().IMachine_unregister(req)
       
       return IMedium(self.mgr,val._returnval, True)


   def deleteConfig(self, _arg_media):
       req=IMachine_deleteConfigRequestMsg()
       req._this=self.handle
       
       req._media=_arg_media
       val=self.mgr.getPort().IMachine_deleteConfig(req)
       
       return IProgress(self.mgr,val._returnval)


   def exportTo(self, _arg_appliance, _arg_location):
       req=IMachine_exportToRequestMsg()
       req._this=self.handle
       
       req._appliance=_arg_appliance
       req._location=_arg_location
       val=self.mgr.getPort().IMachine_exportTo(req)
       
       return IVirtualSystemDescription(self.mgr,val._returnval)


   def findSnapshot(self, _arg_nameOrId):
       req=IMachine_findSnapshotRequestMsg()
       req._this=self.handle
       
       req._nameOrId=_arg_nameOrId
       val=self.mgr.getPort().IMachine_findSnapshot(req)
       
       return ISnapshot(self.mgr,val._returnval)


   def createSharedFolder(self, _arg_name, _arg_hostPath, _arg_writable, _arg_automount, _arg_autoMountPoint):
       req=IMachine_createSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._hostPath=_arg_hostPath
       req._writable=_arg_writable
       req._automount=_arg_automount
       req._autoMountPoint=_arg_autoMountPoint
       val=self.mgr.getPort().IMachine_createSharedFolder(req)
       
       return 


   def removeSharedFolder(self, _arg_name):
       req=IMachine_removeSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_removeSharedFolder(req)
       
       return 


   def canShowConsoleWindow(self):
       req=IMachine_canShowConsoleWindowRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_canShowConsoleWindow(req)
       
       return Boolean(self.mgr,val._returnval)


   def showConsoleWindow(self):
       req=IMachine_showConsoleWindowRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_showConsoleWindow(req)
       
       return Long(self.mgr,val._returnval)


   def getGuestProperty(self, _arg_name):
       req=IMachine_getGuestPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_getGuestProperty(req)
       
       return String(self.mgr,val._value), Long(self.mgr,val._timestamp), String(self.mgr,val._flags)


   def getGuestPropertyValue(self, _arg_property):
       req=IMachine_getGuestPropertyValueRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       val=self.mgr.getPort().IMachine_getGuestPropertyValue(req)
       
       return String(self.mgr,val._returnval)


   def getGuestPropertyTimestamp(self, _arg_property):
       req=IMachine_getGuestPropertyTimestampRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       val=self.mgr.getPort().IMachine_getGuestPropertyTimestamp(req)
       
       return Long(self.mgr,val._returnval)


   def setGuestProperty(self, _arg_property, _arg_value, _arg_flags):
       req=IMachine_setGuestPropertyRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       req._value=_arg_value
       req._flags=_arg_flags
       val=self.mgr.getPort().IMachine_setGuestProperty(req)
       
       return 


   def setGuestPropertyValue(self, _arg_property, _arg_value):
       req=IMachine_setGuestPropertyValueRequestMsg()
       req._this=self.handle
       
       req._property=_arg_property
       req._value=_arg_value
       val=self.mgr.getPort().IMachine_setGuestPropertyValue(req)
       
       return 


   def deleteGuestProperty(self, _arg_name):
       req=IMachine_deleteGuestPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachine_deleteGuestProperty(req)
       
       return 


   def enumerateGuestProperties(self, _arg_patterns):
       req=IMachine_enumerateGuestPropertiesRequestMsg()
       req._this=self.handle
       
       req._patterns=_arg_patterns
       val=self.mgr.getPort().IMachine_enumerateGuestProperties(req)
       
       return String(self.mgr,val._names, True), String(self.mgr,val._values, True), Long(self.mgr,val._timestamps, True), String(self.mgr,val._flags, True)


   def querySavedGuestScreenInfo(self, _arg_screenId):
       req=IMachine_querySavedGuestScreenInfoRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IMachine_querySavedGuestScreenInfo(req)
       
       return UnsignedInt(self.mgr,val._originX), UnsignedInt(self.mgr,val._originY), UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height), Boolean(self.mgr,val._enabled)


   def readSavedThumbnailToArray(self, _arg_screenId, _arg_bitmapFormat):
       req=IMachine_readSavedThumbnailToArrayRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._bitmapFormat=_arg_bitmapFormat
       val=self.mgr.getPort().IMachine_readSavedThumbnailToArray(req)
       
       return self.mgr.decodebase64(val._returnval), UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height)


   def querySavedScreenshotInfo(self, _arg_screenId):
       req=IMachine_querySavedScreenshotInfoRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IMachine_querySavedScreenshotInfo(req)
       
       return BitmapFormat(self.mgr,val._returnval, True), UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height)


   def readSavedScreenshotToArray(self, _arg_screenId, _arg_bitmapFormat):
       req=IMachine_readSavedScreenshotToArrayRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._bitmapFormat=_arg_bitmapFormat
       val=self.mgr.getPort().IMachine_readSavedScreenshotToArray(req)
       
       return self.mgr.decodebase64(val._returnval), UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height)


   def hotPlugCPU(self, _arg_cpu):
       req=IMachine_hotPlugCPURequestMsg()
       req._this=self.handle
       
       req._cpu=_arg_cpu
       val=self.mgr.getPort().IMachine_hotPlugCPU(req)
       
       return 


   def hotUnplugCPU(self, _arg_cpu):
       req=IMachine_hotUnplugCPURequestMsg()
       req._this=self.handle
       
       req._cpu=_arg_cpu
       val=self.mgr.getPort().IMachine_hotUnplugCPU(req)
       
       return 


   def getCPUStatus(self, _arg_cpu):
       req=IMachine_getCPUStatusRequestMsg()
       req._this=self.handle
       
       req._cpu=_arg_cpu
       val=self.mgr.getPort().IMachine_getCPUStatus(req)
       
       return Boolean(self.mgr,val._returnval)


   def getEffectiveParavirtProvider(self):
       req=IMachine_getEffectiveParavirtProviderRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_getEffectiveParavirtProvider(req)
       
       return ParavirtProvider(self.mgr,val._returnval)


   def queryLogFilename(self, _arg_idx):
       req=IMachine_queryLogFilenameRequestMsg()
       req._this=self.handle
       
       req._idx=_arg_idx
       val=self.mgr.getPort().IMachine_queryLogFilename(req)
       
       return String(self.mgr,val._returnval)


   def readLog(self, _arg_idx, _arg_offset, _arg_size):
       req=IMachine_readLogRequestMsg()
       req._this=self.handle
       
       req._idx=_arg_idx
       req._offset=_arg_offset
       req._size=_arg_size
       val=self.mgr.getPort().IMachine_readLog(req)
       
       return self.mgr.decodebase64(val._returnval)


   def cloneTo(self, _arg_target, _arg_mode, _arg_options):
       req=IMachine_cloneToRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       req._mode=_arg_mode
       req._options=_arg_options
       val=self.mgr.getPort().IMachine_cloneTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def moveTo(self, _arg_folder, _arg_type):
       req=IMachine_moveToRequestMsg()
       req._this=self.handle
       
       req._folder=_arg_folder
       req._type=_arg_type
       val=self.mgr.getPort().IMachine_moveTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def saveState(self):
       req=IMachine_saveStateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_saveState(req)
       
       return IProgress(self.mgr,val._returnval)


   def adoptSavedState(self, _arg_savedStateFile):
       req=IMachine_adoptSavedStateRequestMsg()
       req._this=self.handle
       
       req._savedStateFile=_arg_savedStateFile
       val=self.mgr.getPort().IMachine_adoptSavedState(req)
       
       return 


   def discardSavedState(self, _arg_fRemoveFile):
       req=IMachine_discardSavedStateRequestMsg()
       req._this=self.handle
       
       req._fRemoveFile=_arg_fRemoveFile
       val=self.mgr.getPort().IMachine_discardSavedState(req)
       
       return 


   def takeSnapshot(self, _arg_name, _arg_description, _arg_pause):
       req=IMachine_takeSnapshotRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._description=_arg_description
       req._pause=_arg_pause
       val=self.mgr.getPort().IMachine_takeSnapshot(req)
       
       return IProgress(self.mgr,val._returnval), String(self.mgr,val._id)


   def deleteSnapshot(self, _arg_id):
       req=IMachine_deleteSnapshotRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IMachine_deleteSnapshot(req)
       
       return IProgress(self.mgr,val._returnval)


   def deleteSnapshotAndAllChildren(self, _arg_id):
       req=IMachine_deleteSnapshotAndAllChildrenRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IMachine_deleteSnapshotAndAllChildren(req)
       
       return IProgress(self.mgr,val._returnval)


   def deleteSnapshotRange(self, _arg_startId, _arg_endId):
       req=IMachine_deleteSnapshotRangeRequestMsg()
       req._this=self.handle
       
       req._startId=_arg_startId
       req._endId=_arg_endId
       val=self.mgr.getPort().IMachine_deleteSnapshotRange(req)
       
       return IProgress(self.mgr,val._returnval)


   def restoreSnapshot(self, _arg_snapshot):
       req=IMachine_restoreSnapshotRequestMsg()
       req._this=self.handle
       
       req._snapshot=_arg_snapshot
       val=self.mgr.getPort().IMachine_restoreSnapshot(req)
       
       return IProgress(self.mgr,val._returnval)


   def applyDefaults(self, _arg_flags):
       req=IMachine_applyDefaultsRequestMsg()
       req._this=self.handle
       
       req._flags=_arg_flags
       val=self.mgr.getPort().IMachine_applyDefaults(req)
       
       return 


   def changeEncryption(self, _arg_currentPassword, _arg_cipher, _arg_newPassword, _arg_newPasswordId, _arg_force):
       req=IMachine_changeEncryptionRequestMsg()
       req._this=self.handle
       
       req._currentPassword=_arg_currentPassword
       req._cipher=_arg_cipher
       req._newPassword=_arg_newPassword
       req._newPasswordId=_arg_newPasswordId
       req._force=_arg_force
       val=self.mgr.getPort().IMachine_changeEncryption(req)
       
       return IProgress(self.mgr,val._returnval)


   def getEncryptionSettings(self):
       req=IMachine_getEncryptionSettingsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_getEncryptionSettings(req)
       
       return String(self.mgr,val._cipher), String(self.mgr,val._passwordId)


   def checkEncryptionPassword(self, _arg_password):
       req=IMachine_checkEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._password=_arg_password
       val=self.mgr.getPort().IMachine_checkEncryptionPassword(req)
       
       return 


   def addEncryptionPassword(self, _arg_id, _arg_password):
       req=IMachine_addEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       req._password=_arg_password
       val=self.mgr.getPort().IMachine_addEncryptionPassword(req)
       
       return 


   def addEncryptionPasswords(self, _arg_ids, _arg_passwords):
       req=IMachine_addEncryptionPasswordsRequestMsg()
       req._this=self.handle
       
       req._ids=_arg_ids
       req._passwords=_arg_passwords
       val=self.mgr.getPort().IMachine_addEncryptionPasswords(req)
       
       return 


   def removeEncryptionPassword(self, _arg_id):
       req=IMachine_removeEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IMachine_removeEncryptionPassword(req)
       
       return 


   def clearAllEncryptionPasswords(self):
       req=IMachine_clearAllEncryptionPasswordsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachine_clearAllEncryptionPasswords(req)
       
       return 


   def getParent(self):
       req=IMachine_getParentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getParent(req)
       return IVirtualBox(self.mgr,val._returnval)
   def getIcon(self):
       req=IMachine_getIconRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getIcon(req)
       return self.mgr.decodebase64(val._returnval)
   def setIcon(self, value):
       req=IMachine_setIconRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._icon = value
       else:
            req._icon = value.handle
       self.mgr.getPort().IMachine_setIcon(req)

   def getAccessible(self):
       req=IMachine_getAccessibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAccessible(req)
       return Boolean(self.mgr,val._returnval)
   def getAccessError(self):
       req=IMachine_getAccessErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAccessError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)
   def getName(self):
       req=IMachine_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IMachine_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IMachine_setName(req)

   def getDescription(self):
       req=IMachine_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getDescription(req)
       return String(self.mgr,val._returnval)
   def setDescription(self, value):
       req=IMachine_setDescriptionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._description = value
       else:
            req._description = value.handle
       self.mgr.getPort().IMachine_setDescription(req)

   def getId(self):
       req=IMachine_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getId(req)
       return String(self.mgr,val._returnval)
   def getGroups(self):
       req=IMachine_getGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getGroups(req)
       return String(self.mgr,val._returnval, True)
   def setGroups(self, value):
       req=IMachine_setGroupsRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._groups = value
       else:
            req._groups = value.handle
       self.mgr.getPort().IMachine_setGroups(req)

   def getOSTypeId(self):
       req=IMachine_getOSTypeIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getOSTypeId(req)
       return String(self.mgr,val._returnval)
   def setOSTypeId(self, value):
       req=IMachine_setOSTypeIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._OSTypeId = value
       else:
            req._OSTypeId = value.handle
       self.mgr.getPort().IMachine_setOSTypeId(req)

   def getHardwareVersion(self):
       req=IMachine_getHardwareVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getHardwareVersion(req)
       return String(self.mgr,val._returnval)
   def setHardwareVersion(self, value):
       req=IMachine_setHardwareVersionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hardwareVersion = value
       else:
            req._hardwareVersion = value.handle
       self.mgr.getPort().IMachine_setHardwareVersion(req)

   def getHardwareUUID(self):
       req=IMachine_getHardwareUUIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getHardwareUUID(req)
       return String(self.mgr,val._returnval)
   def setHardwareUUID(self, value):
       req=IMachine_setHardwareUUIDRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hardwareUUID = value
       else:
            req._hardwareUUID = value.handle
       self.mgr.getPort().IMachine_setHardwareUUID(req)

   def getCPUCount(self):
       req=IMachine_getCPUCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCPUCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setCPUCount(self, value):
       req=IMachine_setCPUCountRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._CPUCount = value
       else:
            req._CPUCount = value.handle
       self.mgr.getPort().IMachine_setCPUCount(req)

   def getCPUHotPlugEnabled(self):
       req=IMachine_getCPUHotPlugEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCPUHotPlugEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setCPUHotPlugEnabled(self, value):
       req=IMachine_setCPUHotPlugEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._CPUHotPlugEnabled = value
       else:
            req._CPUHotPlugEnabled = value.handle
       self.mgr.getPort().IMachine_setCPUHotPlugEnabled(req)

   def getCPUExecutionCap(self):
       req=IMachine_getCPUExecutionCapRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCPUExecutionCap(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setCPUExecutionCap(self, value):
       req=IMachine_setCPUExecutionCapRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._CPUExecutionCap = value
       else:
            req._CPUExecutionCap = value.handle
       self.mgr.getPort().IMachine_setCPUExecutionCap(req)

   def getCPUIDPortabilityLevel(self):
       req=IMachine_getCPUIDPortabilityLevelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCPUIDPortabilityLevel(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setCPUIDPortabilityLevel(self, value):
       req=IMachine_setCPUIDPortabilityLevelRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._CPUIDPortabilityLevel = value
       else:
            req._CPUIDPortabilityLevel = value.handle
       self.mgr.getPort().IMachine_setCPUIDPortabilityLevel(req)

   def getMemorySize(self):
       req=IMachine_getMemorySizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getMemorySize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMemorySize(self, value):
       req=IMachine_setMemorySizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._memorySize = value
       else:
            req._memorySize = value.handle
       self.mgr.getPort().IMachine_setMemorySize(req)

   def getMemoryBalloonSize(self):
       req=IMachine_getMemoryBalloonSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getMemoryBalloonSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMemoryBalloonSize(self, value):
       req=IMachine_setMemoryBalloonSizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._memoryBalloonSize = value
       else:
            req._memoryBalloonSize = value.handle
       self.mgr.getPort().IMachine_setMemoryBalloonSize(req)

   def getPageFusionEnabled(self):
       req=IMachine_getPageFusionEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getPageFusionEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setPageFusionEnabled(self, value):
       req=IMachine_setPageFusionEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._pageFusionEnabled = value
       else:
            req._pageFusionEnabled = value.handle
       self.mgr.getPort().IMachine_setPageFusionEnabled(req)

   def getGraphicsAdapter(self):
       req=IMachine_getGraphicsAdapterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getGraphicsAdapter(req)
       return IGraphicsAdapter(self.mgr,val._returnval)
   def getPlatform(self):
       req=IMachine_getPlatformRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getPlatform(req)
       return IPlatform(self.mgr,val._returnval)
   def getFirmwareSettings(self):
       req=IMachine_getFirmwareSettingsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getFirmwareSettings(req)
       return IFirmwareSettings(self.mgr,val._returnval)
   def getTrustedPlatformModule(self):
       req=IMachine_getTrustedPlatformModuleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTrustedPlatformModule(req)
       return ITrustedPlatformModule(self.mgr,val._returnval)
   def getNonVolatileStore(self):
       req=IMachine_getNonVolatileStoreRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getNonVolatileStore(req)
       return INvramStore(self.mgr,val._returnval)
   def getRecordingSettings(self):
       req=IMachine_getRecordingSettingsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getRecordingSettings(req)
       return IRecordingSettings(self.mgr,val._returnval)
   def getPointingHIDType(self):
       req=IMachine_getPointingHIDTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getPointingHIDType(req)
       return PointingHIDType(self.mgr,val._returnval)
   def setPointingHIDType(self, value):
       req=IMachine_setPointingHIDTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._pointingHIDType = value
       else:
            req._pointingHIDType = value.handle
       self.mgr.getPort().IMachine_setPointingHIDType(req)

   def getKeyboardHIDType(self):
       req=IMachine_getKeyboardHIDTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getKeyboardHIDType(req)
       return KeyboardHIDType(self.mgr,val._returnval)
   def setKeyboardHIDType(self, value):
       req=IMachine_setKeyboardHIDTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._keyboardHIDType = value
       else:
            req._keyboardHIDType = value.handle
       self.mgr.getPort().IMachine_setKeyboardHIDType(req)

   def getSnapshotFolder(self):
       req=IMachine_getSnapshotFolderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSnapshotFolder(req)
       return String(self.mgr,val._returnval)
   def setSnapshotFolder(self, value):
       req=IMachine_setSnapshotFolderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._snapshotFolder = value
       else:
            req._snapshotFolder = value.handle
       self.mgr.getPort().IMachine_setSnapshotFolder(req)

   def getVRDEServer(self):
       req=IMachine_getVRDEServerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getVRDEServer(req)
       return IVRDEServer(self.mgr,val._returnval)
   def getEmulatedUSBCardReaderEnabled(self):
       req=IMachine_getEmulatedUSBCardReaderEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getEmulatedUSBCardReaderEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEmulatedUSBCardReaderEnabled(self, value):
       req=IMachine_setEmulatedUSBCardReaderEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._emulatedUSBCardReaderEnabled = value
       else:
            req._emulatedUSBCardReaderEnabled = value.handle
       self.mgr.getPort().IMachine_setEmulatedUSBCardReaderEnabled(req)

   def getMediumAttachments(self):
       req=IMachine_getMediumAttachmentsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getMediumAttachments(req)
       return IMediumAttachment(self.mgr,val._returnval, True)
   def getUSBControllers(self):
       req=IMachine_getUSBControllersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getUSBControllers(req)
       return IUSBController(self.mgr,val._returnval, True)
   def getUSBDeviceFilters(self):
       req=IMachine_getUSBDeviceFiltersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getUSBDeviceFilters(req)
       return IUSBDeviceFilters(self.mgr,val._returnval)
   def getAudioSettings(self):
       req=IMachine_getAudioSettingsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAudioSettings(req)
       return IAudioSettings(self.mgr,val._returnval)
   def getStorageControllers(self):
       req=IMachine_getStorageControllersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getStorageControllers(req)
       return IStorageController(self.mgr,val._returnval, True)
   def getSettingsFilePath(self):
       req=IMachine_getSettingsFilePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSettingsFilePath(req)
       return String(self.mgr,val._returnval)
   def getSettingsAuxFilePath(self):
       req=IMachine_getSettingsAuxFilePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSettingsAuxFilePath(req)
       return String(self.mgr,val._returnval)
   def getSettingsModified(self):
       req=IMachine_getSettingsModifiedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSettingsModified(req)
       return Boolean(self.mgr,val._returnval)
   def getSessionState(self):
       req=IMachine_getSessionStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSessionState(req)
       return SessionState(self.mgr,val._returnval)
   def getSessionName(self):
       req=IMachine_getSessionNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSessionName(req)
       return String(self.mgr,val._returnval)
   def getSessionPID(self):
       req=IMachine_getSessionPIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSessionPID(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getState(self):
       req=IMachine_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getState(req)
       return MachineState(self.mgr,val._returnval)
   def getLastStateChange(self):
       req=IMachine_getLastStateChangeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getLastStateChange(req)
       return Long(self.mgr,val._returnval)
   def getStateFilePath(self):
       req=IMachine_getStateFilePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getStateFilePath(req)
       return String(self.mgr,val._returnval)
   def getLogFolder(self):
       req=IMachine_getLogFolderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getLogFolder(req)
       return String(self.mgr,val._returnval)
   def getCurrentSnapshot(self):
       req=IMachine_getCurrentSnapshotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCurrentSnapshot(req)
       return ISnapshot(self.mgr,val._returnval)
   def getSnapshotCount(self):
       req=IMachine_getSnapshotCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSnapshotCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getCurrentStateModified(self):
       req=IMachine_getCurrentStateModifiedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCurrentStateModified(req)
       return Boolean(self.mgr,val._returnval)
   def getSharedFolders(self):
       req=IMachine_getSharedFoldersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getSharedFolders(req)
       return ISharedFolder(self.mgr,val._returnval, True)
   def getClipboardMode(self):
       req=IMachine_getClipboardModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getClipboardMode(req)
       return ClipboardMode(self.mgr,val._returnval)
   def setClipboardMode(self, value):
       req=IMachine_setClipboardModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._clipboardMode = value
       else:
            req._clipboardMode = value.handle
       self.mgr.getPort().IMachine_setClipboardMode(req)

   def getClipboardFileTransfersEnabled(self):
       req=IMachine_getClipboardFileTransfersEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getClipboardFileTransfersEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setClipboardFileTransfersEnabled(self, value):
       req=IMachine_setClipboardFileTransfersEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._clipboardFileTransfersEnabled = value
       else:
            req._clipboardFileTransfersEnabled = value.handle
       self.mgr.getPort().IMachine_setClipboardFileTransfersEnabled(req)

   def getDnDMode(self):
       req=IMachine_getDnDModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getDnDMode(req)
       return DnDMode(self.mgr,val._returnval)
   def setDnDMode(self, value):
       req=IMachine_setDnDModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._dnDMode = value
       else:
            req._dnDMode = value.handle
       self.mgr.getPort().IMachine_setDnDMode(req)

   def getTeleporterEnabled(self):
       req=IMachine_getTeleporterEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTeleporterEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setTeleporterEnabled(self, value):
       req=IMachine_setTeleporterEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._teleporterEnabled = value
       else:
            req._teleporterEnabled = value.handle
       self.mgr.getPort().IMachine_setTeleporterEnabled(req)

   def getTeleporterPort(self):
       req=IMachine_getTeleporterPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTeleporterPort(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setTeleporterPort(self, value):
       req=IMachine_setTeleporterPortRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._teleporterPort = value
       else:
            req._teleporterPort = value.handle
       self.mgr.getPort().IMachine_setTeleporterPort(req)

   def getTeleporterAddress(self):
       req=IMachine_getTeleporterAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTeleporterAddress(req)
       return String(self.mgr,val._returnval)
   def setTeleporterAddress(self, value):
       req=IMachine_setTeleporterAddressRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._teleporterAddress = value
       else:
            req._teleporterAddress = value.handle
       self.mgr.getPort().IMachine_setTeleporterAddress(req)

   def getTeleporterPassword(self):
       req=IMachine_getTeleporterPasswordRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTeleporterPassword(req)
       return String(self.mgr,val._returnval)
   def setTeleporterPassword(self, value):
       req=IMachine_setTeleporterPasswordRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._teleporterPassword = value
       else:
            req._teleporterPassword = value.handle
       self.mgr.getPort().IMachine_setTeleporterPassword(req)

   def getParavirtProvider(self):
       req=IMachine_getParavirtProviderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getParavirtProvider(req)
       return ParavirtProvider(self.mgr,val._returnval)
   def setParavirtProvider(self, value):
       req=IMachine_setParavirtProviderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._paravirtProvider = value
       else:
            req._paravirtProvider = value.handle
       self.mgr.getPort().IMachine_setParavirtProvider(req)

   def getIOCacheEnabled(self):
       req=IMachine_getIOCacheEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getIOCacheEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setIOCacheEnabled(self, value):
       req=IMachine_setIOCacheEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IOCacheEnabled = value
       else:
            req._IOCacheEnabled = value.handle
       self.mgr.getPort().IMachine_setIOCacheEnabled(req)

   def getIOCacheSize(self):
       req=IMachine_getIOCacheSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getIOCacheSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setIOCacheSize(self, value):
       req=IMachine_setIOCacheSizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IOCacheSize = value
       else:
            req._IOCacheSize = value.handle
       self.mgr.getPort().IMachine_setIOCacheSize(req)

   def getPCIDeviceAssignments(self):
       req=IMachine_getPCIDeviceAssignmentsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getPCIDeviceAssignments(req)
       return IPCIDeviceAttachment(self.mgr,val._returnval, True)
   def getBandwidthControl(self):
       req=IMachine_getBandwidthControlRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getBandwidthControl(req)
       return IBandwidthControl(self.mgr,val._returnval)
   def getTracingEnabled(self):
       req=IMachine_getTracingEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTracingEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setTracingEnabled(self, value):
       req=IMachine_setTracingEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._tracingEnabled = value
       else:
            req._tracingEnabled = value.handle
       self.mgr.getPort().IMachine_setTracingEnabled(req)

   def getTracingConfig(self):
       req=IMachine_getTracingConfigRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getTracingConfig(req)
       return String(self.mgr,val._returnval)
   def setTracingConfig(self, value):
       req=IMachine_setTracingConfigRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._tracingConfig = value
       else:
            req._tracingConfig = value.handle
       self.mgr.getPort().IMachine_setTracingConfig(req)

   def getAllowTracingToAccessVM(self):
       req=IMachine_getAllowTracingToAccessVMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAllowTracingToAccessVM(req)
       return Boolean(self.mgr,val._returnval)
   def setAllowTracingToAccessVM(self, value):
       req=IMachine_setAllowTracingToAccessVMRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._allowTracingToAccessVM = value
       else:
            req._allowTracingToAccessVM = value.handle
       self.mgr.getPort().IMachine_setAllowTracingToAccessVM(req)

   def getAutostartEnabled(self):
       req=IMachine_getAutostartEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAutostartEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setAutostartEnabled(self, value):
       req=IMachine_setAutostartEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autostartEnabled = value
       else:
            req._autostartEnabled = value.handle
       self.mgr.getPort().IMachine_setAutostartEnabled(req)

   def getAutostartDelay(self):
       req=IMachine_getAutostartDelayRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAutostartDelay(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAutostartDelay(self, value):
       req=IMachine_setAutostartDelayRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autostartDelay = value
       else:
            req._autostartDelay = value.handle
       self.mgr.getPort().IMachine_setAutostartDelay(req)

   def getAutostopType(self):
       req=IMachine_getAutostopTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getAutostopType(req)
       return AutostopType(self.mgr,val._returnval)
   def setAutostopType(self, value):
       req=IMachine_setAutostopTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autostopType = value
       else:
            req._autostopType = value.handle
       self.mgr.getPort().IMachine_setAutostopType(req)

   def getDefaultFrontend(self):
       req=IMachine_getDefaultFrontendRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getDefaultFrontend(req)
       return String(self.mgr,val._returnval)
   def setDefaultFrontend(self, value):
       req=IMachine_setDefaultFrontendRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultFrontend = value
       else:
            req._defaultFrontend = value.handle
       self.mgr.getPort().IMachine_setDefaultFrontend(req)

   def getUSBProxyAvailable(self):
       req=IMachine_getUSBProxyAvailableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getUSBProxyAvailable(req)
       return Boolean(self.mgr,val._returnval)
   def getVMProcessPriority(self):
       req=IMachine_getVMProcessPriorityRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getVMProcessPriority(req)
       return VMProcPriority(self.mgr,val._returnval)
   def setVMProcessPriority(self, value):
       req=IMachine_setVMProcessPriorityRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._VMProcessPriority = value
       else:
            req._VMProcessPriority = value.handle
       self.mgr.getPort().IMachine_setVMProcessPriority(req)

   def getVMExecutionEngine(self):
       req=IMachine_getVMExecutionEngineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getVMExecutionEngine(req)
       return VMExecutionEngine(self.mgr,val._returnval)
   def setVMExecutionEngine(self, value):
       req=IMachine_setVMExecutionEngineRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._VMExecutionEngine = value
       else:
            req._VMExecutionEngine = value.handle
       self.mgr.getPort().IMachine_setVMExecutionEngine(req)

   def getParavirtDebug(self):
       req=IMachine_getParavirtDebugRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getParavirtDebug(req)
       return String(self.mgr,val._returnval)
   def setParavirtDebug(self, value):
       req=IMachine_setParavirtDebugRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._paravirtDebug = value
       else:
            req._paravirtDebug = value.handle
       self.mgr.getPort().IMachine_setParavirtDebug(req)

   def getCPUProfile(self):
       req=IMachine_getCPUProfileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getCPUProfile(req)
       return String(self.mgr,val._returnval)
   def setCPUProfile(self, value):
       req=IMachine_setCPUProfileRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._CPUProfile = value
       else:
            req._CPUProfile = value.handle
       self.mgr.getPort().IMachine_setCPUProfile(req)

   def getStateKeyId(self):
       req=IMachine_getStateKeyIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getStateKeyId(req)
       return String(self.mgr,val._returnval)
   def getStateKeyStore(self):
       req=IMachine_getStateKeyStoreRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getStateKeyStore(req)
       return String(self.mgr,val._returnval)
   def getLogKeyId(self):
       req=IMachine_getLogKeyIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getLogKeyId(req)
       return String(self.mgr,val._returnval)
   def getLogKeyStore(self):
       req=IMachine_getLogKeyStoreRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getLogKeyStore(req)
       return String(self.mgr,val._returnval)
   def getGuestDebugControl(self):
       req=IMachine_getGuestDebugControlRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachine_getGuestDebugControl(req)
       return IGuestDebugControl(self.mgr,val._returnval)


   _Attrs_={         'parent':[getParent,None],
         'icon':[getIcon,setIcon,
        ],
         'accessible':[getAccessible,None],
         'accessError':[getAccessError,None],
         'name':[getName,setName,
        ],
         'description':[getDescription,setDescription,
        ],
         'id':[getId,None],
         'groups':[getGroups,setGroups,
        ],
         'OSTypeId':[getOSTypeId,setOSTypeId,
        ],
         'hardwareVersion':[getHardwareVersion,setHardwareVersion,
        ],
         'hardwareUUID':[getHardwareUUID,setHardwareUUID,
        ],
         'CPUCount':[getCPUCount,setCPUCount,
        ],
         'CPUHotPlugEnabled':[getCPUHotPlugEnabled,setCPUHotPlugEnabled,
        ],
         'CPUExecutionCap':[getCPUExecutionCap,setCPUExecutionCap,
        ],
         'CPUIDPortabilityLevel':[getCPUIDPortabilityLevel,setCPUIDPortabilityLevel,
        ],
         'memorySize':[getMemorySize,setMemorySize,
        ],
         'memoryBalloonSize':[getMemoryBalloonSize,setMemoryBalloonSize,
        ],
         'pageFusionEnabled':[getPageFusionEnabled,setPageFusionEnabled,
        ],
         'graphicsAdapter':[getGraphicsAdapter,None],
         'platform':[getPlatform,None],
         'firmwareSettings':[getFirmwareSettings,None],
         'trustedPlatformModule':[getTrustedPlatformModule,None],
         'nonVolatileStore':[getNonVolatileStore,None],
         'recordingSettings':[getRecordingSettings,None],
         'pointingHIDType':[getPointingHIDType,setPointingHIDType,
        ],
         'keyboardHIDType':[getKeyboardHIDType,setKeyboardHIDType,
        ],
         'snapshotFolder':[getSnapshotFolder,setSnapshotFolder,
        ],
         'VRDEServer':[getVRDEServer,None],
         'emulatedUSBCardReaderEnabled':[getEmulatedUSBCardReaderEnabled,setEmulatedUSBCardReaderEnabled,
        ],
         'mediumAttachments':[getMediumAttachments,None],
         'USBControllers':[getUSBControllers,None],
         'USBDeviceFilters':[getUSBDeviceFilters,None],
         'audioSettings':[getAudioSettings,None],
         'storageControllers':[getStorageControllers,None],
         'settingsFilePath':[getSettingsFilePath,None],
         'settingsAuxFilePath':[getSettingsAuxFilePath,None],
         'settingsModified':[getSettingsModified,None],
         'sessionState':[getSessionState,None],
         'sessionName':[getSessionName,None],
         'sessionPID':[getSessionPID,None],
         'state':[getState,None],
         'lastStateChange':[getLastStateChange,None],
         'stateFilePath':[getStateFilePath,None],
         'logFolder':[getLogFolder,None],
         'currentSnapshot':[getCurrentSnapshot,None],
         'snapshotCount':[getSnapshotCount,None],
         'currentStateModified':[getCurrentStateModified,None],
         'sharedFolders':[getSharedFolders,None],
         'clipboardMode':[getClipboardMode,setClipboardMode,
        ],
         'clipboardFileTransfersEnabled':[getClipboardFileTransfersEnabled,setClipboardFileTransfersEnabled,
        ],
         'dnDMode':[getDnDMode,setDnDMode,
        ],
         'teleporterEnabled':[getTeleporterEnabled,setTeleporterEnabled,
        ],
         'teleporterPort':[getTeleporterPort,setTeleporterPort,
        ],
         'teleporterAddress':[getTeleporterAddress,setTeleporterAddress,
        ],
         'teleporterPassword':[getTeleporterPassword,setTeleporterPassword,
        ],
         'paravirtProvider':[getParavirtProvider,setParavirtProvider,
        ],
         'IOCacheEnabled':[getIOCacheEnabled,setIOCacheEnabled,
        ],
         'IOCacheSize':[getIOCacheSize,setIOCacheSize,
        ],
         'PCIDeviceAssignments':[getPCIDeviceAssignments,None],
         'bandwidthControl':[getBandwidthControl,None],
         'tracingEnabled':[getTracingEnabled,setTracingEnabled,
        ],
         'tracingConfig':[getTracingConfig,setTracingConfig,
        ],
         'allowTracingToAccessVM':[getAllowTracingToAccessVM,setAllowTracingToAccessVM,
        ],
         'autostartEnabled':[getAutostartEnabled,setAutostartEnabled,
        ],
         'autostartDelay':[getAutostartDelay,setAutostartDelay,
        ],
         'autostopType':[getAutostopType,setAutostopType,
        ],
         'defaultFrontend':[getDefaultFrontend,setDefaultFrontend,
        ],
         'USBProxyAvailable':[getUSBProxyAvailable,None],
         'VMProcessPriority':[getVMProcessPriority,setVMProcessPriority,
        ],
         'VMExecutionEngine':[getVMExecutionEngine,setVMExecutionEngine,
        ],
         'paravirtDebug':[getParavirtDebug,setParavirtDebug,
        ],
         'CPUProfile':[getCPUProfile,setCPUProfile,
        ],
         'stateKeyId':[getStateKeyId,None],
         'stateKeyStore':[getStateKeyStore,None],
         'logKeyId':[getLogKeyId,None],
         'logKeyStore':[getLogKeyStore,None],
         'guestDebugControl':[getGuestDebugControl,None]}

class IEmulatedUSB(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IEmulatedUSB(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IEmulatedUSB._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IEmulatedUSB._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def webcamAttach(self, _arg_path, _arg_settings):
       req=IEmulatedUSB_webcamAttachRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._settings=_arg_settings
       val=self.mgr.getPort().IEmulatedUSB_webcamAttach(req)
       
       return 


   def webcamDetach(self, _arg_path):
       req=IEmulatedUSB_webcamDetachRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IEmulatedUSB_webcamDetach(req)
       
       return 


   def getWebcams(self):
       req=IEmulatedUSB_getWebcamsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEmulatedUSB_getWebcams(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'webcams':[getWebcams,None]}

class IConsole(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IConsole(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IConsole._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IConsole._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def powerUp(self):
       req=IConsole_powerUpRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_powerUp(req)
       
       return IProgress(self.mgr,val._returnval)


   def powerUpPaused(self):
       req=IConsole_powerUpPausedRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_powerUpPaused(req)
       
       return IProgress(self.mgr,val._returnval)


   def powerDown(self):
       req=IConsole_powerDownRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_powerDown(req)
       
       return IProgress(self.mgr,val._returnval)


   def reset(self):
       req=IConsole_resetRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_reset(req)
       
       return 


   def pause(self):
       req=IConsole_pauseRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_pause(req)
       
       return 


   def resume(self):
       req=IConsole_resumeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_resume(req)
       
       return 


   def powerButton(self):
       req=IConsole_powerButtonRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_powerButton(req)
       
       return 


   def sleepButton(self):
       req=IConsole_sleepButtonRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_sleepButton(req)
       
       return 


   def getPowerButtonHandled(self):
       req=IConsole_getPowerButtonHandledRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_getPowerButtonHandled(req)
       
       return Boolean(self.mgr,val._returnval)


   def getGuestEnteredACPIMode(self):
       req=IConsole_getGuestEnteredACPIModeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_getGuestEnteredACPIMode(req)
       
       return Boolean(self.mgr,val._returnval)


   def getDeviceActivity(self, _arg_type):
       req=IConsole_getDeviceActivityRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       val=self.mgr.getPort().IConsole_getDeviceActivity(req)
       
       return DeviceActivity(self.mgr,val._returnval, True)


   def attachUSBDevice(self, _arg_id, _arg_captureFilename):
       req=IConsole_attachUSBDeviceRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       req._captureFilename=_arg_captureFilename
       val=self.mgr.getPort().IConsole_attachUSBDevice(req)
       
       return 


   def detachUSBDevice(self, _arg_id):
       req=IConsole_detachUSBDeviceRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IConsole_detachUSBDevice(req)
       
       return IUSBDevice(self.mgr,val._returnval)


   def findUSBDeviceByAddress(self, _arg_name):
       req=IConsole_findUSBDeviceByAddressRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IConsole_findUSBDeviceByAddress(req)
       
       return IUSBDevice(self.mgr,val._returnval)


   def findUSBDeviceById(self, _arg_id):
       req=IConsole_findUSBDeviceByIdRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IConsole_findUSBDeviceById(req)
       
       return IUSBDevice(self.mgr,val._returnval)


   def createSharedFolder(self, _arg_name, _arg_hostPath, _arg_writable, _arg_automount, _arg_autoMountPoint):
       req=IConsole_createSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._hostPath=_arg_hostPath
       req._writable=_arg_writable
       req._automount=_arg_automount
       req._autoMountPoint=_arg_autoMountPoint
       val=self.mgr.getPort().IConsole_createSharedFolder(req)
       
       return 


   def removeSharedFolder(self, _arg_name):
       req=IConsole_removeSharedFolderRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IConsole_removeSharedFolder(req)
       
       return 


   def teleport(self, _arg_hostname, _arg_tcpport, _arg_password, _arg_maxDowntime):
       req=IConsole_teleportRequestMsg()
       req._this=self.handle
       
       req._hostname=_arg_hostname
       req._tcpport=_arg_tcpport
       req._password=_arg_password
       req._maxDowntime=_arg_maxDowntime
       val=self.mgr.getPort().IConsole_teleport(req)
       
       return IProgress(self.mgr,val._returnval)


   def addEncryptionPassword(self, _arg_id, _arg_password, _arg_clearOnSuspend):
       req=IConsole_addEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       req._password=_arg_password
       req._clearOnSuspend=_arg_clearOnSuspend
       val=self.mgr.getPort().IConsole_addEncryptionPassword(req)
       
       return 


   def addEncryptionPasswords(self, _arg_ids, _arg_passwords, _arg_clearOnSuspend):
       req=IConsole_addEncryptionPasswordsRequestMsg()
       req._this=self.handle
       
       req._ids=_arg_ids
       req._passwords=_arg_passwords
       req._clearOnSuspend=_arg_clearOnSuspend
       val=self.mgr.getPort().IConsole_addEncryptionPasswords(req)
       
       return 


   def removeEncryptionPassword(self, _arg_id):
       req=IConsole_removeEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IConsole_removeEncryptionPassword(req)
       
       return 


   def clearAllEncryptionPasswords(self):
       req=IConsole_clearAllEncryptionPasswordsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IConsole_clearAllEncryptionPasswords(req)
       
       return 


   def getMachine(self):
       req=IConsole_getMachineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getMachine(req)
       return IMachine(self.mgr,val._returnval)
   def getState(self):
       req=IConsole_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getState(req)
       return MachineState(self.mgr,val._returnval)
   def getGuest(self):
       req=IConsole_getGuestRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getGuest(req)
       return IGuest(self.mgr,val._returnval)
   def getKeyboard(self):
       req=IConsole_getKeyboardRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getKeyboard(req)
       return IKeyboard(self.mgr,val._returnval)
   def getMouse(self):
       req=IConsole_getMouseRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getMouse(req)
       return IMouse(self.mgr,val._returnval)
   def getDisplay(self):
       req=IConsole_getDisplayRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getDisplay(req)
       return IDisplay(self.mgr,val._returnval)
   def getDebugger(self):
       req=IConsole_getDebuggerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getDebugger(req)
       return IMachineDebugger(self.mgr,val._returnval)
   def getUSBDevices(self):
       req=IConsole_getUSBDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getUSBDevices(req)
       return IUSBDevice(self.mgr,val._returnval, True)
   def getRemoteUSBDevices(self):
       req=IConsole_getRemoteUSBDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getRemoteUSBDevices(req)
       return IHostUSBDevice(self.mgr,val._returnval, True)
   def getSharedFolders(self):
       req=IConsole_getSharedFoldersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getSharedFolders(req)
       return ISharedFolder(self.mgr,val._returnval, True)
   def getVRDEServerInfo(self):
       req=IConsole_getVRDEServerInfoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getVRDEServerInfo(req)
       return IVRDEServerInfo(self.mgr,val._returnval)
   def getEventSource(self):
       req=IConsole_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getAttachedPCIDevices(self):
       req=IConsole_getAttachedPCIDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getAttachedPCIDevices(req)
       return IPCIDeviceAttachment(self.mgr,val._returnval, True)
   def getUseHostClipboard(self):
       req=IConsole_getUseHostClipboardRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getUseHostClipboard(req)
       return Boolean(self.mgr,val._returnval)
   def setUseHostClipboard(self, value):
       req=IConsole_setUseHostClipboardRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._useHostClipboard = value
       else:
            req._useHostClipboard = value.handle
       self.mgr.getPort().IConsole_setUseHostClipboard(req)

   def getEmulatedUSB(self):
       req=IConsole_getEmulatedUSBRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IConsole_getEmulatedUSB(req)
       return IEmulatedUSB(self.mgr,val._returnval)


   _Attrs_={         'machine':[getMachine,None],
         'state':[getState,None],
         'guest':[getGuest,None],
         'keyboard':[getKeyboard,None],
         'mouse':[getMouse,None],
         'display':[getDisplay,None],
         'debugger':[getDebugger,None],
         'USBDevices':[getUSBDevices,None],
         'remoteUSBDevices':[getRemoteUSBDevices,None],
         'sharedFolders':[getSharedFolders,None],
         'VRDEServerInfo':[getVRDEServerInfo,None],
         'eventSource':[getEventSource,None],
         'attachedPCIDevices':[getAttachedPCIDevices,None],
         'useHostClipboard':[getUseHostClipboard,setUseHostClipboard,
        ],
         'emulatedUSB':[getEmulatedUSB,None]}

class IHostNetworkInterface(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostNetworkInterface(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostNetworkInterface._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostNetworkInterface._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def enableStaticIPConfig(self, _arg_IPAddress, _arg_networkMask):
       req=IHostNetworkInterface_enableStaticIPConfigRequestMsg()
       req._this=self.handle
       
       req._IPAddress=_arg_IPAddress
       req._networkMask=_arg_networkMask
       val=self.mgr.getPort().IHostNetworkInterface_enableStaticIPConfig(req)
       
       return 


   def enableStaticIPConfigV6(self, _arg_IPV6Address, _arg_IPV6NetworkMaskPrefixLength):
       req=IHostNetworkInterface_enableStaticIPConfigV6RequestMsg()
       req._this=self.handle
       
       req._IPV6Address=_arg_IPV6Address
       req._IPV6NetworkMaskPrefixLength=_arg_IPV6NetworkMaskPrefixLength
       val=self.mgr.getPort().IHostNetworkInterface_enableStaticIPConfigV6(req)
       
       return 


   def enableDynamicIPConfig(self):
       req=IHostNetworkInterface_enableDynamicIPConfigRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IHostNetworkInterface_enableDynamicIPConfig(req)
       
       return 


   def DHCPRediscover(self):
       req=IHostNetworkInterface_DHCPRediscoverRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IHostNetworkInterface_DHCPRediscover(req)
       
       return 


   def getName(self):
       req=IHostNetworkInterface_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getName(req)
       return String(self.mgr,val._returnval)
   def getShortName(self):
       req=IHostNetworkInterface_getShortNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getShortName(req)
       return String(self.mgr,val._returnval)
   def getId(self):
       req=IHostNetworkInterface_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getId(req)
       return String(self.mgr,val._returnval)
   def getNetworkName(self):
       req=IHostNetworkInterface_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getNetworkName(req)
       return String(self.mgr,val._returnval)
   def getDHCPEnabled(self):
       req=IHostNetworkInterface_getDHCPEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getDHCPEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getIPAddress(self):
       req=IHostNetworkInterface_getIPAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getIPAddress(req)
       return String(self.mgr,val._returnval)
   def getNetworkMask(self):
       req=IHostNetworkInterface_getNetworkMaskRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getNetworkMask(req)
       return String(self.mgr,val._returnval)
   def getIPV6Supported(self):
       req=IHostNetworkInterface_getIPV6SupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getIPV6Supported(req)
       return Boolean(self.mgr,val._returnval)
   def getIPV6Address(self):
       req=IHostNetworkInterface_getIPV6AddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getIPV6Address(req)
       return String(self.mgr,val._returnval)
   def getIPV6NetworkMaskPrefixLength(self):
       req=IHostNetworkInterface_getIPV6NetworkMaskPrefixLengthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getIPV6NetworkMaskPrefixLength(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHardwareAddress(self):
       req=IHostNetworkInterface_getHardwareAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getHardwareAddress(req)
       return String(self.mgr,val._returnval)
   def getMediumType(self):
       req=IHostNetworkInterface_getMediumTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getMediumType(req)
       return HostNetworkInterfaceMediumType(self.mgr,val._returnval)
   def getStatus(self):
       req=IHostNetworkInterface_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getStatus(req)
       return HostNetworkInterfaceStatus(self.mgr,val._returnval)
   def getInterfaceType(self):
       req=IHostNetworkInterface_getInterfaceTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getInterfaceType(req)
       return HostNetworkInterfaceType(self.mgr,val._returnval)
   def getWireless(self):
       req=IHostNetworkInterface_getWirelessRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNetworkInterface_getWireless(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'shortName':[getShortName,None],
         'id':[getId,None],
         'networkName':[getNetworkName,None],
         'DHCPEnabled':[getDHCPEnabled,None],
         'IPAddress':[getIPAddress,None],
         'networkMask':[getNetworkMask,None],
         'IPV6Supported':[getIPV6Supported,None],
         'IPV6Address':[getIPV6Address,None],
         'IPV6NetworkMaskPrefixLength':[getIPV6NetworkMaskPrefixLength,None],
         'hardwareAddress':[getHardwareAddress,None],
         'mediumType':[getMediumType,None],
         'status':[getStatus,None],
         'interfaceType':[getInterfaceType,None],
         'wireless':[getWireless,None]}

class IHostVideoInputDevice(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostVideoInputDevice(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostVideoInputDevice._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostVideoInputDevice._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IHostVideoInputDevice_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostVideoInputDevice_getName(req)
       return String(self.mgr,val._returnval)
   def getPath(self):
       req=IHostVideoInputDevice_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostVideoInputDevice_getPath(req)
       return String(self.mgr,val._returnval)
   def getAlias(self):
       req=IHostVideoInputDevice_getAliasRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostVideoInputDevice_getAlias(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'path':[getPath,None],
         'alias':[getAlias,None]}

class IUpdateAgent(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def checkFor(self):
       req=IUpdateAgent_checkForRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUpdateAgent_checkFor(req)
       
       return IProgress(self.mgr,val._returnval)


   def download(self):
       req=IUpdateAgent_downloadRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUpdateAgent_download(req)
       
       return IProgress(self.mgr,val._returnval)


   def install(self):
       req=IUpdateAgent_installRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUpdateAgent_install(req)
       
       return IProgress(self.mgr,val._returnval)


   def rollback(self):
       req=IUpdateAgent_rollbackRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IUpdateAgent_rollback(req)
       
       return 


   def getName(self):
       req=IUpdateAgent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getName(req)
       return String(self.mgr,val._returnval)
   def getEventSource(self):
       req=IUpdateAgent_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getOrder(self):
       req=IUpdateAgent_getOrderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getOrder(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getDependsOn(self):
       req=IUpdateAgent_getDependsOnRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getDependsOn(req)
       return String(self.mgr,val._returnval, True)
   def getVersion(self):
       req=IUpdateAgent_getVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getVersion(req)
       return String(self.mgr,val._returnval)
   def getDownloadUrl(self):
       req=IUpdateAgent_getDownloadUrlRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getDownloadUrl(req)
       return String(self.mgr,val._returnval)
   def getWebUrl(self):
       req=IUpdateAgent_getWebUrlRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getWebUrl(req)
       return String(self.mgr,val._returnval)
   def getReleaseNotes(self):
       req=IUpdateAgent_getReleaseNotesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getReleaseNotes(req)
       return String(self.mgr,val._returnval)
   def getEnabled(self):
       req=IUpdateAgent_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IUpdateAgent_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IUpdateAgent_setEnabled(req)

   def getHidden(self):
       req=IUpdateAgent_getHiddenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getHidden(req)
       return Boolean(self.mgr,val._returnval)
   def getState(self):
       req=IUpdateAgent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getState(req)
       return UpdateState(self.mgr,val._returnval)
   def getCheckFrequency(self):
       req=IUpdateAgent_getCheckFrequencyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getCheckFrequency(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setCheckFrequency(self, value):
       req=IUpdateAgent_setCheckFrequencyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._checkFrequency = value
       else:
            req._checkFrequency = value.handle
       self.mgr.getPort().IUpdateAgent_setCheckFrequency(req)

   def getChannel(self):
       req=IUpdateAgent_getChannelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getChannel(req)
       return UpdateChannel(self.mgr,val._returnval)
   def setChannel(self, value):
       req=IUpdateAgent_setChannelRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._channel = value
       else:
            req._channel = value.handle
       self.mgr.getPort().IUpdateAgent_setChannel(req)

   def getRepositoryURL(self):
       req=IUpdateAgent_getRepositoryURLRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getRepositoryURL(req)
       return String(self.mgr,val._returnval)
   def setRepositoryURL(self, value):
       req=IUpdateAgent_setRepositoryURLRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._repositoryURL = value
       else:
            req._repositoryURL = value.handle
       self.mgr.getPort().IUpdateAgent_setRepositoryURL(req)

   def getLastCheckDate(self):
       req=IUpdateAgent_getLastCheckDateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getLastCheckDate(req)
       return String(self.mgr,val._returnval)
   def getCheckCount(self):
       req=IUpdateAgent_getCheckCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getCheckCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getIsCheckNeeded(self):
       req=IUpdateAgent_getIsCheckNeededRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getIsCheckNeeded(req)
       return Boolean(self.mgr,val._returnval)
   def getSupportedChannels(self):
       req=IUpdateAgent_getSupportedChannelsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgent_getSupportedChannels(req)
       return UpdateChannel(self.mgr,val._returnval, True)


   _Attrs_={         'name':[getName,None],
         'eventSource':[getEventSource,None],
         'order':[getOrder,None],
         'dependsOn':[getDependsOn,None],
         'version':[getVersion,None],
         'downloadUrl':[getDownloadUrl,None],
         'webUrl':[getWebUrl,None],
         'releaseNotes':[getReleaseNotes,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'hidden':[getHidden,None],
         'state':[getState,None],
         'checkFrequency':[getCheckFrequency,setCheckFrequency,
        ],
         'channel':[getChannel,setChannel,
        ],
         'repositoryURL':[getRepositoryURL,setRepositoryURL,
        ],
         'lastCheckDate':[getLastCheckDate,None],
         'checkCount':[getCheckCount,None],
         'isCheckNeeded':[getIsCheckNeeded,None],
         'supportedChannels':[getSupportedChannels,None]}

class IHostUpdateAgent(IUpdateAgent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostUpdateAgent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostUpdateAgent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUpdateAgent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostUpdateAgent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IHostUpdateAgent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostUpdateAgent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IHostDrive(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostDrive(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostDrive._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostDrive._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDrivePath(self):
       req=IHostDrive_getDrivePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getDrivePath(req)
       return String(self.mgr,val._returnval)
   def getPartitioningType(self):
       req=IHostDrive_getPartitioningTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getPartitioningType(req)
       return PartitioningType(self.mgr,val._returnval)
   def getUuid(self):
       req=IHostDrive_getUuidRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getUuid(req)
       return String(self.mgr,val._returnval)
   def getSectorSize(self):
       req=IHostDrive_getSectorSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getSectorSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getSize(self):
       req=IHostDrive_getSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getSize(req)
       return Long(self.mgr,val._returnval)
   def getModel(self):
       req=IHostDrive_getModelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getModel(req)
       return String(self.mgr,val._returnval)
   def getPartitions(self):
       req=IHostDrive_getPartitionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostDrive_getPartitions(req)
       return IHostDrivePartition(self.mgr,val._returnval, True)


   _Attrs_={         'drivePath':[getDrivePath,None],
         'partitioningType':[getPartitioningType,None],
         'uuid':[getUuid,None],
         'sectorSize':[getSectorSize,None],
         'size':[getSize,None],
         'model':[getModel,None],
         'partitions':[getPartitions,None]}

class IHostX86(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostX86(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostX86._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostX86._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProcessorCPUIDLeaf(self, _arg_cpuId, _arg_leaf, _arg_subLeaf):
       req=IHostX86_getProcessorCPUIDLeafRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._leaf=_arg_leaf
       req._subLeaf=_arg_subLeaf
       val=self.mgr.getPort().IHostX86_getProcessorCPUIDLeaf(req)
       
       return UnsignedInt(self.mgr,val._valEax), UnsignedInt(self.mgr,val._valEbx), UnsignedInt(self.mgr,val._valEcx), UnsignedInt(self.mgr,val._valEdx)




   _Attrs_={}

class IHost(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHost(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHost._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHost._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProcessorSpeed(self, _arg_cpuId):
       req=IHost_getProcessorSpeedRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       val=self.mgr.getPort().IHost_getProcessorSpeed(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getProcessorFeature(self, _arg_feature):
       req=IHost_getProcessorFeatureRequestMsg()
       req._this=self.handle
       
       req._feature=_arg_feature
       val=self.mgr.getPort().IHost_getProcessorFeature(req)
       
       return Boolean(self.mgr,val._returnval)


   def getProcessorDescription(self, _arg_cpuId):
       req=IHost_getProcessorDescriptionRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       val=self.mgr.getPort().IHost_getProcessorDescription(req)
       
       return String(self.mgr,val._returnval)


   def createHostOnlyNetworkInterface(self):
       req=IHost_createHostOnlyNetworkInterfaceRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IHost_createHostOnlyNetworkInterface(req)
       
       return IProgress(self.mgr,val._returnval), IHostNetworkInterface(self.mgr,val._hostInterface)


   def removeHostOnlyNetworkInterface(self, _arg_id):
       req=IHost_removeHostOnlyNetworkInterfaceRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IHost_removeHostOnlyNetworkInterface(req)
       
       return IProgress(self.mgr,val._returnval)


   def createUSBDeviceFilter(self, _arg_name):
       req=IHost_createUSBDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IHost_createUSBDeviceFilter(req)
       
       return IHostUSBDeviceFilter(self.mgr,val._returnval)


   def insertUSBDeviceFilter(self, _arg_position, _arg_filter):
       req=IHost_insertUSBDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       req._filter=_arg_filter
       val=self.mgr.getPort().IHost_insertUSBDeviceFilter(req)
       
       return 


   def removeUSBDeviceFilter(self, _arg_position):
       req=IHost_removeUSBDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       val=self.mgr.getPort().IHost_removeUSBDeviceFilter(req)
       
       return 


   def findHostDVDDrive(self, _arg_name):
       req=IHost_findHostDVDDriveRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IHost_findHostDVDDrive(req)
       
       return IMedium(self.mgr,val._returnval)


   def findHostFloppyDrive(self, _arg_name):
       req=IHost_findHostFloppyDriveRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IHost_findHostFloppyDrive(req)
       
       return IMedium(self.mgr,val._returnval)


   def findHostNetworkInterfaceByName(self, _arg_name):
       req=IHost_findHostNetworkInterfaceByNameRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IHost_findHostNetworkInterfaceByName(req)
       
       return IHostNetworkInterface(self.mgr,val._returnval)


   def findHostNetworkInterfaceById(self, _arg_id):
       req=IHost_findHostNetworkInterfaceByIdRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IHost_findHostNetworkInterfaceById(req)
       
       return IHostNetworkInterface(self.mgr,val._returnval)


   def findHostNetworkInterfacesOfType(self, _arg_type):
       req=IHost_findHostNetworkInterfacesOfTypeRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       val=self.mgr.getPort().IHost_findHostNetworkInterfacesOfType(req)
       
       return IHostNetworkInterface(self.mgr,val._returnval, True)


   def findUSBDeviceById(self, _arg_id):
       req=IHost_findUSBDeviceByIdRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IHost_findUSBDeviceById(req)
       
       return IHostUSBDevice(self.mgr,val._returnval)


   def findUSBDeviceByAddress(self, _arg_name):
       req=IHost_findUSBDeviceByAddressRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IHost_findUSBDeviceByAddress(req)
       
       return IHostUSBDevice(self.mgr,val._returnval)


   def generateMACAddress(self):
       req=IHost_generateMACAddressRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IHost_generateMACAddress(req)
       
       return String(self.mgr,val._returnval)


   def addUSBDeviceSource(self, _arg_backend, _arg_id, _arg_address, _arg_propertyNames, _arg_propertyValues):
       req=IHost_addUSBDeviceSourceRequestMsg()
       req._this=self.handle
       
       req._backend=_arg_backend
       req._id=_arg_id
       req._address=_arg_address
       req._propertyNames=_arg_propertyNames
       req._propertyValues=_arg_propertyValues
       val=self.mgr.getPort().IHost_addUSBDeviceSource(req)
       
       return 


   def removeUSBDeviceSource(self, _arg_id):
       req=IHost_removeUSBDeviceSourceRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().IHost_removeUSBDeviceSource(req)
       
       return 


   def isExecutionEngineSupported(self, _arg_cpuArchitecture, _arg_executionEngine):
       req=IHost_isExecutionEngineSupportedRequestMsg()
       req._this=self.handle
       
       req._cpuArchitecture=_arg_cpuArchitecture
       req._executionEngine=_arg_executionEngine
       val=self.mgr.getPort().IHost_isExecutionEngineSupported(req)
       
       return Boolean(self.mgr,val._returnval)


   def getArchitecture(self):
       req=IHost_getArchitectureRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getArchitecture(req)
       return PlatformArchitecture(self.mgr,val._returnval)
   def getX86(self):
       req=IHost_getX86RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getX86(req)
       return IHostX86(self.mgr,val._returnval)
   def getDVDDrives(self):
       req=IHost_getDVDDrivesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getDVDDrives(req)
       return IMedium(self.mgr,val._returnval, True)
   def getFloppyDrives(self):
       req=IHost_getFloppyDrivesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getFloppyDrives(req)
       return IMedium(self.mgr,val._returnval, True)
   def getAudioDevices(self):
       req=IHost_getAudioDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getAudioDevices(req)
       return IHostAudioDevice(self.mgr,val._returnval, True)
   def getUSBDevices(self):
       req=IHost_getUSBDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUSBDevices(req)
       return IHostUSBDevice(self.mgr,val._returnval, True)
   def getUSBDeviceFilters(self):
       req=IHost_getUSBDeviceFiltersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUSBDeviceFilters(req)
       return IHostUSBDeviceFilter(self.mgr,val._returnval, True)
   def getNetworkInterfaces(self):
       req=IHost_getNetworkInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getNetworkInterfaces(req)
       return IHostNetworkInterface(self.mgr,val._returnval, True)
   def getNameServers(self):
       req=IHost_getNameServersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getNameServers(req)
       return String(self.mgr,val._returnval, True)
   def getDomainName(self):
       req=IHost_getDomainNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getDomainName(req)
       return String(self.mgr,val._returnval)
   def getSearchStrings(self):
       req=IHost_getSearchStringsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getSearchStrings(req)
       return String(self.mgr,val._returnval, True)
   def getProcessorCount(self):
       req=IHost_getProcessorCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getProcessorCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getProcessorOnlineCount(self):
       req=IHost_getProcessorOnlineCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getProcessorOnlineCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getProcessorCoreCount(self):
       req=IHost_getProcessorCoreCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getProcessorCoreCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getProcessorOnlineCoreCount(self):
       req=IHost_getProcessorOnlineCoreCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getProcessorOnlineCoreCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHostDrives(self):
       req=IHost_getHostDrivesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getHostDrives(req)
       return IHostDrive(self.mgr,val._returnval, True)
   def getMemorySize(self):
       req=IHost_getMemorySizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getMemorySize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMemoryAvailable(self):
       req=IHost_getMemoryAvailableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getMemoryAvailable(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOperatingSystem(self):
       req=IHost_getOperatingSystemRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getOperatingSystem(req)
       return String(self.mgr,val._returnval)
   def getOSVersion(self):
       req=IHost_getOSVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getOSVersion(req)
       return String(self.mgr,val._returnval)
   def getUTCTime(self):
       req=IHost_getUTCTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUTCTime(req)
       return Long(self.mgr,val._returnval)
   def getVideoInputDevices(self):
       req=IHost_getVideoInputDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getVideoInputDevices(req)
       return IHostVideoInputDevice(self.mgr,val._returnval, True)
   def getUpdateHost(self):
       req=IHost_getUpdateHostRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUpdateHost(req)
       return IUpdateAgent(self.mgr,val._returnval)
   def getUpdateExtPack(self):
       req=IHost_getUpdateExtPackRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUpdateExtPack(req)
       return IUpdateAgent(self.mgr,val._returnval)
   def getUpdateGuestAdditions(self):
       req=IHost_getUpdateGuestAdditionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHost_getUpdateGuestAdditions(req)
       return IUpdateAgent(self.mgr,val._returnval)


   _Attrs_={         'architecture':[getArchitecture,None],
         'x86':[getX86,None],
         'DVDDrives':[getDVDDrives,None],
         'floppyDrives':[getFloppyDrives,None],
         'audioDevices':[getAudioDevices,None],
         'USBDevices':[getUSBDevices,None],
         'USBDeviceFilters':[getUSBDeviceFilters,None],
         'networkInterfaces':[getNetworkInterfaces,None],
         'nameServers':[getNameServers,None],
         'domainName':[getDomainName,None],
         'searchStrings':[getSearchStrings,None],
         'processorCount':[getProcessorCount,None],
         'processorOnlineCount':[getProcessorOnlineCount,None],
         'processorCoreCount':[getProcessorCoreCount,None],
         'processorOnlineCoreCount':[getProcessorOnlineCoreCount,None],
         'hostDrives':[getHostDrives,None],
         'memorySize':[getMemorySize,None],
         'memoryAvailable':[getMemoryAvailable,None],
         'operatingSystem':[getOperatingSystem,None],
         'OSVersion':[getOSVersion,None],
         'UTCTime':[getUTCTime,None],
         'videoInputDevices':[getVideoInputDevices,None],
         'updateHost':[getUpdateHost,None],
         'updateExtPack':[getUpdateExtPack,None],
         'updateGuestAdditions':[getUpdateGuestAdditions,None]}

class ICPUProfile(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICPUProfile(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICPUProfile._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICPUProfile._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=ICPUProfile_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUProfile_getName(req)
       return String(self.mgr,val._returnval)
   def getFullName(self):
       req=ICPUProfile_getFullNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUProfile_getFullName(req)
       return String(self.mgr,val._returnval)
   def getArchitecture(self):
       req=ICPUProfile_getArchitectureRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUProfile_getArchitecture(req)
       return CPUArchitecture(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'fullName':[getFullName,None],
         'architecture':[getArchitecture,None]}

class IPlatformProperties(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPlatformProperties(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPlatformProperties._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPlatformProperties._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMaxNetworkAdapters(self, _arg_chipset):
       req=IPlatformProperties_getMaxNetworkAdaptersRequestMsg()
       req._this=self.handle
       
       req._chipset=_arg_chipset
       val=self.mgr.getPort().IPlatformProperties_getMaxNetworkAdapters(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMaxNetworkAdaptersOfType(self, _arg_chipset, _arg_type):
       req=IPlatformProperties_getMaxNetworkAdaptersOfTypeRequestMsg()
       req._this=self.handle
       
       req._chipset=_arg_chipset
       req._type=_arg_type
       val=self.mgr.getPort().IPlatformProperties_getMaxNetworkAdaptersOfType(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMaxDevicesPerPortForStorageBus(self, _arg_bus):
       req=IPlatformProperties_getMaxDevicesPerPortForStorageBusRequestMsg()
       req._this=self.handle
       
       req._bus=_arg_bus
       val=self.mgr.getPort().IPlatformProperties_getMaxDevicesPerPortForStorageBus(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMinPortCountForStorageBus(self, _arg_bus):
       req=IPlatformProperties_getMinPortCountForStorageBusRequestMsg()
       req._this=self.handle
       
       req._bus=_arg_bus
       val=self.mgr.getPort().IPlatformProperties_getMinPortCountForStorageBus(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMaxPortCountForStorageBus(self, _arg_bus):
       req=IPlatformProperties_getMaxPortCountForStorageBusRequestMsg()
       req._this=self.handle
       
       req._bus=_arg_bus
       val=self.mgr.getPort().IPlatformProperties_getMaxPortCountForStorageBus(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMaxInstancesOfStorageBus(self, _arg_chipset, _arg_bus):
       req=IPlatformProperties_getMaxInstancesOfStorageBusRequestMsg()
       req._this=self.handle
       
       req._chipset=_arg_chipset
       req._bus=_arg_bus
       val=self.mgr.getPort().IPlatformProperties_getMaxInstancesOfStorageBus(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getSupportedVRAMRange(self, _arg_graphicsControllerType, _arg_accelerate3DEnabled):
       req=IPlatformProperties_getSupportedVRAMRangeRequestMsg()
       req._this=self.handle
       
       req._graphicsControllerType=_arg_graphicsControllerType
       req._accelerate3DEnabled=_arg_accelerate3DEnabled
       val=self.mgr.getPort().IPlatformProperties_getSupportedVRAMRange(req)
       
       return UnsignedInt(self.mgr,val._returnval), UnsignedInt(self.mgr,val._minMB), UnsignedInt(self.mgr,val._maxMB)


   def getSupportedGfxFeaturesForType(self, _arg_graphicsControllerType):
       req=IPlatformProperties_getSupportedGfxFeaturesForTypeRequestMsg()
       req._this=self.handle
       
       req._graphicsControllerType=_arg_graphicsControllerType
       val=self.mgr.getPort().IPlatformProperties_getSupportedGfxFeaturesForType(req)
       
       return GraphicsFeature(self.mgr,val._returnval, True)


   def getDeviceTypesForStorageBus(self, _arg_bus):
       req=IPlatformProperties_getDeviceTypesForStorageBusRequestMsg()
       req._this=self.handle
       
       req._bus=_arg_bus
       val=self.mgr.getPort().IPlatformProperties_getDeviceTypesForStorageBus(req)
       
       return DeviceType(self.mgr,val._returnval, True)


   def getStorageBusForControllerType(self, _arg_storageControllerType):
       req=IPlatformProperties_getStorageBusForControllerTypeRequestMsg()
       req._this=self.handle
       
       req._storageControllerType=_arg_storageControllerType
       val=self.mgr.getPort().IPlatformProperties_getStorageBusForControllerType(req)
       
       return StorageBus(self.mgr,val._returnval)


   def getStorageControllerTypesForBus(self, _arg_storageBus):
       req=IPlatformProperties_getStorageControllerTypesForBusRequestMsg()
       req._this=self.handle
       
       req._storageBus=_arg_storageBus
       val=self.mgr.getPort().IPlatformProperties_getStorageControllerTypesForBus(req)
       
       return StorageControllerType(self.mgr,val._returnval, True)


   def getStorageControllerHotplugCapable(self, _arg_controllerType):
       req=IPlatformProperties_getStorageControllerHotplugCapableRequestMsg()
       req._this=self.handle
       
       req._controllerType=_arg_controllerType
       val=self.mgr.getPort().IPlatformProperties_getStorageControllerHotplugCapable(req)
       
       return Boolean(self.mgr,val._returnval)


   def getMaxInstancesOfUSBControllerType(self, _arg_chipset, _arg_type):
       req=IPlatformProperties_getMaxInstancesOfUSBControllerTypeRequestMsg()
       req._this=self.handle
       
       req._chipset=_arg_chipset
       req._type=_arg_type
       val=self.mgr.getPort().IPlatformProperties_getMaxInstancesOfUSBControllerType(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getMinGuestRAM(self, _arg_firmware):
       req=IPlatformProperties_getMinGuestRAMRequestMsg()
       req._this=self.handle
       
       req._firmware=_arg_firmware
       val=self.mgr.getPort().IPlatformProperties_getMinGuestRAM(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getRawModeSupported(self):
       req=IPlatformProperties_getRawModeSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getRawModeSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getExclusiveHwVirt(self):
       req=IPlatformProperties_getExclusiveHwVirtRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getExclusiveHwVirt(req)
       return Boolean(self.mgr,val._returnval)
   def setExclusiveHwVirt(self, value):
       req=IPlatformProperties_setExclusiveHwVirtRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._exclusiveHwVirt = value
       else:
            req._exclusiveHwVirt = value.handle
       self.mgr.getPort().IPlatformProperties_setExclusiveHwVirt(req)

   def getSerialPortCount(self):
       req=IPlatformProperties_getSerialPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSerialPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getParallelPortCount(self):
       req=IPlatformProperties_getParallelPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getParallelPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxBootPosition(self):
       req=IPlatformProperties_getMaxBootPositionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getMaxBootPosition(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getSupportedParavirtProviders(self):
       req=IPlatformProperties_getSupportedParavirtProvidersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedParavirtProviders(req)
       return ParavirtProvider(self.mgr,val._returnval, True)
   def getSupportedFirmwareTypes(self):
       req=IPlatformProperties_getSupportedFirmwareTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedFirmwareTypes(req)
       return FirmwareType(self.mgr,val._returnval, True)
   def getSupportedGuestOSTypes(self):
       req=IPlatformProperties_getSupportedGuestOSTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedGuestOSTypes(req)
       return IGuestOSType(self.mgr,val._returnval, True)
   def getSupportedGfxControllerTypes(self):
       req=IPlatformProperties_getSupportedGfxControllerTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedGfxControllerTypes(req)
       return GraphicsControllerType(self.mgr,val._returnval, True)
   def getSupportedNetAdpPromiscModePols(self):
       req=IPlatformProperties_getSupportedNetAdpPromiscModePolsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedNetAdpPromiscModePols(req)
       return NetworkAdapterPromiscModePolicy(self.mgr,val._returnval, True)
   def getSupportedNetworkAdapterTypes(self):
       req=IPlatformProperties_getSupportedNetworkAdapterTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedNetworkAdapterTypes(req)
       return NetworkAdapterType(self.mgr,val._returnval, True)
   def getSupportedUartTypes(self):
       req=IPlatformProperties_getSupportedUartTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedUartTypes(req)
       return UartType(self.mgr,val._returnval, True)
   def getSupportedUSBControllerTypes(self):
       req=IPlatformProperties_getSupportedUSBControllerTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedUSBControllerTypes(req)
       return USBControllerType(self.mgr,val._returnval, True)
   def getSupportedAudioControllerTypes(self):
       req=IPlatformProperties_getSupportedAudioControllerTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedAudioControllerTypes(req)
       return AudioControllerType(self.mgr,val._returnval, True)
   def getSupportedBootDevices(self):
       req=IPlatformProperties_getSupportedBootDevicesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedBootDevices(req)
       return DeviceType(self.mgr,val._returnval, True)
   def getSupportedStorageBuses(self):
       req=IPlatformProperties_getSupportedStorageBusesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedStorageBuses(req)
       return StorageBus(self.mgr,val._returnval, True)
   def getSupportedStorageControllerTypes(self):
       req=IPlatformProperties_getSupportedStorageControllerTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedStorageControllerTypes(req)
       return StorageControllerType(self.mgr,val._returnval, True)
   def getSupportedChipsetTypes(self):
       req=IPlatformProperties_getSupportedChipsetTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedChipsetTypes(req)
       return ChipsetType(self.mgr,val._returnval, True)
   def getSupportedIommuTypes(self):
       req=IPlatformProperties_getSupportedIommuTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedIommuTypes(req)
       return IommuType(self.mgr,val._returnval, True)
   def getSupportedTpmTypes(self):
       req=IPlatformProperties_getSupportedTpmTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPlatformProperties_getSupportedTpmTypes(req)
       return TpmType(self.mgr,val._returnval, True)


   _Attrs_={         'rawModeSupported':[getRawModeSupported,None],
         'exclusiveHwVirt':[getExclusiveHwVirt,setExclusiveHwVirt,
        ],
         'serialPortCount':[getSerialPortCount,None],
         'parallelPortCount':[getParallelPortCount,None],
         'maxBootPosition':[getMaxBootPosition,None],
         'supportedParavirtProviders':[getSupportedParavirtProviders,None],
         'supportedFirmwareTypes':[getSupportedFirmwareTypes,None],
         'supportedGuestOSTypes':[getSupportedGuestOSTypes,None],
         'supportedGfxControllerTypes':[getSupportedGfxControllerTypes,None],
         'supportedNetAdpPromiscModePols':[getSupportedNetAdpPromiscModePols,None],
         'supportedNetworkAdapterTypes':[getSupportedNetworkAdapterTypes,None],
         'supportedUartTypes':[getSupportedUartTypes,None],
         'supportedUSBControllerTypes':[getSupportedUSBControllerTypes,None],
         'supportedAudioControllerTypes':[getSupportedAudioControllerTypes,None],
         'supportedBootDevices':[getSupportedBootDevices,None],
         'supportedStorageBuses':[getSupportedStorageBuses,None],
         'supportedStorageControllerTypes':[getSupportedStorageControllerTypes,None],
         'supportedChipsetTypes':[getSupportedChipsetTypes,None],
         'supportedIommuTypes':[getSupportedIommuTypes,None],
         'supportedTpmTypes':[getSupportedTpmTypes,None]}

class ISystemProperties(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISystemProperties(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISystemProperties._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISystemProperties._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDefaultIoCacheSettingForStorageController(self, _arg_controllerType):
       req=ISystemProperties_getDefaultIoCacheSettingForStorageControllerRequestMsg()
       req._this=self.handle
       
       req._controllerType=_arg_controllerType
       val=self.mgr.getPort().ISystemProperties_getDefaultIoCacheSettingForStorageController(req)
       
       return Boolean(self.mgr,val._returnval)


   def getCPUProfiles(self, _arg_architecture, _arg_namePattern):
       req=ISystemProperties_getCPUProfilesRequestMsg()
       req._this=self.handle
       
       req._architecture=_arg_architecture
       req._namePattern=_arg_namePattern
       val=self.mgr.getPort().ISystemProperties_getCPUProfiles(req)
       
       return ICPUProfile(self.mgr,val._returnval, True)


   def getExecutionEnginesForVmCpuArchitecture(self, _arg_cpuArchitecture):
       req=ISystemProperties_getExecutionEnginesForVmCpuArchitectureRequestMsg()
       req._this=self.handle
       
       req._cpuArchitecture=_arg_cpuArchitecture
       val=self.mgr.getPort().ISystemProperties_getExecutionEnginesForVmCpuArchitecture(req)
       
       return VMExecutionEngine(self.mgr,val._returnval, True)


   def getPlatform(self):
       req=ISystemProperties_getPlatformRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getPlatform(req)
       return IPlatformProperties(self.mgr,val._returnval)
   def getMinGuestRAM(self):
       req=ISystemProperties_getMinGuestRAMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMinGuestRAM(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxGuestRAM(self):
       req=ISystemProperties_getMaxGuestRAMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMaxGuestRAM(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMinGuestVRAM(self):
       req=ISystemProperties_getMinGuestVRAMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMinGuestVRAM(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxGuestVRAM(self):
       req=ISystemProperties_getMaxGuestVRAMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMaxGuestVRAM(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMinGuestCPUCount(self):
       req=ISystemProperties_getMinGuestCPUCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMinGuestCPUCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxGuestCPUCount(self):
       req=ISystemProperties_getMaxGuestCPUCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMaxGuestCPUCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxGuestMonitors(self):
       req=ISystemProperties_getMaxGuestMonitorsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMaxGuestMonitors(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getInfoVDSize(self):
       req=ISystemProperties_getInfoVDSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getInfoVDSize(req)
       return Long(self.mgr,val._returnval)
   def getDefaultMachineFolder(self):
       req=ISystemProperties_getDefaultMachineFolderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultMachineFolder(req)
       return String(self.mgr,val._returnval)
   def setDefaultMachineFolder(self, value):
       req=ISystemProperties_setDefaultMachineFolderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultMachineFolder = value
       else:
            req._defaultMachineFolder = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultMachineFolder(req)

   def getLoggingLevel(self):
       req=ISystemProperties_getLoggingLevelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getLoggingLevel(req)
       return String(self.mgr,val._returnval)
   def setLoggingLevel(self, value):
       req=ISystemProperties_setLoggingLevelRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._loggingLevel = value
       else:
            req._loggingLevel = value.handle
       self.mgr.getPort().ISystemProperties_setLoggingLevel(req)

   def getMediumFormats(self):
       req=ISystemProperties_getMediumFormatsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getMediumFormats(req)
       return IMediumFormat(self.mgr,val._returnval, True)
   def getDefaultHardDiskFormat(self):
       req=ISystemProperties_getDefaultHardDiskFormatRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultHardDiskFormat(req)
       return String(self.mgr,val._returnval)
   def setDefaultHardDiskFormat(self, value):
       req=ISystemProperties_setDefaultHardDiskFormatRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultHardDiskFormat = value
       else:
            req._defaultHardDiskFormat = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultHardDiskFormat(req)

   def getFreeDiskSpaceWarning(self):
       req=ISystemProperties_getFreeDiskSpaceWarningRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getFreeDiskSpaceWarning(req)
       return Long(self.mgr,val._returnval)
   def setFreeDiskSpaceWarning(self, value):
       req=ISystemProperties_setFreeDiskSpaceWarningRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._freeDiskSpaceWarning = value
       else:
            req._freeDiskSpaceWarning = value.handle
       self.mgr.getPort().ISystemProperties_setFreeDiskSpaceWarning(req)

   def getFreeDiskSpacePercentWarning(self):
       req=ISystemProperties_getFreeDiskSpacePercentWarningRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getFreeDiskSpacePercentWarning(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setFreeDiskSpacePercentWarning(self, value):
       req=ISystemProperties_setFreeDiskSpacePercentWarningRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._freeDiskSpacePercentWarning = value
       else:
            req._freeDiskSpacePercentWarning = value.handle
       self.mgr.getPort().ISystemProperties_setFreeDiskSpacePercentWarning(req)

   def getFreeDiskSpaceError(self):
       req=ISystemProperties_getFreeDiskSpaceErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getFreeDiskSpaceError(req)
       return Long(self.mgr,val._returnval)
   def setFreeDiskSpaceError(self, value):
       req=ISystemProperties_setFreeDiskSpaceErrorRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._freeDiskSpaceError = value
       else:
            req._freeDiskSpaceError = value.handle
       self.mgr.getPort().ISystemProperties_setFreeDiskSpaceError(req)

   def getFreeDiskSpacePercentError(self):
       req=ISystemProperties_getFreeDiskSpacePercentErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getFreeDiskSpacePercentError(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setFreeDiskSpacePercentError(self, value):
       req=ISystemProperties_setFreeDiskSpacePercentErrorRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._freeDiskSpacePercentError = value
       else:
            req._freeDiskSpacePercentError = value.handle
       self.mgr.getPort().ISystemProperties_setFreeDiskSpacePercentError(req)

   def getVRDEAuthLibrary(self):
       req=ISystemProperties_getVRDEAuthLibraryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getVRDEAuthLibrary(req)
       return String(self.mgr,val._returnval)
   def setVRDEAuthLibrary(self, value):
       req=ISystemProperties_setVRDEAuthLibraryRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._VRDEAuthLibrary = value
       else:
            req._VRDEAuthLibrary = value.handle
       self.mgr.getPort().ISystemProperties_setVRDEAuthLibrary(req)

   def getWebServiceAuthLibrary(self):
       req=ISystemProperties_getWebServiceAuthLibraryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getWebServiceAuthLibrary(req)
       return String(self.mgr,val._returnval)
   def setWebServiceAuthLibrary(self, value):
       req=ISystemProperties_setWebServiceAuthLibraryRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._webServiceAuthLibrary = value
       else:
            req._webServiceAuthLibrary = value.handle
       self.mgr.getPort().ISystemProperties_setWebServiceAuthLibrary(req)

   def getDefaultVRDEExtPack(self):
       req=ISystemProperties_getDefaultVRDEExtPackRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultVRDEExtPack(req)
       return String(self.mgr,val._returnval)
   def setDefaultVRDEExtPack(self, value):
       req=ISystemProperties_setDefaultVRDEExtPackRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultVRDEExtPack = value
       else:
            req._defaultVRDEExtPack = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultVRDEExtPack(req)

   def getDefaultCryptoExtPack(self):
       req=ISystemProperties_getDefaultCryptoExtPackRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultCryptoExtPack(req)
       return String(self.mgr,val._returnval)
   def setDefaultCryptoExtPack(self, value):
       req=ISystemProperties_setDefaultCryptoExtPackRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultCryptoExtPack = value
       else:
            req._defaultCryptoExtPack = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultCryptoExtPack(req)

   def getLogHistoryCount(self):
       req=ISystemProperties_getLogHistoryCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getLogHistoryCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setLogHistoryCount(self, value):
       req=ISystemProperties_setLogHistoryCountRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logHistoryCount = value
       else:
            req._logHistoryCount = value.handle
       self.mgr.getPort().ISystemProperties_setLogHistoryCount(req)

   def getDefaultAudioDriver(self):
       req=ISystemProperties_getDefaultAudioDriverRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultAudioDriver(req)
       return AudioDriverType(self.mgr,val._returnval)
   def getAutostartDatabasePath(self):
       req=ISystemProperties_getAutostartDatabasePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getAutostartDatabasePath(req)
       return String(self.mgr,val._returnval)
   def setAutostartDatabasePath(self, value):
       req=ISystemProperties_setAutostartDatabasePathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autostartDatabasePath = value
       else:
            req._autostartDatabasePath = value.handle
       self.mgr.getPort().ISystemProperties_setAutostartDatabasePath(req)

   def getDefaultAdditionsISO(self):
       req=ISystemProperties_getDefaultAdditionsISORequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultAdditionsISO(req)
       return String(self.mgr,val._returnval)
   def setDefaultAdditionsISO(self, value):
       req=ISystemProperties_setDefaultAdditionsISORequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultAdditionsISO = value
       else:
            req._defaultAdditionsISO = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultAdditionsISO(req)

   def getDefaultFrontend(self):
       req=ISystemProperties_getDefaultFrontendRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getDefaultFrontend(req)
       return String(self.mgr,val._returnval)
   def setDefaultFrontend(self, value):
       req=ISystemProperties_setDefaultFrontendRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultFrontend = value
       else:
            req._defaultFrontend = value.handle
       self.mgr.getPort().ISystemProperties_setDefaultFrontend(req)

   def getScreenShotFormats(self):
       req=ISystemProperties_getScreenShotFormatsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getScreenShotFormats(req)
       return BitmapFormat(self.mgr,val._returnval, True)
   def getProxyMode(self):
       req=ISystemProperties_getProxyModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getProxyMode(req)
       return ProxyMode(self.mgr,val._returnval)
   def setProxyMode(self, value):
       req=ISystemProperties_setProxyModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._proxyMode = value
       else:
            req._proxyMode = value.handle
       self.mgr.getPort().ISystemProperties_setProxyMode(req)

   def getProxyURL(self):
       req=ISystemProperties_getProxyURLRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getProxyURL(req)
       return String(self.mgr,val._returnval)
   def setProxyURL(self, value):
       req=ISystemProperties_setProxyURLRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._proxyURL = value
       else:
            req._proxyURL = value.handle
       self.mgr.getPort().ISystemProperties_setProxyURL(req)

   def getSupportedPlatformArchitectures(self):
       req=ISystemProperties_getSupportedPlatformArchitecturesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedPlatformArchitectures(req)
       return PlatformArchitecture(self.mgr,val._returnval, True)
   def getSupportedClipboardModes(self):
       req=ISystemProperties_getSupportedClipboardModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedClipboardModes(req)
       return ClipboardMode(self.mgr,val._returnval, True)
   def getSupportedDnDModes(self):
       req=ISystemProperties_getSupportedDnDModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedDnDModes(req)
       return DnDMode(self.mgr,val._returnval, True)
   def getSupportedPointingHIDTypes(self):
       req=ISystemProperties_getSupportedPointingHIDTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedPointingHIDTypes(req)
       return PointingHIDType(self.mgr,val._returnval, True)
   def getSupportedKeyboardHIDTypes(self):
       req=ISystemProperties_getSupportedKeyboardHIDTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedKeyboardHIDTypes(req)
       return KeyboardHIDType(self.mgr,val._returnval, True)
   def getSupportedVFSTypes(self):
       req=ISystemProperties_getSupportedVFSTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedVFSTypes(req)
       return VFSType(self.mgr,val._returnval, True)
   def getSupportedImportOptions(self):
       req=ISystemProperties_getSupportedImportOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedImportOptions(req)
       return ImportOptions(self.mgr,val._returnval, True)
   def getSupportedExportOptions(self):
       req=ISystemProperties_getSupportedExportOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedExportOptions(req)
       return ExportOptions(self.mgr,val._returnval, True)
   def getSupportedGraphicsFeatures(self):
       req=ISystemProperties_getSupportedGraphicsFeaturesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedGraphicsFeatures(req)
       return GraphicsFeature(self.mgr,val._returnval, True)
   def getSupportedRecordingFeatures(self):
       req=ISystemProperties_getSupportedRecordingFeaturesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingFeatures(req)
       return RecordingFeature(self.mgr,val._returnval, True)
   def getSupportedRecordingAudioCodecs(self):
       req=ISystemProperties_getSupportedRecordingAudioCodecsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingAudioCodecs(req)
       return RecordingAudioCodec(self.mgr,val._returnval, True)
   def getSupportedRecordingVideoCodecs(self):
       req=ISystemProperties_getSupportedRecordingVideoCodecsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingVideoCodecs(req)
       return RecordingVideoCodec(self.mgr,val._returnval, True)
   def getSupportedRecordingVSModes(self):
       req=ISystemProperties_getSupportedRecordingVSModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingVSModes(req)
       return RecordingVideoScalingMode(self.mgr,val._returnval, True)
   def getSupportedRecordingARCModes(self):
       req=ISystemProperties_getSupportedRecordingARCModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingARCModes(req)
       return RecordingRateControlMode(self.mgr,val._returnval, True)
   def getSupportedRecordingVRCModes(self):
       req=ISystemProperties_getSupportedRecordingVRCModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedRecordingVRCModes(req)
       return RecordingRateControlMode(self.mgr,val._returnval, True)
   def getSupportedCloneOptions(self):
       req=ISystemProperties_getSupportedCloneOptionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedCloneOptions(req)
       return CloneOptions(self.mgr,val._returnval, True)
   def getSupportedAutostopTypes(self):
       req=ISystemProperties_getSupportedAutostopTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedAutostopTypes(req)
       return AutostopType(self.mgr,val._returnval, True)
   def getSupportedVMProcPriorities(self):
       req=ISystemProperties_getSupportedVMProcPrioritiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedVMProcPriorities(req)
       return VMProcPriority(self.mgr,val._returnval, True)
   def getSupportedNetworkAttachmentTypes(self):
       req=ISystemProperties_getSupportedNetworkAttachmentTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedNetworkAttachmentTypes(req)
       return NetworkAttachmentType(self.mgr,val._returnval, True)
   def getSupportedPortModes(self):
       req=ISystemProperties_getSupportedPortModesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedPortModes(req)
       return PortMode(self.mgr,val._returnval, True)
   def getSupportedAudioDriverTypes(self):
       req=ISystemProperties_getSupportedAudioDriverTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getSupportedAudioDriverTypes(req)
       return AudioDriverType(self.mgr,val._returnval, True)
   def getLanguageId(self):
       req=ISystemProperties_getLanguageIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISystemProperties_getLanguageId(req)
       return String(self.mgr,val._returnval)
   def setLanguageId(self, value):
       req=ISystemProperties_setLanguageIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._languageId = value
       else:
            req._languageId = value.handle
       self.mgr.getPort().ISystemProperties_setLanguageId(req)



   _Attrs_={         'platform':[getPlatform,None],
         'minGuestRAM':[getMinGuestRAM,None],
         'maxGuestRAM':[getMaxGuestRAM,None],
         'minGuestVRAM':[getMinGuestVRAM,None],
         'maxGuestVRAM':[getMaxGuestVRAM,None],
         'minGuestCPUCount':[getMinGuestCPUCount,None],
         'maxGuestCPUCount':[getMaxGuestCPUCount,None],
         'maxGuestMonitors':[getMaxGuestMonitors,None],
         'infoVDSize':[getInfoVDSize,None],
         'defaultMachineFolder':[getDefaultMachineFolder,setDefaultMachineFolder,
        ],
         'loggingLevel':[getLoggingLevel,setLoggingLevel,
        ],
         'mediumFormats':[getMediumFormats,None],
         'defaultHardDiskFormat':[getDefaultHardDiskFormat,setDefaultHardDiskFormat,
        ],
         'freeDiskSpaceWarning':[getFreeDiskSpaceWarning,setFreeDiskSpaceWarning,
        ],
         'freeDiskSpacePercentWarning':[getFreeDiskSpacePercentWarning,setFreeDiskSpacePercentWarning,
        ],
         'freeDiskSpaceError':[getFreeDiskSpaceError,setFreeDiskSpaceError,
        ],
         'freeDiskSpacePercentError':[getFreeDiskSpacePercentError,setFreeDiskSpacePercentError,
        ],
         'VRDEAuthLibrary':[getVRDEAuthLibrary,setVRDEAuthLibrary,
        ],
         'webServiceAuthLibrary':[getWebServiceAuthLibrary,setWebServiceAuthLibrary,
        ],
         'defaultVRDEExtPack':[getDefaultVRDEExtPack,setDefaultVRDEExtPack,
        ],
         'defaultCryptoExtPack':[getDefaultCryptoExtPack,setDefaultCryptoExtPack,
        ],
         'logHistoryCount':[getLogHistoryCount,setLogHistoryCount,
        ],
         'defaultAudioDriver':[getDefaultAudioDriver,None],
         'autostartDatabasePath':[getAutostartDatabasePath,setAutostartDatabasePath,
        ],
         'defaultAdditionsISO':[getDefaultAdditionsISO,setDefaultAdditionsISO,
        ],
         'defaultFrontend':[getDefaultFrontend,setDefaultFrontend,
        ],
         'screenShotFormats':[getScreenShotFormats,None],
         'proxyMode':[getProxyMode,setProxyMode,
        ],
         'proxyURL':[getProxyURL,setProxyURL,
        ],
         'supportedPlatformArchitectures':[getSupportedPlatformArchitectures,None],
         'supportedClipboardModes':[getSupportedClipboardModes,None],
         'supportedDnDModes':[getSupportedDnDModes,None],
         'supportedPointingHIDTypes':[getSupportedPointingHIDTypes,None],
         'supportedKeyboardHIDTypes':[getSupportedKeyboardHIDTypes,None],
         'supportedVFSTypes':[getSupportedVFSTypes,None],
         'supportedImportOptions':[getSupportedImportOptions,None],
         'supportedExportOptions':[getSupportedExportOptions,None],
         'supportedGraphicsFeatures':[getSupportedGraphicsFeatures,None],
         'supportedRecordingFeatures':[getSupportedRecordingFeatures,None],
         'supportedRecordingAudioCodecs':[getSupportedRecordingAudioCodecs,None],
         'supportedRecordingVideoCodecs':[getSupportedRecordingVideoCodecs,None],
         'supportedRecordingVSModes':[getSupportedRecordingVSModes,None],
         'supportedRecordingARCModes':[getSupportedRecordingARCModes,None],
         'supportedRecordingVRCModes':[getSupportedRecordingVRCModes,None],
         'supportedCloneOptions':[getSupportedCloneOptions,None],
         'supportedAutostopTypes':[getSupportedAutostopTypes,None],
         'supportedVMProcPriorities':[getSupportedVMProcPriorities,None],
         'supportedNetworkAttachmentTypes':[getSupportedNetworkAttachmentTypes,None],
         'supportedPortModes':[getSupportedPortModes,None],
         'supportedAudioDriverTypes':[getSupportedAudioDriverTypes,None],
         'languageId':[getLanguageId,setLanguageId,
        ]}

class IDnDBase(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDnDBase(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDnDBase._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDnDBase._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def isFormatSupported(self, _arg_format):
       req=IDnDBase_isFormatSupportedRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       val=self.mgr.getPort().IDnDBase_isFormatSupported(req)
       
       return Boolean(self.mgr,val._returnval)


   def addFormats(self, _arg_formats):
       req=IDnDBase_addFormatsRequestMsg()
       req._this=self.handle
       
       req._formats=_arg_formats
       val=self.mgr.getPort().IDnDBase_addFormats(req)
       
       return 


   def removeFormats(self, _arg_formats):
       req=IDnDBase_removeFormatsRequestMsg()
       req._this=self.handle
       
       req._formats=_arg_formats
       val=self.mgr.getPort().IDnDBase_removeFormats(req)
       
       return 


   def getFormats(self):
       req=IDnDBase_getFormatsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDnDBase_getFormats(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'formats':[getFormats,None]}

class IDnDSource(IDnDBase):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDnDSource(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDnDSource._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDnDBase.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDnDSource._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def dragIsPending(self, _arg_screenId):
       req=IDnDSource_dragIsPendingRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDnDSource_dragIsPending(req)
       
       return DnDAction(self.mgr,val._returnval), String(self.mgr,val._formats, True), DnDAction(self.mgr,val._allowedActions, True)


   def drop(self, _arg_format, _arg_action):
       req=IDnDSource_dropRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       req._action=_arg_action
       val=self.mgr.getPort().IDnDSource_drop(req)
       
       return IProgress(self.mgr,val._returnval)


   def receiveData(self):
       req=IDnDSource_receiveDataRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDnDSource_receiveData(req)
       
       return self.mgr.decodebase64(val._returnval)




   _Attrs_={}

class IGuestDnDSource(IDnDSource):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDnDSource(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDnDSource._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDnDSource.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDnDSource._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestDnDSource_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDnDSource_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IDnDTarget(IDnDBase):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDnDTarget(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDnDTarget._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDnDBase.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDnDTarget._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def enter(self, _arg_screenId, _arg_y, _arg_x, _arg_defaultAction, _arg_allowedActions, _arg_formats):
       req=IDnDTarget_enterRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._y=_arg_y
       req._x=_arg_x
       req._defaultAction=_arg_defaultAction
       req._allowedActions=_arg_allowedActions
       req._formats=_arg_formats
       val=self.mgr.getPort().IDnDTarget_enter(req)
       
       return DnDAction(self.mgr,val._returnval)


   def move(self, _arg_screenId, _arg_x, _arg_y, _arg_defaultAction, _arg_allowedActions, _arg_formats):
       req=IDnDTarget_moveRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._x=_arg_x
       req._y=_arg_y
       req._defaultAction=_arg_defaultAction
       req._allowedActions=_arg_allowedActions
       req._formats=_arg_formats
       val=self.mgr.getPort().IDnDTarget_move(req)
       
       return DnDAction(self.mgr,val._returnval)


   def leave(self, _arg_screenId):
       req=IDnDTarget_leaveRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDnDTarget_leave(req)
       
       return 


   def drop(self, _arg_screenId, _arg_x, _arg_y, _arg_defaultAction, _arg_allowedActions, _arg_formats):
       req=IDnDTarget_dropRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._x=_arg_x
       req._y=_arg_y
       req._defaultAction=_arg_defaultAction
       req._allowedActions=_arg_allowedActions
       req._formats=_arg_formats
       val=self.mgr.getPort().IDnDTarget_drop(req)
       
       return DnDAction(self.mgr,val._returnval), String(self.mgr,val._format)


   def sendData(self, _arg_screenId, _arg_format, _arg_data):
       req=IDnDTarget_sendDataRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._format=_arg_format
       req._data=self.mgr.encodebase64(_arg_data)
       val=self.mgr.getPort().IDnDTarget_sendData(req)
       
       return IProgress(self.mgr,val._returnval)


   def cancel(self):
       req=IDnDTarget_cancelRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDnDTarget_cancel(req)
       
       return Boolean(self.mgr,val._returnval)




   _Attrs_={}

class IGuestDnDTarget(IDnDTarget):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDnDTarget(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDnDTarget._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDnDTarget.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDnDTarget._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestDnDTarget_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDnDTarget_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IGuestSession(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestSession(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestSession._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestSession._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def close(self):
       req=IGuestSession_closeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IGuestSession_close(req)
       
       return 


   def copyFromGuest(self, _arg_sources, _arg_filters, _arg_flags, _arg_destination):
       req=IGuestSession_copyFromGuestRequestMsg()
       req._this=self.handle
       
       req._sources=_arg_sources
       req._filters=_arg_filters
       req._flags=_arg_flags
       req._destination=_arg_destination
       val=self.mgr.getPort().IGuestSession_copyFromGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def copyToGuest(self, _arg_sources, _arg_filters, _arg_flags, _arg_destination):
       req=IGuestSession_copyToGuestRequestMsg()
       req._this=self.handle
       
       req._sources=_arg_sources
       req._filters=_arg_filters
       req._flags=_arg_flags
       req._destination=_arg_destination
       val=self.mgr.getPort().IGuestSession_copyToGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def directoryCopy(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_directoryCopyRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryCopy(req)
       
       return IProgress(self.mgr,val._returnval)


   def directoryCopyFromGuest(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_directoryCopyFromGuestRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryCopyFromGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def directoryCopyToGuest(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_directoryCopyToGuestRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryCopyToGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def directoryCreate(self, _arg_path, _arg_mode, _arg_flags):
       req=IGuestSession_directoryCreateRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._mode=_arg_mode
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryCreate(req)
       
       return 


   def directoryCreateTemp(self, _arg_templateName, _arg_mode, _arg_path, _arg_secure):
       req=IGuestSession_directoryCreateTempRequestMsg()
       req._this=self.handle
       
       req._templateName=_arg_templateName
       req._mode=_arg_mode
       req._path=_arg_path
       req._secure=_arg_secure
       val=self.mgr.getPort().IGuestSession_directoryCreateTemp(req)
       
       return String(self.mgr,val._returnval)


   def directoryExists(self, _arg_path, _arg_followSymlinks):
       req=IGuestSession_directoryExistsRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       val=self.mgr.getPort().IGuestSession_directoryExists(req)
       
       return Boolean(self.mgr,val._returnval)


   def directoryOpen(self, _arg_path, _arg_filter, _arg_flags):
       req=IGuestSession_directoryOpenRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._filter=_arg_filter
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryOpen(req)
       
       return IGuestDirectory(self.mgr,val._returnval)


   def directoryRemove(self, _arg_path):
       req=IGuestSession_directoryRemoveRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IGuestSession_directoryRemove(req)
       
       return 


   def directoryRemoveRecursive(self, _arg_path, _arg_flags):
       req=IGuestSession_directoryRemoveRecursiveRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_directoryRemoveRecursive(req)
       
       return IProgress(self.mgr,val._returnval)


   def environmentScheduleSet(self, _arg_name, _arg_value):
       req=IGuestSession_environmentScheduleSetRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._value=_arg_value
       val=self.mgr.getPort().IGuestSession_environmentScheduleSet(req)
       
       return 


   def environmentScheduleUnset(self, _arg_name):
       req=IGuestSession_environmentScheduleUnsetRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IGuestSession_environmentScheduleUnset(req)
       
       return 


   def environmentGetBaseVariable(self, _arg_name):
       req=IGuestSession_environmentGetBaseVariableRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IGuestSession_environmentGetBaseVariable(req)
       
       return String(self.mgr,val._returnval)


   def environmentDoesBaseVariableExist(self, _arg_name):
       req=IGuestSession_environmentDoesBaseVariableExistRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IGuestSession_environmentDoesBaseVariableExist(req)
       
       return Boolean(self.mgr,val._returnval)


   def fileCopy(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fileCopyRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fileCopy(req)
       
       return IProgress(self.mgr,val._returnval)


   def fileCopyFromGuest(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fileCopyFromGuestRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fileCopyFromGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def fileCopyToGuest(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fileCopyToGuestRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fileCopyToGuest(req)
       
       return IProgress(self.mgr,val._returnval)


   def fileCreateTemp(self, _arg_templateName, _arg_mode, _arg_path, _arg_secure):
       req=IGuestSession_fileCreateTempRequestMsg()
       req._this=self.handle
       
       req._templateName=_arg_templateName
       req._mode=_arg_mode
       req._path=_arg_path
       req._secure=_arg_secure
       val=self.mgr.getPort().IGuestSession_fileCreateTemp(req)
       
       return IGuestFile(self.mgr,val._returnval)


   def fileExists(self, _arg_path, _arg_followSymlinks):
       req=IGuestSession_fileExistsRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       val=self.mgr.getPort().IGuestSession_fileExists(req)
       
       return Boolean(self.mgr,val._returnval)


   def fileOpen(self, _arg_path, _arg_accessMode, _arg_openAction, _arg_creationMode):
       req=IGuestSession_fileOpenRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._accessMode=_arg_accessMode
       req._openAction=_arg_openAction
       req._creationMode=_arg_creationMode
       val=self.mgr.getPort().IGuestSession_fileOpen(req)
       
       return IGuestFile(self.mgr,val._returnval)


   def fileOpenEx(self, _arg_path, _arg_accessMode, _arg_openAction, _arg_sharingMode, _arg_creationMode, _arg_flags):
       req=IGuestSession_fileOpenExRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._accessMode=_arg_accessMode
       req._openAction=_arg_openAction
       req._sharingMode=_arg_sharingMode
       req._creationMode=_arg_creationMode
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fileOpenEx(req)
       
       return IGuestFile(self.mgr,val._returnval)


   def fileQuerySize(self, _arg_path, _arg_followSymlinks):
       req=IGuestSession_fileQuerySizeRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       val=self.mgr.getPort().IGuestSession_fileQuerySize(req)
       
       return Long(self.mgr,val._returnval)


   def fsObjExists(self, _arg_path, _arg_followSymlinks):
       req=IGuestSession_fsObjExistsRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       val=self.mgr.getPort().IGuestSession_fsObjExists(req)
       
       return Boolean(self.mgr,val._returnval)


   def fsObjQueryInfo(self, _arg_path, _arg_followSymlinks):
       req=IGuestSession_fsObjQueryInfoRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       val=self.mgr.getPort().IGuestSession_fsObjQueryInfo(req)
       
       return IGuestFsObjInfo(self.mgr,val._returnval)


   def fsObjRemove(self, _arg_path):
       req=IGuestSession_fsObjRemoveRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IGuestSession_fsObjRemove(req)
       
       return 


   def fsObjRemoveArray(self, _arg_path):
       req=IGuestSession_fsObjRemoveArrayRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IGuestSession_fsObjRemoveArray(req)
       
       return IProgress(self.mgr,val._returnval)


   def fsObjRename(self, _arg_oldPath, _arg_newPath, _arg_flags):
       req=IGuestSession_fsObjRenameRequestMsg()
       req._this=self.handle
       
       req._oldPath=_arg_oldPath
       req._newPath=_arg_newPath
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fsObjRename(req)
       
       return 


   def fsObjMove(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fsObjMoveRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fsObjMove(req)
       
       return IProgress(self.mgr,val._returnval)


   def fsObjMoveArray(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fsObjMoveArrayRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fsObjMoveArray(req)
       
       return IProgress(self.mgr,val._returnval)


   def fsObjCopyArray(self, _arg_source, _arg_destination, _arg_flags):
       req=IGuestSession_fsObjCopyArrayRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._destination=_arg_destination
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_fsObjCopyArray(req)
       
       return IProgress(self.mgr,val._returnval)


   def fsObjSetACL(self, _arg_path, _arg_followSymlinks, _arg_acl, _arg_mode):
       req=IGuestSession_fsObjSetACLRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       req._followSymlinks=_arg_followSymlinks
       req._acl=_arg_acl
       req._mode=_arg_mode
       val=self.mgr.getPort().IGuestSession_fsObjSetACL(req)
       
       return 


   def fsQueryFreeSpace(self, _arg_path):
       req=IGuestSession_fsQueryFreeSpaceRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IGuestSession_fsQueryFreeSpace(req)
       
       return Long(self.mgr,val._returnval)


   def fsQueryInfo(self, _arg_path):
       req=IGuestSession_fsQueryInfoRequestMsg()
       req._this=self.handle
       
       req._path=_arg_path
       val=self.mgr.getPort().IGuestSession_fsQueryInfo(req)
       
       return IGuestFsInfo(self.mgr,val._returnval)


   def processCreate(self, _arg_executable, _arg_arguments, _arg_cwd, _arg_environmentChanges, _arg_flags, _arg_timeoutMS):
       req=IGuestSession_processCreateRequestMsg()
       req._this=self.handle
       
       req._executable=_arg_executable
       req._arguments=_arg_arguments
       req._cwd=_arg_cwd
       req._environmentChanges=_arg_environmentChanges
       req._flags=_arg_flags
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IGuestSession_processCreate(req)
       
       return IGuestProcess(self.mgr,val._returnval)


   def processCreateEx(self, _arg_executable, _arg_arguments, _arg_cwd, _arg_environmentChanges, _arg_flags, _arg_timeoutMS, _arg_priority, _arg_affinity):
       req=IGuestSession_processCreateExRequestMsg()
       req._this=self.handle
       
       req._executable=_arg_executable
       req._arguments=_arg_arguments
       req._cwd=_arg_cwd
       req._environmentChanges=_arg_environmentChanges
       req._flags=_arg_flags
       req._timeoutMS=_arg_timeoutMS
       req._priority=_arg_priority
       req._affinity=_arg_affinity
       val=self.mgr.getPort().IGuestSession_processCreateEx(req)
       
       return IGuestProcess(self.mgr,val._returnval)


   def processGet(self, _arg_pid):
       req=IGuestSession_processGetRequestMsg()
       req._this=self.handle
       
       req._pid=_arg_pid
       val=self.mgr.getPort().IGuestSession_processGet(req)
       
       return IGuestProcess(self.mgr,val._returnval)


   def symlinkCreate(self, _arg_symlink, _arg_target, _arg_type):
       req=IGuestSession_symlinkCreateRequestMsg()
       req._this=self.handle
       
       req._symlink=_arg_symlink
       req._target=_arg_target
       req._type=_arg_type
       val=self.mgr.getPort().IGuestSession_symlinkCreate(req)
       
       return 


   def symlinkExists(self, _arg_symlink):
       req=IGuestSession_symlinkExistsRequestMsg()
       req._this=self.handle
       
       req._symlink=_arg_symlink
       val=self.mgr.getPort().IGuestSession_symlinkExists(req)
       
       return Boolean(self.mgr,val._returnval)


   def symlinkRead(self, _arg_symlink, _arg_flags):
       req=IGuestSession_symlinkReadRequestMsg()
       req._this=self.handle
       
       req._symlink=_arg_symlink
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuestSession_symlinkRead(req)
       
       return String(self.mgr,val._returnval)


   def waitFor(self, _arg_waitFor, _arg_timeoutMS):
       req=IGuestSession_waitForRequestMsg()
       req._this=self.handle
       
       req._waitFor=_arg_waitFor
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IGuestSession_waitFor(req)
       
       return GuestSessionWaitResult(self.mgr,val._returnval)


   def waitForArray(self, _arg_waitFor, _arg_timeoutMS):
       req=IGuestSession_waitForArrayRequestMsg()
       req._this=self.handle
       
       req._waitFor=_arg_waitFor
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IGuestSession_waitForArray(req)
       
       return GuestSessionWaitResult(self.mgr,val._returnval)


   def getUser(self):
       req=IGuestSession_getUserRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getUser(req)
       return String(self.mgr,val._returnval)
   def getDomain(self):
       req=IGuestSession_getDomainRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getDomain(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=IGuestSession_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getName(req)
       return String(self.mgr,val._returnval)
   def getId(self):
       req=IGuestSession_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getTimeout(self):
       req=IGuestSession_getTimeoutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getTimeout(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setTimeout(self, value):
       req=IGuestSession_setTimeoutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._timeout = value
       else:
            req._timeout = value.handle
       self.mgr.getPort().IGuestSession_setTimeout(req)

   def getProtocolVersion(self):
       req=IGuestSession_getProtocolVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getProtocolVersion(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getStatus(self):
       req=IGuestSession_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getStatus(req)
       return GuestSessionStatus(self.mgr,val._returnval)
   def getEnvironmentChanges(self):
       req=IGuestSession_getEnvironmentChangesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getEnvironmentChanges(req)
       return String(self.mgr,val._returnval, True)
   def setEnvironmentChanges(self, value):
       req=IGuestSession_setEnvironmentChangesRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str, tuple, list]:
            req._environmentChanges = value
       else:
            req._environmentChanges = value.handle
       self.mgr.getPort().IGuestSession_setEnvironmentChanges(req)

   def getEnvironmentBase(self):
       req=IGuestSession_getEnvironmentBaseRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getEnvironmentBase(req)
       return String(self.mgr,val._returnval, True)
   def getProcesses(self):
       req=IGuestSession_getProcessesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getProcesses(req)
       return IGuestProcess(self.mgr,val._returnval, True)
   def getPathStyle(self):
       req=IGuestSession_getPathStyleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getPathStyle(req)
       return PathStyle(self.mgr,val._returnval)
   def getCurrentDirectory(self):
       req=IGuestSession_getCurrentDirectoryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getCurrentDirectory(req)
       return String(self.mgr,val._returnval)
   def setCurrentDirectory(self, value):
       req=IGuestSession_setCurrentDirectoryRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._currentDirectory = value
       else:
            req._currentDirectory = value.handle
       self.mgr.getPort().IGuestSession_setCurrentDirectory(req)

   def getUserHome(self):
       req=IGuestSession_getUserHomeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getUserHome(req)
       return String(self.mgr,val._returnval)
   def getUserDocuments(self):
       req=IGuestSession_getUserDocumentsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getUserDocuments(req)
       return String(self.mgr,val._returnval)
   def getMountPoints(self):
       req=IGuestSession_getMountPointsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getMountPoints(req)
       return String(self.mgr,val._returnval, True)
   def getDirectories(self):
       req=IGuestSession_getDirectoriesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getDirectories(req)
       return IGuestDirectory(self.mgr,val._returnval, True)
   def getFiles(self):
       req=IGuestSession_getFilesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getFiles(req)
       return IGuestFile(self.mgr,val._returnval, True)
   def getEventSource(self):
       req=IGuestSession_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSession_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)


   _Attrs_={         'user':[getUser,None],
         'domain':[getDomain,None],
         'name':[getName,None],
         'id':[getId,None],
         'timeout':[getTimeout,setTimeout,
        ],
         'protocolVersion':[getProtocolVersion,None],
         'status':[getStatus,None],
         'environmentChanges':[getEnvironmentChanges,setEnvironmentChanges,
        ],
         'environmentBase':[getEnvironmentBase,None],
         'processes':[getProcesses,None],
         'pathStyle':[getPathStyle,None],
         'currentDirectory':[getCurrentDirectory,setCurrentDirectory,
        ],
         'userHome':[getUserHome,None],
         'userDocuments':[getUserDocuments,None],
         'mountPoints':[getMountPoints,None],
         'directories':[getDirectories,None],
         'files':[getFiles,None],
         'eventSource':[getEventSource,None]}

class IProcess(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProcess(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProcess._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProcess._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def waitFor(self, _arg_waitFor, _arg_timeoutMS):
       req=IProcess_waitForRequestMsg()
       req._this=self.handle
       
       req._waitFor=_arg_waitFor
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IProcess_waitFor(req)
       
       return ProcessWaitResult(self.mgr,val._returnval)


   def waitForArray(self, _arg_waitFor, _arg_timeoutMS):
       req=IProcess_waitForArrayRequestMsg()
       req._this=self.handle
       
       req._waitFor=_arg_waitFor
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IProcess_waitForArray(req)
       
       return ProcessWaitResult(self.mgr,val._returnval)


   def read(self, _arg_handle, _arg_toRead, _arg_timeoutMS):
       req=IProcess_readRequestMsg()
       req._this=self.handle
       
       req._handle=_arg_handle
       req._toRead=_arg_toRead
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IProcess_read(req)
       
       return self.mgr.decodebase64(val._returnval)


   def write(self, _arg_handle, _arg_flags, _arg_data, _arg_timeoutMS):
       req=IProcess_writeRequestMsg()
       req._this=self.handle
       
       req._handle=_arg_handle
       req._flags=_arg_flags
       req._data=self.mgr.encodebase64(_arg_data)
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IProcess_write(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def writeArray(self, _arg_handle, _arg_flags, _arg_data, _arg_timeoutMS):
       req=IProcess_writeArrayRequestMsg()
       req._this=self.handle
       
       req._handle=_arg_handle
       req._flags=_arg_flags
       req._data=self.mgr.encodebase64(_arg_data)
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IProcess_writeArray(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def terminate(self):
       req=IProcess_terminateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IProcess_terminate(req)
       
       return 


   def getArguments(self):
       req=IProcess_getArgumentsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getArguments(req)
       return String(self.mgr,val._returnval, True)
   def getEnvironment(self):
       req=IProcess_getEnvironmentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getEnvironment(req)
       return String(self.mgr,val._returnval, True)
   def getEventSource(self):
       req=IProcess_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getExecutablePath(self):
       req=IProcess_getExecutablePathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getExecutablePath(req)
       return String(self.mgr,val._returnval)
   def getExitCode(self):
       req=IProcess_getExitCodeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getExitCode(req)
       return Int(self.mgr,val._returnval)
   def getName(self):
       req=IProcess_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getName(req)
       return String(self.mgr,val._returnval)
   def getPID(self):
       req=IProcess_getPIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getPID(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getStatus(self):
       req=IProcess_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProcess_getStatus(req)
       return ProcessStatus(self.mgr,val._returnval)


   _Attrs_={         'arguments':[getArguments,None],
         'environment':[getEnvironment,None],
         'eventSource':[getEventSource,None],
         'executablePath':[getExecutablePath,None],
         'exitCode':[getExitCode,None],
         'name':[getName,None],
         'PID':[getPID,None],
         'status':[getStatus,None]}

class IGuestProcess(IProcess):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcess(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcess._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IProcess.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcess._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestProcess_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcess_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IDirectory(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDirectory(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDirectory._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDirectory._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def close(self):
       req=IDirectory_closeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDirectory_close(req)
       
       return 


   def list(self, _arg_maxEntries):
       req=IDirectory_listRequestMsg()
       req._this=self.handle
       
       req._maxEntries=_arg_maxEntries
       val=self.mgr.getPort().IDirectory_list(req)
       
       return IFsObjInfo(self.mgr,val._returnval, True)


   def read(self):
       req=IDirectory_readRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDirectory_read(req)
       
       return IFsObjInfo(self.mgr,val._returnval)


   def rewind(self):
       req=IDirectory_rewindRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDirectory_rewind(req)
       
       return 


   def getDirectoryName(self):
       req=IDirectory_getDirectoryNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDirectory_getDirectoryName(req)
       return String(self.mgr,val._returnval)
   def getEventSource(self):
       req=IDirectory_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDirectory_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getFilter(self):
       req=IDirectory_getFilterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDirectory_getFilter(req)
       return String(self.mgr,val._returnval)
   def getId(self):
       req=IDirectory_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDirectory_getId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getStatus(self):
       req=IDirectory_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDirectory_getStatus(req)
       return DirectoryStatus(self.mgr,val._returnval)


   _Attrs_={         'directoryName':[getDirectoryName,None],
         'eventSource':[getEventSource,None],
         'filter':[getFilter,None],
         'id':[getId,None],
         'status':[getStatus,None]}

class IGuestDirectory(IDirectory):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDirectory(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDirectory._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IDirectory.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDirectory._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestDirectory_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectory_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IFile(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFile(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFile._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFile._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def close(self):
       req=IFile_closeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IFile_close(req)
       
       return 


   def queryInfo(self):
       req=IFile_queryInfoRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IFile_queryInfo(req)
       
       return IFsObjInfo(self.mgr,val._returnval)


   def querySize(self):
       req=IFile_querySizeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IFile_querySize(req)
       
       return Long(self.mgr,val._returnval)


   def read(self, _arg_toRead, _arg_timeoutMS):
       req=IFile_readRequestMsg()
       req._this=self.handle
       
       req._toRead=_arg_toRead
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IFile_read(req)
       
       return self.mgr.decodebase64(val._returnval)


   def readAt(self, _arg_offset, _arg_toRead, _arg_timeoutMS):
       req=IFile_readAtRequestMsg()
       req._this=self.handle
       
       req._offset=_arg_offset
       req._toRead=_arg_toRead
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IFile_readAt(req)
       
       return self.mgr.decodebase64(val._returnval)


   def seek(self, _arg_offset, _arg_whence):
       req=IFile_seekRequestMsg()
       req._this=self.handle
       
       req._offset=_arg_offset
       req._whence=_arg_whence
       val=self.mgr.getPort().IFile_seek(req)
       
       return Long(self.mgr,val._returnval)


   def setACL(self, _arg_acl, _arg_mode):
       req=IFile_setACLRequestMsg()
       req._this=self.handle
       
       req._acl=_arg_acl
       req._mode=_arg_mode
       val=self.mgr.getPort().IFile_setACL(req)
       
       return 


   def setSize(self, _arg_size):
       req=IFile_setSizeRequestMsg()
       req._this=self.handle
       
       req._size=_arg_size
       val=self.mgr.getPort().IFile_setSize(req)
       
       return 


   def write(self, _arg_data, _arg_timeoutMS):
       req=IFile_writeRequestMsg()
       req._this=self.handle
       
       req._data=self.mgr.encodebase64(_arg_data)
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IFile_write(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def writeAt(self, _arg_offset, _arg_data, _arg_timeoutMS):
       req=IFile_writeAtRequestMsg()
       req._this=self.handle
       
       req._offset=_arg_offset
       req._data=self.mgr.encodebase64(_arg_data)
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IFile_writeAt(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def getEventSource(self):
       req=IFile_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getId(self):
       req=IFile_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getInitialSize(self):
       req=IFile_getInitialSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getInitialSize(req)
       return Long(self.mgr,val._returnval)
   def getOffset(self):
       req=IFile_getOffsetRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getOffset(req)
       return Long(self.mgr,val._returnval)
   def getStatus(self):
       req=IFile_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getStatus(req)
       return FileStatus(self.mgr,val._returnval)
   def getFilename(self):
       req=IFile_getFilenameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getFilename(req)
       return String(self.mgr,val._returnval)
   def getCreationMode(self):
       req=IFile_getCreationModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getCreationMode(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOpenAction(self):
       req=IFile_getOpenActionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getOpenAction(req)
       return FileOpenAction(self.mgr,val._returnval)
   def getAccessMode(self):
       req=IFile_getAccessModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFile_getAccessMode(req)
       return FileAccessMode(self.mgr,val._returnval)


   _Attrs_={         'eventSource':[getEventSource,None],
         'id':[getId,None],
         'initialSize':[getInitialSize,None],
         'offset':[getOffset,None],
         'status':[getStatus,None],
         'filename':[getFilename,None],
         'creationMode':[getCreationMode,None],
         'openAction':[getOpenAction,None],
         'accessMode':[getAccessMode,None]}

class IGuestFile(IFile):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFile(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFile._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFile.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFile._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestFile_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFile_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IFsInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFsInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFsInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFsInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFreeSize(self):
       req=IFsInfo_getFreeSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getFreeSize(req)
       return Long(self.mgr,val._returnval)
   def getTotalSize(self):
       req=IFsInfo_getTotalSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getTotalSize(req)
       return Long(self.mgr,val._returnval)
   def getBlockSize(self):
       req=IFsInfo_getBlockSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getBlockSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getSectorSize(self):
       req=IFsInfo_getSectorSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getSectorSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getSerialNumber(self):
       req=IFsInfo_getSerialNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getSerialNumber(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getIsRemote(self):
       req=IFsInfo_getIsRemoteRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getIsRemote(req)
       return Boolean(self.mgr,val._returnval)
   def getIsCaseSensitive(self):
       req=IFsInfo_getIsCaseSensitiveRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getIsCaseSensitive(req)
       return Boolean(self.mgr,val._returnval)
   def getIsReadOnly(self):
       req=IFsInfo_getIsReadOnlyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getIsReadOnly(req)
       return Boolean(self.mgr,val._returnval)
   def getIsCompressed(self):
       req=IFsInfo_getIsCompressedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getIsCompressed(req)
       return Boolean(self.mgr,val._returnval)
   def getSupportsFileCompression(self):
       req=IFsInfo_getSupportsFileCompressionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getSupportsFileCompression(req)
       return Boolean(self.mgr,val._returnval)
   def getMaxComponent(self):
       req=IFsInfo_getMaxComponentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getMaxComponent(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getType(self):
       req=IFsInfo_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getType(req)
       return String(self.mgr,val._returnval)
   def getLabel(self):
       req=IFsInfo_getLabelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getLabel(req)
       return String(self.mgr,val._returnval)
   def getMountPoint(self):
       req=IFsInfo_getMountPointRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsInfo_getMountPoint(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'freeSize':[getFreeSize,None],
         'totalSize':[getTotalSize,None],
         'blockSize':[getBlockSize,None],
         'sectorSize':[getSectorSize,None],
         'serialNumber':[getSerialNumber,None],
         'isRemote':[getIsRemote,None],
         'isCaseSensitive':[getIsCaseSensitive,None],
         'isReadOnly':[getIsReadOnly,None],
         'isCompressed':[getIsCompressed,None],
         'supportsFileCompression':[getSupportsFileCompression,None],
         'maxComponent':[getMaxComponent,None],
         'type':[getType,None],
         'label':[getLabel,None],
         'mountPoint':[getMountPoint,None]}

class IFsObjInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFsObjInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFsObjInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFsObjInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IFsObjInfo_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getName(req)
       return String(self.mgr,val._returnval)
   def getType(self):
       req=IFsObjInfo_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getType(req)
       return FsObjType(self.mgr,val._returnval)
   def getFileAttributes(self):
       req=IFsObjInfo_getFileAttributesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getFileAttributes(req)
       return String(self.mgr,val._returnval)
   def getObjectSize(self):
       req=IFsObjInfo_getObjectSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getObjectSize(req)
       return Long(self.mgr,val._returnval)
   def getAllocatedSize(self):
       req=IFsObjInfo_getAllocatedSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getAllocatedSize(req)
       return Long(self.mgr,val._returnval)
   def getAccessTime(self):
       req=IFsObjInfo_getAccessTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getAccessTime(req)
       return Long(self.mgr,val._returnval)
   def getBirthTime(self):
       req=IFsObjInfo_getBirthTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getBirthTime(req)
       return Long(self.mgr,val._returnval)
   def getChangeTime(self):
       req=IFsObjInfo_getChangeTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getChangeTime(req)
       return Long(self.mgr,val._returnval)
   def getModificationTime(self):
       req=IFsObjInfo_getModificationTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getModificationTime(req)
       return Long(self.mgr,val._returnval)
   def getUID(self):
       req=IFsObjInfo_getUIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getUID(req)
       return Int(self.mgr,val._returnval)
   def getUserName(self):
       req=IFsObjInfo_getUserNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getUserName(req)
       return String(self.mgr,val._returnval)
   def getGID(self):
       req=IFsObjInfo_getGIDRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getGID(req)
       return Int(self.mgr,val._returnval)
   def getGroupName(self):
       req=IFsObjInfo_getGroupNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getGroupName(req)
       return String(self.mgr,val._returnval)
   def getNodeId(self):
       req=IFsObjInfo_getNodeIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getNodeId(req)
       return Long(self.mgr,val._returnval)
   def getNodeIdDevice(self):
       req=IFsObjInfo_getNodeIdDeviceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getNodeIdDevice(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHardLinks(self):
       req=IFsObjInfo_getHardLinksRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getHardLinks(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getDeviceNumber(self):
       req=IFsObjInfo_getDeviceNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getDeviceNumber(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getGenerationId(self):
       req=IFsObjInfo_getGenerationIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getGenerationId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getUserFlags(self):
       req=IFsObjInfo_getUserFlagsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFsObjInfo_getUserFlags(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'type':[getType,None],
         'fileAttributes':[getFileAttributes,None],
         'objectSize':[getObjectSize,None],
         'allocatedSize':[getAllocatedSize,None],
         'accessTime':[getAccessTime,None],
         'birthTime':[getBirthTime,None],
         'changeTime':[getChangeTime,None],
         'modificationTime':[getModificationTime,None],
         'UID':[getUID,None],
         'userName':[getUserName,None],
         'GID':[getGID,None],
         'groupName':[getGroupName,None],
         'nodeId':[getNodeId,None],
         'nodeIdDevice':[getNodeIdDevice,None],
         'hardLinks':[getHardLinks,None],
         'deviceNumber':[getDeviceNumber,None],
         'generationId':[getGenerationId,None],
         'userFlags':[getUserFlags,None]}

class IGuestFsInfo(IFsInfo):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFsInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFsInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFsInfo.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFsInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestFsInfo_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFsInfo_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IGuestFsObjInfo(IFsObjInfo):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFsObjInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFsObjInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFsObjInfo.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFsObjInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestFsObjInfo_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFsObjInfo_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IGuest(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuest(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuest._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuest._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def internalGetStatistics(self):
       req=IGuest_internalGetStatisticsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IGuest_internalGetStatistics(req)
       
       return UnsignedInt(self.mgr,val._cpuUser), UnsignedInt(self.mgr,val._cpuKernel), UnsignedInt(self.mgr,val._cpuIdle), UnsignedInt(self.mgr,val._memTotal), UnsignedInt(self.mgr,val._memFree), UnsignedInt(self.mgr,val._memBalloon), UnsignedInt(self.mgr,val._memShared), UnsignedInt(self.mgr,val._memCache), UnsignedInt(self.mgr,val._pagedTotal), UnsignedInt(self.mgr,val._memAllocTotal), UnsignedInt(self.mgr,val._memFreeTotal), UnsignedInt(self.mgr,val._memBalloonTotal), UnsignedInt(self.mgr,val._memSharedTotal)


   def getFacilityStatus(self, _arg_facility):
       req=IGuest_getFacilityStatusRequestMsg()
       req._this=self.handle
       
       req._facility=_arg_facility
       val=self.mgr.getPort().IGuest_getFacilityStatus(req)
       
       return AdditionsFacilityStatus(self.mgr,val._returnval), Long(self.mgr,val._timestamp)


   def getAdditionsStatus(self, _arg_level):
       req=IGuest_getAdditionsStatusRequestMsg()
       req._this=self.handle
       
       req._level=_arg_level
       val=self.mgr.getPort().IGuest_getAdditionsStatus(req)
       
       return Boolean(self.mgr,val._returnval)


   def setCredentials(self, _arg_userName, _arg_password, _arg_domain, _arg_allowInteractiveLogon):
       req=IGuest_setCredentialsRequestMsg()
       req._this=self.handle
       
       req._userName=_arg_userName
       req._password=_arg_password
       req._domain=_arg_domain
       req._allowInteractiveLogon=_arg_allowInteractiveLogon
       val=self.mgr.getPort().IGuest_setCredentials(req)
       
       return 


   def createSession(self, _arg_user, _arg_password, _arg_domain, _arg_sessionName):
       req=IGuest_createSessionRequestMsg()
       req._this=self.handle
       
       req._user=_arg_user
       req._password=_arg_password
       req._domain=_arg_domain
       req._sessionName=_arg_sessionName
       val=self.mgr.getPort().IGuest_createSession(req)
       
       return IGuestSession(self.mgr,val._returnval)


   def findSession(self, _arg_sessionName):
       req=IGuest_findSessionRequestMsg()
       req._this=self.handle
       
       req._sessionName=_arg_sessionName
       val=self.mgr.getPort().IGuest_findSession(req)
       
       return IGuestSession(self.mgr,val._returnval, True)


   def shutdown(self, _arg_flags):
       req=IGuest_shutdownRequestMsg()
       req._this=self.handle
       
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuest_shutdown(req)
       
       return 


   def updateGuestAdditions(self, _arg_source, _arg_arguments, _arg_flags):
       req=IGuest_updateGuestAdditionsRequestMsg()
       req._this=self.handle
       
       req._source=_arg_source
       req._arguments=_arg_arguments
       req._flags=_arg_flags
       val=self.mgr.getPort().IGuest_updateGuestAdditions(req)
       
       return IProgress(self.mgr,val._returnval)


   def getOSTypeId(self):
       req=IGuest_getOSTypeIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getOSTypeId(req)
       return String(self.mgr,val._returnval)
   def getAdditionsRunLevel(self):
       req=IGuest_getAdditionsRunLevelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getAdditionsRunLevel(req)
       return AdditionsRunLevelType(self.mgr,val._returnval)
   def getAdditionsVersion(self):
       req=IGuest_getAdditionsVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getAdditionsVersion(req)
       return String(self.mgr,val._returnval)
   def getAdditionsRevision(self):
       req=IGuest_getAdditionsRevisionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getAdditionsRevision(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getDnDSource(self):
       req=IGuest_getDnDSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getDnDSource(req)
       return IGuestDnDSource(self.mgr,val._returnval)
   def getDnDTarget(self):
       req=IGuest_getDnDTargetRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getDnDTarget(req)
       return IGuestDnDTarget(self.mgr,val._returnval)
   def getEventSource(self):
       req=IGuest_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getFacilities(self):
       req=IGuest_getFacilitiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getFacilities(req)
       return IAdditionsFacility(self.mgr,val._returnval, True)
   def getSessions(self):
       req=IGuest_getSessionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getSessions(req)
       return IGuestSession(self.mgr,val._returnval, True)
   def getMemoryBalloonSize(self):
       req=IGuest_getMemoryBalloonSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getMemoryBalloonSize(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMemoryBalloonSize(self, value):
       req=IGuest_setMemoryBalloonSizeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._memoryBalloonSize = value
       else:
            req._memoryBalloonSize = value.handle
       self.mgr.getPort().IGuest_setMemoryBalloonSize(req)

   def getStatisticsUpdateInterval(self):
       req=IGuest_getStatisticsUpdateIntervalRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuest_getStatisticsUpdateInterval(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setStatisticsUpdateInterval(self, value):
       req=IGuest_setStatisticsUpdateIntervalRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._statisticsUpdateInterval = value
       else:
            req._statisticsUpdateInterval = value.handle
       self.mgr.getPort().IGuest_setStatisticsUpdateInterval(req)



   _Attrs_={         'OSTypeId':[getOSTypeId,None],
         'additionsRunLevel':[getAdditionsRunLevel,None],
         'additionsVersion':[getAdditionsVersion,None],
         'additionsRevision':[getAdditionsRevision,None],
         'dnDSource':[getDnDSource,None],
         'dnDTarget':[getDnDTarget,None],
         'eventSource':[getEventSource,None],
         'facilities':[getFacilities,None],
         'sessions':[getSessions,None],
         'memoryBalloonSize':[getMemoryBalloonSize,setMemoryBalloonSize,
        ],
         'statisticsUpdateInterval':[getStatisticsUpdateInterval,setStatisticsUpdateInterval,
        ]}

class IProgress(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProgress(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProgress._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProgress._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def waitForCompletion(self, _arg_timeout):
       req=IProgress_waitForCompletionRequestMsg()
       req._this=self.handle
       
       req._timeout=_arg_timeout
       val=self.mgr.getPort().IProgress_waitForCompletion(req)
       
       return 


   def waitForOperationCompletion(self, _arg_operation, _arg_timeout):
       req=IProgress_waitForOperationCompletionRequestMsg()
       req._this=self.handle
       
       req._operation=_arg_operation
       req._timeout=_arg_timeout
       val=self.mgr.getPort().IProgress_waitForOperationCompletion(req)
       
       return 


   def cancel(self):
       req=IProgress_cancelRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IProgress_cancel(req)
       
       return 


   def getId(self):
       req=IProgress_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getId(req)
       return String(self.mgr,val._returnval)
   def getDescription(self):
       req=IProgress_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getDescription(req)
       return String(self.mgr,val._returnval)
   def getInitiator(self):
       req=IProgress_getInitiatorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getInitiator(req)
       return IUnknown(self.mgr,val._returnval)
   def getCancelable(self):
       req=IProgress_getCancelableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getCancelable(req)
       return Boolean(self.mgr,val._returnval)
   def getPercent(self):
       req=IProgress_getPercentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getPercent(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getTimeRemaining(self):
       req=IProgress_getTimeRemainingRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getTimeRemaining(req)
       return Int(self.mgr,val._returnval)
   def getCompleted(self):
       req=IProgress_getCompletedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getCompleted(req)
       return Boolean(self.mgr,val._returnval)
   def getCanceled(self):
       req=IProgress_getCanceledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getCanceled(req)
       return Boolean(self.mgr,val._returnval)
   def getResultCode(self):
       req=IProgress_getResultCodeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getResultCode(req)
       return Int(self.mgr,val._returnval)
   def getErrorInfo(self):
       req=IProgress_getErrorInfoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getErrorInfo(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)
   def getOperationCount(self):
       req=IProgress_getOperationCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getOperationCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOperation(self):
       req=IProgress_getOperationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getOperation(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOperationDescription(self):
       req=IProgress_getOperationDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getOperationDescription(req)
       return String(self.mgr,val._returnval)
   def getOperationPercent(self):
       req=IProgress_getOperationPercentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getOperationPercent(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOperationWeight(self):
       req=IProgress_getOperationWeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getOperationWeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getTimeout(self):
       req=IProgress_getTimeoutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getTimeout(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setTimeout(self, value):
       req=IProgress_setTimeoutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._timeout = value
       else:
            req._timeout = value.handle
       self.mgr.getPort().IProgress_setTimeout(req)

   def getEventSource(self):
       req=IProgress_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgress_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'description':[getDescription,None],
         'initiator':[getInitiator,None],
         'cancelable':[getCancelable,None],
         'percent':[getPercent,None],
         'timeRemaining':[getTimeRemaining,None],
         'completed':[getCompleted,None],
         'canceled':[getCanceled,None],
         'resultCode':[getResultCode,None],
         'errorInfo':[getErrorInfo,None],
         'operationCount':[getOperationCount,None],
         'operation':[getOperation,None],
         'operationDescription':[getOperationDescription,None],
         'operationPercent':[getOperationPercent,None],
         'operationWeight':[getOperationWeight,None],
         'timeout':[getTimeout,setTimeout,
        ],
         'eventSource':[getEventSource,None]}

class ISnapshot(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshot(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshot._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshot._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=ISnapshot_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getId(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=ISnapshot_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=ISnapshot_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().ISnapshot_setName(req)

   def getDescription(self):
       req=ISnapshot_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getDescription(req)
       return String(self.mgr,val._returnval)
   def setDescription(self, value):
       req=ISnapshot_setDescriptionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._description = value
       else:
            req._description = value.handle
       self.mgr.getPort().ISnapshot_setDescription(req)

   def getTimeStamp(self):
       req=ISnapshot_getTimeStampRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getTimeStamp(req)
       return Long(self.mgr,val._returnval)
   def getOnline(self):
       req=ISnapshot_getOnlineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getOnline(req)
       return Boolean(self.mgr,val._returnval)
   def getMachine(self):
       req=ISnapshot_getMachineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getMachine(req)
       return IMachine(self.mgr,val._returnval)
   def getParent(self):
       req=ISnapshot_getParentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getParent(req)
       return ISnapshot(self.mgr,val._returnval)
   def getChildren(self):
       req=ISnapshot_getChildrenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getChildren(req)
       return ISnapshot(self.mgr,val._returnval, True)
   def getChildrenCount(self):
       req=ISnapshot_getChildrenCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshot_getChildrenCount(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'name':[getName,setName,
        ],
         'description':[getDescription,setDescription,
        ],
         'timeStamp':[getTimeStamp,None],
         'online':[getOnline,None],
         'machine':[getMachine,None],
         'parent':[getParent,None],
         'children':[getChildren,None],
         'childrenCount':[getChildrenCount,None]}

class IMedium(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMedium(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMedium._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMedium._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setIds(self, _arg_setImageId, _arg_imageId, _arg_setParentId, _arg_parentId):
       req=IMedium_setIdsRequestMsg()
       req._this=self.handle
       
       req._setImageId=_arg_setImageId
       req._imageId=_arg_imageId
       req._setParentId=_arg_setParentId
       req._parentId=_arg_parentId
       val=self.mgr.getPort().IMedium_setIds(req)
       
       return 


   def refreshState(self):
       req=IMedium_refreshStateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_refreshState(req)
       
       return MediumState(self.mgr,val._returnval)


   def getSnapshotIds(self, _arg_machineId):
       req=IMedium_getSnapshotIdsRequestMsg()
       req._this=self.handle
       
       req._machineId=_arg_machineId
       val=self.mgr.getPort().IMedium_getSnapshotIds(req)
       
       return String(self.mgr,val._returnval, True)


   def lockRead(self):
       req=IMedium_lockReadRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_lockRead(req)
       
       return IToken(self.mgr,val._returnval)


   def lockWrite(self):
       req=IMedium_lockWriteRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_lockWrite(req)
       
       return IToken(self.mgr,val._returnval)


   def close(self):
       req=IMedium_closeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_close(req)
       
       return 


   def getProperty(self, _arg_name):
       req=IMedium_getPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMedium_getProperty(req)
       
       return String(self.mgr,val._returnval)


   def setProperty(self, _arg_name, _arg_value):
       req=IMedium_setPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._value=_arg_value
       val=self.mgr.getPort().IMedium_setProperty(req)
       
       return 


   def getProperties(self, _arg_names):
       req=IMedium_getPropertiesRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       val=self.mgr.getPort().IMedium_getProperties(req)
       
       return String(self.mgr,val._returnval, True), String(self.mgr,val._returnNames, True)


   def setProperties(self, _arg_names, _arg_values):
       req=IMedium_setPropertiesRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       req._values=_arg_values
       val=self.mgr.getPort().IMedium_setProperties(req)
       
       return 


   def createBaseStorage(self, _arg_logicalSize, _arg_variant):
       req=IMedium_createBaseStorageRequestMsg()
       req._this=self.handle
       
       req._logicalSize=_arg_logicalSize
       req._variant=_arg_variant
       val=self.mgr.getPort().IMedium_createBaseStorage(req)
       
       return IProgress(self.mgr,val._returnval)


   def deleteStorage(self):
       req=IMedium_deleteStorageRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_deleteStorage(req)
       
       return IProgress(self.mgr,val._returnval)


   def createDiffStorage(self, _arg_target, _arg_variant):
       req=IMedium_createDiffStorageRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       req._variant=_arg_variant
       val=self.mgr.getPort().IMedium_createDiffStorage(req)
       
       return IProgress(self.mgr,val._returnval)


   def mergeTo(self, _arg_target):
       req=IMedium_mergeToRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       val=self.mgr.getPort().IMedium_mergeTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def cloneTo(self, _arg_target, _arg_variant, _arg_parent):
       req=IMedium_cloneToRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       req._variant=_arg_variant
       req._parent=_arg_parent
       val=self.mgr.getPort().IMedium_cloneTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def cloneToBase(self, _arg_target, _arg_variant):
       req=IMedium_cloneToBaseRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       req._variant=_arg_variant
       val=self.mgr.getPort().IMedium_cloneToBase(req)
       
       return IProgress(self.mgr,val._returnval)


   def moveTo(self, _arg_location):
       req=IMedium_moveToRequestMsg()
       req._this=self.handle
       
       req._location=_arg_location
       val=self.mgr.getPort().IMedium_moveTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def compact(self):
       req=IMedium_compactRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_compact(req)
       
       return IProgress(self.mgr,val._returnval)


   def resize(self, _arg_logicalSize):
       req=IMedium_resizeRequestMsg()
       req._this=self.handle
       
       req._logicalSize=_arg_logicalSize
       val=self.mgr.getPort().IMedium_resize(req)
       
       return IProgress(self.mgr,val._returnval)


   def reset(self):
       req=IMedium_resetRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_reset(req)
       
       return IProgress(self.mgr,val._returnval)


   def changeEncryption(self, _arg_currentPassword, _arg_cipher, _arg_newPassword, _arg_newPasswordId):
       req=IMedium_changeEncryptionRequestMsg()
       req._this=self.handle
       
       req._currentPassword=_arg_currentPassword
       req._cipher=_arg_cipher
       req._newPassword=_arg_newPassword
       req._newPasswordId=_arg_newPasswordId
       val=self.mgr.getPort().IMedium_changeEncryption(req)
       
       return IProgress(self.mgr,val._returnval)


   def getEncryptionSettings(self):
       req=IMedium_getEncryptionSettingsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMedium_getEncryptionSettings(req)
       
       return String(self.mgr,val._returnval), String(self.mgr,val._cipher)


   def checkEncryptionPassword(self, _arg_password):
       req=IMedium_checkEncryptionPasswordRequestMsg()
       req._this=self.handle
       
       req._password=_arg_password
       val=self.mgr.getPort().IMedium_checkEncryptionPassword(req)
       
       return 


   def openForIO(self, _arg_writable, _arg_password):
       req=IMedium_openForIORequestMsg()
       req._this=self.handle
       
       req._writable=_arg_writable
       req._password=_arg_password
       val=self.mgr.getPort().IMedium_openForIO(req)
       
       return IMediumIO(self.mgr,val._returnval)


   def resizeAndCloneTo(self, _arg_target, _arg_logicalSize, _arg_variant, _arg_parent):
       req=IMedium_resizeAndCloneToRequestMsg()
       req._this=self.handle
       
       req._target=_arg_target
       req._logicalSize=_arg_logicalSize
       req._variant=_arg_variant
       req._parent=_arg_parent
       val=self.mgr.getPort().IMedium_resizeAndCloneTo(req)
       
       return IProgress(self.mgr,val._returnval)


   def getId(self):
       req=IMedium_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getId(req)
       return String(self.mgr,val._returnval)
   def getDescription(self):
       req=IMedium_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getDescription(req)
       return String(self.mgr,val._returnval)
   def setDescription(self, value):
       req=IMedium_setDescriptionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._description = value
       else:
            req._description = value.handle
       self.mgr.getPort().IMedium_setDescription(req)

   def getState(self):
       req=IMedium_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getState(req)
       return MediumState(self.mgr,val._returnval)
   def getVariant(self):
       req=IMedium_getVariantRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getVariant(req)
       return MediumVariant(self.mgr,val._returnval, True)
   def getLocation(self):
       req=IMedium_getLocationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getLocation(req)
       return String(self.mgr,val._returnval)
   def setLocation(self, value):
       req=IMedium_setLocationRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._location = value
       else:
            req._location = value.handle
       self.mgr.getPort().IMedium_setLocation(req)

   def getName(self):
       req=IMedium_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getName(req)
       return String(self.mgr,val._returnval)
   def getDeviceType(self):
       req=IMedium_getDeviceTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getDeviceType(req)
       return DeviceType(self.mgr,val._returnval)
   def getHostDrive(self):
       req=IMedium_getHostDriveRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getHostDrive(req)
       return Boolean(self.mgr,val._returnval)
   def getSize(self):
       req=IMedium_getSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getSize(req)
       return Long(self.mgr,val._returnval)
   def getFormat(self):
       req=IMedium_getFormatRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getFormat(req)
       return String(self.mgr,val._returnval)
   def getMediumFormat(self):
       req=IMedium_getMediumFormatRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getMediumFormat(req)
       return IMediumFormat(self.mgr,val._returnval)
   def getType(self):
       req=IMedium_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getType(req)
       return MediumType(self.mgr,val._returnval)
   def setType(self, value):
       req=IMedium_setTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._type = value
       else:
            req._type = value.handle
       self.mgr.getPort().IMedium_setType(req)

   def getAllowedTypes(self):
       req=IMedium_getAllowedTypesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getAllowedTypes(req)
       return MediumType(self.mgr,val._returnval, True)
   def getParent(self):
       req=IMedium_getParentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getParent(req)
       return IMedium(self.mgr,val._returnval)
   def getChildren(self):
       req=IMedium_getChildrenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getChildren(req)
       return IMedium(self.mgr,val._returnval, True)
   def getBase(self):
       req=IMedium_getBaseRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getBase(req)
       return IMedium(self.mgr,val._returnval)
   def getReadOnly(self):
       req=IMedium_getReadOnlyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getReadOnly(req)
       return Boolean(self.mgr,val._returnval)
   def getLogicalSize(self):
       req=IMedium_getLogicalSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getLogicalSize(req)
       return Long(self.mgr,val._returnval)
   def getAutoReset(self):
       req=IMedium_getAutoResetRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getAutoReset(req)
       return Boolean(self.mgr,val._returnval)
   def setAutoReset(self, value):
       req=IMedium_setAutoResetRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autoReset = value
       else:
            req._autoReset = value.handle
       self.mgr.getPort().IMedium_setAutoReset(req)

   def getLastAccessError(self):
       req=IMedium_getLastAccessErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getLastAccessError(req)
       return String(self.mgr,val._returnval)
   def getMachineIds(self):
       req=IMedium_getMachineIdsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMedium_getMachineIds(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'id':[getId,None],
         'description':[getDescription,setDescription,
        ],
         'state':[getState,None],
         'variant':[getVariant,None],
         'location':[getLocation,setLocation,
        ],
         'name':[getName,None],
         'deviceType':[getDeviceType,None],
         'hostDrive':[getHostDrive,None],
         'size':[getSize,None],
         'format':[getFormat,None],
         'mediumFormat':[getMediumFormat,None],
         'type':[getType,setType,
        ],
         'allowedTypes':[getAllowedTypes,None],
         'parent':[getParent,None],
         'children':[getChildren,None],
         'base':[getBase,None],
         'readOnly':[getReadOnly,None],
         'logicalSize':[getLogicalSize,None],
         'autoReset':[getAutoReset,setAutoReset,
        ],
         'lastAccessError':[getLastAccessError,None],
         'machineIds':[getMachineIds,None]}

class IMediumFormat(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMediumFormat(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMediumFormat._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMediumFormat._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def describeFileExtensions(self):
       req=IMediumFormat_describeFileExtensionsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMediumFormat_describeFileExtensions(req)
       
       return String(self.mgr,val._extensions, True), DeviceType(self.mgr,val._types, True)


   def describeProperties(self):
       req=IMediumFormat_describePropertiesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMediumFormat_describeProperties(req)
       
       return String(self.mgr,val._names, True), String(self.mgr,val._descriptions, True), DataType(self.mgr,val._types, True), UnsignedInt(self.mgr,val._flags, True), String(self.mgr,val._defaults, True)


   def getId(self):
       req=IMediumFormat_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumFormat_getId(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=IMediumFormat_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumFormat_getName(req)
       return String(self.mgr,val._returnval)
   def getCapabilities(self):
       req=IMediumFormat_getCapabilitiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumFormat_getCapabilities(req)
       return MediumFormatCapabilities(self.mgr,val._returnval, True)


   _Attrs_={         'id':[getId,None],
         'name':[getName,None],
         'capabilities':[getCapabilities,None]}

class IDataStream(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDataStream(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDataStream._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDataStream._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def read(self, _arg_size, _arg_timeoutMS):
       req=IDataStream_readRequestMsg()
       req._this=self.handle
       
       req._size=_arg_size
       req._timeoutMS=_arg_timeoutMS
       val=self.mgr.getPort().IDataStream_read(req)
       
       return self.mgr.decodebase64(val._returnval)


   def getReadSize(self):
       req=IDataStream_getReadSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDataStream_getReadSize(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'readSize':[getReadSize,None]}

class IMediumIO(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMediumIO(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMediumIO._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMediumIO._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def read(self, _arg_offset, _arg_size):
       req=IMediumIO_readRequestMsg()
       req._this=self.handle
       
       req._offset=_arg_offset
       req._size=_arg_size
       val=self.mgr.getPort().IMediumIO_read(req)
       
       return self.mgr.decodebase64(val._returnval)


   def write(self, _arg_offset, _arg_data):
       req=IMediumIO_writeRequestMsg()
       req._this=self.handle
       
       req._offset=_arg_offset
       req._data=self.mgr.encodebase64(_arg_data)
       val=self.mgr.getPort().IMediumIO_write(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def formatFAT(self, _arg_quick):
       req=IMediumIO_formatFATRequestMsg()
       req._this=self.handle
       
       req._quick=_arg_quick
       val=self.mgr.getPort().IMediumIO_formatFAT(req)
       
       return 


   def initializePartitionTable(self, _arg_format, _arg_wholeDiskInOneEntry):
       req=IMediumIO_initializePartitionTableRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       req._wholeDiskInOneEntry=_arg_wholeDiskInOneEntry
       val=self.mgr.getPort().IMediumIO_initializePartitionTable(req)
       
       return 


   def convertToStream(self, _arg_format, _arg_variant, _arg_bufferSize):
       req=IMediumIO_convertToStreamRequestMsg()
       req._this=self.handle
       
       req._format=_arg_format
       req._variant=_arg_variant
       req._bufferSize=_arg_bufferSize
       val=self.mgr.getPort().IMediumIO_convertToStream(req)
       
       return IProgress(self.mgr,val._returnval), IDataStream(self.mgr,val._stream)


   def close(self):
       req=IMediumIO_closeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMediumIO_close(req)
       
       return 


   def getMedium(self):
       req=IMediumIO_getMediumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumIO_getMedium(req)
       return IMedium(self.mgr,val._returnval)
   def getWritable(self):
       req=IMediumIO_getWritableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumIO_getWritable(req)
       return Boolean(self.mgr,val._returnval)
   def getExplorer(self):
       req=IMediumIO_getExplorerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumIO_getExplorer(req)
       return IVFSExplorer(self.mgr,val._returnval)


   _Attrs_={         'medium':[getMedium,None],
         'writable':[getWritable,None],
         'explorer':[getExplorer,None]}

class IToken(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IToken(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IToken._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IToken._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def abandon(self):
       req=IToken_abandonRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IToken_abandon(req)
       
       return 


   def dummy(self):
       req=IToken_dummyRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IToken_dummy(req)
       
       return 




   _Attrs_={}

class IKeyboard(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IKeyboard(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IKeyboard._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IKeyboard._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def putScancode(self, _arg_scancode):
       req=IKeyboard_putScancodeRequestMsg()
       req._this=self.handle
       
       req._scancode=_arg_scancode
       val=self.mgr.getPort().IKeyboard_putScancode(req)
       
       return 


   def putScancodes(self, _arg_scancodes):
       req=IKeyboard_putScancodesRequestMsg()
       req._this=self.handle
       
       req._scancodes=_arg_scancodes
       val=self.mgr.getPort().IKeyboard_putScancodes(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def putCAD(self):
       req=IKeyboard_putCADRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IKeyboard_putCAD(req)
       
       return 


   def releaseKeys(self):
       req=IKeyboard_releaseKeysRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IKeyboard_releaseKeys(req)
       
       return 


   def putUsageCode(self, _arg_usageCode, _arg_usagePage, _arg_keyRelease):
       req=IKeyboard_putUsageCodeRequestMsg()
       req._this=self.handle
       
       req._usageCode=_arg_usageCode
       req._usagePage=_arg_usagePage
       req._keyRelease=_arg_keyRelease
       val=self.mgr.getPort().IKeyboard_putUsageCode(req)
       
       return 


   def getKeyboardLEDs(self):
       req=IKeyboard_getKeyboardLEDsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IKeyboard_getKeyboardLEDs(req)
       return KeyboardLED(self.mgr,val._returnval, True)
   def getEventSource(self):
       req=IKeyboard_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IKeyboard_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)


   _Attrs_={         'keyboardLEDs':[getKeyboardLEDs,None],
         'eventSource':[getEventSource,None]}

class IMousePointerShape(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMousePointerShape(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMousePointerShape._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMousePointerShape._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getVisible(self):
       req=IMousePointerShape_getVisibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getVisible(req)
       return Boolean(self.mgr,val._returnval)
   def getAlpha(self):
       req=IMousePointerShape_getAlphaRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getAlpha(req)
       return Boolean(self.mgr,val._returnval)
   def getHotX(self):
       req=IMousePointerShape_getHotXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getHotX(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHotY(self):
       req=IMousePointerShape_getHotYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getHotY(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getWidth(self):
       req=IMousePointerShape_getWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHeight(self):
       req=IMousePointerShape_getHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getHeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getShape(self):
       req=IMousePointerShape_getShapeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShape_getShape(req)
       return self.mgr.decodebase64(val._returnval)


   _Attrs_={         'visible':[getVisible,None],
         'alpha':[getAlpha,None],
         'hotX':[getHotX,None],
         'hotY':[getHotY,None],
         'width':[getWidth,None],
         'height':[getHeight,None],
         'shape':[getShape,None]}

class IMouse(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMouse(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMouse._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMouse._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def putMouseEvent(self, _arg_dx, _arg_dy, _arg_dz, _arg_dw, _arg_buttonState):
       req=IMouse_putMouseEventRequestMsg()
       req._this=self.handle
       
       req._dx=_arg_dx
       req._dy=_arg_dy
       req._dz=_arg_dz
       req._dw=_arg_dw
       req._buttonState=_arg_buttonState
       val=self.mgr.getPort().IMouse_putMouseEvent(req)
       
       return 


   def putMouseEventAbsolute(self, _arg_x, _arg_y, _arg_dz, _arg_dw, _arg_buttonState):
       req=IMouse_putMouseEventAbsoluteRequestMsg()
       req._this=self.handle
       
       req._x=_arg_x
       req._y=_arg_y
       req._dz=_arg_dz
       req._dw=_arg_dw
       req._buttonState=_arg_buttonState
       val=self.mgr.getPort().IMouse_putMouseEventAbsolute(req)
       
       return 


   def putEventMultiTouch(self, _arg_count, _arg_contacts, _arg_isTouchScreen, _arg_scanTime):
       req=IMouse_putEventMultiTouchRequestMsg()
       req._this=self.handle
       
       req._count=_arg_count
       req._contacts=_arg_contacts
       req._isTouchScreen=_arg_isTouchScreen
       req._scanTime=_arg_scanTime
       val=self.mgr.getPort().IMouse_putEventMultiTouch(req)
       
       return 


   def putEventMultiTouchString(self, _arg_count, _arg_contacts, _arg_isTouchScreen, _arg_scanTime):
       req=IMouse_putEventMultiTouchStringRequestMsg()
       req._this=self.handle
       
       req._count=_arg_count
       req._contacts=_arg_contacts
       req._isTouchScreen=_arg_isTouchScreen
       req._scanTime=_arg_scanTime
       val=self.mgr.getPort().IMouse_putEventMultiTouchString(req)
       
       return 


   def getAbsoluteSupported(self):
       req=IMouse_getAbsoluteSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getAbsoluteSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getRelativeSupported(self):
       req=IMouse_getRelativeSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getRelativeSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getTouchScreenSupported(self):
       req=IMouse_getTouchScreenSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getTouchScreenSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getTouchPadSupported(self):
       req=IMouse_getTouchPadSupportedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getTouchPadSupported(req)
       return Boolean(self.mgr,val._returnval)
   def getNeedsHostCursor(self):
       req=IMouse_getNeedsHostCursorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getNeedsHostCursor(req)
       return Boolean(self.mgr,val._returnval)
   def getPointerShape(self):
       req=IMouse_getPointerShapeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getPointerShape(req)
       return IMousePointerShape(self.mgr,val._returnval)
   def getEventSource(self):
       req=IMouse_getEventSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouse_getEventSource(req)
       return IEventSource(self.mgr,val._returnval)


   _Attrs_={         'absoluteSupported':[getAbsoluteSupported,None],
         'relativeSupported':[getRelativeSupported,None],
         'touchScreenSupported':[getTouchScreenSupported,None],
         'touchPadSupported':[getTouchPadSupported,None],
         'needsHostCursor':[getNeedsHostCursor,None],
         'pointerShape':[getPointerShape,None],
         'eventSource':[getEventSource,None]}

class IFramebuffer(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFramebuffer(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFramebuffer._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFramebuffer._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def notifyUpdate(self, _arg_x, _arg_y, _arg_width, _arg_height):
       req=IFramebuffer_notifyUpdateRequestMsg()
       req._this=self.handle
       
       req._x=_arg_x
       req._y=_arg_y
       req._width=_arg_width
       req._height=_arg_height
       val=self.mgr.getPort().IFramebuffer_notifyUpdate(req)
       
       return 


   def notifyUpdateImage(self, _arg_x, _arg_y, _arg_width, _arg_height, _arg_image):
       req=IFramebuffer_notifyUpdateImageRequestMsg()
       req._this=self.handle
       
       req._x=_arg_x
       req._y=_arg_y
       req._width=_arg_width
       req._height=_arg_height
       req._image=self.mgr.encodebase64(_arg_image)
       val=self.mgr.getPort().IFramebuffer_notifyUpdateImage(req)
       
       return 


   def notifyChange(self, _arg_screenId, _arg_xOrigin, _arg_yOrigin, _arg_width, _arg_height):
       req=IFramebuffer_notifyChangeRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._xOrigin=_arg_xOrigin
       req._yOrigin=_arg_yOrigin
       req._width=_arg_width
       req._height=_arg_height
       val=self.mgr.getPort().IFramebuffer_notifyChange(req)
       
       return 


   def videoModeSupported(self, _arg_width, _arg_height, _arg_bpp):
       req=IFramebuffer_videoModeSupportedRequestMsg()
       req._this=self.handle
       
       req._width=_arg_width
       req._height=_arg_height
       req._bpp=_arg_bpp
       val=self.mgr.getPort().IFramebuffer_videoModeSupported(req)
       
       return Boolean(self.mgr,val._returnval)


   def getVisibleRegion(self, _arg_rectangles, _arg_count):
       req=IFramebuffer_getVisibleRegionRequestMsg()
       req._this=self.handle
       
       req._rectangles=self.mgr.encodebase64(_arg_rectangles)
       req._count=_arg_count
       val=self.mgr.getPort().IFramebuffer_getVisibleRegion(req)
       
       return UnsignedInt(self.mgr,val._returnval)


   def setVisibleRegion(self, _arg_rectangles, _arg_count):
       req=IFramebuffer_setVisibleRegionRequestMsg()
       req._this=self.handle
       
       req._rectangles=self.mgr.encodebase64(_arg_rectangles)
       req._count=_arg_count
       val=self.mgr.getPort().IFramebuffer_setVisibleRegion(req)
       
       return 


   def processVHWACommand(self, _arg_command, _arg_enmCmd, _arg_fromGuest):
       req=IFramebuffer_processVHWACommandRequestMsg()
       req._this=self.handle
       
       req._command=self.mgr.encodebase64(_arg_command)
       req._enmCmd=_arg_enmCmd
       req._fromGuest=_arg_fromGuest
       val=self.mgr.getPort().IFramebuffer_processVHWACommand(req)
       
       return 


   def notify3DEvent(self, _arg_type, _arg_data):
       req=IFramebuffer_notify3DEventRequestMsg()
       req._this=self.handle
       
       req._type=_arg_type
       req._data=self.mgr.encodebase64(_arg_data)
       val=self.mgr.getPort().IFramebuffer_notify3DEvent(req)
       
       return 


   def getWidth(self):
       req=IFramebuffer_getWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHeight(self):
       req=IFramebuffer_getHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getHeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getBitsPerPixel(self):
       req=IFramebuffer_getBitsPerPixelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getBitsPerPixel(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getBytesPerLine(self):
       req=IFramebuffer_getBytesPerLineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getBytesPerLine(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getPixelFormat(self):
       req=IFramebuffer_getPixelFormatRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getPixelFormat(req)
       return BitmapFormat(self.mgr,val._returnval)
   def getHeightReduction(self):
       req=IFramebuffer_getHeightReductionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getHeightReduction(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOverlay(self):
       req=IFramebuffer_getOverlayRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getOverlay(req)
       return IFramebufferOverlay(self.mgr,val._returnval)
   def getWinId(self):
       req=IFramebuffer_getWinIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getWinId(req)
       return Long(self.mgr,val._returnval)
   def getCapabilities(self):
       req=IFramebuffer_getCapabilitiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebuffer_getCapabilities(req)
       return FramebufferCapabilities(self.mgr,val._returnval, True)


   _Attrs_={         'width':[getWidth,None],
         'height':[getHeight,None],
         'bitsPerPixel':[getBitsPerPixel,None],
         'bytesPerLine':[getBytesPerLine,None],
         'pixelFormat':[getPixelFormat,None],
         'heightReduction':[getHeightReduction,None],
         'overlay':[getOverlay,None],
         'winId':[getWinId,None],
         'capabilities':[getCapabilities,None]}

class IFramebufferOverlay(IFramebuffer):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFramebufferOverlay(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFramebufferOverlay._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFramebuffer.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFramebufferOverlay._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def move(self, _arg_x, _arg_y):
       req=IFramebufferOverlay_moveRequestMsg()
       req._this=self.handle
       
       req._x=_arg_x
       req._y=_arg_y
       val=self.mgr.getPort().IFramebufferOverlay_move(req)
       
       return 


   def getX(self):
       req=IFramebufferOverlay_getXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebufferOverlay_getX(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getY(self):
       req=IFramebufferOverlay_getYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebufferOverlay_getY(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getVisible(self):
       req=IFramebufferOverlay_getVisibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebufferOverlay_getVisible(req)
       return Boolean(self.mgr,val._returnval)
   def setVisible(self, value):
       req=IFramebufferOverlay_setVisibleRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._visible = value
       else:
            req._visible = value.handle
       self.mgr.getPort().IFramebufferOverlay_setVisible(req)

   def getAlpha(self):
       req=IFramebufferOverlay_getAlphaRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFramebufferOverlay_getAlpha(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAlpha(self, value):
       req=IFramebufferOverlay_setAlphaRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._alpha = value
       else:
            req._alpha = value.handle
       self.mgr.getPort().IFramebufferOverlay_setAlpha(req)



   _Attrs_={         'x':[getX,None],
         'y':[getY,None],
         'visible':[getVisible,setVisible,
        ],
         'alpha':[getAlpha,setAlpha,
        ]}

class IGuestScreenInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestScreenInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestScreenInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestScreenInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScreenId(self):
       req=IGuestScreenInfo_getScreenIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getScreenId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getGuestMonitorStatus(self):
       req=IGuestScreenInfo_getGuestMonitorStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getGuestMonitorStatus(req)
       return GuestMonitorStatus(self.mgr,val._returnval)
   def getPrimary(self):
       req=IGuestScreenInfo_getPrimaryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getPrimary(req)
       return Boolean(self.mgr,val._returnval)
   def getOrigin(self):
       req=IGuestScreenInfo_getOriginRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getOrigin(req)
       return Boolean(self.mgr,val._returnval)
   def getOriginX(self):
       req=IGuestScreenInfo_getOriginXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getOriginX(req)
       return Int(self.mgr,val._returnval)
   def getOriginY(self):
       req=IGuestScreenInfo_getOriginYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getOriginY(req)
       return Int(self.mgr,val._returnval)
   def getWidth(self):
       req=IGuestScreenInfo_getWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHeight(self):
       req=IGuestScreenInfo_getHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getHeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getBitsPerPixel(self):
       req=IGuestScreenInfo_getBitsPerPixelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getBitsPerPixel(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getExtendedInfo(self):
       req=IGuestScreenInfo_getExtendedInfoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestScreenInfo_getExtendedInfo(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'screenId':[getScreenId,None],
         'guestMonitorStatus':[getGuestMonitorStatus,None],
         'primary':[getPrimary,None],
         'origin':[getOrigin,None],
         'originX':[getOriginX,None],
         'originY':[getOriginY,None],
         'width':[getWidth,None],
         'height':[getHeight,None],
         'bitsPerPixel':[getBitsPerPixel,None],
         'extendedInfo':[getExtendedInfo,None]}

class IDisplay(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDisplay(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDisplay._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDisplay._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScreenResolution(self, _arg_screenId):
       req=IDisplay_getScreenResolutionRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDisplay_getScreenResolution(req)
       
       return UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height), UnsignedInt(self.mgr,val._bitsPerPixel), Int(self.mgr,val._xOrigin), Int(self.mgr,val._yOrigin), GuestMonitorStatus(self.mgr,val._guestMonitorStatus)


   def attachFramebuffer(self, _arg_screenId, _arg_framebuffer):
       req=IDisplay_attachFramebufferRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._framebuffer=_arg_framebuffer
       val=self.mgr.getPort().IDisplay_attachFramebuffer(req)
       
       return String(self.mgr,val._returnval)


   def detachFramebuffer(self, _arg_screenId, _arg_id):
       req=IDisplay_detachFramebufferRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._id=_arg_id
       val=self.mgr.getPort().IDisplay_detachFramebuffer(req)
       
       return 


   def queryFramebuffer(self, _arg_screenId):
       req=IDisplay_queryFramebufferRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDisplay_queryFramebuffer(req)
       
       return IFramebuffer(self.mgr,val._returnval)


   def setVideoModeHint(self, _arg_display, _arg_enabled, _arg_changeOrigin, _arg_originX, _arg_originY, _arg_width, _arg_height, _arg_bitsPerPixel, _arg_notify):
       req=IDisplay_setVideoModeHintRequestMsg()
       req._this=self.handle
       
       req._display=_arg_display
       req._enabled=_arg_enabled
       req._changeOrigin=_arg_changeOrigin
       req._originX=_arg_originX
       req._originY=_arg_originY
       req._width=_arg_width
       req._height=_arg_height
       req._bitsPerPixel=_arg_bitsPerPixel
       req._notify=_arg_notify
       val=self.mgr.getPort().IDisplay_setVideoModeHint(req)
       
       return 


   def getVideoModeHint(self, _arg_display):
       req=IDisplay_getVideoModeHintRequestMsg()
       req._this=self.handle
       
       req._display=_arg_display
       val=self.mgr.getPort().IDisplay_getVideoModeHint(req)
       
       return Boolean(self.mgr,val._enabled), Boolean(self.mgr,val._changeOrigin), Int(self.mgr,val._originX), Int(self.mgr,val._originY), UnsignedInt(self.mgr,val._width), UnsignedInt(self.mgr,val._height), UnsignedInt(self.mgr,val._bitsPerPixel)


   def setSeamlessMode(self, _arg_enabled):
       req=IDisplay_setSeamlessModeRequestMsg()
       req._this=self.handle
       
       req._enabled=_arg_enabled
       val=self.mgr.getPort().IDisplay_setSeamlessMode(req)
       
       return 


   def takeScreenShot(self, _arg_screenId, _arg_address, _arg_width, _arg_height, _arg_bitmapFormat):
       req=IDisplay_takeScreenShotRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._address=self.mgr.encodebase64(_arg_address)
       req._width=_arg_width
       req._height=_arg_height
       req._bitmapFormat=_arg_bitmapFormat
       val=self.mgr.getPort().IDisplay_takeScreenShot(req)
       
       return 


   def takeScreenShotToArray(self, _arg_screenId, _arg_width, _arg_height, _arg_bitmapFormat):
       req=IDisplay_takeScreenShotToArrayRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._width=_arg_width
       req._height=_arg_height
       req._bitmapFormat=_arg_bitmapFormat
       val=self.mgr.getPort().IDisplay_takeScreenShotToArray(req)
       
       return self.mgr.decodebase64(val._returnval)


   def drawToScreen(self, _arg_screenId, _arg_address, _arg_x, _arg_y, _arg_width, _arg_height):
       req=IDisplay_drawToScreenRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._address=self.mgr.encodebase64(_arg_address)
       req._x=_arg_x
       req._y=_arg_y
       req._width=_arg_width
       req._height=_arg_height
       val=self.mgr.getPort().IDisplay_drawToScreen(req)
       
       return 


   def invalidateAndUpdate(self):
       req=IDisplay_invalidateAndUpdateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IDisplay_invalidateAndUpdate(req)
       
       return 


   def invalidateAndUpdateScreen(self, _arg_screenId):
       req=IDisplay_invalidateAndUpdateScreenRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDisplay_invalidateAndUpdateScreen(req)
       
       return 


   def viewportChanged(self, _arg_screenId, _arg_x, _arg_y, _arg_width, _arg_height):
       req=IDisplay_viewportChangedRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._x=_arg_x
       req._y=_arg_y
       req._width=_arg_width
       req._height=_arg_height
       val=self.mgr.getPort().IDisplay_viewportChanged(req)
       
       return 


   def querySourceBitmap(self, _arg_screenId):
       req=IDisplay_querySourceBitmapRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       val=self.mgr.getPort().IDisplay_querySourceBitmap(req)
       
       return IDisplaySourceBitmap(self.mgr,val._displaySourceBitmap)


   def notifyScaleFactorChange(self, _arg_screenId, _arg_u32ScaleFactorWMultiplied, _arg_u32ScaleFactorHMultiplied):
       req=IDisplay_notifyScaleFactorChangeRequestMsg()
       req._this=self.handle
       
       req._screenId=_arg_screenId
       req._u32ScaleFactorWMultiplied=_arg_u32ScaleFactorWMultiplied
       req._u32ScaleFactorHMultiplied=_arg_u32ScaleFactorHMultiplied
       val=self.mgr.getPort().IDisplay_notifyScaleFactorChange(req)
       
       return 


   def notifyHiDPIOutputPolicyChange(self, _arg_fUnscaledHiDPI):
       req=IDisplay_notifyHiDPIOutputPolicyChangeRequestMsg()
       req._this=self.handle
       
       req._fUnscaledHiDPI=_arg_fUnscaledHiDPI
       val=self.mgr.getPort().IDisplay_notifyHiDPIOutputPolicyChange(req)
       
       return 


   def setScreenLayout(self, _arg_screenLayoutMode, _arg_guestScreenInfo):
       req=IDisplay_setScreenLayoutRequestMsg()
       req._this=self.handle
       
       req._screenLayoutMode=_arg_screenLayoutMode
       req._guestScreenInfo=_arg_guestScreenInfo
       val=self.mgr.getPort().IDisplay_setScreenLayout(req)
       
       return 


   def detachScreens(self, _arg_screenIds):
       req=IDisplay_detachScreensRequestMsg()
       req._this=self.handle
       
       req._screenIds=_arg_screenIds
       val=self.mgr.getPort().IDisplay_detachScreens(req)
       
       return 


   def createGuestScreenInfo(self, _arg_display, _arg_status, _arg_primary, _arg_changeOrigin, _arg_originX, _arg_originY, _arg_width, _arg_height, _arg_bitsPerPixel):
       req=IDisplay_createGuestScreenInfoRequestMsg()
       req._this=self.handle
       
       req._display=_arg_display
       req._status=_arg_status
       req._primary=_arg_primary
       req._changeOrigin=_arg_changeOrigin
       req._originX=_arg_originX
       req._originY=_arg_originY
       req._width=_arg_width
       req._height=_arg_height
       req._bitsPerPixel=_arg_bitsPerPixel
       val=self.mgr.getPort().IDisplay_createGuestScreenInfo(req)
       
       return IGuestScreenInfo(self.mgr,val._returnval)


   def getGuestScreenLayout(self):
       req=IDisplay_getGuestScreenLayoutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDisplay_getGuestScreenLayout(req)
       return IGuestScreenInfo(self.mgr,val._returnval, True)


   _Attrs_={         'guestScreenLayout':[getGuestScreenLayout,None]}

class INetworkAdapter(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INetworkAdapter(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INetworkAdapter._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INetworkAdapter._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProperty(self, _arg_key):
       req=INetworkAdapter_getPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().INetworkAdapter_getProperty(req)
       
       return String(self.mgr,val._returnval)


   def setProperty(self, _arg_key, _arg_value):
       req=INetworkAdapter_setPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       req._value=_arg_value
       val=self.mgr.getPort().INetworkAdapter_setProperty(req)
       
       return 


   def getProperties(self, _arg_names):
       req=INetworkAdapter_getPropertiesRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       val=self.mgr.getPort().INetworkAdapter_getProperties(req)
       
       return String(self.mgr,val._returnval, True), String(self.mgr,val._returnNames, True)


   def getAdapterType(self):
       req=INetworkAdapter_getAdapterTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getAdapterType(req)
       return NetworkAdapterType(self.mgr,val._returnval)
   def setAdapterType(self, value):
       req=INetworkAdapter_setAdapterTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._adapterType = value
       else:
            req._adapterType = value.handle
       self.mgr.getPort().INetworkAdapter_setAdapterType(req)

   def getSlot(self):
       req=INetworkAdapter_getSlotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getSlot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getEnabled(self):
       req=INetworkAdapter_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=INetworkAdapter_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().INetworkAdapter_setEnabled(req)

   def getMACAddress(self):
       req=INetworkAdapter_getMACAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getMACAddress(req)
       return String(self.mgr,val._returnval)
   def setMACAddress(self, value):
       req=INetworkAdapter_setMACAddressRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._MACAddress = value
       else:
            req._MACAddress = value.handle
       self.mgr.getPort().INetworkAdapter_setMACAddress(req)

   def getAttachmentType(self):
       req=INetworkAdapter_getAttachmentTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getAttachmentType(req)
       return NetworkAttachmentType(self.mgr,val._returnval)
   def setAttachmentType(self, value):
       req=INetworkAdapter_setAttachmentTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._attachmentType = value
       else:
            req._attachmentType = value.handle
       self.mgr.getPort().INetworkAdapter_setAttachmentType(req)

   def getBridgedInterface(self):
       req=INetworkAdapter_getBridgedInterfaceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getBridgedInterface(req)
       return String(self.mgr,val._returnval)
   def setBridgedInterface(self, value):
       req=INetworkAdapter_setBridgedInterfaceRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._bridgedInterface = value
       else:
            req._bridgedInterface = value.handle
       self.mgr.getPort().INetworkAdapter_setBridgedInterface(req)

   def getHostOnlyInterface(self):
       req=INetworkAdapter_getHostOnlyInterfaceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getHostOnlyInterface(req)
       return String(self.mgr,val._returnval)
   def setHostOnlyInterface(self, value):
       req=INetworkAdapter_setHostOnlyInterfaceRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hostOnlyInterface = value
       else:
            req._hostOnlyInterface = value.handle
       self.mgr.getPort().INetworkAdapter_setHostOnlyInterface(req)

   def getHostOnlyNetwork(self):
       req=INetworkAdapter_getHostOnlyNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getHostOnlyNetwork(req)
       return String(self.mgr,val._returnval)
   def setHostOnlyNetwork(self, value):
       req=INetworkAdapter_setHostOnlyNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hostOnlyNetwork = value
       else:
            req._hostOnlyNetwork = value.handle
       self.mgr.getPort().INetworkAdapter_setHostOnlyNetwork(req)

   def getInternalNetwork(self):
       req=INetworkAdapter_getInternalNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getInternalNetwork(req)
       return String(self.mgr,val._returnval)
   def setInternalNetwork(self, value):
       req=INetworkAdapter_setInternalNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._internalNetwork = value
       else:
            req._internalNetwork = value.handle
       self.mgr.getPort().INetworkAdapter_setInternalNetwork(req)

   def getNATNetwork(self):
       req=INetworkAdapter_getNATNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getNATNetwork(req)
       return String(self.mgr,val._returnval)
   def setNATNetwork(self, value):
       req=INetworkAdapter_setNATNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._NATNetwork = value
       else:
            req._NATNetwork = value.handle
       self.mgr.getPort().INetworkAdapter_setNATNetwork(req)

   def getGenericDriver(self):
       req=INetworkAdapter_getGenericDriverRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getGenericDriver(req)
       return String(self.mgr,val._returnval)
   def setGenericDriver(self, value):
       req=INetworkAdapter_setGenericDriverRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._genericDriver = value
       else:
            req._genericDriver = value.handle
       self.mgr.getPort().INetworkAdapter_setGenericDriver(req)

   def getCloudNetwork(self):
       req=INetworkAdapter_getCloudNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getCloudNetwork(req)
       return String(self.mgr,val._returnval)
   def setCloudNetwork(self, value):
       req=INetworkAdapter_setCloudNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._cloudNetwork = value
       else:
            req._cloudNetwork = value.handle
       self.mgr.getPort().INetworkAdapter_setCloudNetwork(req)

   def getCableConnected(self):
       req=INetworkAdapter_getCableConnectedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getCableConnected(req)
       return Boolean(self.mgr,val._returnval)
   def setCableConnected(self, value):
       req=INetworkAdapter_setCableConnectedRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._cableConnected = value
       else:
            req._cableConnected = value.handle
       self.mgr.getPort().INetworkAdapter_setCableConnected(req)

   def getLineSpeed(self):
       req=INetworkAdapter_getLineSpeedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getLineSpeed(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setLineSpeed(self, value):
       req=INetworkAdapter_setLineSpeedRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._lineSpeed = value
       else:
            req._lineSpeed = value.handle
       self.mgr.getPort().INetworkAdapter_setLineSpeed(req)

   def getPromiscModePolicy(self):
       req=INetworkAdapter_getPromiscModePolicyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getPromiscModePolicy(req)
       return NetworkAdapterPromiscModePolicy(self.mgr,val._returnval)
   def setPromiscModePolicy(self, value):
       req=INetworkAdapter_setPromiscModePolicyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._promiscModePolicy = value
       else:
            req._promiscModePolicy = value.handle
       self.mgr.getPort().INetworkAdapter_setPromiscModePolicy(req)

   def getTraceEnabled(self):
       req=INetworkAdapter_getTraceEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getTraceEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setTraceEnabled(self, value):
       req=INetworkAdapter_setTraceEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._traceEnabled = value
       else:
            req._traceEnabled = value.handle
       self.mgr.getPort().INetworkAdapter_setTraceEnabled(req)

   def getTraceFile(self):
       req=INetworkAdapter_getTraceFileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getTraceFile(req)
       return String(self.mgr,val._returnval)
   def setTraceFile(self, value):
       req=INetworkAdapter_setTraceFileRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._traceFile = value
       else:
            req._traceFile = value.handle
       self.mgr.getPort().INetworkAdapter_setTraceFile(req)

   def getNATEngine(self):
       req=INetworkAdapter_getNATEngineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getNATEngine(req)
       return INATEngine(self.mgr,val._returnval)
   def getBootPriority(self):
       req=INetworkAdapter_getBootPriorityRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getBootPriority(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setBootPriority(self, value):
       req=INetworkAdapter_setBootPriorityRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._bootPriority = value
       else:
            req._bootPriority = value.handle
       self.mgr.getPort().INetworkAdapter_setBootPriority(req)

   def getBandwidthGroup(self):
       req=INetworkAdapter_getBandwidthGroupRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapter_getBandwidthGroup(req)
       return IBandwidthGroup(self.mgr,val._returnval)
   def setBandwidthGroup(self, value):
       req=INetworkAdapter_setBandwidthGroupRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._bandwidthGroup = value
       else:
            req._bandwidthGroup = value.handle
       self.mgr.getPort().INetworkAdapter_setBandwidthGroup(req)



   _Attrs_={         'adapterType':[getAdapterType,setAdapterType,
        ],
         'slot':[getSlot,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'MACAddress':[getMACAddress,setMACAddress,
        ],
         'attachmentType':[getAttachmentType,setAttachmentType,
        ],
         'bridgedInterface':[getBridgedInterface,setBridgedInterface,
        ],
         'hostOnlyInterface':[getHostOnlyInterface,setHostOnlyInterface,
        ],
         'hostOnlyNetwork':[getHostOnlyNetwork,setHostOnlyNetwork,
        ],
         'internalNetwork':[getInternalNetwork,setInternalNetwork,
        ],
         'NATNetwork':[getNATNetwork,setNATNetwork,
        ],
         'genericDriver':[getGenericDriver,setGenericDriver,
        ],
         'cloudNetwork':[getCloudNetwork,setCloudNetwork,
        ],
         'cableConnected':[getCableConnected,setCableConnected,
        ],
         'lineSpeed':[getLineSpeed,setLineSpeed,
        ],
         'promiscModePolicy':[getPromiscModePolicy,setPromiscModePolicy,
        ],
         'traceEnabled':[getTraceEnabled,setTraceEnabled,
        ],
         'traceFile':[getTraceFile,setTraceFile,
        ],
         'NATEngine':[getNATEngine,None],
         'bootPriority':[getBootPriority,setBootPriority,
        ],
         'bandwidthGroup':[getBandwidthGroup,setBandwidthGroup,
        ]}

class ISerialPort(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISerialPort(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISerialPort._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISerialPort._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSlot(self):
       req=ISerialPort_getSlotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getSlot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getEnabled(self):
       req=ISerialPort_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=ISerialPort_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().ISerialPort_setEnabled(req)

   def getIOAddress(self):
       req=ISerialPort_getIOAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getIOAddress(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setIOAddress(self, value):
       req=ISerialPort_setIOAddressRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IOAddress = value
       else:
            req._IOAddress = value.handle
       self.mgr.getPort().ISerialPort_setIOAddress(req)

   def getIRQ(self):
       req=ISerialPort_getIRQRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getIRQ(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setIRQ(self, value):
       req=ISerialPort_setIRQRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IRQ = value
       else:
            req._IRQ = value.handle
       self.mgr.getPort().ISerialPort_setIRQ(req)

   def getHostMode(self):
       req=ISerialPort_getHostModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getHostMode(req)
       return PortMode(self.mgr,val._returnval)
   def setHostMode(self, value):
       req=ISerialPort_setHostModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hostMode = value
       else:
            req._hostMode = value.handle
       self.mgr.getPort().ISerialPort_setHostMode(req)

   def getServer(self):
       req=ISerialPort_getServerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getServer(req)
       return Boolean(self.mgr,val._returnval)
   def setServer(self, value):
       req=ISerialPort_setServerRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._server = value
       else:
            req._server = value.handle
       self.mgr.getPort().ISerialPort_setServer(req)

   def getPath(self):
       req=ISerialPort_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getPath(req)
       return String(self.mgr,val._returnval)
   def setPath(self, value):
       req=ISerialPort_setPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._path = value
       else:
            req._path = value.handle
       self.mgr.getPort().ISerialPort_setPath(req)

   def getUartType(self):
       req=ISerialPort_getUartTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPort_getUartType(req)
       return UartType(self.mgr,val._returnval)
   def setUartType(self, value):
       req=ISerialPort_setUartTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._uartType = value
       else:
            req._uartType = value.handle
       self.mgr.getPort().ISerialPort_setUartType(req)



   _Attrs_={         'slot':[getSlot,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'IOAddress':[getIOAddress,setIOAddress,
        ],
         'IRQ':[getIRQ,setIRQ,
        ],
         'hostMode':[getHostMode,setHostMode,
        ],
         'server':[getServer,setServer,
        ],
         'path':[getPath,setPath,
        ],
         'uartType':[getUartType,setUartType,
        ]}

class IParallelPort(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IParallelPort(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IParallelPort._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IParallelPort._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSlot(self):
       req=IParallelPort_getSlotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPort_getSlot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getEnabled(self):
       req=IParallelPort_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPort_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IParallelPort_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IParallelPort_setEnabled(req)

   def getIOBase(self):
       req=IParallelPort_getIOBaseRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPort_getIOBase(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setIOBase(self, value):
       req=IParallelPort_setIOBaseRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IOBase = value
       else:
            req._IOBase = value.handle
       self.mgr.getPort().IParallelPort_setIOBase(req)

   def getIRQ(self):
       req=IParallelPort_getIRQRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPort_getIRQ(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setIRQ(self, value):
       req=IParallelPort_setIRQRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IRQ = value
       else:
            req._IRQ = value.handle
       self.mgr.getPort().IParallelPort_setIRQ(req)

   def getPath(self):
       req=IParallelPort_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPort_getPath(req)
       return String(self.mgr,val._returnval)
   def setPath(self, value):
       req=IParallelPort_setPathRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._path = value
       else:
            req._path = value.handle
       self.mgr.getPort().IParallelPort_setPath(req)



   _Attrs_={         'slot':[getSlot,None],
         'enabled':[getEnabled,setEnabled,
        ],
         'IOBase':[getIOBase,setIOBase,
        ],
         'IRQ':[getIRQ,setIRQ,
        ],
         'path':[getPath,setPath,
        ]}

class IMachineDebugger(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineDebugger(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineDebugger._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineDebugger._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def dumpGuestCore(self, _arg_filename, _arg_compression):
       req=IMachineDebugger_dumpGuestCoreRequestMsg()
       req._this=self.handle
       
       req._filename=_arg_filename
       req._compression=_arg_compression
       val=self.mgr.getPort().IMachineDebugger_dumpGuestCore(req)
       
       return 


   def dumpHostProcessCore(self, _arg_filename, _arg_compression):
       req=IMachineDebugger_dumpHostProcessCoreRequestMsg()
       req._this=self.handle
       
       req._filename=_arg_filename
       req._compression=_arg_compression
       val=self.mgr.getPort().IMachineDebugger_dumpHostProcessCore(req)
       
       return 


   def info(self, _arg_name, _arg_args):
       req=IMachineDebugger_infoRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._args=_arg_args
       val=self.mgr.getPort().IMachineDebugger_info(req)
       
       return String(self.mgr,val._returnval)


   def injectNMI(self):
       req=IMachineDebugger_injectNMIRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachineDebugger_injectNMI(req)
       
       return 


   def modifyLogGroups(self, _arg_settings):
       req=IMachineDebugger_modifyLogGroupsRequestMsg()
       req._this=self.handle
       
       req._settings=_arg_settings
       val=self.mgr.getPort().IMachineDebugger_modifyLogGroups(req)
       
       return 


   def modifyLogFlags(self, _arg_settings):
       req=IMachineDebugger_modifyLogFlagsRequestMsg()
       req._this=self.handle
       
       req._settings=_arg_settings
       val=self.mgr.getPort().IMachineDebugger_modifyLogFlags(req)
       
       return 


   def modifyLogDestinations(self, _arg_settings):
       req=IMachineDebugger_modifyLogDestinationsRequestMsg()
       req._this=self.handle
       
       req._settings=_arg_settings
       val=self.mgr.getPort().IMachineDebugger_modifyLogDestinations(req)
       
       return 


   def readPhysicalMemory(self, _arg_address, _arg_size):
       req=IMachineDebugger_readPhysicalMemoryRequestMsg()
       req._this=self.handle
       
       req._address=_arg_address
       req._size=_arg_size
       val=self.mgr.getPort().IMachineDebugger_readPhysicalMemory(req)
       
       return self.mgr.decodebase64(val._returnval)


   def writePhysicalMemory(self, _arg_address, _arg_size, _arg_bytes):
       req=IMachineDebugger_writePhysicalMemoryRequestMsg()
       req._this=self.handle
       
       req._address=_arg_address
       req._size=_arg_size
       req._bytes=self.mgr.encodebase64(_arg_bytes)
       val=self.mgr.getPort().IMachineDebugger_writePhysicalMemory(req)
       
       return 


   def readVirtualMemory(self, _arg_cpuId, _arg_address, _arg_size):
       req=IMachineDebugger_readVirtualMemoryRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._address=_arg_address
       req._size=_arg_size
       val=self.mgr.getPort().IMachineDebugger_readVirtualMemory(req)
       
       return self.mgr.decodebase64(val._returnval)


   def writeVirtualMemory(self, _arg_cpuId, _arg_address, _arg_size, _arg_bytes):
       req=IMachineDebugger_writeVirtualMemoryRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._address=_arg_address
       req._size=_arg_size
       req._bytes=self.mgr.encodebase64(_arg_bytes)
       val=self.mgr.getPort().IMachineDebugger_writeVirtualMemory(req)
       
       return 


   def loadPlugIn(self, _arg_name):
       req=IMachineDebugger_loadPlugInRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachineDebugger_loadPlugIn(req)
       
       return String(self.mgr,val._returnval)


   def unloadPlugIn(self, _arg_name):
       req=IMachineDebugger_unloadPlugInRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IMachineDebugger_unloadPlugIn(req)
       
       return 


   def detectOS(self):
       req=IMachineDebugger_detectOSRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IMachineDebugger_detectOS(req)
       
       return String(self.mgr,val._returnval)


   def queryOSKernelLog(self, _arg_maxMessages):
       req=IMachineDebugger_queryOSKernelLogRequestMsg()
       req._this=self.handle
       
       req._maxMessages=_arg_maxMessages
       val=self.mgr.getPort().IMachineDebugger_queryOSKernelLog(req)
       
       return String(self.mgr,val._returnval)


   def getRegister(self, _arg_cpuId, _arg_name):
       req=IMachineDebugger_getRegisterRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._name=_arg_name
       val=self.mgr.getPort().IMachineDebugger_getRegister(req)
       
       return String(self.mgr,val._returnval)


   def getRegisters(self, _arg_cpuId):
       req=IMachineDebugger_getRegistersRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       val=self.mgr.getPort().IMachineDebugger_getRegisters(req)
       
       return String(self.mgr,val._names, True), String(self.mgr,val._values, True)


   def setRegister(self, _arg_cpuId, _arg_name, _arg_value):
       req=IMachineDebugger_setRegisterRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._name=_arg_name
       req._value=_arg_value
       val=self.mgr.getPort().IMachineDebugger_setRegister(req)
       
       return 


   def setRegisters(self, _arg_cpuId, _arg_names, _arg_values):
       req=IMachineDebugger_setRegistersRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       req._names=_arg_names
       req._values=_arg_values
       val=self.mgr.getPort().IMachineDebugger_setRegisters(req)
       
       return 


   def dumpGuestStack(self, _arg_cpuId):
       req=IMachineDebugger_dumpGuestStackRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       val=self.mgr.getPort().IMachineDebugger_dumpGuestStack(req)
       
       return String(self.mgr,val._returnval)


   def resetStats(self, _arg_pattern):
       req=IMachineDebugger_resetStatsRequestMsg()
       req._this=self.handle
       
       req._pattern=_arg_pattern
       val=self.mgr.getPort().IMachineDebugger_resetStats(req)
       
       return 


   def dumpStats(self, _arg_pattern):
       req=IMachineDebugger_dumpStatsRequestMsg()
       req._this=self.handle
       
       req._pattern=_arg_pattern
       val=self.mgr.getPort().IMachineDebugger_dumpStats(req)
       
       return 


   def getStats(self, _arg_pattern, _arg_withDescriptions):
       req=IMachineDebugger_getStatsRequestMsg()
       req._this=self.handle
       
       req._pattern=_arg_pattern
       req._withDescriptions=_arg_withDescriptions
       val=self.mgr.getPort().IMachineDebugger_getStats(req)
       
       return String(self.mgr,val._returnval)


   def getCPULoad(self, _arg_cpuId):
       req=IMachineDebugger_getCPULoadRequestMsg()
       req._this=self.handle
       
       req._cpuId=_arg_cpuId
       val=self.mgr.getPort().IMachineDebugger_getCPULoad(req)
       
       return Long(self.mgr,val._returnval), UnsignedInt(self.mgr,val._pctExecuting), UnsignedInt(self.mgr,val._pctHalted), UnsignedInt(self.mgr,val._pctOther)


   def takeGuestSample(self, _arg_filename, _arg_usInterval, _arg_usSampleTime):
       req=IMachineDebugger_takeGuestSampleRequestMsg()
       req._this=self.handle
       
       req._filename=_arg_filename
       req._usInterval=_arg_usInterval
       req._usSampleTime=_arg_usSampleTime
       val=self.mgr.getPort().IMachineDebugger_takeGuestSample(req)
       
       return IProgress(self.mgr,val._returnval)


   def getUVMAndVMMFunctionTable(self, _arg_magicVersion):
       req=IMachineDebugger_getUVMAndVMMFunctionTableRequestMsg()
       req._this=self.handle
       
       req._magicVersion=_arg_magicVersion
       val=self.mgr.getPort().IMachineDebugger_getUVMAndVMMFunctionTable(req)
       
       return Long(self.mgr,val._returnval), Long(self.mgr,val._VMMFunctionTable)


   def getSingleStep(self):
       req=IMachineDebugger_getSingleStepRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getSingleStep(req)
       return Boolean(self.mgr,val._returnval)
   def setSingleStep(self, value):
       req=IMachineDebugger_setSingleStepRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._singleStep = value
       else:
            req._singleStep = value.handle
       self.mgr.getPort().IMachineDebugger_setSingleStep(req)

   def getExecuteAllInIEM(self):
       req=IMachineDebugger_getExecuteAllInIEMRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getExecuteAllInIEM(req)
       return Boolean(self.mgr,val._returnval)
   def setExecuteAllInIEM(self, value):
       req=IMachineDebugger_setExecuteAllInIEMRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._executeAllInIEM = value
       else:
            req._executeAllInIEM = value.handle
       self.mgr.getPort().IMachineDebugger_setExecuteAllInIEM(req)

   def getLogEnabled(self):
       req=IMachineDebugger_getLogEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setLogEnabled(self, value):
       req=IMachineDebugger_setLogEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._logEnabled = value
       else:
            req._logEnabled = value.handle
       self.mgr.getPort().IMachineDebugger_setLogEnabled(req)

   def getLogDbgFlags(self):
       req=IMachineDebugger_getLogDbgFlagsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogDbgFlags(req)
       return String(self.mgr,val._returnval)
   def getLogDbgGroups(self):
       req=IMachineDebugger_getLogDbgGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogDbgGroups(req)
       return String(self.mgr,val._returnval)
   def getLogDbgDestinations(self):
       req=IMachineDebugger_getLogDbgDestinationsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogDbgDestinations(req)
       return String(self.mgr,val._returnval)
   def getLogRelFlags(self):
       req=IMachineDebugger_getLogRelFlagsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogRelFlags(req)
       return String(self.mgr,val._returnval)
   def getLogRelGroups(self):
       req=IMachineDebugger_getLogRelGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogRelGroups(req)
       return String(self.mgr,val._returnval)
   def getLogRelDestinations(self):
       req=IMachineDebugger_getLogRelDestinationsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getLogRelDestinations(req)
       return String(self.mgr,val._returnval)
   def getExecutionEngine(self):
       req=IMachineDebugger_getExecutionEngineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getExecutionEngine(req)
       return VMExecutionEngine(self.mgr,val._returnval)
   def getHWVirtExNestedPagingEnabled(self):
       req=IMachineDebugger_getHWVirtExNestedPagingEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getHWVirtExNestedPagingEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getHWVirtExVPIDEnabled(self):
       req=IMachineDebugger_getHWVirtExVPIDEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getHWVirtExVPIDEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getHWVirtExUXEnabled(self):
       req=IMachineDebugger_getHWVirtExUXEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getHWVirtExUXEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getOSName(self):
       req=IMachineDebugger_getOSNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getOSName(req)
       return String(self.mgr,val._returnval)
   def getOSVersion(self):
       req=IMachineDebugger_getOSVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getOSVersion(req)
       return String(self.mgr,val._returnval)
   def getPAEEnabled(self):
       req=IMachineDebugger_getPAEEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getPAEEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getVirtualTimeRate(self):
       req=IMachineDebugger_getVirtualTimeRateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getVirtualTimeRate(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setVirtualTimeRate(self, value):
       req=IMachineDebugger_setVirtualTimeRateRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._virtualTimeRate = value
       else:
            req._virtualTimeRate = value.handle
       self.mgr.getPort().IMachineDebugger_setVirtualTimeRate(req)

   def getUptime(self):
       req=IMachineDebugger_getUptimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getUptime(req)
       return Long(self.mgr,val._returnval)
   def getRecompiledIEMExecution(self):
       req=IMachineDebugger_getRecompiledIEMExecutionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDebugger_getRecompiledIEMExecution(req)
       return Boolean(self.mgr,val._returnval)
   def setRecompiledIEMExecution(self, value):
       req=IMachineDebugger_setRecompiledIEMExecutionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._recompiledIEMExecution = value
       else:
            req._recompiledIEMExecution = value.handle
       self.mgr.getPort().IMachineDebugger_setRecompiledIEMExecution(req)



   _Attrs_={         'singleStep':[getSingleStep,setSingleStep,
        ],
         'executeAllInIEM':[getExecuteAllInIEM,setExecuteAllInIEM,
        ],
         'logEnabled':[getLogEnabled,setLogEnabled,
        ],
         'logDbgFlags':[getLogDbgFlags,None],
         'logDbgGroups':[getLogDbgGroups,None],
         'logDbgDestinations':[getLogDbgDestinations,None],
         'logRelFlags':[getLogRelFlags,None],
         'logRelGroups':[getLogRelGroups,None],
         'logRelDestinations':[getLogRelDestinations,None],
         'executionEngine':[getExecutionEngine,None],
         'HWVirtExNestedPagingEnabled':[getHWVirtExNestedPagingEnabled,None],
         'HWVirtExVPIDEnabled':[getHWVirtExVPIDEnabled,None],
         'HWVirtExUXEnabled':[getHWVirtExUXEnabled,None],
         'OSName':[getOSName,None],
         'OSVersion':[getOSVersion,None],
         'PAEEnabled':[getPAEEnabled,None],
         'virtualTimeRate':[getVirtualTimeRate,setVirtualTimeRate,
        ],
         'uptime':[getUptime,None],
         'recompiledIEMExecution':[getRecompiledIEMExecution,setRecompiledIEMExecution,
        ]}

class IUSBDeviceFilters(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBDeviceFilters(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBDeviceFilters._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBDeviceFilters._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def createDeviceFilter(self, _arg_name):
       req=IUSBDeviceFilters_createDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IUSBDeviceFilters_createDeviceFilter(req)
       
       return IUSBDeviceFilter(self.mgr,val._returnval)


   def insertDeviceFilter(self, _arg_position, _arg_filter):
       req=IUSBDeviceFilters_insertDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       req._filter=_arg_filter
       val=self.mgr.getPort().IUSBDeviceFilters_insertDeviceFilter(req)
       
       return 


   def removeDeviceFilter(self, _arg_position):
       req=IUSBDeviceFilters_removeDeviceFilterRequestMsg()
       req._this=self.handle
       
       req._position=_arg_position
       val=self.mgr.getPort().IUSBDeviceFilters_removeDeviceFilter(req)
       
       return IUSBDeviceFilter(self.mgr,val._returnval)


   def getDeviceFilters(self):
       req=IUSBDeviceFilters_getDeviceFiltersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilters_getDeviceFilters(req)
       return IUSBDeviceFilter(self.mgr,val._returnval, True)


   _Attrs_={         'deviceFilters':[getDeviceFilters,None]}

class IUSBController(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBController(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBController._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBController._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IUSBController_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBController_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IUSBController_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IUSBController_setName(req)

   def getType(self):
       req=IUSBController_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBController_getType(req)
       return USBControllerType(self.mgr,val._returnval)
   def setType(self, value):
       req=IUSBController_setTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._type = value
       else:
            req._type = value.handle
       self.mgr.getPort().IUSBController_setType(req)

   def getUSBStandard(self):
       req=IUSBController_getUSBStandardRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBController_getUSBStandard(req)
       return UnsignedShort(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,setName,
        ],
         'type':[getType,setType,
        ],
         'USBStandard':[getUSBStandard,None]}

class IUSBDevice(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBDevice(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBDevice._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBDevice._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=IUSBDevice_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getId(req)
       return String(self.mgr,val._returnval)
   def getVendorId(self):
       req=IUSBDevice_getVendorIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getVendorId(req)
       return UnsignedShort(self.mgr,val._returnval)
   def getProductId(self):
       req=IUSBDevice_getProductIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getProductId(req)
       return UnsignedShort(self.mgr,val._returnval)
   def getRevision(self):
       req=IUSBDevice_getRevisionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getRevision(req)
       return UnsignedShort(self.mgr,val._returnval)
   def getManufacturer(self):
       req=IUSBDevice_getManufacturerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getManufacturer(req)
       return String(self.mgr,val._returnval)
   def getProduct(self):
       req=IUSBDevice_getProductRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getProduct(req)
       return String(self.mgr,val._returnval)
   def getSerialNumber(self):
       req=IUSBDevice_getSerialNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getSerialNumber(req)
       return String(self.mgr,val._returnval)
   def getAddress(self):
       req=IUSBDevice_getAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getAddress(req)
       return String(self.mgr,val._returnval)
   def getPort(self):
       req=IUSBDevice_getPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getPort(req)
       return UnsignedShort(self.mgr,val._returnval)
   def getPortPath(self):
       req=IUSBDevice_getPortPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getPortPath(req)
       return String(self.mgr,val._returnval)
   def getVersion(self):
       req=IUSBDevice_getVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getVersion(req)
       return UnsignedShort(self.mgr,val._returnval)
   def getSpeed(self):
       req=IUSBDevice_getSpeedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getSpeed(req)
       return USBConnectionSpeed(self.mgr,val._returnval)
   def getRemote(self):
       req=IUSBDevice_getRemoteRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getRemote(req)
       return Boolean(self.mgr,val._returnval)
   def getDeviceInfo(self):
       req=IUSBDevice_getDeviceInfoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getDeviceInfo(req)
       return String(self.mgr,val._returnval, True)
   def getBackend(self):
       req=IUSBDevice_getBackendRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDevice_getBackend(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'vendorId':[getVendorId,None],
         'productId':[getProductId,None],
         'revision':[getRevision,None],
         'manufacturer':[getManufacturer,None],
         'product':[getProduct,None],
         'serialNumber':[getSerialNumber,None],
         'address':[getAddress,None],
         'port':[getPort,None],
         'portPath':[getPortPath,None],
         'version':[getVersion,None],
         'speed':[getSpeed,None],
         'remote':[getRemote,None],
         'deviceInfo':[getDeviceInfo,None],
         'backend':[getBackend,None]}

class IUSBDeviceFilter(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBDeviceFilter(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBDeviceFilter._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBDeviceFilter._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IUSBDeviceFilter_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IUSBDeviceFilter_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setName(req)

   def getActive(self):
       req=IUSBDeviceFilter_getActiveRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getActive(req)
       return Boolean(self.mgr,val._returnval)
   def setActive(self, value):
       req=IUSBDeviceFilter_setActiveRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._active = value
       else:
            req._active = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setActive(req)

   def getVendorId(self):
       req=IUSBDeviceFilter_getVendorIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getVendorId(req)
       return String(self.mgr,val._returnval)
   def setVendorId(self, value):
       req=IUSBDeviceFilter_setVendorIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._vendorId = value
       else:
            req._vendorId = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setVendorId(req)

   def getProductId(self):
       req=IUSBDeviceFilter_getProductIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getProductId(req)
       return String(self.mgr,val._returnval)
   def setProductId(self, value):
       req=IUSBDeviceFilter_setProductIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._productId = value
       else:
            req._productId = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setProductId(req)

   def getRevision(self):
       req=IUSBDeviceFilter_getRevisionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getRevision(req)
       return String(self.mgr,val._returnval)
   def setRevision(self, value):
       req=IUSBDeviceFilter_setRevisionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._revision = value
       else:
            req._revision = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setRevision(req)

   def getManufacturer(self):
       req=IUSBDeviceFilter_getManufacturerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getManufacturer(req)
       return String(self.mgr,val._returnval)
   def setManufacturer(self, value):
       req=IUSBDeviceFilter_setManufacturerRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._manufacturer = value
       else:
            req._manufacturer = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setManufacturer(req)

   def getProduct(self):
       req=IUSBDeviceFilter_getProductRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getProduct(req)
       return String(self.mgr,val._returnval)
   def setProduct(self, value):
       req=IUSBDeviceFilter_setProductRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._product = value
       else:
            req._product = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setProduct(req)

   def getSerialNumber(self):
       req=IUSBDeviceFilter_getSerialNumberRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getSerialNumber(req)
       return String(self.mgr,val._returnval)
   def setSerialNumber(self, value):
       req=IUSBDeviceFilter_setSerialNumberRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._serialNumber = value
       else:
            req._serialNumber = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setSerialNumber(req)

   def getPort(self):
       req=IUSBDeviceFilter_getPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getPort(req)
       return String(self.mgr,val._returnval)
   def setPort(self, value):
       req=IUSBDeviceFilter_setPortRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._port = value
       else:
            req._port = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setPort(req)

   def getRemote(self):
       req=IUSBDeviceFilter_getRemoteRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getRemote(req)
       return String(self.mgr,val._returnval)
   def setRemote(self, value):
       req=IUSBDeviceFilter_setRemoteRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._remote = value
       else:
            req._remote = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setRemote(req)

   def getMaskedInterfaces(self):
       req=IUSBDeviceFilter_getMaskedInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceFilter_getMaskedInterfaces(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setMaskedInterfaces(self, value):
       req=IUSBDeviceFilter_setMaskedInterfacesRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._maskedInterfaces = value
       else:
            req._maskedInterfaces = value.handle
       self.mgr.getPort().IUSBDeviceFilter_setMaskedInterfaces(req)



   _Attrs_={         'name':[getName,setName,
        ],
         'active':[getActive,setActive,
        ],
         'vendorId':[getVendorId,setVendorId,
        ],
         'productId':[getProductId,setProductId,
        ],
         'revision':[getRevision,setRevision,
        ],
         'manufacturer':[getManufacturer,setManufacturer,
        ],
         'product':[getProduct,setProduct,
        ],
         'serialNumber':[getSerialNumber,setSerialNumber,
        ],
         'port':[getPort,setPort,
        ],
         'remote':[getRemote,setRemote,
        ],
         'maskedInterfaces':[getMaskedInterfaces,setMaskedInterfaces,
        ]}

class IHostUSBDevice(IUSBDevice):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostUSBDevice(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostUSBDevice._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUSBDevice.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostUSBDevice._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=IHostUSBDevice_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostUSBDevice_getState(req)
       return USBDeviceState(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None]}

class IHostUSBDeviceFilter(IUSBDeviceFilter):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostUSBDeviceFilter(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostUSBDeviceFilter._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUSBDeviceFilter.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostUSBDeviceFilter._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getAction(self):
       req=IHostUSBDeviceFilter_getActionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostUSBDeviceFilter_getAction(req)
       return USBDeviceFilterAction(self.mgr,val._returnval)
   def setAction(self, value):
       req=IHostUSBDeviceFilter_setActionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._action = value
       else:
            req._action = value.handle
       self.mgr.getPort().IHostUSBDeviceFilter_setAction(req)



   _Attrs_={         'action':[getAction,setAction,
        ]}

class IUSBProxyBackend(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBProxyBackend(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBProxyBackend._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBProxyBackend._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IUSBProxyBackend_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBProxyBackend_getName(req)
       return String(self.mgr,val._returnval)
   def getType(self):
       req=IUSBProxyBackend_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBProxyBackend_getType(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'type':[getType,None]}

class IAudioAdapter(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IAudioAdapter(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IAudioAdapter._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IAudioAdapter._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setProperty(self, _arg_key, _arg_value):
       req=IAudioAdapter_setPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       req._value=_arg_value
       val=self.mgr.getPort().IAudioAdapter_setProperty(req)
       
       return 


   def getProperty(self, _arg_key):
       req=IAudioAdapter_getPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().IAudioAdapter_getProperty(req)
       
       return String(self.mgr,val._returnval)


   def getEnabled(self):
       req=IAudioAdapter_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IAudioAdapter_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IAudioAdapter_setEnabled(req)

   def getEnabledIn(self):
       req=IAudioAdapter_getEnabledInRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getEnabledIn(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabledIn(self, value):
       req=IAudioAdapter_setEnabledInRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabledIn = value
       else:
            req._enabledIn = value.handle
       self.mgr.getPort().IAudioAdapter_setEnabledIn(req)

   def getEnabledOut(self):
       req=IAudioAdapter_getEnabledOutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getEnabledOut(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabledOut(self, value):
       req=IAudioAdapter_setEnabledOutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabledOut = value
       else:
            req._enabledOut = value.handle
       self.mgr.getPort().IAudioAdapter_setEnabledOut(req)

   def getAudioController(self):
       req=IAudioAdapter_getAudioControllerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getAudioController(req)
       return AudioControllerType(self.mgr,val._returnval)
   def setAudioController(self, value):
       req=IAudioAdapter_setAudioControllerRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioController = value
       else:
            req._audioController = value.handle
       self.mgr.getPort().IAudioAdapter_setAudioController(req)

   def getAudioCodec(self):
       req=IAudioAdapter_getAudioCodecRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getAudioCodec(req)
       return AudioCodecType(self.mgr,val._returnval)
   def setAudioCodec(self, value):
       req=IAudioAdapter_setAudioCodecRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioCodec = value
       else:
            req._audioCodec = value.handle
       self.mgr.getPort().IAudioAdapter_setAudioCodec(req)

   def getAudioDriver(self):
       req=IAudioAdapter_getAudioDriverRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getAudioDriver(req)
       return AudioDriverType(self.mgr,val._returnval)
   def setAudioDriver(self, value):
       req=IAudioAdapter_setAudioDriverRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._audioDriver = value
       else:
            req._audioDriver = value.handle
       self.mgr.getPort().IAudioAdapter_setAudioDriver(req)

   def getPropertiesList(self):
       req=IAudioAdapter_getPropertiesListRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapter_getPropertiesList(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'enabled':[getEnabled,setEnabled,
        ],
         'enabledIn':[getEnabledIn,setEnabledIn,
        ],
         'enabledOut':[getEnabledOut,setEnabledOut,
        ],
         'audioController':[getAudioController,setAudioController,
        ],
         'audioCodec':[getAudioCodec,setAudioCodec,
        ],
         'audioDriver':[getAudioDriver,setAudioDriver,
        ],
         'propertiesList':[getPropertiesList,None]}

class IHostAudioDevice(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostAudioDevice(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostAudioDevice._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostAudioDevice._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProperty(self, _arg_key):
       req=IHostAudioDevice_getPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().IHostAudioDevice_getProperty(req)
       
       return String(self.mgr,val._returnval)


   def getId(self):
       req=IHostAudioDevice_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getId(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=IHostAudioDevice_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IHostAudioDevice_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IHostAudioDevice_setName(req)

   def getType(self):
       req=IHostAudioDevice_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getType(req)
       return AudioDeviceType(self.mgr,val._returnval)
   def setType(self, value):
       req=IHostAudioDevice_setTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._type = value
       else:
            req._type = value.handle
       self.mgr.getPort().IHostAudioDevice_setType(req)

   def getUsage(self):
       req=IHostAudioDevice_getUsageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getUsage(req)
       return AudioDirection(self.mgr,val._returnval)
   def setUsage(self, value):
       req=IHostAudioDevice_setUsageRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._usage = value
       else:
            req._usage = value.handle
       self.mgr.getPort().IHostAudioDevice_setUsage(req)

   def getDefaultIn(self):
       req=IHostAudioDevice_getDefaultInRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getDefaultIn(req)
       return Boolean(self.mgr,val._returnval)
   def setDefaultIn(self, value):
       req=IHostAudioDevice_setDefaultInRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultIn = value
       else:
            req._defaultIn = value.handle
       self.mgr.getPort().IHostAudioDevice_setDefaultIn(req)

   def getDefaultOut(self):
       req=IHostAudioDevice_getDefaultOutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getDefaultOut(req)
       return Boolean(self.mgr,val._returnval)
   def setDefaultOut(self, value):
       req=IHostAudioDevice_setDefaultOutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._defaultOut = value
       else:
            req._defaultOut = value.handle
       self.mgr.getPort().IHostAudioDevice_setDefaultOut(req)

   def getIsHotPlug(self):
       req=IHostAudioDevice_getIsHotPlugRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getIsHotPlug(req)
       return Boolean(self.mgr,val._returnval)
   def setIsHotPlug(self, value):
       req=IHostAudioDevice_setIsHotPlugRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._isHotPlug = value
       else:
            req._isHotPlug = value.handle
       self.mgr.getPort().IHostAudioDevice_setIsHotPlug(req)

   def getState(self):
       req=IHostAudioDevice_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDevice_getState(req)
       return AudioDeviceState(self.mgr,val._returnval)
   def setState(self, value):
       req=IHostAudioDevice_setStateRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._state = value
       else:
            req._state = value.handle
       self.mgr.getPort().IHostAudioDevice_setState(req)



   _Attrs_={         'id':[getId,None],
         'name':[getName,setName,
        ],
         'type':[getType,setType,
        ],
         'usage':[getUsage,setUsage,
        ],
         'defaultIn':[getDefaultIn,setDefaultIn,
        ],
         'defaultOut':[getDefaultOut,setDefaultOut,
        ],
         'isHotPlug':[getIsHotPlug,setIsHotPlug,
        ],
         'state':[getState,setState,
        ]}

class IAudioSettings(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IAudioSettings(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IAudioSettings._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IAudioSettings._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getHostAudioDevice(self, _arg_usage):
       req=IAudioSettings_getHostAudioDeviceRequestMsg()
       req._this=self.handle
       
       req._usage=_arg_usage
       val=self.mgr.getPort().IAudioSettings_getHostAudioDevice(req)
       
       return IHostAudioDevice(self.mgr,val._returnval)


   def setHostAudioDevice(self, _arg_device, _arg_usage):
       req=IAudioSettings_setHostAudioDeviceRequestMsg()
       req._this=self.handle
       
       req._device=_arg_device
       req._usage=_arg_usage
       val=self.mgr.getPort().IAudioSettings_setHostAudioDevice(req)
       
       return 


   def getAdapter(self):
       req=IAudioSettings_getAdapterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioSettings_getAdapter(req)
       return IAudioAdapter(self.mgr,val._returnval)


   _Attrs_={         'adapter':[getAdapter,None]}

class IVRDEServer(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVRDEServer(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVRDEServer._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVRDEServer._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setVRDEProperty(self, _arg_key, _arg_value):
       req=IVRDEServer_setVRDEPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       req._value=_arg_value
       val=self.mgr.getPort().IVRDEServer_setVRDEProperty(req)
       
       return 


   def getVRDEProperty(self, _arg_key):
       req=IVRDEServer_getVRDEPropertyRequestMsg()
       req._this=self.handle
       
       req._key=_arg_key
       val=self.mgr.getPort().IVRDEServer_getVRDEProperty(req)
       
       return String(self.mgr,val._returnval)


   def getEnabled(self):
       req=IVRDEServer_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def setEnabled(self, value):
       req=IVRDEServer_setEnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enabled = value
       else:
            req._enabled = value.handle
       self.mgr.getPort().IVRDEServer_setEnabled(req)

   def getAuthType(self):
       req=IVRDEServer_getAuthTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getAuthType(req)
       return AuthType(self.mgr,val._returnval)
   def setAuthType(self, value):
       req=IVRDEServer_setAuthTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._authType = value
       else:
            req._authType = value.handle
       self.mgr.getPort().IVRDEServer_setAuthType(req)

   def getAuthTimeout(self):
       req=IVRDEServer_getAuthTimeoutRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getAuthTimeout(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAuthTimeout(self, value):
       req=IVRDEServer_setAuthTimeoutRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._authTimeout = value
       else:
            req._authTimeout = value.handle
       self.mgr.getPort().IVRDEServer_setAuthTimeout(req)

   def getAllowMultiConnection(self):
       req=IVRDEServer_getAllowMultiConnectionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getAllowMultiConnection(req)
       return Boolean(self.mgr,val._returnval)
   def setAllowMultiConnection(self, value):
       req=IVRDEServer_setAllowMultiConnectionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._allowMultiConnection = value
       else:
            req._allowMultiConnection = value.handle
       self.mgr.getPort().IVRDEServer_setAllowMultiConnection(req)

   def getReuseSingleConnection(self):
       req=IVRDEServer_getReuseSingleConnectionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getReuseSingleConnection(req)
       return Boolean(self.mgr,val._returnval)
   def setReuseSingleConnection(self, value):
       req=IVRDEServer_setReuseSingleConnectionRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._reuseSingleConnection = value
       else:
            req._reuseSingleConnection = value.handle
       self.mgr.getPort().IVRDEServer_setReuseSingleConnection(req)

   def getVRDEExtPack(self):
       req=IVRDEServer_getVRDEExtPackRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getVRDEExtPack(req)
       return String(self.mgr,val._returnval)
   def setVRDEExtPack(self, value):
       req=IVRDEServer_setVRDEExtPackRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._VRDEExtPack = value
       else:
            req._VRDEExtPack = value.handle
       self.mgr.getPort().IVRDEServer_setVRDEExtPack(req)

   def getAuthLibrary(self):
       req=IVRDEServer_getAuthLibraryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getAuthLibrary(req)
       return String(self.mgr,val._returnval)
   def setAuthLibrary(self, value):
       req=IVRDEServer_setAuthLibraryRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._authLibrary = value
       else:
            req._authLibrary = value.handle
       self.mgr.getPort().IVRDEServer_setAuthLibrary(req)

   def getVRDEProperties(self):
       req=IVRDEServer_getVRDEPropertiesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServer_getVRDEProperties(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'enabled':[getEnabled,setEnabled,
        ],
         'authType':[getAuthType,setAuthType,
        ],
         'authTimeout':[getAuthTimeout,setAuthTimeout,
        ],
         'allowMultiConnection':[getAllowMultiConnection,setAllowMultiConnection,
        ],
         'reuseSingleConnection':[getReuseSingleConnection,setReuseSingleConnection,
        ],
         'VRDEExtPack':[getVRDEExtPack,setVRDEExtPack,
        ],
         'authLibrary':[getAuthLibrary,setAuthLibrary,
        ],
         'VRDEProperties':[getVRDEProperties,None]}

class ISharedFolder(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISharedFolder(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISharedFolder._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISharedFolder._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=ISharedFolder_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getName(req)
       return String(self.mgr,val._returnval)
   def getHostPath(self):
       req=ISharedFolder_getHostPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getHostPath(req)
       return String(self.mgr,val._returnval)
   def getAccessible(self):
       req=ISharedFolder_getAccessibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getAccessible(req)
       return Boolean(self.mgr,val._returnval)
   def getWritable(self):
       req=ISharedFolder_getWritableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getWritable(req)
       return Boolean(self.mgr,val._returnval)
   def setWritable(self, value):
       req=ISharedFolder_setWritableRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._writable = value
       else:
            req._writable = value.handle
       self.mgr.getPort().ISharedFolder_setWritable(req)

   def getAutoMount(self):
       req=ISharedFolder_getAutoMountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getAutoMount(req)
       return Boolean(self.mgr,val._returnval)
   def setAutoMount(self, value):
       req=ISharedFolder_setAutoMountRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autoMount = value
       else:
            req._autoMount = value.handle
       self.mgr.getPort().ISharedFolder_setAutoMount(req)

   def getAutoMountPoint(self):
       req=ISharedFolder_getAutoMountPointRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getAutoMountPoint(req)
       return String(self.mgr,val._returnval)
   def setAutoMountPoint(self, value):
       req=ISharedFolder_setAutoMountPointRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._autoMountPoint = value
       else:
            req._autoMountPoint = value.handle
       self.mgr.getPort().ISharedFolder_setAutoMountPoint(req)

   def getLastAccessError(self):
       req=ISharedFolder_getLastAccessErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getLastAccessError(req)
       return String(self.mgr,val._returnval)
   def getSymlinkPolicy(self):
       req=ISharedFolder_getSymlinkPolicyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolder_getSymlinkPolicy(req)
       return SymlinkPolicy(self.mgr,val._returnval)
   def setSymlinkPolicy(self, value):
       req=ISharedFolder_setSymlinkPolicyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._symlinkPolicy = value
       else:
            req._symlinkPolicy = value.handle
       self.mgr.getPort().ISharedFolder_setSymlinkPolicy(req)



   _Attrs_={         'name':[getName,None],
         'hostPath':[getHostPath,None],
         'accessible':[getAccessible,None],
         'writable':[getWritable,setWritable,
        ],
         'autoMount':[getAutoMount,setAutoMount,
        ],
         'autoMountPoint':[getAutoMountPoint,setAutoMountPoint,
        ],
         'lastAccessError':[getLastAccessError,None],
         'symlinkPolicy':[getSymlinkPolicy,setSymlinkPolicy,
        ]}

class ISession(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISession(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISession._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISession._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def unlockMachine(self):
       req=ISession_unlockMachineRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ISession_unlockMachine(req)
       
       return 


   def getState(self):
       req=ISession_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISession_getState(req)
       return SessionState(self.mgr,val._returnval)
   def getType(self):
       req=ISession_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISession_getType(req)
       return SessionType(self.mgr,val._returnval)
   def getName(self):
       req=ISession_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISession_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=ISession_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().ISession_setName(req)

   def getMachine(self):
       req=ISession_getMachineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISession_getMachine(req)
       return IMachine(self.mgr,val._returnval)
   def getConsole(self):
       req=ISession_getConsoleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISession_getConsole(req)
       return IConsole(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None],
         'type':[getType,None],
         'name':[getName,setName,
        ],
         'machine':[getMachine,None],
         'console':[getConsole,None]}

class IStorageController(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStorageController(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStorageController._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStorageController._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IStorageController_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=IStorageController_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().IStorageController_setName(req)

   def getMaxDevicesPerPortCount(self):
       req=IStorageController_getMaxDevicesPerPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getMaxDevicesPerPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMinPortCount(self):
       req=IStorageController_getMinPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getMinPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxPortCount(self):
       req=IStorageController_getMaxPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getMaxPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getInstance(self):
       req=IStorageController_getInstanceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getInstance(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setInstance(self, value):
       req=IStorageController_setInstanceRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._instance = value
       else:
            req._instance = value.handle
       self.mgr.getPort().IStorageController_setInstance(req)

   def getPortCount(self):
       req=IStorageController_getPortCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getPortCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setPortCount(self, value):
       req=IStorageController_setPortCountRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._portCount = value
       else:
            req._portCount = value.handle
       self.mgr.getPort().IStorageController_setPortCount(req)

   def getBus(self):
       req=IStorageController_getBusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getBus(req)
       return StorageBus(self.mgr,val._returnval)
   def getControllerType(self):
       req=IStorageController_getControllerTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getControllerType(req)
       return StorageControllerType(self.mgr,val._returnval)
   def setControllerType(self, value):
       req=IStorageController_setControllerTypeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._controllerType = value
       else:
            req._controllerType = value.handle
       self.mgr.getPort().IStorageController_setControllerType(req)

   def getUseHostIOCache(self):
       req=IStorageController_getUseHostIOCacheRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getUseHostIOCache(req)
       return Boolean(self.mgr,val._returnval)
   def setUseHostIOCache(self, value):
       req=IStorageController_setUseHostIOCacheRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._useHostIOCache = value
       else:
            req._useHostIOCache = value.handle
       self.mgr.getPort().IStorageController_setUseHostIOCache(req)

   def getBootable(self):
       req=IStorageController_getBootableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageController_getBootable(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,setName,
        ],
         'maxDevicesPerPortCount':[getMaxDevicesPerPortCount,None],
         'minPortCount':[getMinPortCount,None],
         'maxPortCount':[getMaxPortCount,None],
         'instance':[getInstance,setInstance,
        ],
         'portCount':[getPortCount,setPortCount,
        ],
         'bus':[getBus,None],
         'controllerType':[getControllerType,setControllerType,
        ],
         'useHostIOCache':[getUseHostIOCache,setUseHostIOCache,
        ],
         'bootable':[getBootable,None]}

class IManagedObjectRef(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IManagedObjectRef(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IManagedObjectRef._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IManagedObjectRef._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getInterfaceName(self):
       req=IManagedObjectRef_getInterfaceNameRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IManagedObjectRef_getInterfaceName(req)
       
       return String(self.mgr,val._returnval)


   def release(self):
       req=IManagedObjectRef_releaseRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IManagedObjectRef_release(req)
       
       return 




   _Attrs_={}

class IWebsessionManager(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IWebsessionManager(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IWebsessionManager._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IWebsessionManager._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def logon(self, _arg_username, _arg_password):
       req=IWebsessionManager_logonRequestMsg()
       req._this=self.handle
       
       req._username=_arg_username
       req._password=_arg_password
       val=self.mgr.getPort().IWebsessionManager_logon(req)
       
       return IVirtualBox(self.mgr,val._returnval)


   def getSessionObject(self, _arg_refIVirtualBox):
       req=IWebsessionManager_getSessionObjectRequestMsg()
       req._this=self.handle
       
       req._refIVirtualBox=_arg_refIVirtualBox
       val=self.mgr.getPort().IWebsessionManager_getSessionObject(req)
       
       return ISession(self.mgr,val._returnval)


   def logoff(self, _arg_refIVirtualBox):
       req=IWebsessionManager_logoffRequestMsg()
       req._this=self.handle
       
       req._refIVirtualBox=_arg_refIVirtualBox
       val=self.mgr.getPort().IWebsessionManager_logoff(req)
       
       return 




   _Attrs_={}

class IPerformanceMetric(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPerformanceMetric(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPerformanceMetric._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPerformanceMetric._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMetricName(self):
       req=IPerformanceMetric_getMetricNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getMetricName(req)
       return String(self.mgr,val._returnval)
   def getObject(self):
       req=IPerformanceMetric_getObjectRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getObject(req)
       return IUnknown(self.mgr,val._returnval)
   def getDescription(self):
       req=IPerformanceMetric_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getDescription(req)
       return String(self.mgr,val._returnval)
   def getPeriod(self):
       req=IPerformanceMetric_getPeriodRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getPeriod(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getCount(self):
       req=IPerformanceMetric_getCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getCount(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getUnit(self):
       req=IPerformanceMetric_getUnitRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getUnit(req)
       return String(self.mgr,val._returnval)
   def getMinimumValue(self):
       req=IPerformanceMetric_getMinimumValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getMinimumValue(req)
       return Int(self.mgr,val._returnval)
   def getMaximumValue(self):
       req=IPerformanceMetric_getMaximumValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceMetric_getMaximumValue(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'metricName':[getMetricName,None],
         'object':[getObject,None],
         'description':[getDescription,None],
         'period':[getPeriod,None],
         'count':[getCount,None],
         'unit':[getUnit,None],
         'minimumValue':[getMinimumValue,None],
         'maximumValue':[getMaximumValue,None]}

class IPerformanceCollector(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IPerformanceCollector(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IPerformanceCollector._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IPerformanceCollector._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMetrics(self, _arg_metricNames, _arg_objects):
       req=IPerformanceCollector_getMetricsRequestMsg()
       req._this=self.handle
       
       req._metricNames=_arg_metricNames
       req._objects=_arg_objects
       val=self.mgr.getPort().IPerformanceCollector_getMetrics(req)
       
       return IPerformanceMetric(self.mgr,val._returnval, True)


   def setupMetrics(self, _arg_metricNames, _arg_objects, _arg_period, _arg_count):
       req=IPerformanceCollector_setupMetricsRequestMsg()
       req._this=self.handle
       
       req._metricNames=_arg_metricNames
       req._objects=_arg_objects
       req._period=_arg_period
       req._count=_arg_count
       val=self.mgr.getPort().IPerformanceCollector_setupMetrics(req)
       
       return IPerformanceMetric(self.mgr,val._returnval, True)


   def enableMetrics(self, _arg_metricNames, _arg_objects):
       req=IPerformanceCollector_enableMetricsRequestMsg()
       req._this=self.handle
       
       req._metricNames=_arg_metricNames
       req._objects=_arg_objects
       val=self.mgr.getPort().IPerformanceCollector_enableMetrics(req)
       
       return IPerformanceMetric(self.mgr,val._returnval, True)


   def disableMetrics(self, _arg_metricNames, _arg_objects):
       req=IPerformanceCollector_disableMetricsRequestMsg()
       req._this=self.handle
       
       req._metricNames=_arg_metricNames
       req._objects=_arg_objects
       val=self.mgr.getPort().IPerformanceCollector_disableMetrics(req)
       
       return IPerformanceMetric(self.mgr,val._returnval, True)


   def queryMetricsData(self, _arg_metricNames, _arg_objects):
       req=IPerformanceCollector_queryMetricsDataRequestMsg()
       req._this=self.handle
       
       req._metricNames=_arg_metricNames
       req._objects=_arg_objects
       val=self.mgr.getPort().IPerformanceCollector_queryMetricsData(req)
       
       return Int(self.mgr,val._returnval, True), String(self.mgr,val._returnMetricNames, True), IUnknown(self.mgr,val._returnObjects, True), String(self.mgr,val._returnUnits, True), UnsignedInt(self.mgr,val._returnScales, True), UnsignedInt(self.mgr,val._returnSequenceNumbers, True), UnsignedInt(self.mgr,val._returnDataIndices, True), UnsignedInt(self.mgr,val._returnDataLengths, True)


   def getMetricNames(self):
       req=IPerformanceCollector_getMetricNamesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IPerformanceCollector_getMetricNames(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'metricNames':[getMetricNames,None]}

class INATEngine(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATEngine(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATEngine._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATEngine._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setNetworkSettings(self, _arg_mtu, _arg_sockSnd, _arg_sockRcv, _arg_TcpWndSnd, _arg_TcpWndRcv):
       req=INATEngine_setNetworkSettingsRequestMsg()
       req._this=self.handle
       
       req._mtu=_arg_mtu
       req._sockSnd=_arg_sockSnd
       req._sockRcv=_arg_sockRcv
       req._TcpWndSnd=_arg_TcpWndSnd
       req._TcpWndRcv=_arg_TcpWndRcv
       val=self.mgr.getPort().INATEngine_setNetworkSettings(req)
       
       return 


   def getNetworkSettings(self):
       req=INATEngine_getNetworkSettingsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().INATEngine_getNetworkSettings(req)
       
       return UnsignedInt(self.mgr,val._mtu), UnsignedInt(self.mgr,val._sockSnd), UnsignedInt(self.mgr,val._sockRcv), UnsignedInt(self.mgr,val._TcpWndSnd), UnsignedInt(self.mgr,val._TcpWndRcv)


   def addRedirect(self, _arg_name, _arg_proto, _arg_hostIP, _arg_hostPort, _arg_guestIP, _arg_guestPort):
       req=INATEngine_addRedirectRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._proto=_arg_proto
       req._hostIP=_arg_hostIP
       req._hostPort=_arg_hostPort
       req._guestIP=_arg_guestIP
       req._guestPort=_arg_guestPort
       val=self.mgr.getPort().INATEngine_addRedirect(req)
       
       return 


   def removeRedirect(self, _arg_name):
       req=INATEngine_removeRedirectRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().INATEngine_removeRedirect(req)
       
       return 


   def getNetwork(self):
       req=INATEngine_getNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getNetwork(req)
       return String(self.mgr,val._returnval)
   def setNetwork(self, value):
       req=INATEngine_setNetworkRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._network = value
       else:
            req._network = value.handle
       self.mgr.getPort().INATEngine_setNetwork(req)

   def getHostIP(self):
       req=INATEngine_getHostIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getHostIP(req)
       return String(self.mgr,val._returnval)
   def setHostIP(self, value):
       req=INATEngine_setHostIPRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._hostIP = value
       else:
            req._hostIP = value.handle
       self.mgr.getPort().INATEngine_setHostIP(req)

   def getTFTPPrefix(self):
       req=INATEngine_getTFTPPrefixRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getTFTPPrefix(req)
       return String(self.mgr,val._returnval)
   def setTFTPPrefix(self, value):
       req=INATEngine_setTFTPPrefixRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._TFTPPrefix = value
       else:
            req._TFTPPrefix = value.handle
       self.mgr.getPort().INATEngine_setTFTPPrefix(req)

   def getTFTPBootFile(self):
       req=INATEngine_getTFTPBootFileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getTFTPBootFile(req)
       return String(self.mgr,val._returnval)
   def setTFTPBootFile(self, value):
       req=INATEngine_setTFTPBootFileRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._TFTPBootFile = value
       else:
            req._TFTPBootFile = value.handle
       self.mgr.getPort().INATEngine_setTFTPBootFile(req)

   def getTFTPNextServer(self):
       req=INATEngine_getTFTPNextServerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getTFTPNextServer(req)
       return String(self.mgr,val._returnval)
   def setTFTPNextServer(self, value):
       req=INATEngine_setTFTPNextServerRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._TFTPNextServer = value
       else:
            req._TFTPNextServer = value.handle
       self.mgr.getPort().INATEngine_setTFTPNextServer(req)

   def getAliasMode(self):
       req=INATEngine_getAliasModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getAliasMode(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setAliasMode(self, value):
       req=INATEngine_setAliasModeRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._aliasMode = value
       else:
            req._aliasMode = value.handle
       self.mgr.getPort().INATEngine_setAliasMode(req)

   def getDNSPassDomain(self):
       req=INATEngine_getDNSPassDomainRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getDNSPassDomain(req)
       return Boolean(self.mgr,val._returnval)
   def setDNSPassDomain(self, value):
       req=INATEngine_setDNSPassDomainRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._DNSPassDomain = value
       else:
            req._DNSPassDomain = value.handle
       self.mgr.getPort().INATEngine_setDNSPassDomain(req)

   def getDNSProxy(self):
       req=INATEngine_getDNSProxyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getDNSProxy(req)
       return Boolean(self.mgr,val._returnval)
   def setDNSProxy(self, value):
       req=INATEngine_setDNSProxyRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._DNSProxy = value
       else:
            req._DNSProxy = value.handle
       self.mgr.getPort().INATEngine_setDNSProxy(req)

   def getDNSUseHostResolver(self):
       req=INATEngine_getDNSUseHostResolverRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getDNSUseHostResolver(req)
       return Boolean(self.mgr,val._returnval)
   def setDNSUseHostResolver(self, value):
       req=INATEngine_setDNSUseHostResolverRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._DNSUseHostResolver = value
       else:
            req._DNSUseHostResolver = value.handle
       self.mgr.getPort().INATEngine_setDNSUseHostResolver(req)

   def getRedirects(self):
       req=INATEngine_getRedirectsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getRedirects(req)
       return String(self.mgr,val._returnval, True)
   def getLocalhostReachable(self):
       req=INATEngine_getLocalhostReachableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getLocalhostReachable(req)
       return Boolean(self.mgr,val._returnval)
   def setLocalhostReachable(self, value):
       req=INATEngine_setLocalhostReachableRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._localhostReachable = value
       else:
            req._localhostReachable = value.handle
       self.mgr.getPort().INATEngine_setLocalhostReachable(req)

   def getForwardBroadcast(self):
       req=INATEngine_getForwardBroadcastRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getForwardBroadcast(req)
       return Boolean(self.mgr,val._returnval)
   def setForwardBroadcast(self, value):
       req=INATEngine_setForwardBroadcastRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._forwardBroadcast = value
       else:
            req._forwardBroadcast = value.handle
       self.mgr.getPort().INATEngine_setForwardBroadcast(req)

   def getEnableTFTP(self):
       req=INATEngine_getEnableTFTPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getEnableTFTP(req)
       return Boolean(self.mgr,val._returnval)
   def setEnableTFTP(self, value):
       req=INATEngine_setEnableTFTPRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._enableTFTP = value
       else:
            req._enableTFTP = value.handle
       self.mgr.getPort().INATEngine_setEnableTFTP(req)

   def getNatMRU(self):
       req=INATEngine_getNatMRURequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getNatMRU(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setNatMRU(self, value):
       req=INATEngine_setNatMRURequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._natMRU = value
       else:
            req._natMRU = value.handle
       self.mgr.getPort().INATEngine_setNatMRU(req)

   def getIPv6Enabled(self):
       req=INATEngine_getIPv6EnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getIPv6Enabled(req)
       return Boolean(self.mgr,val._returnval)
   def setIPv6Enabled(self, value):
       req=INATEngine_setIPv6EnabledRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IPv6Enabled = value
       else:
            req._IPv6Enabled = value.handle
       self.mgr.getPort().INATEngine_setIPv6Enabled(req)

   def getIPv6Prefix(self):
       req=INATEngine_getIPv6PrefixRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATEngine_getIPv6Prefix(req)
       return String(self.mgr,val._returnval)
   def setIPv6Prefix(self, value):
       req=INATEngine_setIPv6PrefixRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._IPv6Prefix = value
       else:
            req._IPv6Prefix = value.handle
       self.mgr.getPort().INATEngine_setIPv6Prefix(req)



   _Attrs_={         'network':[getNetwork,setNetwork,
        ],
         'hostIP':[getHostIP,setHostIP,
        ],
         'TFTPPrefix':[getTFTPPrefix,setTFTPPrefix,
        ],
         'TFTPBootFile':[getTFTPBootFile,setTFTPBootFile,
        ],
         'TFTPNextServer':[getTFTPNextServer,setTFTPNextServer,
        ],
         'aliasMode':[getAliasMode,setAliasMode,
        ],
         'DNSPassDomain':[getDNSPassDomain,setDNSPassDomain,
        ],
         'DNSProxy':[getDNSProxy,setDNSProxy,
        ],
         'DNSUseHostResolver':[getDNSUseHostResolver,setDNSUseHostResolver,
        ],
         'redirects':[getRedirects,None],
         'localhostReachable':[getLocalhostReachable,setLocalhostReachable,
        ],
         'forwardBroadcast':[getForwardBroadcast,setForwardBroadcast,
        ],
         'enableTFTP':[getEnableTFTP,setEnableTFTP,
        ],
         'natMRU':[getNatMRU,setNatMRU,
        ],
         'IPv6Enabled':[getIPv6Enabled,setIPv6Enabled,
        ],
         'IPv6Prefix':[getIPv6Prefix,setIPv6Prefix,
        ]}

class IBandwidthGroup(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IBandwidthGroup(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IBandwidthGroup._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IBandwidthGroup._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IBandwidthGroup_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthGroup_getName(req)
       return String(self.mgr,val._returnval)
   def getType(self):
       req=IBandwidthGroup_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthGroup_getType(req)
       return BandwidthGroupType(self.mgr,val._returnval)
   def getReference(self):
       req=IBandwidthGroup_getReferenceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthGroup_getReference(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getMaxBytesPerSec(self):
       req=IBandwidthGroup_getMaxBytesPerSecRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthGroup_getMaxBytesPerSec(req)
       return Long(self.mgr,val._returnval)
   def setMaxBytesPerSec(self, value):
       req=IBandwidthGroup_setMaxBytesPerSecRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._maxBytesPerSec = value
       else:
            req._maxBytesPerSec = value.handle
       self.mgr.getPort().IBandwidthGroup_setMaxBytesPerSec(req)



   _Attrs_={         'name':[getName,None],
         'type':[getType,None],
         'reference':[getReference,None],
         'maxBytesPerSec':[getMaxBytesPerSec,setMaxBytesPerSec,
        ]}

class IBandwidthControl(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IBandwidthControl(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IBandwidthControl._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IBandwidthControl._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def createBandwidthGroup(self, _arg_name, _arg_type, _arg_maxBytesPerSec):
       req=IBandwidthControl_createBandwidthGroupRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._type=_arg_type
       req._maxBytesPerSec=_arg_maxBytesPerSec
       val=self.mgr.getPort().IBandwidthControl_createBandwidthGroup(req)
       
       return 


   def deleteBandwidthGroup(self, _arg_name):
       req=IBandwidthControl_deleteBandwidthGroupRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IBandwidthControl_deleteBandwidthGroup(req)
       
       return 


   def getBandwidthGroup(self, _arg_name):
       req=IBandwidthControl_getBandwidthGroupRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().IBandwidthControl_getBandwidthGroup(req)
       
       return IBandwidthGroup(self.mgr,val._returnval)


   def getAllBandwidthGroups(self):
       req=IBandwidthControl_getAllBandwidthGroupsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IBandwidthControl_getAllBandwidthGroups(req)
       
       return IBandwidthGroup(self.mgr,val._returnval, True)


   def getNumGroups(self):
       req=IBandwidthControl_getNumGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthControl_getNumGroups(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'numGroups':[getNumGroups,None]}

class IGuestDebugControl(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDebugControl(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDebugControl._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDebugControl._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDebugProvider(self):
       req=IGuestDebugControl_getDebugProviderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDebugControl_getDebugProvider(req)
       return GuestDebugProvider(self.mgr,val._returnval)
   def setDebugProvider(self, value):
       req=IGuestDebugControl_setDebugProviderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._debugProvider = value
       else:
            req._debugProvider = value.handle
       self.mgr.getPort().IGuestDebugControl_setDebugProvider(req)

   def getDebugIoProvider(self):
       req=IGuestDebugControl_getDebugIoProviderRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDebugControl_getDebugIoProvider(req)
       return GuestDebugIoProvider(self.mgr,val._returnval)
   def setDebugIoProvider(self, value):
       req=IGuestDebugControl_setDebugIoProviderRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._debugIoProvider = value
       else:
            req._debugIoProvider = value.handle
       self.mgr.getPort().IGuestDebugControl_setDebugIoProvider(req)

   def getDebugAddress(self):
       req=IGuestDebugControl_getDebugAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDebugControl_getDebugAddress(req)
       return String(self.mgr,val._returnval)
   def setDebugAddress(self, value):
       req=IGuestDebugControl_setDebugAddressRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._debugAddress = value
       else:
            req._debugAddress = value.handle
       self.mgr.getPort().IGuestDebugControl_setDebugAddress(req)

   def getDebugPort(self):
       req=IGuestDebugControl_getDebugPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDebugControl_getDebugPort(req)
       return UnsignedInt(self.mgr,val._returnval)
   def setDebugPort(self, value):
       req=IGuestDebugControl_setDebugPortRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._debugPort = value
       else:
            req._debugPort = value.handle
       self.mgr.getPort().IGuestDebugControl_setDebugPort(req)



   _Attrs_={         'debugProvider':[getDebugProvider,setDebugProvider,
        ],
         'debugIoProvider':[getDebugIoProvider,setDebugIoProvider,
        ],
         'debugAddress':[getDebugAddress,setDebugAddress,
        ],
         'debugPort':[getDebugPort,setDebugPort,
        ]}

class IEventSource(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IEventSource(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IEventSource._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IEventSource._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def createListener(self):
       req=IEventSource_createListenerRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IEventSource_createListener(req)
       
       return IEventListener(self.mgr,val._returnval)


   def createAggregator(self, _arg_subordinates):
       req=IEventSource_createAggregatorRequestMsg()
       req._this=self.handle
       
       req._subordinates=_arg_subordinates
       val=self.mgr.getPort().IEventSource_createAggregator(req)
       
       return IEventSource(self.mgr,val._returnval)


   def registerListener(self, _arg_listener, _arg_interesting, _arg_active):
       req=IEventSource_registerListenerRequestMsg()
       req._this=self.handle
       
       req._listener=_arg_listener
       req._interesting=_arg_interesting
       req._active=_arg_active
       val=self.mgr.getPort().IEventSource_registerListener(req)
       
       return 


   def unregisterListener(self, _arg_listener):
       req=IEventSource_unregisterListenerRequestMsg()
       req._this=self.handle
       
       req._listener=_arg_listener
       val=self.mgr.getPort().IEventSource_unregisterListener(req)
       
       return 


   def fireEvent(self, _arg_event, _arg_timeout):
       req=IEventSource_fireEventRequestMsg()
       req._this=self.handle
       
       req._event=_arg_event
       req._timeout=_arg_timeout
       val=self.mgr.getPort().IEventSource_fireEvent(req)
       
       return Boolean(self.mgr,val._returnval)


   def getEvent(self, _arg_listener, _arg_timeout):
       req=IEventSource_getEventRequestMsg()
       req._this=self.handle
       
       req._listener=_arg_listener
       req._timeout=_arg_timeout
       val=self.mgr.getPort().IEventSource_getEvent(req)
       
       return IEvent(self.mgr,val._returnval)


   def eventProcessed(self, _arg_listener, _arg_event):
       req=IEventSource_eventProcessedRequestMsg()
       req._this=self.handle
       
       req._listener=_arg_listener
       req._event=_arg_event
       val=self.mgr.getPort().IEventSource_eventProcessed(req)
       
       return 




   _Attrs_={}

class IEventListener(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IEventListener(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IEventListener._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IEventListener._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def handleEvent(self, _arg_event):
       req=IEventListener_handleEventRequestMsg()
       req._this=self.handle
       
       req._event=_arg_event
       val=self.mgr.getPort().IEventListener_handleEvent(req)
       
       return 




   _Attrs_={}

class IEvent(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def setProcessed(self):
       req=IEvent_setProcessedRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IEvent_setProcessed(req)
       
       return 


   def waitProcessed(self, _arg_timeout):
       req=IEvent_waitProcessedRequestMsg()
       req._this=self.handle
       
       req._timeout=_arg_timeout
       val=self.mgr.getPort().IEvent_waitProcessed(req)
       
       return Boolean(self.mgr,val._returnval)


   def getType(self):
       req=IEvent_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEvent_getType(req)
       return VBoxEventType(self.mgr,val._returnval)
   def getSource(self):
       req=IEvent_getSourceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEvent_getSource(req)
       return IEventSource(self.mgr,val._returnval)
   def getWaitable(self):
       req=IEvent_getWaitableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEvent_getWaitable(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'type':[getType,None],
         'source':[getSource,None],
         'waitable':[getWaitable,None]}

class IReusableEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IReusableEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IReusableEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IReusableEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def reuse(self):
       req=IReusableEvent_reuseRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IReusableEvent_reuse(req)
       
       return 


   def getGeneration(self):
       req=IReusableEvent_getGenerationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IReusableEvent_getGeneration(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'generation':[getGeneration,None]}

class IMachineEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMachineId(self):
       req=IMachineEvent_getMachineIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineEvent_getMachineId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'machineId':[getMachineId,None]}

class IMachineStateChangedEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=IMachineStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineStateChangedEvent_getState(req)
       return MachineState(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None]}

class IExtPackInstalledEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IExtPackInstalledEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IExtPackInstalledEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IExtPackInstalledEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IExtPackInstalledEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtPackInstalledEvent_getName(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None]}

class IExtPackUninstalledEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IExtPackUninstalledEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IExtPackUninstalledEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IExtPackUninstalledEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IExtPackUninstalledEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtPackUninstalledEvent_getName(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None]}

class IMachineDataChangedEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineDataChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineDataChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineDataChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getTemporary(self):
       req=IMachineDataChangedEvent_getTemporaryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineDataChangedEvent_getTemporary(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'temporary':[getTemporary,None]}

class IMediumRegisteredEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMediumRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMediumRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMediumRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMediumId(self):
       req=IMediumRegisteredEvent_getMediumIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumRegisteredEvent_getMediumId(req)
       return String(self.mgr,val._returnval)
   def getMediumType(self):
       req=IMediumRegisteredEvent_getMediumTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumRegisteredEvent_getMediumType(req)
       return DeviceType(self.mgr,val._returnval)
   def getRegistered(self):
       req=IMediumRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'mediumId':[getMediumId,None],
         'mediumType':[getMediumType,None],
         'registered':[getRegistered,None]}

class IMediumConfigChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMediumConfigChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMediumConfigChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMediumConfigChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMedium(self):
       req=IMediumConfigChangedEvent_getMediumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumConfigChangedEvent_getMedium(req)
       return IMedium(self.mgr,val._returnval)


   _Attrs_={         'medium':[getMedium,None]}

class IMachineRegisteredEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=IMachineRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class ISessionStateChangedEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISessionStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISessionStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISessionStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=ISessionStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISessionStateChangedEvent_getState(req)
       return SessionState(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None]}

class IGuestPropertyChangedEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestPropertyChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestPropertyChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestPropertyChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IGuestPropertyChangedEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestPropertyChangedEvent_getName(req)
       return String(self.mgr,val._returnval)
   def getValue(self):
       req=IGuestPropertyChangedEvent_getValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestPropertyChangedEvent_getValue(req)
       return String(self.mgr,val._returnval)
   def getFlags(self):
       req=IGuestPropertyChangedEvent_getFlagsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestPropertyChangedEvent_getFlags(req)
       return String(self.mgr,val._returnval)
   def getFWasDeleted(self):
       req=IGuestPropertyChangedEvent_getFWasDeletedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestPropertyChangedEvent_getFWasDeleted(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'value':[getValue,None],
         'flags':[getFlags,None],
         'fWasDeleted':[getFWasDeleted,None]}

class ISnapshotEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshotEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshotEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshotEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSnapshotId(self):
       req=ISnapshotEvent_getSnapshotIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshotEvent_getSnapshotId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'snapshotId':[getSnapshotId,None]}

class ISnapshotTakenEvent(ISnapshotEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshotTakenEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshotTakenEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return ISnapshotEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshotTakenEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=ISnapshotTakenEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshotTakenEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class ISnapshotDeletedEvent(ISnapshotEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshotDeletedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshotDeletedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return ISnapshotEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshotDeletedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=ISnapshotDeletedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshotDeletedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class ISnapshotRestoredEvent(ISnapshotEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshotRestoredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshotRestoredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return ISnapshotEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshotRestoredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=ISnapshotRestoredEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshotRestoredEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class ISnapshotChangedEvent(ISnapshotEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISnapshotChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISnapshotChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return ISnapshotEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISnapshotChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=ISnapshotChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISnapshotChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IMousePointerShapeChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMousePointerShapeChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMousePointerShapeChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMousePointerShapeChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getVisible(self):
       req=IMousePointerShapeChangedEvent_getVisibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getVisible(req)
       return Boolean(self.mgr,val._returnval)
   def getAlpha(self):
       req=IMousePointerShapeChangedEvent_getAlphaRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getAlpha(req)
       return Boolean(self.mgr,val._returnval)
   def getXhot(self):
       req=IMousePointerShapeChangedEvent_getXhotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getXhot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getYhot(self):
       req=IMousePointerShapeChangedEvent_getYhotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getYhot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getWidth(self):
       req=IMousePointerShapeChangedEvent_getWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHeight(self):
       req=IMousePointerShapeChangedEvent_getHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getHeight(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getShape(self):
       req=IMousePointerShapeChangedEvent_getShapeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMousePointerShapeChangedEvent_getShape(req)
       return self.mgr.decodebase64(val._returnval)


   _Attrs_={         'visible':[getVisible,None],
         'alpha':[getAlpha,None],
         'xhot':[getXhot,None],
         'yhot':[getYhot,None],
         'width':[getWidth,None],
         'height':[getHeight,None],
         'shape':[getShape,None]}

class IMouseCapabilityChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMouseCapabilityChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMouseCapabilityChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMouseCapabilityChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSupportsAbsolute(self):
       req=IMouseCapabilityChangedEvent_getSupportsAbsoluteRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouseCapabilityChangedEvent_getSupportsAbsolute(req)
       return Boolean(self.mgr,val._returnval)
   def getSupportsRelative(self):
       req=IMouseCapabilityChangedEvent_getSupportsRelativeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouseCapabilityChangedEvent_getSupportsRelative(req)
       return Boolean(self.mgr,val._returnval)
   def getSupportsTouchScreen(self):
       req=IMouseCapabilityChangedEvent_getSupportsTouchScreenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouseCapabilityChangedEvent_getSupportsTouchScreen(req)
       return Boolean(self.mgr,val._returnval)
   def getSupportsTouchPad(self):
       req=IMouseCapabilityChangedEvent_getSupportsTouchPadRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouseCapabilityChangedEvent_getSupportsTouchPad(req)
       return Boolean(self.mgr,val._returnval)
   def getNeedsHostCursor(self):
       req=IMouseCapabilityChangedEvent_getNeedsHostCursorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMouseCapabilityChangedEvent_getNeedsHostCursor(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'supportsAbsolute':[getSupportsAbsolute,None],
         'supportsRelative':[getSupportsRelative,None],
         'supportsTouchScreen':[getSupportsTouchScreen,None],
         'supportsTouchPad':[getSupportsTouchPad,None],
         'needsHostCursor':[getNeedsHostCursor,None]}

class IKeyboardLedsChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IKeyboardLedsChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IKeyboardLedsChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IKeyboardLedsChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNumLock(self):
       req=IKeyboardLedsChangedEvent_getNumLockRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IKeyboardLedsChangedEvent_getNumLock(req)
       return Boolean(self.mgr,val._returnval)
   def getCapsLock(self):
       req=IKeyboardLedsChangedEvent_getCapsLockRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IKeyboardLedsChangedEvent_getCapsLock(req)
       return Boolean(self.mgr,val._returnval)
   def getScrollLock(self):
       req=IKeyboardLedsChangedEvent_getScrollLockRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IKeyboardLedsChangedEvent_getScrollLock(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'numLock':[getNumLock,None],
         'capsLock':[getCapsLock,None],
         'scrollLock':[getScrollLock,None]}

class IStateChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=IStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStateChangedEvent_getState(req)
       return MachineState(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None]}

class IAdditionsStateChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IAdditionsStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IAdditionsStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IAdditionsStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IAdditionsStateChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAdditionsStateChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class INetworkAdapterChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INetworkAdapterChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INetworkAdapterChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INetworkAdapterChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNetworkAdapter(self):
       req=INetworkAdapterChangedEvent_getNetworkAdapterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INetworkAdapterChangedEvent_getNetworkAdapter(req)
       return INetworkAdapter(self.mgr,val._returnval)


   _Attrs_={         'networkAdapter':[getNetworkAdapter,None]}

class IAudioAdapterChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IAudioAdapterChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IAudioAdapterChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IAudioAdapterChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getAudioAdapter(self):
       req=IAudioAdapterChangedEvent_getAudioAdapterRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IAudioAdapterChangedEvent_getAudioAdapter(req)
       return IAudioAdapter(self.mgr,val._returnval)


   _Attrs_={         'audioAdapter':[getAudioAdapter,None]}

class ISerialPortChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISerialPortChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISerialPortChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISerialPortChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSerialPort(self):
       req=ISerialPortChangedEvent_getSerialPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISerialPortChangedEvent_getSerialPort(req)
       return ISerialPort(self.mgr,val._returnval)


   _Attrs_={         'serialPort':[getSerialPort,None]}

class IParallelPortChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IParallelPortChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IParallelPortChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IParallelPortChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getParallelPort(self):
       req=IParallelPortChangedEvent_getParallelPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IParallelPortChangedEvent_getParallelPort(req)
       return IParallelPort(self.mgr,val._returnval)


   _Attrs_={         'parallelPort':[getParallelPort,None]}

class IStorageControllerChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStorageControllerChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStorageControllerChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStorageControllerChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMachinId(self):
       req=IStorageControllerChangedEvent_getMachinIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageControllerChangedEvent_getMachinId(req)
       return String(self.mgr,val._returnval)
   def getControllerName(self):
       req=IStorageControllerChangedEvent_getControllerNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageControllerChangedEvent_getControllerName(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'machinId':[getMachinId,None],
         'controllerName':[getControllerName,None]}

class IMediumChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMediumChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMediumChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMediumChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMediumAttachment(self):
       req=IMediumChangedEvent_getMediumAttachmentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMediumChangedEvent_getMediumAttachment(req)
       return IMediumAttachment(self.mgr,val._returnval)


   _Attrs_={         'mediumAttachment':[getMediumAttachment,None]}

class IClipboardModeChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IClipboardModeChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IClipboardModeChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IClipboardModeChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getClipboardMode(self):
       req=IClipboardModeChangedEvent_getClipboardModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IClipboardModeChangedEvent_getClipboardMode(req)
       return ClipboardMode(self.mgr,val._returnval)


   _Attrs_={         'clipboardMode':[getClipboardMode,None]}

class IClipboardFileTransferModeChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IClipboardFileTransferModeChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IClipboardFileTransferModeChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IClipboardFileTransferModeChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getEnabled(self):
       req=IClipboardFileTransferModeChangedEvent_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IClipboardFileTransferModeChangedEvent_getEnabled(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'enabled':[getEnabled,None]}

class IClipboardEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IClipboardEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IClipboardEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IClipboardEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=IClipboardEvent_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IClipboardEvent_getId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None]}

class IClipboardErrorEvent(IClipboardEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IClipboardErrorEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IClipboardErrorEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IClipboardEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IClipboardErrorEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMsg(self):
       req=IClipboardErrorEvent_getMsgRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IClipboardErrorEvent_getMsg(req)
       return String(self.mgr,val._returnval)
   def getRcError(self):
       req=IClipboardErrorEvent_getRcErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IClipboardErrorEvent_getRcError(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'msg':[getMsg,None],
         'rcError':[getRcError,None]}

class IDnDModeChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IDnDModeChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IDnDModeChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IDnDModeChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDndMode(self):
       req=IDnDModeChangedEvent_getDndModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IDnDModeChangedEvent_getDndMode(req)
       return DnDMode(self.mgr,val._returnval)


   _Attrs_={         'dndMode':[getDndMode,None]}

class ICPUChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICPUChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICPUChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICPUChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCPU(self):
       req=ICPUChangedEvent_getCPURequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUChangedEvent_getCPU(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getAdd(self):
       req=ICPUChangedEvent_getAddRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUChangedEvent_getAdd(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'CPU':[getCPU,None],
         'add':[getAdd,None]}

class ICPUExecutionCapChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICPUExecutionCapChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICPUExecutionCapChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICPUExecutionCapChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getExecutionCap(self):
       req=ICPUExecutionCapChangedEvent_getExecutionCapRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICPUExecutionCapChangedEvent_getExecutionCap(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'executionCap':[getExecutionCap,None]}

class IGuestKeyboardEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestKeyboardEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestKeyboardEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestKeyboardEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScancodes(self):
       req=IGuestKeyboardEvent_getScancodesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestKeyboardEvent_getScancodes(req)
       return Int(self.mgr,val._returnval, True)


   _Attrs_={         'scancodes':[getScancodes,None]}

class IGuestMouseEvent(IReusableEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestMouseEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestMouseEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IReusableEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestMouseEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMode(self):
       req=IGuestMouseEvent_getModeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getMode(req)
       return GuestMouseEventMode(self.mgr,val._returnval)
   def getX(self):
       req=IGuestMouseEvent_getXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getX(req)
       return Int(self.mgr,val._returnval)
   def getY(self):
       req=IGuestMouseEvent_getYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getY(req)
       return Int(self.mgr,val._returnval)
   def getZ(self):
       req=IGuestMouseEvent_getZRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getZ(req)
       return Int(self.mgr,val._returnval)
   def getW(self):
       req=IGuestMouseEvent_getWRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getW(req)
       return Int(self.mgr,val._returnval)
   def getButtons(self):
       req=IGuestMouseEvent_getButtonsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMouseEvent_getButtons(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'mode':[getMode,None],
         'x':[getX,None],
         'y':[getY,None],
         'z':[getZ,None],
         'w':[getW,None],
         'buttons':[getButtons,None]}

class IGuestMultiTouchEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestMultiTouchEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestMultiTouchEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestMultiTouchEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getContactCount(self):
       req=IGuestMultiTouchEvent_getContactCountRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getContactCount(req)
       return Int(self.mgr,val._returnval)
   def getXPositions(self):
       req=IGuestMultiTouchEvent_getXPositionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getXPositions(req)
       return Short(self.mgr,val._returnval, True)
   def getYPositions(self):
       req=IGuestMultiTouchEvent_getYPositionsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getYPositions(req)
       return Short(self.mgr,val._returnval, True)
   def getContactIds(self):
       req=IGuestMultiTouchEvent_getContactIdsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getContactIds(req)
       return UnsignedShort(self.mgr,val._returnval, True)
   def getContactFlags(self):
       req=IGuestMultiTouchEvent_getContactFlagsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getContactFlags(req)
       return UnsignedShort(self.mgr,val._returnval, True)
   def getIsTouchScreen(self):
       req=IGuestMultiTouchEvent_getIsTouchScreenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getIsTouchScreen(req)
       return Boolean(self.mgr,val._returnval)
   def getScanTime(self):
       req=IGuestMultiTouchEvent_getScanTimeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMultiTouchEvent_getScanTime(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'contactCount':[getContactCount,None],
         'xPositions':[getXPositions,None],
         'yPositions':[getYPositions,None],
         'contactIds':[getContactIds,None],
         'contactFlags':[getContactFlags,None],
         'isTouchScreen':[getIsTouchScreen,None],
         'scanTime':[getScanTime,None]}

class IGuestSessionEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestSessionEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestSessionEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestSessionEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSession(self):
       req=IGuestSessionEvent_getSessionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSessionEvent_getSession(req)
       return IGuestSession(self.mgr,val._returnval)


   _Attrs_={         'session':[getSession,None]}

class IGuestSessionStateChangedEvent(IGuestSessionEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestSessionStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestSessionStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestSessionEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestSessionStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=IGuestSessionStateChangedEvent_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSessionStateChangedEvent_getId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getStatus(self):
       req=IGuestSessionStateChangedEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSessionStateChangedEvent_getStatus(req)
       return GuestSessionStatus(self.mgr,val._returnval)
   def getError(self):
       req=IGuestSessionStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSessionStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'status':[getStatus,None],
         'error':[getError,None]}

class IGuestSessionRegisteredEvent(IGuestSessionEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestSessionRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestSessionRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestSessionEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestSessionRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=IGuestSessionRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestSessionRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class IGuestProcessEvent(IGuestSessionEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestSessionEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProcess(self):
       req=IGuestProcessEvent_getProcessRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessEvent_getProcess(req)
       return IGuestProcess(self.mgr,val._returnval)
   def getPid(self):
       req=IGuestProcessEvent_getPidRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessEvent_getPid(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'process':[getProcess,None],
         'pid':[getPid,None]}

class IGuestProcessRegisteredEvent(IGuestProcessEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestProcessEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=IGuestProcessRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class IGuestProcessStateChangedEvent(IGuestProcessEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestProcessEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStatus(self):
       req=IGuestProcessStateChangedEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessStateChangedEvent_getStatus(req)
       return ProcessStatus(self.mgr,val._returnval)
   def getError(self):
       req=IGuestProcessStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'status':[getStatus,None],
         'error':[getError,None]}

class IGuestProcessIOEvent(IGuestProcessEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessIOEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessIOEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestProcessEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessIOEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getHandle(self):
       req=IGuestProcessIOEvent_getHandleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessIOEvent_getHandle(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getProcessed(self):
       req=IGuestProcessIOEvent_getProcessedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessIOEvent_getProcessed(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'handle':[getHandle,None],
         'processed':[getProcessed,None]}

class IGuestProcessInputNotifyEvent(IGuestProcessIOEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessInputNotifyEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessInputNotifyEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestProcessIOEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessInputNotifyEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStatus(self):
       req=IGuestProcessInputNotifyEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessInputNotifyEvent_getStatus(req)
       return ProcessInputStatus(self.mgr,val._returnval)


   _Attrs_={         'status':[getStatus,None]}

class IGuestProcessOutputEvent(IGuestProcessIOEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestProcessOutputEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestProcessOutputEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestProcessIOEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestProcessOutputEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getData(self):
       req=IGuestProcessOutputEvent_getDataRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestProcessOutputEvent_getData(req)
       return self.mgr.decodebase64(val._returnval)


   _Attrs_={         'data':[getData,None]}

class IGuestDirectoryEvent(IGuestSessionEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDirectoryEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDirectoryEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestSessionEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDirectoryEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDirectory(self):
       req=IGuestDirectoryEvent_getDirectoryRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryEvent_getDirectory(req)
       return IGuestDirectory(self.mgr,val._returnval)


   _Attrs_={         'directory':[getDirectory,None]}

class IGuestDirectoryRegisteredEvent(IGuestDirectoryEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDirectoryRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDirectoryRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestDirectoryEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDirectoryRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=IGuestDirectoryRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class IGuestDirectoryStateChangedEvent(IGuestDirectoryEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDirectoryStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDirectoryStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestDirectoryEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDirectoryStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStatus(self):
       req=IGuestDirectoryStateChangedEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryStateChangedEvent_getStatus(req)
       return DirectoryStatus(self.mgr,val._returnval)
   def getError(self):
       req=IGuestDirectoryStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'status':[getStatus,None],
         'error':[getError,None]}

class IGuestDirectoryReadEvent(IGuestDirectoryEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDirectoryReadEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDirectoryReadEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestDirectoryEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDirectoryReadEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getPath(self):
       req=IGuestDirectoryReadEvent_getPathRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryReadEvent_getPath(req)
       return String(self.mgr,val._returnval)
   def getObjInfo(self):
       req=IGuestDirectoryReadEvent_getObjInfoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryReadEvent_getObjInfo(req)
       return IFsObjInfo(self.mgr,val._returnval)
   def getOwner(self):
       req=IGuestDirectoryReadEvent_getOwnerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryReadEvent_getOwner(req)
       return String(self.mgr,val._returnval)
   def getGroups(self):
       req=IGuestDirectoryReadEvent_getGroupsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDirectoryReadEvent_getGroups(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'path':[getPath,None],
         'objInfo':[getObjInfo,None],
         'owner':[getOwner,None],
         'groups':[getGroups,None]}

class IGuestFileEvent(IGuestSessionEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestSessionEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFile(self):
       req=IGuestFileEvent_getFileRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileEvent_getFile(req)
       return IGuestFile(self.mgr,val._returnval)


   _Attrs_={         'file':[getFile,None]}

class IGuestFileRegisteredEvent(IGuestFileEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=IGuestFileRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class IGuestFileStateChangedEvent(IGuestFileEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStatus(self):
       req=IGuestFileStateChangedEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileStateChangedEvent_getStatus(req)
       return FileStatus(self.mgr,val._returnval)
   def getError(self):
       req=IGuestFileStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'status':[getStatus,None],
         'error':[getError,None]}

class IGuestFileIOEvent(IGuestFileEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileIOEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileIOEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileIOEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getOffset(self):
       req=IGuestFileIOEvent_getOffsetRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileIOEvent_getOffset(req)
       return Long(self.mgr,val._returnval)
   def getProcessed(self):
       req=IGuestFileIOEvent_getProcessedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileIOEvent_getProcessed(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'offset':[getOffset,None],
         'processed':[getProcessed,None]}

class IGuestFileOffsetChangedEvent(IGuestFileIOEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileOffsetChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileOffsetChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileIOEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileOffsetChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestFileOffsetChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileOffsetChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IGuestFileSizeChangedEvent(IGuestFileEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileSizeChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileSizeChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileSizeChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNewSize(self):
       req=IGuestFileSizeChangedEvent_getNewSizeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileSizeChangedEvent_getNewSize(req)
       return Long(self.mgr,val._returnval)


   _Attrs_={         'newSize':[getNewSize,None]}

class IGuestFileReadEvent(IGuestFileIOEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileReadEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileReadEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileIOEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileReadEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getData(self):
       req=IGuestFileReadEvent_getDataRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileReadEvent_getData(req)
       return self.mgr.decodebase64(val._returnval)


   _Attrs_={         'data':[getData,None]}

class IGuestFileWriteEvent(IGuestFileIOEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestFileWriteEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestFileWriteEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IGuestFileIOEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestFileWriteEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IGuestFileWriteEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestFileWriteEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IVRDEServerChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVRDEServerChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVRDEServerChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVRDEServerChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IVRDEServerChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServerChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IVRDEServerInfoChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVRDEServerInfoChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVRDEServerInfoChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVRDEServerInfoChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IVRDEServerInfoChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVRDEServerInfoChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IRecordingStateChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRecordingStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRecordingStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRecordingStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=IRecordingStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingStateChangedEvent_getState(req)
       return RecordingState(self.mgr,val._returnval)
   def getError(self):
       req=IRecordingStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None],
         'error':[getError,None]}

class IRecordingScreenStateChangedEvent(IRecordingStateChangedEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRecordingScreenStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRecordingScreenStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IRecordingStateChangedEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRecordingScreenStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScreen(self):
       req=IRecordingScreenStateChangedEvent_getScreenRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRecordingScreenStateChangedEvent_getScreen(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'screen':[getScreen,None]}

class IUSBControllerChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBControllerChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBControllerChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBControllerChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IUSBControllerChangedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBControllerChangedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IUSBDeviceStateChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUSBDeviceStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUSBDeviceStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUSBDeviceStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDevice(self):
       req=IUSBDeviceStateChangedEvent_getDeviceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceStateChangedEvent_getDevice(req)
       return IUSBDevice(self.mgr,val._returnval)
   def getAttached(self):
       req=IUSBDeviceStateChangedEvent_getAttachedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceStateChangedEvent_getAttached(req)
       return Boolean(self.mgr,val._returnval)
   def getError(self):
       req=IUSBDeviceStateChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUSBDeviceStateChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'device':[getDevice,None],
         'attached':[getAttached,None],
         'error':[getError,None]}

class ISharedFolderChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ISharedFolderChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ISharedFolderChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ISharedFolderChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getScope(self):
       req=ISharedFolderChangedEvent_getScopeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ISharedFolderChangedEvent_getScope(req)
       return Scope(self.mgr,val._returnval)


   _Attrs_={         'scope':[getScope,None]}

class IRuntimeErrorEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRuntimeErrorEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRuntimeErrorEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRuntimeErrorEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFatal(self):
       req=IRuntimeErrorEvent_getFatalRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRuntimeErrorEvent_getFatal(req)
       return Boolean(self.mgr,val._returnval)
   def getId(self):
       req=IRuntimeErrorEvent_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRuntimeErrorEvent_getId(req)
       return String(self.mgr,val._returnval)
   def getMessage(self):
       req=IRuntimeErrorEvent_getMessageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRuntimeErrorEvent_getMessage(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'fatal':[getFatal,None],
         'id':[getId,None],
         'message':[getMessage,None]}

class IEventSourceChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IEventSourceChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IEventSourceChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IEventSourceChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getListener(self):
       req=IEventSourceChangedEvent_getListenerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEventSourceChangedEvent_getListener(req)
       return IEventListener(self.mgr,val._returnval)
   def getAdd(self):
       req=IEventSourceChangedEvent_getAddRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IEventSourceChangedEvent_getAdd(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'listener':[getListener,None],
         'add':[getAdd,None]}

class IExtraDataChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IExtraDataChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IExtraDataChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IExtraDataChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMachineId(self):
       req=IExtraDataChangedEvent_getMachineIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataChangedEvent_getMachineId(req)
       return String(self.mgr,val._returnval)
   def getKey(self):
       req=IExtraDataChangedEvent_getKeyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataChangedEvent_getKey(req)
       return String(self.mgr,val._returnval)
   def getValue(self):
       req=IExtraDataChangedEvent_getValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataChangedEvent_getValue(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'machineId':[getMachineId,None],
         'key':[getKey,None],
         'value':[getValue,None]}

class IVetoEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVetoEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVetoEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVetoEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def addVeto(self, _arg_reason):
       req=IVetoEvent_addVetoRequestMsg()
       req._this=self.handle
       
       req._reason=_arg_reason
       val=self.mgr.getPort().IVetoEvent_addVeto(req)
       
       return 


   def isVetoed(self):
       req=IVetoEvent_isVetoedRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVetoEvent_isVetoed(req)
       
       return Boolean(self.mgr,val._returnval)


   def getVetos(self):
       req=IVetoEvent_getVetosRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVetoEvent_getVetos(req)
       
       return String(self.mgr,val._returnval, True)


   def addApproval(self, _arg_reason):
       req=IVetoEvent_addApprovalRequestMsg()
       req._this=self.handle
       
       req._reason=_arg_reason
       val=self.mgr.getPort().IVetoEvent_addApproval(req)
       
       return 


   def isApproved(self):
       req=IVetoEvent_isApprovedRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVetoEvent_isApproved(req)
       
       return Boolean(self.mgr,val._returnval)


   def getApprovals(self):
       req=IVetoEvent_getApprovalsRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVetoEvent_getApprovals(req)
       
       return String(self.mgr,val._returnval, True)




   _Attrs_={}

class IExtraDataCanChangeEvent(IVetoEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IExtraDataCanChangeEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IExtraDataCanChangeEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IVetoEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IExtraDataCanChangeEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMachineId(self):
       req=IExtraDataCanChangeEvent_getMachineIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataCanChangeEvent_getMachineId(req)
       return String(self.mgr,val._returnval)
   def getKey(self):
       req=IExtraDataCanChangeEvent_getKeyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataCanChangeEvent_getKey(req)
       return String(self.mgr,val._returnval)
   def getValue(self):
       req=IExtraDataCanChangeEvent_getValueRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IExtraDataCanChangeEvent_getValue(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'machineId':[getMachineId,None],
         'key':[getKey,None],
         'value':[getValue,None]}

class ICanShowWindowEvent(IVetoEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICanShowWindowEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICanShowWindowEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IVetoEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICanShowWindowEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=ICanShowWindowEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICanShowWindowEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IShowWindowEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IShowWindowEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IShowWindowEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IShowWindowEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getWinId(self):
       req=IShowWindowEvent_getWinIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IShowWindowEvent_getWinId(req)
       return Long(self.mgr,val._returnval)
   def setWinId(self, value):
       req=IShowWindowEvent_setWinIdRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._winId = value
       else:
            req._winId = value.handle
       self.mgr.getPort().IShowWindowEvent_setWinId(req)



   _Attrs_={         'winId':[getWinId,setWinId,
        ]}

class INATRedirectEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATRedirectEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATRedirectEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATRedirectEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSlot(self):
       req=INATRedirectEvent_getSlotRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getSlot(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getRemove(self):
       req=INATRedirectEvent_getRemoveRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getRemove(req)
       return Boolean(self.mgr,val._returnval)
   def getName(self):
       req=INATRedirectEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getName(req)
       return String(self.mgr,val._returnval)
   def getProto(self):
       req=INATRedirectEvent_getProtoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getProto(req)
       return NATProtocol(self.mgr,val._returnval)
   def getHostIP(self):
       req=INATRedirectEvent_getHostIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getHostIP(req)
       return String(self.mgr,val._returnval)
   def getHostPort(self):
       req=INATRedirectEvent_getHostPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getHostPort(req)
       return Int(self.mgr,val._returnval)
   def getGuestIP(self):
       req=INATRedirectEvent_getGuestIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getGuestIP(req)
       return String(self.mgr,val._returnval)
   def getGuestPort(self):
       req=INATRedirectEvent_getGuestPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATRedirectEvent_getGuestPort(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'slot':[getSlot,None],
         'remove':[getRemove,None],
         'name':[getName,None],
         'proto':[getProto,None],
         'hostIP':[getHostIP,None],
         'hostPort':[getHostPort,None],
         'guestIP':[getGuestIP,None],
         'guestPort':[getGuestPort,None]}

class IHostAudioDeviceChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostAudioDeviceChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostAudioDeviceChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostAudioDeviceChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDevice(self):
       req=IHostAudioDeviceChangedEvent_getDeviceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDeviceChangedEvent_getDevice(req)
       return IHostAudioDevice(self.mgr,val._returnval)
   def getNew(self):
       req=IHostAudioDeviceChangedEvent_getNewRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDeviceChangedEvent_getNew(req)
       return Boolean(self.mgr,val._returnval)
   def getState(self):
       req=IHostAudioDeviceChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDeviceChangedEvent_getState(req)
       return AudioDeviceState(self.mgr,val._returnval)
   def getError(self):
       req=IHostAudioDeviceChangedEvent_getErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostAudioDeviceChangedEvent_getError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)


   _Attrs_={         'device':[getDevice,None],
         'new':[getNew,None],
         'state':[getState,None],
         'error':[getError,None]}

class IHostPCIDevicePlugEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostPCIDevicePlugEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostPCIDevicePlugEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostPCIDevicePlugEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getPlugged(self):
       req=IHostPCIDevicePlugEvent_getPluggedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostPCIDevicePlugEvent_getPlugged(req)
       return Boolean(self.mgr,val._returnval)
   def getSuccess(self):
       req=IHostPCIDevicePlugEvent_getSuccessRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostPCIDevicePlugEvent_getSuccess(req)
       return Boolean(self.mgr,val._returnval)
   def getAttachment(self):
       req=IHostPCIDevicePlugEvent_getAttachmentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostPCIDevicePlugEvent_getAttachment(req)
       return IPCIDeviceAttachment(self.mgr,val._returnval)
   def getMessage(self):
       req=IHostPCIDevicePlugEvent_getMessageRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostPCIDevicePlugEvent_getMessage(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'plugged':[getPlugged,None],
         'success':[getSuccess,None],
         'attachment':[getAttachment,None],
         'message':[getMessage,None]}

class IVBoxSVCAvailabilityChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVBoxSVCAvailabilityChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVBoxSVCAvailabilityChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVBoxSVCAvailabilityChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getAvailable(self):
       req=IVBoxSVCAvailabilityChangedEvent_getAvailableRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IVBoxSVCAvailabilityChangedEvent_getAvailable(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'available':[getAvailable,None]}

class IBandwidthGroupChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IBandwidthGroupChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IBandwidthGroupChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IBandwidthGroupChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getBandwidthGroup(self):
       req=IBandwidthGroupChangedEvent_getBandwidthGroupRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IBandwidthGroupChangedEvent_getBandwidthGroup(req)
       return IBandwidthGroup(self.mgr,val._returnval)


   _Attrs_={         'bandwidthGroup':[getBandwidthGroup,None]}

class IGuestMonitorChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestMonitorChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestMonitorChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestMonitorChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getChangeType(self):
       req=IGuestMonitorChangedEvent_getChangeTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getChangeType(req)
       return GuestMonitorChangedEventType(self.mgr,val._returnval)
   def getScreenId(self):
       req=IGuestMonitorChangedEvent_getScreenIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getScreenId(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOriginX(self):
       req=IGuestMonitorChangedEvent_getOriginXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getOriginX(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getOriginY(self):
       req=IGuestMonitorChangedEvent_getOriginYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getOriginY(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getWidth(self):
       req=IGuestMonitorChangedEvent_getWidthRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getWidth(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getHeight(self):
       req=IGuestMonitorChangedEvent_getHeightRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorChangedEvent_getHeight(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'changeType':[getChangeType,None],
         'screenId':[getScreenId,None],
         'originX':[getOriginX,None],
         'originY':[getOriginY,None],
         'width':[getWidth,None],
         'height':[getHeight,None]}

class IGuestUserStateChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestUserStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestUserStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestUserStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getName(self):
       req=IGuestUserStateChangedEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestUserStateChangedEvent_getName(req)
       return String(self.mgr,val._returnval)
   def getDomain(self):
       req=IGuestUserStateChangedEvent_getDomainRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestUserStateChangedEvent_getDomain(req)
       return String(self.mgr,val._returnval)
   def getState(self):
       req=IGuestUserStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestUserStateChangedEvent_getState(req)
       return GuestUserState(self.mgr,val._returnval)
   def getStateDetails(self):
       req=IGuestUserStateChangedEvent_getStateDetailsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestUserStateChangedEvent_getStateDetails(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,None],
         'domain':[getDomain,None],
         'state':[getState,None],
         'stateDetails':[getStateDetails,None]}

class IStorageDeviceChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStorageDeviceChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStorageDeviceChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStorageDeviceChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStorageDevice(self):
       req=IStorageDeviceChangedEvent_getStorageDeviceRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageDeviceChangedEvent_getStorageDevice(req)
       return IMediumAttachment(self.mgr,val._returnval)
   def getRemoved(self):
       req=IStorageDeviceChangedEvent_getRemovedRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageDeviceChangedEvent_getRemoved(req)
       return Boolean(self.mgr,val._returnval)
   def getSilent(self):
       req=IStorageDeviceChangedEvent_getSilentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStorageDeviceChangedEvent_getSilent(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'storageDevice':[getStorageDevice,None],
         'removed':[getRemoved,None],
         'silent':[getSilent,None]}

class INATNetworkChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getNetworkName(self):
       req=INATNetworkChangedEvent_getNetworkNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkChangedEvent_getNetworkName(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'networkName':[getNetworkName,None]}

class INATNetworkStartStopEvent(INATNetworkChangedEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkStartStopEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkStartStopEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return INATNetworkChangedEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkStartStopEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getStartEvent(self):
       req=INATNetworkStartStopEvent_getStartEventRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkStartStopEvent_getStartEvent(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'startEvent':[getStartEvent,None]}

class INATNetworkAlterEvent(INATNetworkChangedEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkAlterEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkAlterEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return INATNetworkChangedEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkAlterEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=INATNetworkAlterEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkAlterEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class INATNetworkCreationDeletionEvent(INATNetworkAlterEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkCreationDeletionEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkCreationDeletionEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return INATNetworkAlterEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkCreationDeletionEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCreationEvent(self):
       req=INATNetworkCreationDeletionEvent_getCreationEventRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkCreationDeletionEvent_getCreationEvent(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'creationEvent':[getCreationEvent,None]}

class INATNetworkSettingEvent(INATNetworkAlterEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkSettingEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkSettingEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return INATNetworkAlterEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkSettingEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getEnabled(self):
       req=INATNetworkSettingEvent_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkSettingEvent_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getNetwork(self):
       req=INATNetworkSettingEvent_getNetworkRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkSettingEvent_getNetwork(req)
       return String(self.mgr,val._returnval)
   def getGateway(self):
       req=INATNetworkSettingEvent_getGatewayRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkSettingEvent_getGateway(req)
       return String(self.mgr,val._returnval)
   def getAdvertiseDefaultIPv6RouteEnabled(self):
       req=INATNetworkSettingEvent_getAdvertiseDefaultIPv6RouteEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkSettingEvent_getAdvertiseDefaultIPv6RouteEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getNeedDhcpServer(self):
       req=INATNetworkSettingEvent_getNeedDhcpServerRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkSettingEvent_getNeedDhcpServer(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'enabled':[getEnabled,None],
         'network':[getNetwork,None],
         'gateway':[getGateway,None],
         'advertiseDefaultIPv6RouteEnabled':[getAdvertiseDefaultIPv6RouteEnabled,None],
         'needDhcpServer':[getNeedDhcpServer,None]}

class INATNetworkPortForwardEvent(INATNetworkAlterEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return INATNetworkPortForwardEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = INATNetworkPortForwardEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return INATNetworkAlterEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = INATNetworkPortForwardEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCreate(self):
       req=INATNetworkPortForwardEvent_getCreateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getCreate(req)
       return Boolean(self.mgr,val._returnval)
   def getIpv6(self):
       req=INATNetworkPortForwardEvent_getIpv6RequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getIpv6(req)
       return Boolean(self.mgr,val._returnval)
   def getName(self):
       req=INATNetworkPortForwardEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getName(req)
       return String(self.mgr,val._returnval)
   def getProto(self):
       req=INATNetworkPortForwardEvent_getProtoRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getProto(req)
       return NATProtocol(self.mgr,val._returnval)
   def getHostIp(self):
       req=INATNetworkPortForwardEvent_getHostIpRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getHostIp(req)
       return String(self.mgr,val._returnval)
   def getHostPort(self):
       req=INATNetworkPortForwardEvent_getHostPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getHostPort(req)
       return Int(self.mgr,val._returnval)
   def getGuestIp(self):
       req=INATNetworkPortForwardEvent_getGuestIpRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getGuestIp(req)
       return String(self.mgr,val._returnval)
   def getGuestPort(self):
       req=INATNetworkPortForwardEvent_getGuestPortRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().INATNetworkPortForwardEvent_getGuestPort(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'create':[getCreate,None],
         'ipv6':[getIpv6,None],
         'name':[getName,None],
         'proto':[getProto,None],
         'hostIp':[getHostIp,None],
         'hostPort':[getHostPort,None],
         'guestIp':[getGuestIp,None],
         'guestPort':[getGuestPort,None]}

class IHostNameResolutionConfigurationChangeEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IHostNameResolutionConfigurationChangeEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IHostNameResolutionConfigurationChangeEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IHostNameResolutionConfigurationChangeEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IHostNameResolutionConfigurationChangeEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IHostNameResolutionConfigurationChangeEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class IProgressEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProgressEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProgressEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProgressEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProgressId(self):
       req=IProgressEvent_getProgressIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgressEvent_getProgressId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'progressId':[getProgressId,None]}

class IProgressCreatedEvent(IProgressEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProgressCreatedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProgressCreatedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IProgressEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProgressCreatedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getCreate(self):
       req=IProgressCreatedEvent_getCreateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgressCreatedEvent_getCreate(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'create':[getCreate,None]}

class IProgressPercentageChangedEvent(IProgressEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProgressPercentageChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProgressPercentageChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IProgressEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProgressPercentageChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getPercent(self):
       req=IProgressPercentageChangedEvent_getPercentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgressPercentageChangedEvent_getPercent(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'percent':[getPercent,None]}

class IProgressTaskCompletedEvent(IProgressEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IProgressTaskCompletedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IProgressTaskCompletedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IProgressEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IProgressTaskCompletedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMidlDoesNotLikeEmptyInterfaces(self):
       req=IProgressTaskCompletedEvent_getMidlDoesNotLikeEmptyInterfacesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IProgressTaskCompletedEvent_getMidlDoesNotLikeEmptyInterfaces(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'midlDoesNotLikeEmptyInterfaces':[getMidlDoesNotLikeEmptyInterfaces,None]}

class ICursorPositionChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICursorPositionChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICursorPositionChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICursorPositionChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getHasData(self):
       req=ICursorPositionChangedEvent_getHasDataRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICursorPositionChangedEvent_getHasData(req)
       return Boolean(self.mgr,val._returnval)
   def getX(self):
       req=ICursorPositionChangedEvent_getXRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICursorPositionChangedEvent_getX(req)
       return UnsignedInt(self.mgr,val._returnval)
   def getY(self):
       req=ICursorPositionChangedEvent_getYRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICursorPositionChangedEvent_getY(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'hasData':[getHasData,None],
         'x':[getX,None],
         'y':[getY,None]}

class IGuestAdditionsStatusChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestAdditionsStatusChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestAdditionsStatusChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestAdditionsStatusChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFacility(self):
       req=IGuestAdditionsStatusChangedEvent_getFacilityRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestAdditionsStatusChangedEvent_getFacility(req)
       return AdditionsFacilityType(self.mgr,val._returnval)
   def getStatus(self):
       req=IGuestAdditionsStatusChangedEvent_getStatusRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestAdditionsStatusChangedEvent_getStatus(req)
       return AdditionsFacilityStatus(self.mgr,val._returnval)
   def getRunLevel(self):
       req=IGuestAdditionsStatusChangedEvent_getRunLevelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestAdditionsStatusChangedEvent_getRunLevel(req)
       return AdditionsRunLevelType(self.mgr,val._returnval)
   def getTimestamp(self):
       req=IGuestAdditionsStatusChangedEvent_getTimestampRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestAdditionsStatusChangedEvent_getTimestamp(req)
       return Long(self.mgr,val._returnval)


   _Attrs_={         'facility':[getFacility,None],
         'status':[getStatus,None],
         'runLevel':[getRunLevel,None],
         'timestamp':[getTimestamp,None]}

class IGuestMonitorInfoChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestMonitorInfoChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestMonitorInfoChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestMonitorInfoChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getOutput(self):
       req=IGuestMonitorInfoChangedEvent_getOutputRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestMonitorInfoChangedEvent_getOutput(req)
       return UnsignedInt(self.mgr,val._returnval)


   _Attrs_={         'output':[getOutput,None]}

class IUpdateAgentEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgentEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgentEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgentEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getAgent(self):
       req=IUpdateAgentEvent_getAgentRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentEvent_getAgent(req)
       return IUpdateAgent(self.mgr,val._returnval)


   _Attrs_={         'agent':[getAgent,None]}

class IUpdateAgentSettingsChangedEvent(IUpdateAgentEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgentSettingsChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgentSettingsChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUpdateAgentEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgentSettingsChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getAttributeHint(self):
       req=IUpdateAgentSettingsChangedEvent_getAttributeHintRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentSettingsChangedEvent_getAttributeHint(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'attributeHint':[getAttributeHint,None]}

class IUpdateAgentErrorEvent(IUpdateAgentEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgentErrorEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgentErrorEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUpdateAgentEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgentErrorEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getMsg(self):
       req=IUpdateAgentErrorEvent_getMsgRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentErrorEvent_getMsg(req)
       return String(self.mgr,val._returnval)
   def getRcError(self):
       req=IUpdateAgentErrorEvent_getRcErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentErrorEvent_getRcError(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'msg':[getMsg,None],
         'rcError':[getRcError,None]}

class IUpdateAgentAvailableEvent(IUpdateAgentEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgentAvailableEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgentAvailableEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUpdateAgentEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgentAvailableEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getVersion(self):
       req=IUpdateAgentAvailableEvent_getVersionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getVersion(req)
       return String(self.mgr,val._returnval)
   def getChannel(self):
       req=IUpdateAgentAvailableEvent_getChannelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getChannel(req)
       return UpdateChannel(self.mgr,val._returnval)
   def getSeverity(self):
       req=IUpdateAgentAvailableEvent_getSeverityRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getSeverity(req)
       return UpdateSeverity(self.mgr,val._returnval)
   def getDownloadURL(self):
       req=IUpdateAgentAvailableEvent_getDownloadURLRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getDownloadURL(req)
       return String(self.mgr,val._returnval)
   def getWebURL(self):
       req=IUpdateAgentAvailableEvent_getWebURLRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getWebURL(req)
       return String(self.mgr,val._returnval)
   def getReleaseNotes(self):
       req=IUpdateAgentAvailableEvent_getReleaseNotesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentAvailableEvent_getReleaseNotes(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'version':[getVersion,None],
         'channel':[getChannel,None],
         'severity':[getSeverity,None],
         'downloadURL':[getDownloadURL,None],
         'webURL':[getWebURL,None],
         'releaseNotes':[getReleaseNotes,None]}

class IUpdateAgentStateChangedEvent(IUpdateAgentEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IUpdateAgentStateChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IUpdateAgentStateChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUpdateAgentEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IUpdateAgentStateChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getState(self):
       req=IUpdateAgentStateChangedEvent_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IUpdateAgentStateChangedEvent_getState(req)
       return UpdateState(self.mgr,val._returnval)


   _Attrs_={         'state':[getState,None]}

class IGuestDebugControlChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IGuestDebugControlChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IGuestDebugControlChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IGuestDebugControlChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getGuestDebugControl(self):
       req=IGuestDebugControlChangedEvent_getGuestDebugControlRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IGuestDebugControlChangedEvent_getGuestDebugControl(req)
       return IGuestDebugControl(self.mgr,val._returnval)


   _Attrs_={         'guestDebugControl':[getGuestDebugControl,None]}

class IMachineGroupsChangedEvent(IMachineEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IMachineGroupsChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IMachineGroupsChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IMachineEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IMachineGroupsChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getDummy(self):
       req=IMachineGroupsChangedEvent_getDummyRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IMachineGroupsChangedEvent_getDummy(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'dummy':[getDummy,None]}

class IStringArray(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStringArray(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStringArray._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStringArray._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getValues(self):
       req=IStringArray_getValuesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStringArray_getValues(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'values':[getValues,None]}

class IFormValue(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IFormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IFormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IFormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getType(self):
       req=IFormValue_getTypeRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getType(req)
       return FormValueType(self.mgr,val._returnval)
   def getGeneration(self):
       req=IFormValue_getGenerationRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getGeneration(req)
       return Int(self.mgr,val._returnval)
   def getEnabled(self):
       req=IFormValue_getEnabledRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getEnabled(req)
       return Boolean(self.mgr,val._returnval)
   def getVisible(self):
       req=IFormValue_getVisibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getVisible(req)
       return Boolean(self.mgr,val._returnval)
   def getLabel(self):
       req=IFormValue_getLabelRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getLabel(req)
       return String(self.mgr,val._returnval)
   def getDescription(self):
       req=IFormValue_getDescriptionRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getDescription(req)
       return String(self.mgr,val._returnval)
   def getHelp(self):
       req=IFormValue_getHelpRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IFormValue_getHelp(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'type':[getType,None],
         'generation':[getGeneration,None],
         'enabled':[getEnabled,None],
         'visible':[getVisible,None],
         'label':[getLabel,None],
         'description':[getDescription,None],
         'help':[getHelp,None]}

class IBooleanFormValue(IFormValue):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IBooleanFormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IBooleanFormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFormValue.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IBooleanFormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSelected(self):
       req=IBooleanFormValue_getSelectedRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IBooleanFormValue_getSelected(req)
       
       return Boolean(self.mgr,val._returnval)


   def setSelected(self, _arg_selected):
       req=IBooleanFormValue_setSelectedRequestMsg()
       req._this=self.handle
       
       req._selected=_arg_selected
       val=self.mgr.getPort().IBooleanFormValue_setSelected(req)
       
       return IProgress(self.mgr,val._returnval)




   _Attrs_={}

class IRangedIntegerFormValue(IFormValue):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRangedIntegerFormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRangedIntegerFormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFormValue.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRangedIntegerFormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getInteger(self):
       req=IRangedIntegerFormValue_getIntegerRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IRangedIntegerFormValue_getInteger(req)
       
       return Int(self.mgr,val._returnval)


   def setInteger(self, _arg_value):
       req=IRangedIntegerFormValue_setIntegerRequestMsg()
       req._this=self.handle
       
       req._value=_arg_value
       val=self.mgr.getPort().IRangedIntegerFormValue_setInteger(req)
       
       return IProgress(self.mgr,val._returnval)


   def getSuffix(self):
       req=IRangedIntegerFormValue_getSuffixRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedIntegerFormValue_getSuffix(req)
       return String(self.mgr,val._returnval)
   def getMinimum(self):
       req=IRangedIntegerFormValue_getMinimumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedIntegerFormValue_getMinimum(req)
       return Int(self.mgr,val._returnval)
   def getMaximum(self):
       req=IRangedIntegerFormValue_getMaximumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedIntegerFormValue_getMaximum(req)
       return Int(self.mgr,val._returnval)


   _Attrs_={         'suffix':[getSuffix,None],
         'minimum':[getMinimum,None],
         'maximum':[getMaximum,None]}

class IRangedInteger64FormValue(IFormValue):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IRangedInteger64FormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IRangedInteger64FormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFormValue.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IRangedInteger64FormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getInteger(self):
       req=IRangedInteger64FormValue_getIntegerRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IRangedInteger64FormValue_getInteger(req)
       
       return Long(self.mgr,val._returnval)


   def setInteger(self, _arg_value):
       req=IRangedInteger64FormValue_setIntegerRequestMsg()
       req._this=self.handle
       
       req._value=_arg_value
       val=self.mgr.getPort().IRangedInteger64FormValue_setInteger(req)
       
       return IProgress(self.mgr,val._returnval)


   def getSuffix(self):
       req=IRangedInteger64FormValue_getSuffixRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedInteger64FormValue_getSuffix(req)
       return String(self.mgr,val._returnval)
   def getMinimum(self):
       req=IRangedInteger64FormValue_getMinimumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedInteger64FormValue_getMinimum(req)
       return Long(self.mgr,val._returnval)
   def getMaximum(self):
       req=IRangedInteger64FormValue_getMaximumRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IRangedInteger64FormValue_getMaximum(req)
       return Long(self.mgr,val._returnval)


   _Attrs_={         'suffix':[getSuffix,None],
         'minimum':[getMinimum,None],
         'maximum':[getMaximum,None]}

class IStringFormValue(IFormValue):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IStringFormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IStringFormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFormValue.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IStringFormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getString(self):
       req=IStringFormValue_getStringRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IStringFormValue_getString(req)
       
       return String(self.mgr,val._returnval)


   def setString(self, _arg_text):
       req=IStringFormValue_setStringRequestMsg()
       req._this=self.handle
       
       req._text=_arg_text
       val=self.mgr.getPort().IStringFormValue_setString(req)
       
       return IProgress(self.mgr,val._returnval)


   def getMultiline(self):
       req=IStringFormValue_getMultilineRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStringFormValue_getMultiline(req)
       return Boolean(self.mgr,val._returnval)
   def getClipboardString(self):
       req=IStringFormValue_getClipboardStringRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IStringFormValue_getClipboardString(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'multiline':[getMultiline,None],
         'clipboardString':[getClipboardString,None]}

class IChoiceFormValue(IFormValue):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IChoiceFormValue(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IChoiceFormValue._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IFormValue.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IChoiceFormValue._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getSelectedIndex(self):
       req=IChoiceFormValue_getSelectedIndexRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IChoiceFormValue_getSelectedIndex(req)
       
       return Int(self.mgr,val._returnval)


   def setSelectedIndex(self, _arg_index):
       req=IChoiceFormValue_setSelectedIndexRequestMsg()
       req._this=self.handle
       
       req._index=_arg_index
       val=self.mgr.getPort().IChoiceFormValue_setSelectedIndex(req)
       
       return IProgress(self.mgr,val._returnval)


   def getValues(self):
       req=IChoiceFormValue_getValuesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IChoiceFormValue_getValues(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'values':[getValues,None]}

class IForm(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IForm(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IForm._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IForm._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getFieldGroup(self, _arg_field):
       req=IForm_getFieldGroupRequestMsg()
       req._this=self.handle
       
       req._field=_arg_field
       val=self.mgr.getPort().IForm_getFieldGroup(req)
       
       return String(self.mgr,val._returnval, True)


   def apply(self):
       req=IForm_applyRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IForm_apply(req)
       
       return IProgress(self.mgr,val._returnval)


   def getValues(self):
       req=IForm_getValuesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().IForm_getValues(req)
       return IFormValue(self.mgr,val._returnval, True)


   _Attrs_={         'values':[getValues,None]}

class IVirtualSystemDescriptionForm(IForm):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return IVirtualSystemDescriptionForm(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = IVirtualSystemDescriptionForm._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IForm.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = IVirtualSystemDescriptionForm._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getVirtualSystemDescription(self):
       req=IVirtualSystemDescriptionForm_getVirtualSystemDescriptionRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().IVirtualSystemDescriptionForm_getVirtualSystemDescription(req)
       
       return IVirtualSystemDescription(self.mgr,val._returnval)




   _Attrs_={}

class ICloudNetworkGatewayInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudNetworkGatewayInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudNetworkGatewayInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudNetworkGatewayInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getPublicIP(self):
       req=ICloudNetworkGatewayInfo_getPublicIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetworkGatewayInfo_getPublicIP(req)
       return String(self.mgr,val._returnval)
   def getSecondaryPublicIP(self):
       req=ICloudNetworkGatewayInfo_getSecondaryPublicIPRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetworkGatewayInfo_getSecondaryPublicIP(req)
       return String(self.mgr,val._returnval)
   def getMacAddress(self):
       req=ICloudNetworkGatewayInfo_getMacAddressRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetworkGatewayInfo_getMacAddress(req)
       return String(self.mgr,val._returnval)
   def getInstanceId(self):
       req=ICloudNetworkGatewayInfo_getInstanceIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetworkGatewayInfo_getInstanceId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'publicIP':[getPublicIP,None],
         'secondaryPublicIP':[getSecondaryPublicIP,None],
         'macAddress':[getMacAddress,None],
         'instanceId':[getInstanceId,None]}

class ICloudNetworkEnvironmentInfo(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudNetworkEnvironmentInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudNetworkEnvironmentInfo._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudNetworkEnvironmentInfo._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getTunnelNetworkId(self):
       req=ICloudNetworkEnvironmentInfo_getTunnelNetworkIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudNetworkEnvironmentInfo_getTunnelNetworkId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'tunnelNetworkId':[getTunnelNetworkId,None]}

class ICloudMachine(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudMachine(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudMachine._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudMachine._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def refresh(self):
       req=ICloudMachine_refreshRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_refresh(req)
       
       return IProgress(self.mgr,val._returnval)


   def getDetailsForm(self):
       req=ICloudMachine_getDetailsFormRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_getDetailsForm(req)
       
       return IForm(self.mgr,val._returnval)


   def getSettingsForm(self):
       req=ICloudMachine_getSettingsFormRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_getSettingsForm(req)
       
       return IProgress(self.mgr,val._returnval), IForm(self.mgr,val._form)


   def powerUp(self):
       req=ICloudMachine_powerUpRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_powerUp(req)
       
       return IProgress(self.mgr,val._returnval)


   def reboot(self):
       req=ICloudMachine_rebootRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_reboot(req)
       
       return IProgress(self.mgr,val._returnval)


   def reset(self):
       req=ICloudMachine_resetRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_reset(req)
       
       return IProgress(self.mgr,val._returnval)


   def shutdown(self):
       req=ICloudMachine_shutdownRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_shutdown(req)
       
       return IProgress(self.mgr,val._returnval)


   def powerDown(self):
       req=ICloudMachine_powerDownRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_powerDown(req)
       
       return IProgress(self.mgr,val._returnval)


   def terminate(self):
       req=ICloudMachine_terminateRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_terminate(req)
       
       return IProgress(self.mgr,val._returnval)


   def unregister(self):
       req=ICloudMachine_unregisterRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_unregister(req)
       
       return IProgress(self.mgr,val._returnval)


   def remove(self):
       req=ICloudMachine_removeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_remove(req)
       
       return IProgress(self.mgr,val._returnval)


   def getConsoleHistory(self):
       req=ICloudMachine_getConsoleHistoryRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_getConsoleHistory(req)
       
       return IProgress(self.mgr,val._returnval), IDataStream(self.mgr,val._stream)


   def createConsoleConnection(self, _arg_sshPublicKey):
       req=ICloudMachine_createConsoleConnectionRequestMsg()
       req._this=self.handle
       
       req._sshPublicKey=_arg_sshPublicKey
       val=self.mgr.getPort().ICloudMachine_createConsoleConnection(req)
       
       return IProgress(self.mgr,val._returnval)


   def deleteConsoleConnection(self):
       req=ICloudMachine_deleteConsoleConnectionRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_deleteConsoleConnection(req)
       
       return IProgress(self.mgr,val._returnval)


   def listMetricNames(self):
       req=ICloudMachine_listMetricNamesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudMachine_listMetricNames(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._metricNames)


   def enumerateMetricData(self, _arg_metricType, _arg_pointsNumber):
       req=ICloudMachine_enumerateMetricDataRequestMsg()
       req._this=self.handle
       
       req._metricType=_arg_metricType
       req._pointsNumber=_arg_pointsNumber
       val=self.mgr.getPort().ICloudMachine_enumerateMetricData(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._values), IStringArray(self.mgr,val._timestamps), IStringArray(self.mgr,val._unit)


   def getId(self):
       req=ICloudMachine_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getId(req)
       return String(self.mgr,val._returnval)
   def getCloudId(self):
       req=ICloudMachine_getCloudIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getCloudId(req)
       return String(self.mgr,val._returnval)
   def getAccessible(self):
       req=ICloudMachine_getAccessibleRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getAccessible(req)
       return Boolean(self.mgr,val._returnval)
   def getAccessError(self):
       req=ICloudMachine_getAccessErrorRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getAccessError(req)
       return IVirtualBoxErrorInfo(self.mgr,val._returnval)
   def getName(self):
       req=ICloudMachine_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getName(req)
       return String(self.mgr,val._returnval)
   def getOSTypeId(self):
       req=ICloudMachine_getOSTypeIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getOSTypeId(req)
       return String(self.mgr,val._returnval)
   def getState(self):
       req=ICloudMachine_getStateRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getState(req)
       return CloudMachineState(self.mgr,val._returnval)
   def getConsoleConnectionFingerprint(self):
       req=ICloudMachine_getConsoleConnectionFingerprintRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getConsoleConnectionFingerprint(req)
       return String(self.mgr,val._returnval)
   def getSerialConsoleCommand(self):
       req=ICloudMachine_getSerialConsoleCommandRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getSerialConsoleCommand(req)
       return String(self.mgr,val._returnval)
   def getSerialConsoleCommandWindows(self):
       req=ICloudMachine_getSerialConsoleCommandWindowsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getSerialConsoleCommandWindows(req)
       return String(self.mgr,val._returnval)
   def getVNCConsoleCommand(self):
       req=ICloudMachine_getVNCConsoleCommandRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getVNCConsoleCommand(req)
       return String(self.mgr,val._returnval)
   def getVNCConsoleCommandWindows(self):
       req=ICloudMachine_getVNCConsoleCommandWindowsRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudMachine_getVNCConsoleCommandWindows(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'cloudId':[getCloudId,None],
         'accessible':[getAccessible,None],
         'accessError':[getAccessError,None],
         'name':[getName,None],
         'OSTypeId':[getOSTypeId,None],
         'state':[getState,None],
         'consoleConnectionFingerprint':[getConsoleConnectionFingerprint,None],
         'serialConsoleCommand':[getSerialConsoleCommand,None],
         'serialConsoleCommandWindows':[getSerialConsoleCommandWindows,None],
         'VNCConsoleCommand':[getVNCConsoleCommand,None],
         'VNCConsoleCommandWindows':[getVNCConsoleCommandWindows,None]}

class ICloudClient(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudClient(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudClient._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudClient._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getExportDescriptionForm(self, _arg_description):
       req=ICloudClient_getExportDescriptionFormRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_getExportDescriptionForm(req)
       
       return IProgress(self.mgr,val._returnval), IVirtualSystemDescriptionForm(self.mgr,val._form)


   def exportVM(self, _arg_description, _arg_progress):
       req=ICloudClient_exportVMRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       req._progress=_arg_progress
       val=self.mgr.getPort().ICloudClient_exportVM(req)
       
       return 


   def getLaunchDescriptionForm(self, _arg_description):
       req=ICloudClient_getLaunchDescriptionFormRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_getLaunchDescriptionForm(req)
       
       return IProgress(self.mgr,val._returnval), IVirtualSystemDescriptionForm(self.mgr,val._form)


   def launchVM(self, _arg_description):
       req=ICloudClient_launchVMRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_launchVM(req)
       
       return IProgress(self.mgr,val._returnval)


   def getImportDescriptionForm(self, _arg_description):
       req=ICloudClient_getImportDescriptionFormRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_getImportDescriptionForm(req)
       
       return IProgress(self.mgr,val._returnval), IVirtualSystemDescriptionForm(self.mgr,val._form)


   def importInstance(self, _arg_description, _arg_progress):
       req=ICloudClient_importInstanceRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       req._progress=_arg_progress
       val=self.mgr.getPort().ICloudClient_importInstance(req)
       
       return 


   def getCloudMachine(self, _arg_id):
       req=ICloudClient_getCloudMachineRequestMsg()
       req._this=self.handle
       
       req._id=_arg_id
       val=self.mgr.getPort().ICloudClient_getCloudMachine(req)
       
       return ICloudMachine(self.mgr,val._returnval)


   def readCloudMachineList(self):
       req=ICloudClient_readCloudMachineListRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudClient_readCloudMachineList(req)
       
       return IProgress(self.mgr,val._returnval)


   def readCloudMachineStubList(self):
       req=ICloudClient_readCloudMachineStubListRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudClient_readCloudMachineStubList(req)
       
       return IProgress(self.mgr,val._returnval)


   def addCloudMachine(self, _arg_instanceId):
       req=ICloudClient_addCloudMachineRequestMsg()
       req._this=self.handle
       
       req._instanceId=_arg_instanceId
       val=self.mgr.getPort().ICloudClient_addCloudMachine(req)
       
       return IProgress(self.mgr,val._returnval), ICloudMachine(self.mgr,val._machine)


   def createCloudMachine(self, _arg_description):
       req=ICloudClient_createCloudMachineRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_createCloudMachine(req)
       
       return IProgress(self.mgr,val._returnval), ICloudMachine(self.mgr,val._machine)


   def listInstances(self, _arg_machineState):
       req=ICloudClient_listInstancesRequestMsg()
       req._this=self.handle
       
       req._machineState=_arg_machineState
       val=self.mgr.getPort().ICloudClient_listInstances(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnNames), IStringArray(self.mgr,val._returnIds)


   def listSourceInstances(self):
       req=ICloudClient_listSourceInstancesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudClient_listSourceInstances(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnNames), IStringArray(self.mgr,val._returnIds)


   def listImages(self, _arg_imageState):
       req=ICloudClient_listImagesRequestMsg()
       req._this=self.handle
       
       req._imageState=_arg_imageState
       val=self.mgr.getPort().ICloudClient_listImages(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnNames), IStringArray(self.mgr,val._returnIds)


   def listBootVolumes(self):
       req=ICloudClient_listBootVolumesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudClient_listBootVolumes(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnNames), IStringArray(self.mgr,val._returnIds)


   def listSourceBootVolumes(self):
       req=ICloudClient_listSourceBootVolumesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudClient_listSourceBootVolumes(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnNames), IStringArray(self.mgr,val._returnIds)


   def listVnicAttachments(self, _arg_parameters):
       req=ICloudClient_listVnicAttachmentsRequestMsg()
       req._this=self.handle
       
       req._parameters=_arg_parameters
       val=self.mgr.getPort().ICloudClient_listVnicAttachments(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._returnVnicAttachmentIds), IStringArray(self.mgr,val._returnVnicIds)


   def getInstanceInfo(self, _arg_uid, _arg_description):
       req=ICloudClient_getInstanceInfoRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_getInstanceInfo(req)
       
       return IProgress(self.mgr,val._returnval)


   def startInstance(self, _arg_uid):
       req=ICloudClient_startInstanceRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_startInstance(req)
       
       return IProgress(self.mgr,val._returnval)


   def pauseInstance(self, _arg_uid):
       req=ICloudClient_pauseInstanceRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_pauseInstance(req)
       
       return IProgress(self.mgr,val._returnval)


   def terminateInstance(self, _arg_uid):
       req=ICloudClient_terminateInstanceRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_terminateInstance(req)
       
       return IProgress(self.mgr,val._returnval)


   def resetInstance(self, _arg_uid):
       req=ICloudClient_resetInstanceRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_resetInstance(req)
       
       return IProgress(self.mgr,val._returnval)


   def cloneInstance(self, _arg_uid, _arg_newName):
       req=ICloudClient_cloneInstanceRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       req._newName=_arg_newName
       val=self.mgr.getPort().ICloudClient_cloneInstance(req)
       
       return IProgress(self.mgr,val._returnval), ICloudMachine(self.mgr,val._clone)


   def createImage(self, _arg_parameters):
       req=ICloudClient_createImageRequestMsg()
       req._this=self.handle
       
       req._parameters=_arg_parameters
       val=self.mgr.getPort().ICloudClient_createImage(req)
       
       return IProgress(self.mgr,val._returnval)


   def exportImage(self, _arg_image, _arg_parameters):
       req=ICloudClient_exportImageRequestMsg()
       req._this=self.handle
       
       req._image=_arg_image
       req._parameters=_arg_parameters
       val=self.mgr.getPort().ICloudClient_exportImage(req)
       
       return IProgress(self.mgr,val._returnval)


   def importImage(self, _arg_uid, _arg_parameters):
       req=ICloudClient_importImageRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       req._parameters=_arg_parameters
       val=self.mgr.getPort().ICloudClient_importImage(req)
       
       return IProgress(self.mgr,val._returnval)


   def deleteImage(self, _arg_uid):
       req=ICloudClient_deleteImageRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_deleteImage(req)
       
       return IProgress(self.mgr,val._returnval)


   def getImageInfo(self, _arg_uid):
       req=ICloudClient_getImageInfoRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_getImageInfo(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._infoArray)


   def startCloudNetworkGateway(self, _arg_network, _arg_sshPublicKey):
       req=ICloudClient_startCloudNetworkGatewayRequestMsg()
       req._this=self.handle
       
       req._network=_arg_network
       req._sshPublicKey=_arg_sshPublicKey
       val=self.mgr.getPort().ICloudClient_startCloudNetworkGateway(req)
       
       return IProgress(self.mgr,val._returnval), ICloudNetworkGatewayInfo(self.mgr,val._gatewayInfo)


   def setupCloudNetworkEnvironment(self, _arg_tunnelNetworkName, _arg_tunnelNetworkRange, _arg_gatewayOsName, _arg_gatewayOsVersion, _arg_gatewayShape):
       req=ICloudClient_setupCloudNetworkEnvironmentRequestMsg()
       req._this=self.handle
       
       req._tunnelNetworkName=_arg_tunnelNetworkName
       req._tunnelNetworkRange=_arg_tunnelNetworkRange
       req._gatewayOsName=_arg_gatewayOsName
       req._gatewayOsVersion=_arg_gatewayOsVersion
       req._gatewayShape=_arg_gatewayShape
       val=self.mgr.getPort().ICloudClient_setupCloudNetworkEnvironment(req)
       
       return IProgress(self.mgr,val._returnval), ICloudNetworkEnvironmentInfo(self.mgr,val._networkEnvironmentInfo)


   def getVnicInfo(self, _arg_uid):
       req=ICloudClient_getVnicInfoRequestMsg()
       req._this=self.handle
       
       req._uid=_arg_uid
       val=self.mgr.getPort().ICloudClient_getVnicInfo(req)
       
       return IProgress(self.mgr,val._returnval), IStringArray(self.mgr,val._infoArray)


   def getSubnetSelectionForm(self, _arg_description):
       req=ICloudClient_getSubnetSelectionFormRequestMsg()
       req._this=self.handle
       
       req._description=_arg_description
       val=self.mgr.getPort().ICloudClient_getSubnetSelectionForm(req)
       
       return IProgress(self.mgr,val._returnval), IVirtualSystemDescriptionForm(self.mgr,val._form)


   def getMetricTypeByName(self, _arg_metricName):
       req=ICloudClient_getMetricTypeByNameRequestMsg()
       req._this=self.handle
       
       req._metricName=_arg_metricName
       val=self.mgr.getPort().ICloudClient_getMetricTypeByName(req)
       
       return MetricType(self.mgr,val._returnval)


   def getCloudMachineList(self):
       req=ICloudClient_getCloudMachineListRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudClient_getCloudMachineList(req)
       return ICloudMachine(self.mgr,val._returnval, True)
   def getCloudMachineStubList(self):
       req=ICloudClient_getCloudMachineStubListRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudClient_getCloudMachineStubList(req)
       return ICloudMachine(self.mgr,val._returnval, True)


   _Attrs_={         'cloudMachineList':[getCloudMachineList,None],
         'cloudMachineStubList':[getCloudMachineStubList,None]}

class ICloudProfile(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProfile(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProfile._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProfile._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProperty(self, _arg_name):
       req=ICloudProfile_getPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().ICloudProfile_getProperty(req)
       
       return String(self.mgr,val._returnval)


   def setProperty(self, _arg_name, _arg_value):
       req=ICloudProfile_setPropertyRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       req._value=_arg_value
       val=self.mgr.getPort().ICloudProfile_setProperty(req)
       
       return 


   def getProperties(self, _arg_names):
       req=ICloudProfile_getPropertiesRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       val=self.mgr.getPort().ICloudProfile_getProperties(req)
       
       return String(self.mgr,val._returnval, True), String(self.mgr,val._returnNames, True)


   def setProperties(self, _arg_names, _arg_values):
       req=ICloudProfile_setPropertiesRequestMsg()
       req._this=self.handle
       
       req._names=_arg_names
       req._values=_arg_values
       val=self.mgr.getPort().ICloudProfile_setProperties(req)
       
       return 


   def remove(self):
       req=ICloudProfile_removeRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProfile_remove(req)
       
       return 


   def createCloudClient(self):
       req=ICloudProfile_createCloudClientRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProfile_createCloudClient(req)
       
       return ICloudClient(self.mgr,val._returnval)


   def getName(self):
       req=ICloudProfile_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfile_getName(req)
       return String(self.mgr,val._returnval)
   def setName(self, value):
       req=ICloudProfile_setNameRequestMsg()
       req._this=self.handle
       if type(value) in [int, bool, basestring, str]:
            req._name = value
       else:
            req._name = value.handle
       self.mgr.getPort().ICloudProfile_setName(req)

   def getProviderId(self):
       req=ICloudProfile_getProviderIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfile_getProviderId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'name':[getName,setName,
        ],
         'providerId':[getProviderId,None]}

class ICloudProvider(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProvider(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProvider._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProvider._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getPropertyDescription(self, _arg_name):
       req=ICloudProvider_getPropertyDescriptionRequestMsg()
       req._this=self.handle
       
       req._name=_arg_name
       val=self.mgr.getPort().ICloudProvider_getPropertyDescription(req)
       
       return String(self.mgr,val._returnval)


   def createProfile(self, _arg_profileName, _arg_names, _arg_values):
       req=ICloudProvider_createProfileRequestMsg()
       req._this=self.handle
       
       req._profileName=_arg_profileName
       req._names=_arg_names
       req._values=_arg_values
       val=self.mgr.getPort().ICloudProvider_createProfile(req)
       
       return 


   def importProfiles(self):
       req=ICloudProvider_importProfilesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProvider_importProfiles(req)
       
       return 


   def restoreProfiles(self):
       req=ICloudProvider_restoreProfilesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProvider_restoreProfiles(req)
       
       return 


   def saveProfiles(self):
       req=ICloudProvider_saveProfilesRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProvider_saveProfiles(req)
       
       return 


   def getProfileByName(self, _arg_profileName):
       req=ICloudProvider_getProfileByNameRequestMsg()
       req._this=self.handle
       
       req._profileName=_arg_profileName
       val=self.mgr.getPort().ICloudProvider_getProfileByName(req)
       
       return ICloudProfile(self.mgr,val._returnval)


   def prepareUninstall(self):
       req=ICloudProvider_prepareUninstallRequestMsg()
       req._this=self.handle
       
       val=self.mgr.getPort().ICloudProvider_prepareUninstall(req)
       
       return 


   def getName(self):
       req=ICloudProvider_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getName(req)
       return String(self.mgr,val._returnval)
   def getShortName(self):
       req=ICloudProvider_getShortNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getShortName(req)
       return String(self.mgr,val._returnval)
   def getId(self):
       req=ICloudProvider_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getId(req)
       return String(self.mgr,val._returnval)
   def getProfiles(self):
       req=ICloudProvider_getProfilesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getProfiles(req)
       return ICloudProfile(self.mgr,val._returnval, True)
   def getProfileNames(self):
       req=ICloudProvider_getProfileNamesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getProfileNames(req)
       return String(self.mgr,val._returnval, True)
   def getSupportedPropertyNames(self):
       req=ICloudProvider_getSupportedPropertyNamesRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProvider_getSupportedPropertyNames(req)
       return String(self.mgr,val._returnval, True)


   _Attrs_={         'name':[getName,None],
         'shortName':[getShortName,None],
         'id':[getId,None],
         'profiles':[getProfiles,None],
         'profileNames':[getProfileNames,None],
         'supportedPropertyNames':[getSupportedPropertyNames,None]}

class ICloudProviderManager(IUnknown):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProviderManager(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProviderManager._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IUnknown.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProviderManager._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProviderById(self, _arg_providerId):
       req=ICloudProviderManager_getProviderByIdRequestMsg()
       req._this=self.handle
       
       req._providerId=_arg_providerId
       val=self.mgr.getPort().ICloudProviderManager_getProviderById(req)
       
       return ICloudProvider(self.mgr,val._returnval)


   def getProviderByShortName(self, _arg_providerName):
       req=ICloudProviderManager_getProviderByShortNameRequestMsg()
       req._this=self.handle
       
       req._providerName=_arg_providerName
       val=self.mgr.getPort().ICloudProviderManager_getProviderByShortName(req)
       
       return ICloudProvider(self.mgr,val._returnval)


   def getProviderByName(self, _arg_providerName):
       req=ICloudProviderManager_getProviderByNameRequestMsg()
       req._this=self.handle
       
       req._providerName=_arg_providerName
       val=self.mgr.getPort().ICloudProviderManager_getProviderByName(req)
       
       return ICloudProvider(self.mgr,val._returnval)


   def getProviders(self):
       req=ICloudProviderManager_getProvidersRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProviderManager_getProviders(req)
       return ICloudProvider(self.mgr,val._returnval, True)


   _Attrs_={         'providers':[getProviders,None]}

class ICloudProviderListChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProviderListChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProviderListChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProviderListChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getRegistered(self):
       req=ICloudProviderListChangedEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProviderListChangedEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'registered':[getRegistered,None]}

class ICloudProviderRegisteredEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProviderRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProviderRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProviderRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=ICloudProviderRegisteredEvent_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProviderRegisteredEvent_getId(req)
       return String(self.mgr,val._returnval)
   def getRegistered(self):
       req=ICloudProviderRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProviderRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None],
         'registered':[getRegistered,None]}

class ICloudProviderUninstallEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProviderUninstallEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProviderUninstallEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProviderUninstallEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getId(self):
       req=ICloudProviderUninstallEvent_getIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProviderUninstallEvent_getId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'id':[getId,None]}

class ICloudProfileRegisteredEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProfileRegisteredEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProfileRegisteredEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProfileRegisteredEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProviderId(self):
       req=ICloudProfileRegisteredEvent_getProviderIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfileRegisteredEvent_getProviderId(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=ICloudProfileRegisteredEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfileRegisteredEvent_getName(req)
       return String(self.mgr,val._returnval)
   def getRegistered(self):
       req=ICloudProfileRegisteredEvent_getRegisteredRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfileRegisteredEvent_getRegistered(req)
       return Boolean(self.mgr,val._returnval)


   _Attrs_={         'providerId':[getProviderId,None],
         'name':[getName,None],
         'registered':[getRegistered,None]}

class ICloudProfileChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ICloudProfileChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ICloudProfileChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ICloudProfileChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getProviderId(self):
       req=ICloudProfileChangedEvent_getProviderIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfileChangedEvent_getProviderId(req)
       return String(self.mgr,val._returnval)
   def getName(self):
       req=ICloudProfileChangedEvent_getNameRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ICloudProfileChangedEvent_getName(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'providerId':[getProviderId,None],
         'name':[getName,None]}

class ILanguageChangedEvent(IEvent):
   def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       if handle is None:
           raise Exception("bad handle: "+str(handle))
       self.handle = handle
       self.isarray = isarray
       if self.isarray:
           for strHnd in handle:
               mgr.register(strHnd)
       else:
           mgr.register(self.handle)

   def __del__(self):
       self.releaseRemote()

   def releaseRemote(self):
        try:
            if self.handle is not None:
               if self.isarray:
                   for strHnd in self.handle:
                       self.mgr.unregister(strHnd)
               else:
                   self.mgr.unregister(self.handle)
               self.handle = None;
        except:
            pass

   def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

   def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

   def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

   def __getitem__(self, index):
      if self.isarray:
          return ILanguageChangedEvent(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")

   def __str__(self):
        if self.isarray:
            return str(self.handle)
        else:
            return self.handle

   def isValid(self):
        return self.handle != None and self.handle != ''

   def __getattr__(self,name):
      hndl = ILanguageChangedEvent._Attrs_.get(name, None)
      if hndl != None:
         if hndl[0] != None:
           return hndl[0](self)
         else:
          raise AttributeError
      else:
         return IEvent.__getattr__(self, name)

   def __setattr__(self, name, val):
      hndl = ILanguageChangedEvent._Attrs_.get(name, None)
      if (hndl != None and hndl[1] != None):
         hndl[1](self,val)
      else:
         self.__dict__[name] = val

   
   def getLanguageId(self):
       req=ILanguageChangedEvent_getLanguageIdRequestMsg()
       req._this=self.handle
       val=self.mgr.getPort().ILanguageChangedEvent_getLanguageId(req)
       return String(self.mgr,val._returnval)


   _Attrs_={         'languageId':[getLanguageId,None]}
class IPCIDeviceAttachment:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.name = String(self.mgr, handle._name)
       
          self.isPhysicalDevice = Boolean(self.mgr, handle._isPhysicalDevice)
       
          self.hostAddress = Int(self.mgr, handle._hostAddress)
       
          self.guestAddress = Int(self.mgr, handle._guestAddress)
       
          pass

   
    def getName(self):
       return self.name

    def setName(self):
       raise Error('setters not supported')
    
    def getIsPhysicalDevice(self):
       return self.isPhysicalDevice

    def setIsPhysicalDevice(self):
       raise Error('setters not supported')
    
    def getHostAddress(self):
       return self.hostAddress

    def setHostAddress(self):
       raise Error('setters not supported')
    
    def getGuestAddress(self):
       return self.guestAddress

    def setGuestAddress(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IPCIDeviceAttachment(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class IVRDEServerInfo:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.active = Boolean(self.mgr, handle._active)
       
          self.port = Int(self.mgr, handle._port)
       
          self.numberOfClients = UnsignedInt(self.mgr, handle._numberOfClients)
       
          self.beginTime = Long(self.mgr, handle._beginTime)
       
          self.endTime = Long(self.mgr, handle._endTime)
       
          self.bytesSent = Long(self.mgr, handle._bytesSent)
       
          self.bytesSentTotal = Long(self.mgr, handle._bytesSentTotal)
       
          self.bytesReceived = Long(self.mgr, handle._bytesReceived)
       
          self.bytesReceivedTotal = Long(self.mgr, handle._bytesReceivedTotal)
       
          self.user = String(self.mgr, handle._user)
       
          self.domain = String(self.mgr, handle._domain)
       
          self.clientName = String(self.mgr, handle._clientName)
       
          self.clientIP = String(self.mgr, handle._clientIP)
       
          self.clientVersion = UnsignedInt(self.mgr, handle._clientVersion)
       
          self.encryptionStyle = UnsignedInt(self.mgr, handle._encryptionStyle)
       
          pass

   
    def getActive(self):
       return self.active

    def setActive(self):
       raise Error('setters not supported')
    
    def getPort(self):
       return self.port

    def setPort(self):
       raise Error('setters not supported')
    
    def getNumberOfClients(self):
       return self.numberOfClients

    def setNumberOfClients(self):
       raise Error('setters not supported')
    
    def getBeginTime(self):
       return self.beginTime

    def setBeginTime(self):
       raise Error('setters not supported')
    
    def getEndTime(self):
       return self.endTime

    def setEndTime(self):
       raise Error('setters not supported')
    
    def getBytesSent(self):
       return self.bytesSent

    def setBytesSent(self):
       raise Error('setters not supported')
    
    def getBytesSentTotal(self):
       return self.bytesSentTotal

    def setBytesSentTotal(self):
       raise Error('setters not supported')
    
    def getBytesReceived(self):
       return self.bytesReceived

    def setBytesReceived(self):
       raise Error('setters not supported')
    
    def getBytesReceivedTotal(self):
       return self.bytesReceivedTotal

    def setBytesReceivedTotal(self):
       raise Error('setters not supported')
    
    def getUser(self):
       return self.user

    def setUser(self):
       raise Error('setters not supported')
    
    def getDomain(self):
       return self.domain

    def setDomain(self):
       raise Error('setters not supported')
    
    def getClientName(self):
       return self.clientName

    def setClientName(self):
       raise Error('setters not supported')
    
    def getClientIP(self):
       return self.clientIP

    def setClientIP(self):
       raise Error('setters not supported')
    
    def getClientVersion(self):
       return self.clientVersion

    def setClientVersion(self):
       raise Error('setters not supported')
    
    def getEncryptionStyle(self):
       return self.encryptionStyle

    def setEncryptionStyle(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IVRDEServerInfo(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class IHostDrivePartition:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.number = UnsignedInt(self.mgr, handle._number)
       
          self.size = Long(self.mgr, handle._size)
       
          self.start = Long(self.mgr, handle._start)
       
          self.type = PartitionType(self.mgr, handle._type)
       
          self.active = Boolean(self.mgr, handle._active)
       
          self.typeMBR = UnsignedInt(self.mgr, handle._typeMBR)
       
          self.startCylinder = UnsignedInt(self.mgr, handle._startCylinder)
       
          self.startHead = UnsignedInt(self.mgr, handle._startHead)
       
          self.startSector = UnsignedInt(self.mgr, handle._startSector)
       
          self.endCylinder = UnsignedInt(self.mgr, handle._endCylinder)
       
          self.endHead = UnsignedInt(self.mgr, handle._endHead)
       
          self.endSector = UnsignedInt(self.mgr, handle._endSector)
       
          self.typeUuid = String(self.mgr, handle._typeUuid)
       
          self.uuid = String(self.mgr, handle._uuid)
       
          self.name = String(self.mgr, handle._name)
       
          pass

   
    def getNumber(self):
       return self.number

    def setNumber(self):
       raise Error('setters not supported')
    
    def getSize(self):
       return self.size

    def setSize(self):
       raise Error('setters not supported')
    
    def getStart(self):
       return self.start

    def setStart(self):
       raise Error('setters not supported')
    
    def getType(self):
       return self.type

    def setType(self):
       raise Error('setters not supported')
    
    def getActive(self):
       return self.active

    def setActive(self):
       raise Error('setters not supported')
    
    def getTypeMBR(self):
       return self.typeMBR

    def setTypeMBR(self):
       raise Error('setters not supported')
    
    def getStartCylinder(self):
       return self.startCylinder

    def setStartCylinder(self):
       raise Error('setters not supported')
    
    def getStartHead(self):
       return self.startHead

    def setStartHead(self):
       raise Error('setters not supported')
    
    def getStartSector(self):
       return self.startSector

    def setStartSector(self):
       raise Error('setters not supported')
    
    def getEndCylinder(self):
       return self.endCylinder

    def setEndCylinder(self):
       raise Error('setters not supported')
    
    def getEndHead(self):
       return self.endHead

    def setEndHead(self):
       raise Error('setters not supported')
    
    def getEndSector(self):
       return self.endSector

    def setEndSector(self):
       raise Error('setters not supported')
    
    def getTypeUuid(self):
       return self.typeUuid

    def setTypeUuid(self):
       raise Error('setters not supported')
    
    def getUuid(self):
       return self.uuid

    def setUuid(self):
       raise Error('setters not supported')
    
    def getName(self):
       return self.name

    def setName(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IHostDrivePartition(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class IGuestOSType:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.familyId = String(self.mgr, handle._familyId)
       
          self.familyDescription = String(self.mgr, handle._familyDescription)
       
          self.id = String(self.mgr, handle._id)
       
          self.subtype = String(self.mgr, handle._subtype)
       
          self.description = String(self.mgr, handle._description)
       
          self.is64Bit = Boolean(self.mgr, handle._is64Bit)
       
          self.platformArchitecture = PlatformArchitecture(self.mgr, handle._platformArchitecture)
       
          self.recommendedIOAPIC = Boolean(self.mgr, handle._recommendedIOAPIC)
       
          self.recommendedVirtEx = Boolean(self.mgr, handle._recommendedVirtEx)
       
          self.recommendedRAM = UnsignedInt(self.mgr, handle._recommendedRAM)
       
          self.recommendedGraphicsController = GraphicsControllerType(self.mgr, handle._recommendedGraphicsController)
       
          self.recommendedVRAM = UnsignedInt(self.mgr, handle._recommendedVRAM)
       
          self.recommended3DAcceleration = Boolean(self.mgr, handle._recommended3DAcceleration)
       
          self.recommendedHDD = Long(self.mgr, handle._recommendedHDD)
       
          self.adapterType = NetworkAdapterType(self.mgr, handle._adapterType)
       
          self.recommendedPAE = Boolean(self.mgr, handle._recommendedPAE)
       
          self.recommendedDVDStorageController = StorageControllerType(self.mgr, handle._recommendedDVDStorageController)
       
          self.recommendedDVDStorageBus = StorageBus(self.mgr, handle._recommendedDVDStorageBus)
       
          self.recommendedHDStorageController = StorageControllerType(self.mgr, handle._recommendedHDStorageController)
       
          self.recommendedHDStorageBus = StorageBus(self.mgr, handle._recommendedHDStorageBus)
       
          self.recommendedFirmware = FirmwareType(self.mgr, handle._recommendedFirmware)
       
          self.recommendedUSBHID = Boolean(self.mgr, handle._recommendedUSBHID)
       
          self.recommendedHPET = Boolean(self.mgr, handle._recommendedHPET)
       
          self.recommendedUSBTablet = Boolean(self.mgr, handle._recommendedUSBTablet)
       
          self.recommendedRTCUseUTC = Boolean(self.mgr, handle._recommendedRTCUseUTC)
       
          self.recommendedChipset = ChipsetType(self.mgr, handle._recommendedChipset)
       
          self.recommendedIommuType = IommuType(self.mgr, handle._recommendedIommuType)
       
          self.recommendedAudioController = AudioControllerType(self.mgr, handle._recommendedAudioController)
       
          self.recommendedAudioCodec = AudioCodecType(self.mgr, handle._recommendedAudioCodec)
       
          self.recommendedFloppy = Boolean(self.mgr, handle._recommendedFloppy)
       
          self.recommendedUSB = Boolean(self.mgr, handle._recommendedUSB)
       
          self.recommendedUSB3 = Boolean(self.mgr, handle._recommendedUSB3)
       
          self.recommendedTFReset = Boolean(self.mgr, handle._recommendedTFReset)
       
          self.recommendedX2APIC = Boolean(self.mgr, handle._recommendedX2APIC)
       
          self.recommendedCPUCount = UnsignedInt(self.mgr, handle._recommendedCPUCount)
       
          self.recommendedTpmType = TpmType(self.mgr, handle._recommendedTpmType)
       
          self.recommendedSecureBoot = Boolean(self.mgr, handle._recommendedSecureBoot)
       
          self.recommendedWDDMGraphics = Boolean(self.mgr, handle._recommendedWDDMGraphics)
       
          self.guestAdditionsInstallPackageName = String(self.mgr, handle._guestAdditionsInstallPackageName)
       
          pass

   
    def getFamilyId(self):
       return self.familyId

    def setFamilyId(self):
       raise Error('setters not supported')
    
    def getFamilyDescription(self):
       return self.familyDescription

    def setFamilyDescription(self):
       raise Error('setters not supported')
    
    def getId(self):
       return self.id

    def setId(self):
       raise Error('setters not supported')
    
    def getSubtype(self):
       return self.subtype

    def setSubtype(self):
       raise Error('setters not supported')
    
    def getDescription(self):
       return self.description

    def setDescription(self):
       raise Error('setters not supported')
    
    def getIs64Bit(self):
       return self.is64Bit

    def setIs64Bit(self):
       raise Error('setters not supported')
    
    def getPlatformArchitecture(self):
       return self.platformArchitecture

    def setPlatformArchitecture(self):
       raise Error('setters not supported')
    
    def getRecommendedIOAPIC(self):
       return self.recommendedIOAPIC

    def setRecommendedIOAPIC(self):
       raise Error('setters not supported')
    
    def getRecommendedVirtEx(self):
       return self.recommendedVirtEx

    def setRecommendedVirtEx(self):
       raise Error('setters not supported')
    
    def getRecommendedRAM(self):
       return self.recommendedRAM

    def setRecommendedRAM(self):
       raise Error('setters not supported')
    
    def getRecommendedGraphicsController(self):
       return self.recommendedGraphicsController

    def setRecommendedGraphicsController(self):
       raise Error('setters not supported')
    
    def getRecommendedVRAM(self):
       return self.recommendedVRAM

    def setRecommendedVRAM(self):
       raise Error('setters not supported')
    
    def getRecommended3DAcceleration(self):
       return self.recommended3DAcceleration

    def setRecommended3DAcceleration(self):
       raise Error('setters not supported')
    
    def getRecommendedHDD(self):
       return self.recommendedHDD

    def setRecommendedHDD(self):
       raise Error('setters not supported')
    
    def getAdapterType(self):
       return self.adapterType

    def setAdapterType(self):
       raise Error('setters not supported')
    
    def getRecommendedPAE(self):
       return self.recommendedPAE

    def setRecommendedPAE(self):
       raise Error('setters not supported')
    
    def getRecommendedDVDStorageController(self):
       return self.recommendedDVDStorageController

    def setRecommendedDVDStorageController(self):
       raise Error('setters not supported')
    
    def getRecommendedDVDStorageBus(self):
       return self.recommendedDVDStorageBus

    def setRecommendedDVDStorageBus(self):
       raise Error('setters not supported')
    
    def getRecommendedHDStorageController(self):
       return self.recommendedHDStorageController

    def setRecommendedHDStorageController(self):
       raise Error('setters not supported')
    
    def getRecommendedHDStorageBus(self):
       return self.recommendedHDStorageBus

    def setRecommendedHDStorageBus(self):
       raise Error('setters not supported')
    
    def getRecommendedFirmware(self):
       return self.recommendedFirmware

    def setRecommendedFirmware(self):
       raise Error('setters not supported')
    
    def getRecommendedUSBHID(self):
       return self.recommendedUSBHID

    def setRecommendedUSBHID(self):
       raise Error('setters not supported')
    
    def getRecommendedHPET(self):
       return self.recommendedHPET

    def setRecommendedHPET(self):
       raise Error('setters not supported')
    
    def getRecommendedUSBTablet(self):
       return self.recommendedUSBTablet

    def setRecommendedUSBTablet(self):
       raise Error('setters not supported')
    
    def getRecommendedRTCUseUTC(self):
       return self.recommendedRTCUseUTC

    def setRecommendedRTCUseUTC(self):
       raise Error('setters not supported')
    
    def getRecommendedChipset(self):
       return self.recommendedChipset

    def setRecommendedChipset(self):
       raise Error('setters not supported')
    
    def getRecommendedIommuType(self):
       return self.recommendedIommuType

    def setRecommendedIommuType(self):
       raise Error('setters not supported')
    
    def getRecommendedAudioController(self):
       return self.recommendedAudioController

    def setRecommendedAudioController(self):
       raise Error('setters not supported')
    
    def getRecommendedAudioCodec(self):
       return self.recommendedAudioCodec

    def setRecommendedAudioCodec(self):
       raise Error('setters not supported')
    
    def getRecommendedFloppy(self):
       return self.recommendedFloppy

    def setRecommendedFloppy(self):
       raise Error('setters not supported')
    
    def getRecommendedUSB(self):
       return self.recommendedUSB

    def setRecommendedUSB(self):
       raise Error('setters not supported')
    
    def getRecommendedUSB3(self):
       return self.recommendedUSB3

    def setRecommendedUSB3(self):
       raise Error('setters not supported')
    
    def getRecommendedTFReset(self):
       return self.recommendedTFReset

    def setRecommendedTFReset(self):
       raise Error('setters not supported')
    
    def getRecommendedX2APIC(self):
       return self.recommendedX2APIC

    def setRecommendedX2APIC(self):
       raise Error('setters not supported')
    
    def getRecommendedCPUCount(self):
       return self.recommendedCPUCount

    def setRecommendedCPUCount(self):
       raise Error('setters not supported')
    
    def getRecommendedTpmType(self):
       return self.recommendedTpmType

    def setRecommendedTpmType(self):
       raise Error('setters not supported')
    
    def getRecommendedSecureBoot(self):
       return self.recommendedSecureBoot

    def setRecommendedSecureBoot(self):
       raise Error('setters not supported')
    
    def getRecommendedWDDMGraphics(self):
       return self.recommendedWDDMGraphics

    def setRecommendedWDDMGraphics(self):
       raise Error('setters not supported')
    
    def getGuestAdditionsInstallPackageName(self):
       return self.guestAdditionsInstallPackageName

    def setGuestAdditionsInstallPackageName(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IGuestOSType(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class IAdditionsFacility:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.classType = AdditionsFacilityClass(self.mgr, handle._classType)
       
          self.lastUpdated = Long(self.mgr, handle._lastUpdated)
       
          self.name = String(self.mgr, handle._name)
       
          self.status = AdditionsFacilityStatus(self.mgr, handle._status)
       
          self.type = AdditionsFacilityType(self.mgr, handle._type)
       
          pass

   
    def getClassType(self):
       return self.classType

    def setClassType(self):
       raise Error('setters not supported')
    
    def getLastUpdated(self):
       return self.lastUpdated

    def setLastUpdated(self):
       raise Error('setters not supported')
    
    def getName(self):
       return self.name

    def setName(self):
       raise Error('setters not supported')
    
    def getStatus(self):
       return self.status

    def setStatus(self):
       raise Error('setters not supported')
    
    def getType(self):
       return self.type

    def setType(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IAdditionsFacility(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class IMediumAttachment:
    def __init__(self, mgr, handle, isarray = False):
       self.mgr = mgr
       self.isarray = isarray
       if isarray:
          self.handle = handle
       else:

          self.machine = IMachine(self.mgr, handle._machine)
       
          self.medium = IMedium(self.mgr, handle._medium)
       
          self.controller = String(self.mgr, handle._controller)
       
          self.port = Int(self.mgr, handle._port)
       
          self.device = Int(self.mgr, handle._device)
       
          self.type = DeviceType(self.mgr, handle._type)
       
          self.passthrough = Boolean(self.mgr, handle._passthrough)
       
          self.temporaryEject = Boolean(self.mgr, handle._temporaryEject)
       
          self.isEjected = Boolean(self.mgr, handle._isEjected)
       
          self.nonRotational = Boolean(self.mgr, handle._nonRotational)
       
          self.discard = Boolean(self.mgr, handle._discard)
       
          self.hotPluggable = Boolean(self.mgr, handle._hotPluggable)
       
          self.bandwidthGroup = IBandwidthGroup(self.mgr, handle._bandwidthGroup)
       
          pass

   
    def getMachine(self):
       return self.machine

    def setMachine(self):
       raise Error('setters not supported')
    
    def getMedium(self):
       return self.medium

    def setMedium(self):
       raise Error('setters not supported')
    
    def getController(self):
       return self.controller

    def setController(self):
       raise Error('setters not supported')
    
    def getPort(self):
       return self.port

    def setPort(self):
       raise Error('setters not supported')
    
    def getDevice(self):
       return self.device

    def setDevice(self):
       raise Error('setters not supported')
    
    def getType(self):
       return self.type

    def setType(self):
       raise Error('setters not supported')
    
    def getPassthrough(self):
       return self.passthrough

    def setPassthrough(self):
       raise Error('setters not supported')
    
    def getTemporaryEject(self):
       return self.temporaryEject

    def setTemporaryEject(self):
       raise Error('setters not supported')
    
    def getIsEjected(self):
       return self.isEjected

    def setIsEjected(self):
       raise Error('setters not supported')
    
    def getNonRotational(self):
       return self.nonRotational

    def setNonRotational(self):
       raise Error('setters not supported')
    
    def getDiscard(self):
       return self.discard

    def setDiscard(self):
       raise Error('setters not supported')
    
    def getHotPluggable(self):
       return self.hotPluggable

    def setHotPluggable(self):
       raise Error('setters not supported')
    
    def getBandwidthGroup(self):
       return self.bandwidthGroup

    def setBandwidthGroup(self):
       raise Error('setters not supported')
    

    def __next(self):
      if self.isarray:
          return self.handle.__next()
      raise TypeError("iteration over non-sequence")

    def __size(self):
      if self.isarray:
          return self.handle.__size()
      raise TypeError("iteration over non-sequence")

    def __len__(self):
      if self.isarray:
          return self.handle.__len__()
      raise TypeError("iteration over non-sequence")

    def __getitem__(self, index):
      if self.isarray:
          return IMediumAttachment(self.mgr, self.handle[index])
      raise TypeError("iteration over non-sequence")


class SettingsVersion:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SettingsVersion._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SettingsVersion):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SettingsVersion):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SettingsVersion._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'v1_0',2:'v1_1',3:'v1_2',4:'v1_3pre',5:'v1_3',6:'v1_4',7:'v1_5',8:'v1_6',9:'v1_7',10:'v1_8',11:'v1_9',12:'v1_10',13:'v1_11',14:'v1_12',15:'v1_13',16:'v1_14',17:'v1_15',18:'v1_16',19:'v1_17',20:'v1_18',21:'v1_19',22:'v1_20',23:'v1_21',99999:'Future'}
   _ValueMap={
              'Null':0,
              'v1_0':1,
              'v1_1':2,
              'v1_2':3,
              'v1_3pre':4,
              'v1_3':5,
              'v1_4':6,
              'v1_5':7,
              'v1_6':8,
              'v1_7':9,
              'v1_8':10,
              'v1_9':11,
              'v1_10':12,
              'v1_11':13,
              'v1_12':14,
              'v1_13':15,
              'v1_14':16,
              'v1_15':17,
              'v1_16':18,
              'v1_17':19,
              'v1_18':20,
              'v1_19':21,
              'v1_20':22,
              'v1_21':23,
              'Future':99999}

   Null=0
   v1_0=1
   v1_1=2
   v1_2=3
   v1_3pre=4
   v1_3=5
   v1_4=6
   v1_5=7
   v1_6=8
   v1_7=9
   v1_8=10
   v1_9=11
   v1_10=12
   v1_11=13
   v1_12=14
   v1_13=15
   v1_14=16
   v1_15=17
   v1_16=18
   v1_17=19
   v1_18=20
   v1_19=21
   v1_20=22
   v1_21=23
   Future=99999

class AccessMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AccessMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AccessMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AccessMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AccessMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'ReadOnly',2:'ReadWrite'}
   _ValueMap={
              'ReadOnly':1,
              'ReadWrite':2}

   ReadOnly=1
   ReadWrite=2

class MachineState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MachineState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MachineState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MachineState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MachineState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'PoweredOff',2:'Saved',3:'Teleported',4:'Aborted',5:'AbortedSaved',6:'Running',7:'Paused',8:'Stuck',9:'Teleporting',10:'LiveSnapshotting',11:'Starting',12:'Stopping',13:'Saving',14:'Restoring',15:'TeleportingPausedVM',16:'TeleportingIn',17:'DeletingSnapshotOnline',18:'DeletingSnapshotPaused',19:'OnlineSnapshotting',20:'RestoringSnapshot',21:'DeletingSnapshot',22:'SettingUp',23:'Snapshotting',6:'FirstOnline',19:'LastOnline',9:'FirstTransient',23:'LastTransient'}
   _ValueMap={
              'Null':0,
              'PoweredOff':1,
              'Saved':2,
              'Teleported':3,
              'Aborted':4,
              'AbortedSaved':5,
              'Running':6,
              'Paused':7,
              'Stuck':8,
              'Teleporting':9,
              'LiveSnapshotting':10,
              'Starting':11,
              'Stopping':12,
              'Saving':13,
              'Restoring':14,
              'TeleportingPausedVM':15,
              'TeleportingIn':16,
              'DeletingSnapshotOnline':17,
              'DeletingSnapshotPaused':18,
              'OnlineSnapshotting':19,
              'RestoringSnapshot':20,
              'DeletingSnapshot':21,
              'SettingUp':22,
              'Snapshotting':23,
              'FirstOnline':6,
              'LastOnline':19,
              'FirstTransient':9,
              'LastTransient':23}

   Null=0
   PoweredOff=1
   Saved=2
   Teleported=3
   Aborted=4
   AbortedSaved=5
   Running=6
   Paused=7
   Stuck=8
   Teleporting=9
   LiveSnapshotting=10
   Starting=11
   Stopping=12
   Saving=13
   Restoring=14
   TeleportingPausedVM=15
   TeleportingIn=16
   DeletingSnapshotOnline=17
   DeletingSnapshotPaused=18
   OnlineSnapshotting=19
   RestoringSnapshot=20
   DeletingSnapshot=21
   SettingUp=22
   Snapshotting=23
   FirstOnline=6
   LastOnline=19
   FirstTransient=9
   LastTransient=23

class SessionState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SessionState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SessionState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SessionState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SessionState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Unlocked',2:'Locked',3:'Spawning',4:'Unlocking'}
   _ValueMap={
              'Null':0,
              'Unlocked':1,
              'Locked':2,
              'Spawning':3,
              'Unlocking':4}

   Null=0
   Unlocked=1
   Locked=2
   Spawning=3
   Unlocking=4

class PlatformArchitecture:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PlatformArchitecture._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PlatformArchitecture):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PlatformArchitecture):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PlatformArchitecture._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'x86',2:'ARM'}
   _ValueMap={
              'None':0,
              'x86':1,
              'ARM':2}

   _None=0
   x86=1
   ARM=2

class CPUArchitecture:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CPUArchitecture._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CPUArchitecture):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CPUArchitecture):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CPUArchitecture._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Any',1:'x86',2:'AMD64',3:'ARMv8_32',4:'ARMv8_64'}
   _ValueMap={
              'Any':0,
              'x86':1,
              'AMD64':2,
              'ARMv8_32':3,
              'ARMv8_64':4}

   Any=0
   x86=1
   AMD64=2
   ARMv8_32=3
   ARMv8_64=4

class CPUPropertyTypeX86:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CPUPropertyTypeX86._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CPUPropertyTypeX86):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CPUPropertyTypeX86):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CPUPropertyTypeX86._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'PAE',2:'LongMode',3:'TripleFaultReset',4:'APIC',5:'X2APIC',6:'IBPBOnVMExit',7:'IBPBOnVMEntry',8:'HWVirt',9:'SpecCtrl',10:'SpecCtrlByHost',11:'L1DFlushOnEMTScheduling',12:'L1DFlushOnVMEntry',13:'MDSClearOnEMTScheduling',14:'MDSClearOnVMEntry'}
   _ValueMap={
              'Null':0,
              'PAE':1,
              'LongMode':2,
              'TripleFaultReset':3,
              'APIC':4,
              'X2APIC':5,
              'IBPBOnVMExit':6,
              'IBPBOnVMEntry':7,
              'HWVirt':8,
              'SpecCtrl':9,
              'SpecCtrlByHost':10,
              'L1DFlushOnEMTScheduling':11,
              'L1DFlushOnVMEntry':12,
              'MDSClearOnEMTScheduling':13,
              'MDSClearOnVMEntry':14}

   Null=0
   PAE=1
   LongMode=2
   TripleFaultReset=3
   APIC=4
   X2APIC=5
   IBPBOnVMExit=6
   IBPBOnVMEntry=7
   HWVirt=8
   SpecCtrl=9
   SpecCtrlByHost=10
   L1DFlushOnEMTScheduling=11
   L1DFlushOnVMEntry=12
   MDSClearOnEMTScheduling=13
   MDSClearOnVMEntry=14

class CPUPropertyTypeARM:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CPUPropertyTypeARM._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CPUPropertyTypeARM):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CPUPropertyTypeARM):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CPUPropertyTypeARM._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'HWVirt',2:'GICITS'}
   _ValueMap={
              'Null':0,
              'HWVirt':1,
              'GICITS':2}

   Null=0
   HWVirt=1
   GICITS=2

class HWVirtExPropertyType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=HWVirtExPropertyType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,HWVirtExPropertyType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,HWVirtExPropertyType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return HWVirtExPropertyType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Enabled',2:'VPID',3:'NestedPaging',4:'UnrestrictedExecution',5:'LargePages',6:'Force',7:'UseNativeApi',8:'VirtVmsaveVmload'}
   _ValueMap={
              'Null':0,
              'Enabled':1,
              'VPID':2,
              'NestedPaging':3,
              'UnrestrictedExecution':4,
              'LargePages':5,
              'Force':6,
              'UseNativeApi':7,
              'VirtVmsaveVmload':8}

   Null=0
   Enabled=1
   VPID=2
   NestedPaging=3
   UnrestrictedExecution=4
   LargePages=5
   Force=6
   UseNativeApi=7
   VirtVmsaveVmload=8

class ParavirtProvider:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ParavirtProvider._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ParavirtProvider):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ParavirtProvider):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ParavirtProvider._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Default',2:'Legacy',3:'Minimal',4:'HyperV',5:'KVM'}
   _ValueMap={
              'None':0,
              'Default':1,
              'Legacy':2,
              'Minimal':3,
              'HyperV':4,
              'KVM':5}

   _None=0
   Default=1
   Legacy=2
   Minimal=3
   HyperV=4
   KVM=5

class LockType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=LockType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,LockType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,LockType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return LockType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Shared',2:'Write',3:'VM'}
   _ValueMap={
              'Null':0,
              'Shared':1,
              'Write':2,
              'VM':3}

   Null=0
   Shared=1
   Write=2
   VM=3

class SessionType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SessionType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SessionType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SessionType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SessionType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'WriteLock',2:'Remote',3:'Shared'}
   _ValueMap={
              'Null':0,
              'WriteLock':1,
              'Remote':2,
              'Shared':3}

   Null=0
   WriteLock=1
   Remote=2
   Shared=3

class DeviceType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DeviceType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DeviceType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DeviceType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DeviceType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Floppy',2:'DVD',3:'HardDisk',4:'Network',5:'USB',6:'SharedFolder',7:'Graphics3D',8:'End'}
   _ValueMap={
              'Null':0,
              'Floppy':1,
              'DVD':2,
              'HardDisk':3,
              'Network':4,
              'USB':5,
              'SharedFolder':6,
              'Graphics3D':7,
              'End':8}

   Null=0
   Floppy=1
   DVD=2
   HardDisk=3
   Network=4
   USB=5
   SharedFolder=6
   Graphics3D=7
   End=8

class DeviceActivity:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DeviceActivity._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DeviceActivity):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DeviceActivity):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DeviceActivity._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Idle',2:'Reading',3:'Writing'}
   _ValueMap={
              'Null':0,
              'Idle':1,
              'Reading':2,
              'Writing':3}

   Null=0
   Idle=1
   Reading=2
   Writing=3

class ClipboardMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ClipboardMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ClipboardMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ClipboardMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ClipboardMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disabled',1:'HostToGuest',2:'GuestToHost',3:'Bidirectional'}
   _ValueMap={
              'Disabled':0,
              'HostToGuest':1,
              'GuestToHost':2,
              'Bidirectional':3}

   Disabled=0
   HostToGuest=1
   GuestToHost=2
   Bidirectional=3

class DnDMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DnDMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DnDMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DnDMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DnDMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disabled',1:'HostToGuest',2:'GuestToHost',3:'Bidirectional'}
   _ValueMap={
              'Disabled':0,
              'HostToGuest':1,
              'GuestToHost':2,
              'Bidirectional':3}

   Disabled=0
   HostToGuest=1
   GuestToHost=2
   Bidirectional=3

class Scope:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=Scope._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,Scope):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,Scope):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return Scope._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Global',1:'Machine',2:'Session'}
   _ValueMap={
              'Global':0,
              'Machine':1,
              'Session':2}

   Global=0
   Machine=1
   Session=2

class FirmwareBootMenuMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FirmwareBootMenuMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FirmwareBootMenuMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FirmwareBootMenuMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FirmwareBootMenuMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disabled',1:'MenuOnly',2:'MessageAndMenu'}
   _ValueMap={
              'Disabled':0,
              'MenuOnly':1,
              'MessageAndMenu':2}

   Disabled=0
   MenuOnly=1
   MessageAndMenu=2

class APICMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=APICMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,APICMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,APICMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return APICMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disabled',1:'APIC',2:'X2APIC'}
   _ValueMap={
              'Disabled':0,
              'APIC':1,
              'X2APIC':2}

   Disabled=0
   APIC=1
   X2APIC=2

class ProcessorFeature:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessorFeature._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessorFeature):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessorFeature):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessorFeature._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'HWVirtEx',1:'PAE',2:'LongMode',3:'NestedPaging',4:'UnrestrictedGuest',5:'NestedHWVirt',6:'VirtVmsaveVmload'}
   _ValueMap={
              'HWVirtEx':0,
              'PAE':1,
              'LongMode':2,
              'NestedPaging':3,
              'UnrestrictedGuest':4,
              'NestedHWVirt':5,
              'VirtVmsaveVmload':6}

   HWVirtEx=0
   PAE=1
   LongMode=2
   NestedPaging=3
   UnrestrictedGuest=4
   NestedHWVirt=5
   VirtVmsaveVmload=6

class FirmwareType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FirmwareType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FirmwareType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FirmwareType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FirmwareType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'BIOS',2:'EFI',3:'EFI32',4:'EFI64',5:'EFIDUAL'}
   _ValueMap={
              'BIOS':1,
              'EFI':2,
              'EFI32':3,
              'EFI64':4,
              'EFIDUAL':5}

   BIOS=1
   EFI=2
   EFI32=3
   EFI64=4
   EFIDUAL=5

class PointingHIDType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PointingHIDType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PointingHIDType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PointingHIDType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PointingHIDType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'None',2:'PS2Mouse',3:'USBMouse',4:'USBTablet',5:'ComboMouse',6:'USBMultiTouch',7:'USBMultiTouchScreenPlusPad'}
   _ValueMap={
              'None':1,
              'PS2Mouse':2,
              'USBMouse':3,
              'USBTablet':4,
              'ComboMouse':5,
              'USBMultiTouch':6,
              'USBMultiTouchScreenPlusPad':7}

   _None=1
   PS2Mouse=2
   USBMouse=3
   USBTablet=4
   ComboMouse=5
   USBMultiTouch=6
   USBMultiTouchScreenPlusPad=7

class KeyboardHIDType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=KeyboardHIDType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,KeyboardHIDType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,KeyboardHIDType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return KeyboardHIDType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'None',2:'PS2Keyboard',3:'USBKeyboard',4:'ComboKeyboard'}
   _ValueMap={
              'None':1,
              'PS2Keyboard':2,
              'USBKeyboard':3,
              'ComboKeyboard':4}

   _None=1
   PS2Keyboard=2
   USBKeyboard=3
   ComboKeyboard=4

class BitmapFormat:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=BitmapFormat._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,BitmapFormat):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,BitmapFormat):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return BitmapFormat._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Opaque',0x20524742:'BGR',0x30524742:'BGR0',0x41524742:'BGRA',0x41424752:'RGBA',0x20474E50:'PNG',0x4745504A:'JPEG'}
   _ValueMap={
              'Opaque':0,
              'BGR':0x20524742,
              'BGR0':0x30524742,
              'BGRA':0x41524742,
              'RGBA':0x41424752,
              'PNG':0x20474E50,
              'JPEG':0x4745504A}

   Opaque=0
   BGR=0x20524742
   BGR0=0x30524742
   BGRA=0x41524742
   RGBA=0x41424752
   PNG=0x20474E50
   JPEG=0x4745504A

class PartitioningType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PartitioningType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PartitioningType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PartitioningType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PartitioningType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'MBR',1:'GPT'}
   _ValueMap={
              'MBR':0,
              'GPT':1}

   MBR=0
   GPT=1

class PartitionType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PartitionType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PartitionType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PartitionType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PartitionType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Empty',1:'FAT12',4:'FAT16',6:'FAT',7:'IFS',11:'FAT32CHS',12:'FAT32LBA',14:'FAT16B',15:'Extended',39:'WindowsRE',66:'LinuxSwapOld',67:'LinuxOld',108:'DragonFlyBSDSlice',130:'LinuxSwap',131:'Linux',133:'LinuxExtended',142:'LinuxLVM',165:'BSDSlice',168:'AppleUFS',175:'AppleHFS',191:'Solaris',238:'GPT',239:'EFI',256:'Unknown',257:'MBR',258:'iFFS',259:'SonyBoot',260:'LenovoBoot',270:'WindowsMSR',271:'WindowsBasicData',272:'WindowsLDMMeta',273:'WindowsLDMData',274:'WindowsRecovery',276:'WindowsStorageSpaces',277:'WindowsStorageReplica',275:'IBMGPFS',300:'LinuxData',301:'LinuxRAID',302:'LinuxRootX86',303:'LinuxRootAMD64',304:'LinuxRootARM32',305:'LinuxRootARM64',306:'LinuxHome',307:'LinuxSrv',308:'LinuxPlainDmCrypt',309:'LinuxLUKS',310:'LinuxReserved',330:'FreeBSDBoot',331:'FreeBSDData',332:'FreeBSDSwap',333:'FreeBSDUFS',334:'FreeBSDVinum',335:'FreeBSDZFS',359:'FreeBSDUnknown',360:'AppleHFSPlus',361:'AppleAPFS',362:'AppleRAID',363:'AppleRAIDOffline',364:'AppleBoot',365:'AppleLabel',366:'AppleTvRecovery',367:'AppleCoreStorage',370:'SoftRAIDStatus',371:'SoftRAIDScratch',372:'SoftRAIDVolume',373:'SoftRAIDCache',389:'AppleUnknown',390:'SolarisBoot',391:'SolarisRoot',392:'SolarisSwap',393:'SolarisBackup',394:'SolarisUsr',395:'SolarisVar',396:'SolarisHome',397:'SolarisAltSector',398:'SolarisReserved',419:'SolarisUnknown',420:'NetBSDSwap',421:'NetBSDFFS',422:'NetBSDLFS',423:'NetBSDRAID',424:'NetBSDConcatenated',425:'NetBSDEncrypted',449:'NetBSDUnknown',450:'ChromeOSKernel',451:'ChromeOSRootFS',452:'ChromeOSFuture',480:'ContLnxUsr',481:'ContLnxRoot',482:'ContLnxReserved',483:'ContLnxRootRAID',510:'HaikuBFS',540:'MidntBSDBoot',541:'MidntBSDData',542:'MidntBSDSwap',543:'MidntBSDUFS',544:'MidntBSDVium',545:'MidntBSDZFS',569:'MidntBSDUnknown',570:'OpenBSDData',600:'QNXPowerSafeFS',630:'Plan9',660:'VMWareVMKCore',661:'VMWareVMFS',662:'VMWareReserved',689:'VMWareUnknown',690:'AndroidX86Bootloader',691:'AndroidX86Bootloader2',692:'AndroidX86Boot',693:'AndroidX86Recovery',694:'AndroidX86Misc',695:'AndroidX86Metadata',696:'AndroidX86System',697:'AndroidX86Cache',698:'AndroidX86Data',699:'AndroidX86Persistent',700:'AndroidX86Vendor',701:'AndroidX86Config',702:'AndroidX86Factory',703:'AndroidX86FactoryAlt',704:'AndroidX86Fastboot',705:'AndroidX86OEM',720:'AndroidARMMeta',721:'AndroidARMExt',750:'ONIEBoot',751:'ONIEConfig',780:'PowerPCPrep',810:'XDGShrBootConfig',830:'CephBlock',831:'CephBlockDB',832:'CephBlockDBDmc',833:'CephBlockDBDmcLUKS',834:'CephBlockDmc',835:'CephBlockDmcLUKS',836:'CephBlockWALog',837:'CephBlockWALogDmc',838:'CephBlockWALogDmcLUKS',839:'CephDisk',840:'CephDiskDmc',841:'CephJournal',842:'CephJournalDmc',843:'CephJournalDmcLUKS',844:'CephLockbox',845:'CephMultipathBlock1',846:'CephMultipathBlock2',847:'CephMultipathBlockDB',848:'CephMultipathBLockWALog',849:'CephMultipathJournal',851:'CephMultipathOSD',852:'CephOSD',853:'CephOSDDmc',854:'CephOSDDmcLUKS'}
   _ValueMap={
              'Empty':0,
              'FAT12':1,
              'FAT16':4,
              'FAT':6,
              'IFS':7,
              'FAT32CHS':11,
              'FAT32LBA':12,
              'FAT16B':14,
              'Extended':15,
              'WindowsRE':39,
              'LinuxSwapOld':66,
              'LinuxOld':67,
              'DragonFlyBSDSlice':108,
              'LinuxSwap':130,
              'Linux':131,
              'LinuxExtended':133,
              'LinuxLVM':142,
              'BSDSlice':165,
              'AppleUFS':168,
              'AppleHFS':175,
              'Solaris':191,
              'GPT':238,
              'EFI':239,
              'Unknown':256,
              'MBR':257,
              'iFFS':258,
              'SonyBoot':259,
              'LenovoBoot':260,
              'WindowsMSR':270,
              'WindowsBasicData':271,
              'WindowsLDMMeta':272,
              'WindowsLDMData':273,
              'WindowsRecovery':274,
              'WindowsStorageSpaces':276,
              'WindowsStorageReplica':277,
              'IBMGPFS':275,
              'LinuxData':300,
              'LinuxRAID':301,
              'LinuxRootX86':302,
              'LinuxRootAMD64':303,
              'LinuxRootARM32':304,
              'LinuxRootARM64':305,
              'LinuxHome':306,
              'LinuxSrv':307,
              'LinuxPlainDmCrypt':308,
              'LinuxLUKS':309,
              'LinuxReserved':310,
              'FreeBSDBoot':330,
              'FreeBSDData':331,
              'FreeBSDSwap':332,
              'FreeBSDUFS':333,
              'FreeBSDVinum':334,
              'FreeBSDZFS':335,
              'FreeBSDUnknown':359,
              'AppleHFSPlus':360,
              'AppleAPFS':361,
              'AppleRAID':362,
              'AppleRAIDOffline':363,
              'AppleBoot':364,
              'AppleLabel':365,
              'AppleTvRecovery':366,
              'AppleCoreStorage':367,
              'SoftRAIDStatus':370,
              'SoftRAIDScratch':371,
              'SoftRAIDVolume':372,
              'SoftRAIDCache':373,
              'AppleUnknown':389,
              'SolarisBoot':390,
              'SolarisRoot':391,
              'SolarisSwap':392,
              'SolarisBackup':393,
              'SolarisUsr':394,
              'SolarisVar':395,
              'SolarisHome':396,
              'SolarisAltSector':397,
              'SolarisReserved':398,
              'SolarisUnknown':419,
              'NetBSDSwap':420,
              'NetBSDFFS':421,
              'NetBSDLFS':422,
              'NetBSDRAID':423,
              'NetBSDConcatenated':424,
              'NetBSDEncrypted':425,
              'NetBSDUnknown':449,
              'ChromeOSKernel':450,
              'ChromeOSRootFS':451,
              'ChromeOSFuture':452,
              'ContLnxUsr':480,
              'ContLnxRoot':481,
              'ContLnxReserved':482,
              'ContLnxRootRAID':483,
              'HaikuBFS':510,
              'MidntBSDBoot':540,
              'MidntBSDData':541,
              'MidntBSDSwap':542,
              'MidntBSDUFS':543,
              'MidntBSDVium':544,
              'MidntBSDZFS':545,
              'MidntBSDUnknown':569,
              'OpenBSDData':570,
              'QNXPowerSafeFS':600,
              'Plan9':630,
              'VMWareVMKCore':660,
              'VMWareVMFS':661,
              'VMWareReserved':662,
              'VMWareUnknown':689,
              'AndroidX86Bootloader':690,
              'AndroidX86Bootloader2':691,
              'AndroidX86Boot':692,
              'AndroidX86Recovery':693,
              'AndroidX86Misc':694,
              'AndroidX86Metadata':695,
              'AndroidX86System':696,
              'AndroidX86Cache':697,
              'AndroidX86Data':698,
              'AndroidX86Persistent':699,
              'AndroidX86Vendor':700,
              'AndroidX86Config':701,
              'AndroidX86Factory':702,
              'AndroidX86FactoryAlt':703,
              'AndroidX86Fastboot':704,
              'AndroidX86OEM':705,
              'AndroidARMMeta':720,
              'AndroidARMExt':721,
              'ONIEBoot':750,
              'ONIEConfig':751,
              'PowerPCPrep':780,
              'XDGShrBootConfig':810,
              'CephBlock':830,
              'CephBlockDB':831,
              'CephBlockDBDmc':832,
              'CephBlockDBDmcLUKS':833,
              'CephBlockDmc':834,
              'CephBlockDmcLUKS':835,
              'CephBlockWALog':836,
              'CephBlockWALogDmc':837,
              'CephBlockWALogDmcLUKS':838,
              'CephDisk':839,
              'CephDiskDmc':840,
              'CephJournal':841,
              'CephJournalDmc':842,
              'CephJournalDmcLUKS':843,
              'CephLockbox':844,
              'CephMultipathBlock1':845,
              'CephMultipathBlock2':846,
              'CephMultipathBlockDB':847,
              'CephMultipathBLockWALog':848,
              'CephMultipathJournal':849,
              'CephMultipathOSD':851,
              'CephOSD':852,
              'CephOSDDmc':853,
              'CephOSDDmcLUKS':854}

   Empty=0
   FAT12=1
   FAT16=4
   FAT=6
   IFS=7
   FAT32CHS=11
   FAT32LBA=12
   FAT16B=14
   Extended=15
   WindowsRE=39
   LinuxSwapOld=66
   LinuxOld=67
   DragonFlyBSDSlice=108
   LinuxSwap=130
   Linux=131
   LinuxExtended=133
   LinuxLVM=142
   BSDSlice=165
   AppleUFS=168
   AppleHFS=175
   Solaris=191
   GPT=238
   EFI=239
   Unknown=256
   MBR=257
   iFFS=258
   SonyBoot=259
   LenovoBoot=260
   WindowsMSR=270
   WindowsBasicData=271
   WindowsLDMMeta=272
   WindowsLDMData=273
   WindowsRecovery=274
   WindowsStorageSpaces=276
   WindowsStorageReplica=277
   IBMGPFS=275
   LinuxData=300
   LinuxRAID=301
   LinuxRootX86=302
   LinuxRootAMD64=303
   LinuxRootARM32=304
   LinuxRootARM64=305
   LinuxHome=306
   LinuxSrv=307
   LinuxPlainDmCrypt=308
   LinuxLUKS=309
   LinuxReserved=310
   FreeBSDBoot=330
   FreeBSDData=331
   FreeBSDSwap=332
   FreeBSDUFS=333
   FreeBSDVinum=334
   FreeBSDZFS=335
   FreeBSDUnknown=359
   AppleHFSPlus=360
   AppleAPFS=361
   AppleRAID=362
   AppleRAIDOffline=363
   AppleBoot=364
   AppleLabel=365
   AppleTvRecovery=366
   AppleCoreStorage=367
   SoftRAIDStatus=370
   SoftRAIDScratch=371
   SoftRAIDVolume=372
   SoftRAIDCache=373
   AppleUnknown=389
   SolarisBoot=390
   SolarisRoot=391
   SolarisSwap=392
   SolarisBackup=393
   SolarisUsr=394
   SolarisVar=395
   SolarisHome=396
   SolarisAltSector=397
   SolarisReserved=398
   SolarisUnknown=419
   NetBSDSwap=420
   NetBSDFFS=421
   NetBSDLFS=422
   NetBSDRAID=423
   NetBSDConcatenated=424
   NetBSDEncrypted=425
   NetBSDUnknown=449
   ChromeOSKernel=450
   ChromeOSRootFS=451
   ChromeOSFuture=452
   ContLnxUsr=480
   ContLnxRoot=481
   ContLnxReserved=482
   ContLnxRootRAID=483
   HaikuBFS=510
   MidntBSDBoot=540
   MidntBSDData=541
   MidntBSDSwap=542
   MidntBSDUFS=543
   MidntBSDVium=544
   MidntBSDZFS=545
   MidntBSDUnknown=569
   OpenBSDData=570
   QNXPowerSafeFS=600
   Plan9=630
   VMWareVMKCore=660
   VMWareVMFS=661
   VMWareReserved=662
   VMWareUnknown=689
   AndroidX86Bootloader=690
   AndroidX86Bootloader2=691
   AndroidX86Boot=692
   AndroidX86Recovery=693
   AndroidX86Misc=694
   AndroidX86Metadata=695
   AndroidX86System=696
   AndroidX86Cache=697
   AndroidX86Data=698
   AndroidX86Persistent=699
   AndroidX86Vendor=700
   AndroidX86Config=701
   AndroidX86Factory=702
   AndroidX86FactoryAlt=703
   AndroidX86Fastboot=704
   AndroidX86OEM=705
   AndroidARMMeta=720
   AndroidARMExt=721
   ONIEBoot=750
   ONIEConfig=751
   PowerPCPrep=780
   XDGShrBootConfig=810
   CephBlock=830
   CephBlockDB=831
   CephBlockDBDmc=832
   CephBlockDBDmcLUKS=833
   CephBlockDmc=834
   CephBlockDmcLUKS=835
   CephBlockWALog=836
   CephBlockWALogDmc=837
   CephBlockWALogDmcLUKS=838
   CephDisk=839
   CephDiskDmc=840
   CephJournal=841
   CephJournalDmc=842
   CephJournalDmcLUKS=843
   CephLockbox=844
   CephMultipathBlock1=845
   CephMultipathBlock2=846
   CephMultipathBlockDB=847
   CephMultipathBLockWALog=848
   CephMultipathJournal=849
   CephMultipathOSD=851
   CephOSD=852
   CephOSDDmc=853
   CephOSDDmcLUKS=854

class TrackedObjectState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=TrackedObjectState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,TrackedObjectState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,TrackedObjectState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return TrackedObjectState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Alive',2:'Deleted',3:'Invalid'}
   _ValueMap={
              'None':0,
              'Alive':1,
              'Deleted':2,
              'Invalid':3}

   _None=0
   Alive=1
   Deleted=2
   Invalid=3

class DHCPOption:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DHCPOption._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DHCPOption):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DHCPOption):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DHCPOption._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'SubnetMask',2:'TimeOffset',3:'Routers',4:'TimeServers',5:'NameServers',6:'DomainNameServers',7:'LogServers',8:'CookieServers',9:'LPRServers',10:'ImpressServers',11:'ResourseLocationServers',12:'HostName',13:'BootFileSize',14:'MeritDumpFile',15:'DomainName',16:'SwapServer',17:'RootPath',18:'ExtensionPath',19:'IPForwarding',20:'OptNonLocalSourceRouting',21:'PolicyFilter',22:'MaxDgramReassemblySize',23:'DefaultIPTTL',24:'PathMTUAgingTimeout',25:'PathMTUPlateauTable',26:'InterfaceMTU',27:'AllSubnetsAreLocal',28:'BroadcastAddress',29:'PerformMaskDiscovery',30:'MaskSupplier',31:'PerformRouterDiscovery',32:'RouterSolicitationAddress',33:'StaticRoute',34:'TrailerEncapsulation',35:'ARPCacheTimeout',36:'EthernetEncapsulation',37:'TCPDefaultTTL',38:'TCPKeepaliveInterval',39:'TCPKeepaliveGarbage',40:'NISDomain',41:'NISServers',42:'NTPServers',43:'VendorSpecificInfo',44:'NetBIOSNameServers',45:'NetBIOSDatagramServers',46:'NetBIOSNodeType',47:'NetBIOSScope',48:'XWindowsFontServers',49:'XWindowsDisplayManager',62:'NetWareIPDomainName',63:'NetWareIPInformation',64:'NISPlusDomain',65:'NISPlusServers',66:'TFTPServerName',67:'BootfileName',68:'MobileIPHomeAgents',69:'SMTPServers',70:'POP3Servers',71:'NNTPServers',72:'WWWServers',73:'FingerServers',74:'IRCServers',75:'StreetTalkServers',76:'STDAServers',78:'SLPDirectoryAgent',79:'SLPServiceScope',119:'DomainSearch'}
   _ValueMap={
              'SubnetMask':1,
              'TimeOffset':2,
              'Routers':3,
              'TimeServers':4,
              'NameServers':5,
              'DomainNameServers':6,
              'LogServers':7,
              'CookieServers':8,
              'LPRServers':9,
              'ImpressServers':10,
              'ResourseLocationServers':11,
              'HostName':12,
              'BootFileSize':13,
              'MeritDumpFile':14,
              'DomainName':15,
              'SwapServer':16,
              'RootPath':17,
              'ExtensionPath':18,
              'IPForwarding':19,
              'OptNonLocalSourceRouting':20,
              'PolicyFilter':21,
              'MaxDgramReassemblySize':22,
              'DefaultIPTTL':23,
              'PathMTUAgingTimeout':24,
              'PathMTUPlateauTable':25,
              'InterfaceMTU':26,
              'AllSubnetsAreLocal':27,
              'BroadcastAddress':28,
              'PerformMaskDiscovery':29,
              'MaskSupplier':30,
              'PerformRouterDiscovery':31,
              'RouterSolicitationAddress':32,
              'StaticRoute':33,
              'TrailerEncapsulation':34,
              'ARPCacheTimeout':35,
              'EthernetEncapsulation':36,
              'TCPDefaultTTL':37,
              'TCPKeepaliveInterval':38,
              'TCPKeepaliveGarbage':39,
              'NISDomain':40,
              'NISServers':41,
              'NTPServers':42,
              'VendorSpecificInfo':43,
              'NetBIOSNameServers':44,
              'NetBIOSDatagramServers':45,
              'NetBIOSNodeType':46,
              'NetBIOSScope':47,
              'XWindowsFontServers':48,
              'XWindowsDisplayManager':49,
              'NetWareIPDomainName':62,
              'NetWareIPInformation':63,
              'NISPlusDomain':64,
              'NISPlusServers':65,
              'TFTPServerName':66,
              'BootfileName':67,
              'MobileIPHomeAgents':68,
              'SMTPServers':69,
              'POP3Servers':70,
              'NNTPServers':71,
              'WWWServers':72,
              'FingerServers':73,
              'IRCServers':74,
              'StreetTalkServers':75,
              'STDAServers':76,
              'SLPDirectoryAgent':78,
              'SLPServiceScope':79,
              'DomainSearch':119}

   SubnetMask=1
   TimeOffset=2
   Routers=3
   TimeServers=4
   NameServers=5
   DomainNameServers=6
   LogServers=7
   CookieServers=8
   LPRServers=9
   ImpressServers=10
   ResourseLocationServers=11
   HostName=12
   BootFileSize=13
   MeritDumpFile=14
   DomainName=15
   SwapServer=16
   RootPath=17
   ExtensionPath=18
   IPForwarding=19
   OptNonLocalSourceRouting=20
   PolicyFilter=21
   MaxDgramReassemblySize=22
   DefaultIPTTL=23
   PathMTUAgingTimeout=24
   PathMTUPlateauTable=25
   InterfaceMTU=26
   AllSubnetsAreLocal=27
   BroadcastAddress=28
   PerformMaskDiscovery=29
   MaskSupplier=30
   PerformRouterDiscovery=31
   RouterSolicitationAddress=32
   StaticRoute=33
   TrailerEncapsulation=34
   ARPCacheTimeout=35
   EthernetEncapsulation=36
   TCPDefaultTTL=37
   TCPKeepaliveInterval=38
   TCPKeepaliveGarbage=39
   NISDomain=40
   NISServers=41
   NTPServers=42
   VendorSpecificInfo=43
   NetBIOSNameServers=44
   NetBIOSDatagramServers=45
   NetBIOSNodeType=46
   NetBIOSScope=47
   XWindowsFontServers=48
   XWindowsDisplayManager=49
   NetWareIPDomainName=62
   NetWareIPInformation=63
   NISPlusDomain=64
   NISPlusServers=65
   TFTPServerName=66
   BootfileName=67
   MobileIPHomeAgents=68
   SMTPServers=69
   POP3Servers=70
   NNTPServers=71
   WWWServers=72
   FingerServers=73
   IRCServers=74
   StreetTalkServers=75
   STDAServers=76
   SLPDirectoryAgent=78
   SLPServiceScope=79
   DomainSearch=119

class DHCPOptionEncoding:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DHCPOptionEncoding._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DHCPOptionEncoding):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DHCPOptionEncoding):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DHCPOptionEncoding._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Normal',1:'Hex'}
   _ValueMap={
              'Normal':0,
              'Hex':1}

   Normal=0
   Hex=1

class DHCPConfigScope:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DHCPConfigScope._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DHCPConfigScope):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DHCPConfigScope):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DHCPConfigScope._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Global',1:'Group',2:'MachineNIC',3:'MAC'}
   _ValueMap={
              'Global':0,
              'Group':1,
              'MachineNIC':2,
              'MAC':3}

   Global=0
   Group=1
   MachineNIC=2
   MAC=3

class DHCPGroupConditionType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DHCPGroupConditionType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DHCPGroupConditionType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DHCPGroupConditionType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DHCPGroupConditionType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'MAC',1:'MACWildcard',2:'vendorClassID',3:'vendorClassIDWildcard',4:'userClassID',5:'userClassIDWildcard'}
   _ValueMap={
              'MAC':0,
              'MACWildcard':1,
              'vendorClassID':2,
              'vendorClassIDWildcard':3,
              'userClassID':4,
              'userClassIDWildcard':5}

   MAC=0
   MACWildcard=1
   vendorClassID=2
   vendorClassIDWildcard=3
   userClassID=4
   userClassIDWildcard=5

class VFSType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VFSType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VFSType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VFSType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VFSType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'File',2:'Cloud',3:'S3',4:'WebDav'}
   _ValueMap={
              'File':1,
              'Cloud':2,
              'S3':3,
              'WebDav':4}

   File=1
   Cloud=2
   S3=3
   WebDav=4

class ImportOptions:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ImportOptions._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ImportOptions):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ImportOptions):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ImportOptions._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'KeepAllMACs',2:'KeepNATMACs',3:'ImportToVDI'}
   _ValueMap={
              'KeepAllMACs':1,
              'KeepNATMACs':2,
              'ImportToVDI':3}

   KeepAllMACs=1
   KeepNATMACs=2
   ImportToVDI=3

class ExportOptions:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ExportOptions._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ExportOptions):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ExportOptions):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ExportOptions._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'CreateManifest',2:'ExportDVDImages',3:'StripAllMACs',4:'StripAllNonNATMACs'}
   _ValueMap={
              'CreateManifest':1,
              'ExportDVDImages':2,
              'StripAllMACs':3,
              'StripAllNonNATMACs':4}

   CreateManifest=1
   ExportDVDImages=2
   StripAllMACs=3
   StripAllNonNATMACs=4

class CertificateVersion:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CertificateVersion._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CertificateVersion):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CertificateVersion):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CertificateVersion._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'V1',2:'V2',3:'V3',99:'Unknown'}
   _ValueMap={
              'V1':1,
              'V2':2,
              'V3':3,
              'Unknown':99}

   V1=1
   V2=2
   V3=3
   Unknown=99

class VirtualSystemDescriptionType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VirtualSystemDescriptionType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VirtualSystemDescriptionType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VirtualSystemDescriptionType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VirtualSystemDescriptionType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Ignore',2:'OS',3:'Name',4:'Product',5:'Vendor',6:'Version',7:'ProductUrl',8:'VendorUrl',9:'Description',10:'License',11:'Miscellaneous',12:'CPU',13:'Memory',14:'HardDiskControllerIDE',15:'HardDiskControllerSATA',16:'HardDiskControllerSCSI',17:'HardDiskControllerSAS',18:'HardDiskImage',19:'Floppy',20:'CDROM',21:'NetworkAdapter',22:'USBController',23:'SoundCard',24:'SettingsFile',25:'BaseFolder',26:'PrimaryGroup',27:'CloudInstanceShape',28:'CloudDomain',29:'CloudBootDiskSize',30:'CloudBucket',31:'CloudOCIVCN',32:'CloudPublicIP',33:'CloudProfileName',34:'CloudOCISubnet',35:'CloudKeepObject',36:'CloudLaunchInstance',37:'CloudInstanceId',38:'CloudImageId',39:'CloudInstanceState',40:'CloudImageState',41:'CloudInstanceDisplayName',42:'CloudImageDisplayName',43:'CloudOCILaunchMode',44:'CloudPrivateIP',45:'CloudBootVolumeId',46:'CloudOCIVCNCompartment',47:'CloudOCISubnetCompartment',48:'CloudPublicSSHKey',49:'BootingFirmware',50:'CloudInitScriptPath',51:'CloudCompartmentId',52:'CloudShapeCpus',53:'CloudShapeMemory',54:'CloudInstanceMetadata',55:'CloudInstanceFreeFormTags',56:'CloudImageFreeFormTags',60:'HardDiskControllerVirtioSCSI',61:'HardDiskControllerNVMe',0x8000:'NVRAM'}
   _ValueMap={
              'Ignore':1,
              'OS':2,
              'Name':3,
              'Product':4,
              'Vendor':5,
              'Version':6,
              'ProductUrl':7,
              'VendorUrl':8,
              'Description':9,
              'License':10,
              'Miscellaneous':11,
              'CPU':12,
              'Memory':13,
              'HardDiskControllerIDE':14,
              'HardDiskControllerSATA':15,
              'HardDiskControllerSCSI':16,
              'HardDiskControllerSAS':17,
              'HardDiskImage':18,
              'Floppy':19,
              'CDROM':20,
              'NetworkAdapter':21,
              'USBController':22,
              'SoundCard':23,
              'SettingsFile':24,
              'BaseFolder':25,
              'PrimaryGroup':26,
              'CloudInstanceShape':27,
              'CloudDomain':28,
              'CloudBootDiskSize':29,
              'CloudBucket':30,
              'CloudOCIVCN':31,
              'CloudPublicIP':32,
              'CloudProfileName':33,
              'CloudOCISubnet':34,
              'CloudKeepObject':35,
              'CloudLaunchInstance':36,
              'CloudInstanceId':37,
              'CloudImageId':38,
              'CloudInstanceState':39,
              'CloudImageState':40,
              'CloudInstanceDisplayName':41,
              'CloudImageDisplayName':42,
              'CloudOCILaunchMode':43,
              'CloudPrivateIP':44,
              'CloudBootVolumeId':45,
              'CloudOCIVCNCompartment':46,
              'CloudOCISubnetCompartment':47,
              'CloudPublicSSHKey':48,
              'BootingFirmware':49,
              'CloudInitScriptPath':50,
              'CloudCompartmentId':51,
              'CloudShapeCpus':52,
              'CloudShapeMemory':53,
              'CloudInstanceMetadata':54,
              'CloudInstanceFreeFormTags':55,
              'CloudImageFreeFormTags':56,
              'HardDiskControllerVirtioSCSI':60,
              'HardDiskControllerNVMe':61,
              'NVRAM':0x8000}

   Ignore=1
   OS=2
   Name=3
   Product=4
   Vendor=5
   Version=6
   ProductUrl=7
   VendorUrl=8
   Description=9
   License=10
   Miscellaneous=11
   CPU=12
   Memory=13
   HardDiskControllerIDE=14
   HardDiskControllerSATA=15
   HardDiskControllerSCSI=16
   HardDiskControllerSAS=17
   HardDiskImage=18
   Floppy=19
   CDROM=20
   NetworkAdapter=21
   USBController=22
   SoundCard=23
   SettingsFile=24
   BaseFolder=25
   PrimaryGroup=26
   CloudInstanceShape=27
   CloudDomain=28
   CloudBootDiskSize=29
   CloudBucket=30
   CloudOCIVCN=31
   CloudPublicIP=32
   CloudProfileName=33
   CloudOCISubnet=34
   CloudKeepObject=35
   CloudLaunchInstance=36
   CloudInstanceId=37
   CloudImageId=38
   CloudInstanceState=39
   CloudImageState=40
   CloudInstanceDisplayName=41
   CloudImageDisplayName=42
   CloudOCILaunchMode=43
   CloudPrivateIP=44
   CloudBootVolumeId=45
   CloudOCIVCNCompartment=46
   CloudOCISubnetCompartment=47
   CloudPublicSSHKey=48
   BootingFirmware=49
   CloudInitScriptPath=50
   CloudCompartmentId=51
   CloudShapeCpus=52
   CloudShapeMemory=53
   CloudInstanceMetadata=54
   CloudInstanceFreeFormTags=55
   CloudImageFreeFormTags=56
   HardDiskControllerVirtioSCSI=60
   HardDiskControllerNVMe=61
   NVRAM=0x8000

class VirtualSystemDescriptionValueType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VirtualSystemDescriptionValueType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VirtualSystemDescriptionValueType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VirtualSystemDescriptionValueType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VirtualSystemDescriptionValueType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Reference',2:'Original',3:'Auto',4:'ExtraConfig'}
   _ValueMap={
              'Reference':1,
              'Original':2,
              'Auto':3,
              'ExtraConfig':4}

   Reference=1
   Original=2
   Auto=3
   ExtraConfig=4

class TpmType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=TpmType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,TpmType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,TpmType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return TpmType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'v1_2',2:'v2_0',3:'Host',4:'Swtpm'}
   _ValueMap={
              'None':0,
              'v1_2':1,
              'v2_0':2,
              'Host':3,
              'Swtpm':4}

   _None=0
   v1_2=1
   v2_0=2
   Host=3
   Swtpm=4

class RecordingDestination:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingDestination._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingDestination):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingDestination):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingDestination._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'File'}
   _ValueMap={
              'None':0,
              'File':1}

   _None=0
   File=1

class RecordingFeature:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingFeature._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingFeature):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingFeature):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingFeature._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x0:'None',0x1:'Video',0x2:'Audio'}
   _ValueMap={
              'None':0x0,
              'Video':0x1,
              'Audio':0x2}

   _None=0x0
   Video=0x1
   Audio=0x2

class RecordingAudioCodec:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingAudioCodec._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingAudioCodec):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingAudioCodec):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingAudioCodec._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'WavPCM',2:'MP3',3:'OggVorbis',4:'Opus',5:'Other'}
   _ValueMap={
              'None':0,
              'WavPCM':1,
              'MP3':2,
              'OggVorbis':3,
              'Opus':4,
              'Other':5}

   _None=0
   WavPCM=1
   MP3=2
   OggVorbis=3
   Opus=4
   Other=5

class RecordingCodecDeadline:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingCodecDeadline._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingCodecDeadline):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingCodecDeadline):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingCodecDeadline._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Default',1:'Realtime',2:'Good',3:'Best'}
   _ValueMap={
              'Default':0,
              'Realtime':1,
              'Good':2,
              'Best':3}

   Default=0
   Realtime=1
   Good=2
   Best=3

class RecordingVideoCodec:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingVideoCodec._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingVideoCodec):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingVideoCodec):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingVideoCodec._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'MJPEG',2:'H262',3:'H264',4:'H265',5:'H266',6:'VP8',7:'VP9',8:'AV1',9:'Other'}
   _ValueMap={
              'None':0,
              'MJPEG':1,
              'H262':2,
              'H264':3,
              'H265':4,
              'H266':5,
              'VP8':6,
              'VP9':7,
              'AV1':8,
              'Other':9}

   _None=0
   MJPEG=1
   H262=2
   H264=3
   H265=4
   H266=5
   VP8=6
   VP9=7
   AV1=8
   Other=9

class RecordingVideoScalingMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingVideoScalingMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingVideoScalingMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingVideoScalingMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingVideoScalingMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'NearestNeighbor',2:'Bilinear',3:'Bicubic'}
   _ValueMap={
              'None':0,
              'NearestNeighbor':1,
              'Bilinear':2,
              'Bicubic':3}

   _None=0
   NearestNeighbor=1
   Bilinear=2
   Bicubic=3

class RecordingRateControlMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingRateControlMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingRateControlMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingRateControlMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingRateControlMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'ABR',1:'CBR',2:'VBR'}
   _ValueMap={
              'ABR':0,
              'CBR':1,
              'VBR':2}

   ABR=0
   CBR=1
   VBR=2

class RecordingState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=RecordingState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,RecordingState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,RecordingState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return RecordingState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'Initializing',2:'Started',3:'Paused',4:'Resumed',5:'Finalizing',6:'Stopped',7:'Canceled',8:'LimitReached',9:'Error'}
   _ValueMap={
              'Unknown':0,
              'Initializing':1,
              'Started':2,
              'Paused':3,
              'Resumed':4,
              'Finalizing':5,
              'Stopped':6,
              'Canceled':7,
              'LimitReached':8,
              'Error':9}

   Unknown=0
   Initializing=1
   Started=2
   Paused=3
   Resumed=4
   Finalizing=5
   Stopped=6
   Canceled=7
   LimitReached=8
   Error=9

class SignatureType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SignatureType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SignatureType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SignatureType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SignatureType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'X509',1:'Sha256'}
   _ValueMap={
              'X509':0,
              'Sha256':1}

   X509=0
   Sha256=1

class UefiVariableAttributes:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=UefiVariableAttributes._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,UefiVariableAttributes):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,UefiVariableAttributes):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return UefiVariableAttributes._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',0x01:'NonVolatile',0x02:'BootServiceAccess',0x04:'RuntimeAccess',0x08:'HwErrorRecord',0x100:'AuthWriteAccess',0x200:'AuthTimeBasedWriteAccess',0x400:'AuthAppendWrite'}
   _ValueMap={
              'None':0,
              'NonVolatile':0x01,
              'BootServiceAccess':0x02,
              'RuntimeAccess':0x04,
              'HwErrorRecord':0x08,
              'AuthWriteAccess':0x100,
              'AuthTimeBasedWriteAccess':0x200,
              'AuthAppendWrite':0x400}

   _None=0
   NonVolatile=0x01
   BootServiceAccess=0x02
   RuntimeAccess=0x04
   HwErrorRecord=0x08
   AuthWriteAccess=0x100
   AuthTimeBasedWriteAccess=0x200
   AuthAppendWrite=0x400

class GraphicsControllerType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GraphicsControllerType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GraphicsControllerType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GraphicsControllerType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GraphicsControllerType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'VBoxVGA',2:'VMSVGA',3:'VBoxSVGA',4:'QemuRamFB'}
   _ValueMap={
              'Null':0,
              'VBoxVGA':1,
              'VMSVGA':2,
              'VBoxSVGA':3,
              'QemuRamFB':4}

   Null=0
   VBoxVGA=1
   VMSVGA=2
   VBoxSVGA=3
   QemuRamFB=4

class GraphicsFeature:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GraphicsFeature._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GraphicsFeature):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GraphicsFeature):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GraphicsFeature._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',2:'Acceleration3D'}
   _ValueMap={
              'None':0,
              'Acceleration3D':2}

   _None=0
   Acceleration3D=2

class CleanupMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CleanupMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CleanupMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CleanupMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CleanupMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'UnregisterOnly',2:'DetachAllReturnNone',3:'DetachAllReturnHardDisksOnly',4:'Full',5:'DetachAllReturnHardDisksAndVMRemovable'}
   _ValueMap={
              'UnregisterOnly':1,
              'DetachAllReturnNone':2,
              'DetachAllReturnHardDisksOnly':3,
              'Full':4,
              'DetachAllReturnHardDisksAndVMRemovable':5}

   UnregisterOnly=1
   DetachAllReturnNone=2
   DetachAllReturnHardDisksOnly=3
   Full=4
   DetachAllReturnHardDisksAndVMRemovable=5

class CloneMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CloneMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CloneMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CloneMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CloneMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'MachineState',2:'MachineAndChildStates',3:'AllStates'}
   _ValueMap={
              'MachineState':1,
              'MachineAndChildStates':2,
              'AllStates':3}

   MachineState=1
   MachineAndChildStates=2
   AllStates=3

class CloneOptions:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CloneOptions._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CloneOptions):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CloneOptions):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CloneOptions._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Link',2:'KeepAllMACs',3:'KeepNATMACs',4:'KeepDiskNames',5:'KeepHwUUIDs'}
   _ValueMap={
              'Link':1,
              'KeepAllMACs':2,
              'KeepNATMACs':3,
              'KeepDiskNames':4,
              'KeepHwUUIDs':5}

   Link=1
   KeepAllMACs=2
   KeepNATMACs=3
   KeepDiskNames=4
   KeepHwUUIDs=5

class AutostopType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AutostopType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AutostopType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AutostopType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AutostopType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Disabled',2:'SaveState',3:'PowerOff',4:'AcpiShutdown'}
   _ValueMap={
              'Disabled':1,
              'SaveState':2,
              'PowerOff':3,
              'AcpiShutdown':4}

   Disabled=1
   SaveState=2
   PowerOff=3
   AcpiShutdown=4

class VMProcPriority:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VMProcPriority._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VMProcPriority):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VMProcPriority):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VMProcPriority._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Default',2:'Flat',3:'Low',5:'Normal',6:'High'}
   _ValueMap={
              'Invalid':0,
              'Default':1,
              'Flat':2,
              'Low':3,
              'Normal':5,
              'High':6}

   Invalid=0
   Default=1
   Flat=2
   Low=3
   Normal=5
   High=6

class IommuType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=IommuType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,IommuType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,IommuType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return IommuType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Automatic',2:'AMD',3:'Intel'}
   _ValueMap={
              'None':0,
              'Automatic':1,
              'AMD':2,
              'Intel':3}

   _None=0
   Automatic=1
   AMD=2
   Intel=3

class VMExecutionEngine:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VMExecutionEngine._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VMExecutionEngine):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VMExecutionEngine):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VMExecutionEngine._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'NotSet',1:'Default',2:'HwVirt',3:'NativeApi',4:'Interpreter',5:'Recompiler'}
   _ValueMap={
              'NotSet':0,
              'Default':1,
              'HwVirt':2,
              'NativeApi':3,
              'Interpreter':4,
              'Recompiler':5}

   NotSet=0
   Default=1
   HwVirt=2
   NativeApi=3
   Interpreter=4
   Recompiler=5

class HostNetworkInterfaceMediumType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=HostNetworkInterfaceMediumType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,HostNetworkInterfaceMediumType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,HostNetworkInterfaceMediumType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return HostNetworkInterfaceMediumType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'Ethernet',2:'PPP',3:'SLIP'}
   _ValueMap={
              'Unknown':0,
              'Ethernet':1,
              'PPP':2,
              'SLIP':3}

   Unknown=0
   Ethernet=1
   PPP=2
   SLIP=3

class HostNetworkInterfaceStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=HostNetworkInterfaceStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,HostNetworkInterfaceStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,HostNetworkInterfaceStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return HostNetworkInterfaceStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'Up',2:'Down'}
   _ValueMap={
              'Unknown':0,
              'Up':1,
              'Down':2}

   Unknown=0
   Up=1
   Down=2

class HostNetworkInterfaceType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=HostNetworkInterfaceType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,HostNetworkInterfaceType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,HostNetworkInterfaceType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return HostNetworkInterfaceType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Bridged',2:'HostOnly'}
   _ValueMap={
              'Invalid':0,
              'Bridged':1,
              'HostOnly':2}

   Invalid=0
   Bridged=1
   HostOnly=2

class UpdateChannel:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=UpdateChannel._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,UpdateChannel):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,UpdateChannel):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return UpdateChannel._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Stable',2:'All',3:'WithBetas',4:'WithTesting'}
   _ValueMap={
              'Invalid':0,
              'Stable':1,
              'All':2,
              'WithBetas':3,
              'WithTesting':4}

   Invalid=0
   Stable=1
   All=2
   WithBetas=3
   WithTesting=4

class UpdateSeverity:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=UpdateSeverity._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,UpdateSeverity):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,UpdateSeverity):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return UpdateSeverity._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Critical',2:'Major',3:'Minor',4:'Testing'}
   _ValueMap={
              'Invalid':0,
              'Critical':1,
              'Major':2,
              'Minor':3,
              'Testing':4}

   Invalid=0
   Critical=1
   Major=2
   Minor=3
   Testing=4

class UpdateState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=UpdateState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,UpdateState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,UpdateState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return UpdateState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Available',2:'NotAvailable',3:'Downloading',4:'Downloaded',5:'Installing',6:'Installed',7:'UserInteraction',8:'Canceled',9:'Maintenance',10:'Error'}
   _ValueMap={
              'Invalid':0,
              'Available':1,
              'NotAvailable':2,
              'Downloading':3,
              'Downloaded':4,
              'Installing':5,
              'Installed':6,
              'UserInteraction':7,
              'Canceled':8,
              'Maintenance':9,
              'Error':10}

   Invalid=0
   Available=1
   NotAvailable=2
   Downloading=3
   Downloaded=4
   Installing=5
   Installed=6
   UserInteraction=7
   Canceled=8
   Maintenance=9
   Error=10

class ProxyMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProxyMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProxyMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProxyMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProxyMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'System',1:'NoProxy',2:'Manual'}
   _ValueMap={
              'System':0,
              'NoProxy':1,
              'Manual':2}

   System=0
   NoProxy=1
   Manual=2

class AdditionsFacilityType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AdditionsFacilityType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AdditionsFacilityType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AdditionsFacilityType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AdditionsFacilityType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',20:'VBoxGuestDriver',90:'AutoLogon',100:'VBoxService',101:'VBoxTrayClient',1000:'Seamless',1100:'Graphics',1101:'MonitorAttach',2147483646:'All'}
   _ValueMap={
              'None':0,
              'VBoxGuestDriver':20,
              'AutoLogon':90,
              'VBoxService':100,
              'VBoxTrayClient':101,
              'Seamless':1000,
              'Graphics':1100,
              'MonitorAttach':1101,
              'All':2147483646}

   _None=0
   VBoxGuestDriver=20
   AutoLogon=90
   VBoxService=100
   VBoxTrayClient=101
   Seamless=1000
   Graphics=1100
   MonitorAttach=1101
   All=2147483646

class AdditionsFacilityClass:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AdditionsFacilityClass._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AdditionsFacilityClass):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AdditionsFacilityClass):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AdditionsFacilityClass._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',10:'Driver',30:'Service',50:'Program',100:'Feature',999:'ThirdParty',2147483646:'All'}
   _ValueMap={
              'None':0,
              'Driver':10,
              'Service':30,
              'Program':50,
              'Feature':100,
              'ThirdParty':999,
              'All':2147483646}

   _None=0
   Driver=10
   Service=30
   Program=50
   Feature=100
   ThirdParty=999
   All=2147483646

class AdditionsFacilityStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AdditionsFacilityStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AdditionsFacilityStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AdditionsFacilityStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AdditionsFacilityStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Inactive',1:'Paused',20:'PreInit',30:'Init',50:'Active',100:'Terminating',101:'Terminated',800:'Failed',999:'Unknown'}
   _ValueMap={
              'Inactive':0,
              'Paused':1,
              'PreInit':20,
              'Init':30,
              'Active':50,
              'Terminating':100,
              'Terminated':101,
              'Failed':800,
              'Unknown':999}

   Inactive=0
   Paused=1
   PreInit=20
   Init=30
   Active=50
   Terminating=100
   Terminated=101
   Failed=800
   Unknown=999

class AdditionsRunLevelType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AdditionsRunLevelType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AdditionsRunLevelType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AdditionsRunLevelType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AdditionsRunLevelType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'System',2:'Userland',3:'Desktop'}
   _ValueMap={
              'None':0,
              'System':1,
              'Userland':2,
              'Desktop':3}

   _None=0
   System=1
   Userland=2
   Desktop=3

class AdditionsUpdateFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AdditionsUpdateFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AdditionsUpdateFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AdditionsUpdateFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AdditionsUpdateFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'WaitForUpdateStartOnly'}
   _ValueMap={
              'None':0,
              'WaitForUpdateStartOnly':1}

   _None=0
   WaitForUpdateStartOnly=1

class GuestShutdownFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestShutdownFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestShutdownFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestShutdownFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestShutdownFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'PowerOff',2:'Reboot',4:'Force'}
   _ValueMap={
              'None':0,
              'PowerOff':1,
              'Reboot':2,
              'Force':4}

   _None=0
   PowerOff=1
   Reboot=2
   Force=4

class GuestSessionStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestSessionStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestSessionStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestSessionStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestSessionStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Undefined',10:'Starting',100:'Started',480:'Terminating',500:'Terminated',512:'TimedOutKilled',513:'TimedOutAbnormally',600:'Down',800:'Error'}
   _ValueMap={
              'Undefined':0,
              'Starting':10,
              'Started':100,
              'Terminating':480,
              'Terminated':500,
              'TimedOutKilled':512,
              'TimedOutAbnormally':513,
              'Down':600,
              'Error':800}

   Undefined=0
   Starting=10
   Started=100
   Terminating=480
   Terminated=500
   TimedOutKilled=512
   TimedOutAbnormally=513
   Down=600
   Error=800

class GuestSessionWaitForFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestSessionWaitForFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestSessionWaitForFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestSessionWaitForFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestSessionWaitForFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Start',2:'Terminate',4:'Status'}
   _ValueMap={
              'None':0,
              'Start':1,
              'Terminate':2,
              'Status':4}

   _None=0
   Start=1
   Terminate=2
   Status=4

class GuestSessionWaitResult:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestSessionWaitResult._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestSessionWaitResult):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestSessionWaitResult):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestSessionWaitResult._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Start',2:'Terminate',3:'Status',4:'Error',5:'Timeout',6:'WaitFlagNotSupported'}
   _ValueMap={
              'None':0,
              'Start':1,
              'Terminate':2,
              'Status':3,
              'Error':4,
              'Timeout':5,
              'WaitFlagNotSupported':6}

   _None=0
   Start=1
   Terminate=2
   Status=3
   Error=4
   Timeout=5
   WaitFlagNotSupported=6

class GuestUserState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestUserState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestUserState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestUserState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestUserState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'LoggedIn',2:'LoggedOut',3:'Locked',4:'Unlocked',5:'Disabled',6:'Idle',7:'InUse',8:'Created',9:'Deleted',10:'SessionChanged',11:'CredentialsChanged',12:'RoleChanged',13:'GroupAdded',14:'GroupRemoved',15:'Elevated'}
   _ValueMap={
              'Unknown':0,
              'LoggedIn':1,
              'LoggedOut':2,
              'Locked':3,
              'Unlocked':4,
              'Disabled':5,
              'Idle':6,
              'InUse':7,
              'Created':8,
              'Deleted':9,
              'SessionChanged':10,
              'CredentialsChanged':11,
              'RoleChanged':12,
              'GroupAdded':13,
              'GroupRemoved':14,
              'Elevated':15}

   Unknown=0
   LoggedIn=1
   LoggedOut=2
   Locked=3
   Unlocked=4
   Disabled=5
   Idle=6
   InUse=7
   Created=8
   Deleted=9
   SessionChanged=10
   CredentialsChanged=11
   RoleChanged=12
   GroupAdded=13
   GroupRemoved=14
   Elevated=15

class FileSeekOrigin:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileSeekOrigin._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileSeekOrigin):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileSeekOrigin):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileSeekOrigin._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Begin',1:'Current',2:'End'}
   _ValueMap={
              'Begin':0,
              'Current':1,
              'End':2}

   Begin=0
   Current=1
   End=2

class ProcessInputFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessInputFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessInputFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessInputFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessInputFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'EndOfFile'}
   _ValueMap={
              'None':0,
              'EndOfFile':1}

   _None=0
   EndOfFile=1

class ProcessOutputFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessOutputFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessOutputFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessOutputFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessOutputFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'StdErr'}
   _ValueMap={
              'None':0,
              'StdErr':1}

   _None=0
   StdErr=1

class ProcessWaitForFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessWaitForFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessWaitForFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessWaitForFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessWaitForFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Start',2:'Terminate',4:'StdIn',8:'StdOut',16:'StdErr'}
   _ValueMap={
              'None':0,
              'Start':1,
              'Terminate':2,
              'StdIn':4,
              'StdOut':8,
              'StdErr':16}

   _None=0
   Start=1
   Terminate=2
   StdIn=4
   StdOut=8
   StdErr=16

class ProcessWaitResult:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessWaitResult._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessWaitResult):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessWaitResult):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessWaitResult._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Start',2:'Terminate',3:'Status',4:'Error',5:'Timeout',6:'StdIn',7:'StdOut',8:'StdErr',9:'WaitFlagNotSupported'}
   _ValueMap={
              'None':0,
              'Start':1,
              'Terminate':2,
              'Status':3,
              'Error':4,
              'Timeout':5,
              'StdIn':6,
              'StdOut':7,
              'StdErr':8,
              'WaitFlagNotSupported':9}

   _None=0
   Start=1
   Terminate=2
   Status=3
   Error=4
   Timeout=5
   StdIn=6
   StdOut=7
   StdErr=8
   WaitFlagNotSupported=9

class FileCopyFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileCopyFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileCopyFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileCopyFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileCopyFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'NoReplace',2:'FollowLinks',4:'Update'}
   _ValueMap={
              'None':0,
              'NoReplace':1,
              'FollowLinks':2,
              'Update':4}

   _None=0
   NoReplace=1
   FollowLinks=2
   Update=4

class FsObjMoveFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FsObjMoveFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FsObjMoveFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FsObjMoveFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FsObjMoveFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Replace',2:'FollowLinks',4:'AllowDirectoryMoves'}
   _ValueMap={
              'None':0,
              'Replace':1,
              'FollowLinks':2,
              'AllowDirectoryMoves':4}

   _None=0
   Replace=1
   FollowLinks=2
   AllowDirectoryMoves=4

class DirectoryCreateFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DirectoryCreateFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DirectoryCreateFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DirectoryCreateFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DirectoryCreateFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Parents'}
   _ValueMap={
              'None':0,
              'Parents':1}

   _None=0
   Parents=1

class DirectoryCopyFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DirectoryCopyFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DirectoryCopyFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DirectoryCopyFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DirectoryCopyFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'CopyIntoExisting',2:'Recursive',4:'FollowLinks'}
   _ValueMap={
              'None':0,
              'CopyIntoExisting':1,
              'Recursive':2,
              'FollowLinks':4}

   _None=0
   CopyIntoExisting=1
   Recursive=2
   FollowLinks=4

class DirectoryRemoveRecFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DirectoryRemoveRecFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DirectoryRemoveRecFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DirectoryRemoveRecFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DirectoryRemoveRecFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'ContentAndDir',2:'ContentOnly'}
   _ValueMap={
              'None':0,
              'ContentAndDir':1,
              'ContentOnly':2}

   _None=0
   ContentAndDir=1
   ContentOnly=2

class FsObjRenameFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FsObjRenameFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FsObjRenameFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FsObjRenameFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FsObjRenameFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'NoReplace',1:'Replace'}
   _ValueMap={
              'NoReplace':0,
              'Replace':1}

   NoReplace=0
   Replace=1

class ProcessCreateFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessCreateFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessCreateFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessCreateFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessCreateFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'WaitForProcessStartOnly',2:'IgnoreOrphanedProcesses',4:'Hidden',8:'Profile',16:'WaitForStdOut',32:'WaitForStdErr',64:'ExpandArguments',128:'UnquotedArguments'}
   _ValueMap={
              'None':0,
              'WaitForProcessStartOnly':1,
              'IgnoreOrphanedProcesses':2,
              'Hidden':4,
              'Profile':8,
              'WaitForStdOut':16,
              'WaitForStdErr':32,
              'ExpandArguments':64,
              'UnquotedArguments':128}

   _None=0
   WaitForProcessStartOnly=1
   IgnoreOrphanedProcesses=2
   Hidden=4
   Profile=8
   WaitForStdOut=16
   WaitForStdErr=32
   ExpandArguments=64
   UnquotedArguments=128

class ProcessPriority:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessPriority._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessPriority):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessPriority):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessPriority._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Default'}
   _ValueMap={
              'Invalid':0,
              'Default':1}

   Invalid=0
   Default=1

class SymlinkType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SymlinkType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SymlinkType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SymlinkType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SymlinkType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'Directory',2:'File'}
   _ValueMap={
              'Unknown':0,
              'Directory':1,
              'File':2}

   Unknown=0
   Directory=1
   File=2

class SymlinkReadFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SymlinkReadFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SymlinkReadFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SymlinkReadFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SymlinkReadFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'NoSymlinks'}
   _ValueMap={
              'None':0,
              'NoSymlinks':1}

   _None=0
   NoSymlinks=1

class ProcessStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Undefined',10:'Starting',100:'Started',110:'Paused',480:'Terminating',500:'TerminatedNormally',510:'TerminatedSignal',511:'TerminatedAbnormally',512:'TimedOutKilled',513:'TimedOutAbnormally',600:'Down',800:'Error'}
   _ValueMap={
              'Undefined':0,
              'Starting':10,
              'Started':100,
              'Paused':110,
              'Terminating':480,
              'TerminatedNormally':500,
              'TerminatedSignal':510,
              'TerminatedAbnormally':511,
              'TimedOutKilled':512,
              'TimedOutAbnormally':513,
              'Down':600,
              'Error':800}

   Undefined=0
   Starting=10
   Started=100
   Paused=110
   Terminating=480
   TerminatedNormally=500
   TerminatedSignal=510
   TerminatedAbnormally=511
   TimedOutKilled=512
   TimedOutAbnormally=513
   Down=600
   Error=800

class ProcessInputStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ProcessInputStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ProcessInputStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ProcessInputStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ProcessInputStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Undefined',1:'Broken',10:'Available',50:'Written',100:'Overflow'}
   _ValueMap={
              'Undefined':0,
              'Broken':1,
              'Available':10,
              'Written':50,
              'Overflow':100}

   Undefined=0
   Broken=1
   Available=10
   Written=50
   Overflow=100

class PathStyle:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PathStyle._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PathStyle):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PathStyle):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PathStyle._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'DOS',2:'UNIX',8:'Unknown'}
   _ValueMap={
              'DOS':1,
              'UNIX':2,
              'Unknown':8}

   DOS=1
   UNIX=2
   Unknown=8

class DirectoryStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DirectoryStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DirectoryStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DirectoryStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DirectoryStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Undefined',1:'Open',2:'Close',3:'Rewind',4:'Down',5:'Error'}
   _ValueMap={
              'Undefined':0,
              'Open':1,
              'Close':2,
              'Rewind':3,
              'Down':4,
              'Error':5}

   Undefined=0
   Open=1
   Close=2
   Rewind=3
   Down=4
   Error=5

class FileAccessMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileAccessMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileAccessMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileAccessMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileAccessMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'ReadOnly',2:'WriteOnly',3:'ReadWrite',4:'AppendOnly',5:'AppendRead'}
   _ValueMap={
              'ReadOnly':1,
              'WriteOnly':2,
              'ReadWrite':3,
              'AppendOnly':4,
              'AppendRead':5}

   ReadOnly=1
   WriteOnly=2
   ReadWrite=3
   AppendOnly=4
   AppendRead=5

class FileOpenAction:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileOpenAction._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileOpenAction):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileOpenAction):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileOpenAction._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'OpenExisting',2:'OpenOrCreate',3:'CreateNew',4:'CreateOrReplace',5:'OpenExistingTruncated',99:'AppendOrCreate'}
   _ValueMap={
              'OpenExisting':1,
              'OpenOrCreate':2,
              'CreateNew':3,
              'CreateOrReplace':4,
              'OpenExistingTruncated':5,
              'AppendOrCreate':99}

   OpenExisting=1
   OpenOrCreate=2
   CreateNew=3
   CreateOrReplace=4
   OpenExistingTruncated=5
   AppendOrCreate=99

class FileSharingMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileSharingMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileSharingMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileSharingMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileSharingMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Read',2:'Write',3:'ReadWrite',4:'Delete',5:'ReadDelete',6:'WriteDelete',7:'All'}
   _ValueMap={
              'Read':1,
              'Write':2,
              'ReadWrite':3,
              'Delete':4,
              'ReadDelete':5,
              'WriteDelete':6,
              'All':7}

   Read=1
   Write=2
   ReadWrite=3
   Delete=4
   ReadDelete=5
   WriteDelete=6
   All=7

class FileOpenExFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileOpenExFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileOpenExFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileOpenExFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileOpenExFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None'}
   _ValueMap={
              'None':0}

   _None=0

class FileStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FileStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FileStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FileStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FileStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Undefined',10:'Opening',100:'Open',150:'Closing',200:'Closed',600:'Down',800:'Error'}
   _ValueMap={
              'Undefined':0,
              'Opening':10,
              'Open':100,
              'Closing':150,
              'Closed':200,
              'Down':600,
              'Error':800}

   Undefined=0
   Opening=10
   Open=100
   Closing=150
   Closed=200
   Down=600
   Error=800

class FsObjType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FsObjType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FsObjType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FsObjType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FsObjType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Unknown',2:'Fifo',3:'DevChar',4:'Directory',5:'DevBlock',6:'File',7:'Symlink',8:'Socket',9:'WhiteOut'}
   _ValueMap={
              'Unknown':1,
              'Fifo':2,
              'DevChar':3,
              'Directory':4,
              'DevBlock':5,
              'File':6,
              'Symlink':7,
              'Socket':8,
              'WhiteOut':9}

   Unknown=1
   Fifo=2
   DevChar=3
   Directory=4
   DevBlock=5
   File=6
   Symlink=7
   Socket=8
   WhiteOut=9

class DnDAction:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DnDAction._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DnDAction):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DnDAction):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DnDAction._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Ignore',1:'Copy',2:'Move',3:'Link'}
   _ValueMap={
              'Ignore':0,
              'Copy':1,
              'Move':2,
              'Link':3}

   Ignore=0
   Copy=1
   Move=2
   Link=3

class DirectoryOpenFlag:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DirectoryOpenFlag._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DirectoryOpenFlag):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DirectoryOpenFlag):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DirectoryOpenFlag._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'NoSymlinks',2:'DenyAscent',4:'NoFollowSymlinks'}
   _ValueMap={
              'None':0,
              'NoSymlinks':1,
              'DenyAscent':2,
              'NoFollowSymlinks':4}

   _None=0
   NoSymlinks=1
   DenyAscent=2
   NoFollowSymlinks=4

class MediumState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MediumState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MediumState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MediumState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MediumState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'NotCreated',1:'Created',2:'LockedRead',3:'LockedWrite',4:'Inaccessible',5:'Creating',6:'Deleting'}
   _ValueMap={
              'NotCreated':0,
              'Created':1,
              'LockedRead':2,
              'LockedWrite':3,
              'Inaccessible':4,
              'Creating':5,
              'Deleting':6}

   NotCreated=0
   Created=1
   LockedRead=2
   LockedWrite=3
   Inaccessible=4
   Creating=5
   Deleting=6

class MediumType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MediumType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MediumType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MediumType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MediumType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Normal',1:'Immutable',2:'Writethrough',3:'Shareable',4:'Readonly',5:'MultiAttach'}
   _ValueMap={
              'Normal':0,
              'Immutable':1,
              'Writethrough':2,
              'Shareable':3,
              'Readonly':4,
              'MultiAttach':5}

   Normal=0
   Immutable=1
   Writethrough=2
   Shareable=3
   Readonly=4
   MultiAttach=5

class MediumVariant:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MediumVariant._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MediumVariant):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MediumVariant):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MediumVariant._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Standard',0x01:'VmdkSplit2G',0x02:'VmdkRawDisk',0x04:'VmdkStreamOptimized',0x08:'VmdkESX',0x100:'VdiZeroExpand',0x10000:'Fixed',0x20000:'Diff',0x20000000:'Formatted',0x40000000:'NoCreateDir'}
   _ValueMap={
              'Standard':0,
              'VmdkSplit2G':0x01,
              'VmdkRawDisk':0x02,
              'VmdkStreamOptimized':0x04,
              'VmdkESX':0x08,
              'VdiZeroExpand':0x100,
              'Fixed':0x10000,
              'Diff':0x20000,
              'Formatted':0x20000000,
              'NoCreateDir':0x40000000}

   Standard=0
   VmdkSplit2G=0x01
   VmdkRawDisk=0x02
   VmdkStreamOptimized=0x04
   VmdkESX=0x08
   VdiZeroExpand=0x100
   Fixed=0x10000
   Diff=0x20000
   Formatted=0x20000000
   NoCreateDir=0x40000000

class DataType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DataType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DataType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DataType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DataType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Int32',1:'Int8',2:'String'}
   _ValueMap={
              'Int32':0,
              'Int8':1,
              'String':2}

   Int32=0
   Int8=1
   String=2

class DataFlags:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=DataFlags._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,DataFlags):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,DataFlags):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return DataFlags._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x00:'None',0x01:'Mandatory',0x02:'Expert',0x04:'Array',0x07:'FlagMask'}
   _ValueMap={
              'None':0x00,
              'Mandatory':0x01,
              'Expert':0x02,
              'Array':0x04,
              'FlagMask':0x07}

   _None=0x00
   Mandatory=0x01
   Expert=0x02
   Array=0x04
   FlagMask=0x07

class MediumFormatCapabilities:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MediumFormatCapabilities._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MediumFormatCapabilities):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MediumFormatCapabilities):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MediumFormatCapabilities._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x01:'Uuid',0x02:'CreateFixed',0x04:'CreateDynamic',0x08:'CreateSplit2G',0x10:'Differencing',0x20:'Asynchronous',0x40:'File',0x80:'Properties',0x100:'TcpNetworking',0x200:'VFS',0x400:'Discard',0x800:'Preferred',0xFFF:'CapabilityMask'}
   _ValueMap={
              'Uuid':0x01,
              'CreateFixed':0x02,
              'CreateDynamic':0x04,
              'CreateSplit2G':0x08,
              'Differencing':0x10,
              'Asynchronous':0x20,
              'File':0x40,
              'Properties':0x80,
              'TcpNetworking':0x100,
              'VFS':0x200,
              'Discard':0x400,
              'Preferred':0x800,
              'CapabilityMask':0xFFF}

   Uuid=0x01
   CreateFixed=0x02
   CreateDynamic=0x04
   CreateSplit2G=0x08
   Differencing=0x10
   Asynchronous=0x20
   File=0x40
   Properties=0x80
   TcpNetworking=0x100
   VFS=0x200
   Discard=0x400
   Preferred=0x800
   CapabilityMask=0xFFF

class PartitionTableType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PartitionTableType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PartitionTableType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PartitionTableType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PartitionTableType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'MBR',2:'GPT'}
   _ValueMap={
              'MBR':1,
              'GPT':2}

   MBR=1
   GPT=2

class KeyboardLED:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=KeyboardLED._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,KeyboardLED):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,KeyboardLED):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return KeyboardLED._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x01:'NumLock',0x02:'CapsLock',0x04:'ScrollLock'}
   _ValueMap={
              'NumLock':0x01,
              'CapsLock':0x02,
              'ScrollLock':0x04}

   NumLock=0x01
   CapsLock=0x02
   ScrollLock=0x04

class MouseButtonState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MouseButtonState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MouseButtonState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MouseButtonState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MouseButtonState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x01:'LeftButton',0x02:'RightButton',0x04:'MiddleButton',0x08:'WheelUp',0x10:'WheelDown',0x20:'XButton1',0x40:'XButton2',0x7F:'MouseStateMask'}
   _ValueMap={
              'LeftButton':0x01,
              'RightButton':0x02,
              'MiddleButton':0x04,
              'WheelUp':0x08,
              'WheelDown':0x10,
              'XButton1':0x20,
              'XButton2':0x40,
              'MouseStateMask':0x7F}

   LeftButton=0x01
   RightButton=0x02
   MiddleButton=0x04
   WheelUp=0x08
   WheelDown=0x10
   XButton1=0x20
   XButton2=0x40
   MouseStateMask=0x7F

class TouchContactState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=TouchContactState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,TouchContactState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,TouchContactState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return TouchContactState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x00:'None',0x01:'InContact',0x02:'InRange',0x03:'ContactStateMask'}
   _ValueMap={
              'None':0x00,
              'InContact':0x01,
              'InRange':0x02,
              'ContactStateMask':0x03}

   _None=0x00
   InContact=0x01
   InRange=0x02
   ContactStateMask=0x03

class FramebufferCapabilities:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FramebufferCapabilities._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FramebufferCapabilities):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FramebufferCapabilities):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FramebufferCapabilities._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x01:'UpdateImage',0x02:'VHWA',0x04:'VisibleRegion',0x08:'RenderCursor',0x10:'MoveCursor'}
   _ValueMap={
              'UpdateImage':0x01,
              'VHWA':0x02,
              'VisibleRegion':0x04,
              'RenderCursor':0x08,
              'MoveCursor':0x10}

   UpdateImage=0x01
   VHWA=0x02
   VisibleRegion=0x04
   RenderCursor=0x08
   MoveCursor=0x10

class GuestMonitorStatus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestMonitorStatus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestMonitorStatus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestMonitorStatus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestMonitorStatus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disabled',1:'Enabled',2:'Blank'}
   _ValueMap={
              'Disabled':0,
              'Enabled':1,
              'Blank':2}

   Disabled=0
   Enabled=1
   Blank=2

class ScreenLayoutMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ScreenLayoutMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ScreenLayoutMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ScreenLayoutMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ScreenLayoutMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Apply',1:'Reset',2:'Attach',3:'Silent'}
   _ValueMap={
              'Apply':0,
              'Reset':1,
              'Attach':2,
              'Silent':3}

   Apply=0
   Reset=1
   Attach=2
   Silent=3

class NetworkAttachmentType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=NetworkAttachmentType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,NetworkAttachmentType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,NetworkAttachmentType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return NetworkAttachmentType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'NAT',2:'Bridged',3:'Internal',4:'HostOnly',5:'Generic',6:'NATNetwork',7:'Cloud',8:'HostOnlyNetwork'}
   _ValueMap={
              'Null':0,
              'NAT':1,
              'Bridged':2,
              'Internal':3,
              'HostOnly':4,
              'Generic':5,
              'NATNetwork':6,
              'Cloud':7,
              'HostOnlyNetwork':8}

   Null=0
   NAT=1
   Bridged=2
   Internal=3
   HostOnly=4
   Generic=5
   NATNetwork=6
   Cloud=7
   HostOnlyNetwork=8

class NetworkAdapterType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=NetworkAdapterType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,NetworkAdapterType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,NetworkAdapterType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return NetworkAdapterType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Am79C970A',2:'Am79C973',3:'I82540EM',4:'I82543GC',5:'I82545EM',6:'Virtio',7:'Am79C960',8:'NE2000',9:'NE1000',10:'WD8013',11:'WD8003',12:'ELNK2',13:'ELNK1',14:'UsbNet',15:'I82583V'}
   _ValueMap={
              'Null':0,
              'Am79C970A':1,
              'Am79C973':2,
              'I82540EM':3,
              'I82543GC':4,
              'I82545EM':5,
              'Virtio':6,
              'Am79C960':7,
              'NE2000':8,
              'NE1000':9,
              'WD8013':10,
              'WD8003':11,
              'ELNK2':12,
              'ELNK1':13,
              'UsbNet':14,
              'I82583V':15}

   Null=0
   Am79C970A=1
   Am79C973=2
   I82540EM=3
   I82543GC=4
   I82545EM=5
   Virtio=6
   Am79C960=7
   NE2000=8
   NE1000=9
   WD8013=10
   WD8003=11
   ELNK2=12
   ELNK1=13
   UsbNet=14
   I82583V=15

class NetworkAdapterPromiscModePolicy:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=NetworkAdapterPromiscModePolicy._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,NetworkAdapterPromiscModePolicy):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,NetworkAdapterPromiscModePolicy):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return NetworkAdapterPromiscModePolicy._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={1:'Deny',2:'AllowNetwork',3:'AllowAll'}
   _ValueMap={
              'Deny':1,
              'AllowNetwork':2,
              'AllowAll':3}

   Deny=1
   AllowNetwork=2
   AllowAll=3

class PortMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=PortMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,PortMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,PortMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return PortMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Disconnected',1:'HostPipe',2:'HostDevice',3:'RawFile',4:'TCP'}
   _ValueMap={
              'Disconnected':0,
              'HostPipe':1,
              'HostDevice':2,
              'RawFile':3,
              'TCP':4}

   Disconnected=0
   HostPipe=1
   HostDevice=2
   RawFile=3
   TCP=4

class UartType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=UartType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,UartType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,UartType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return UartType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'U16450',1:'U16550A',2:'U16750'}
   _ValueMap={
              'U16450':0,
              'U16550A':1,
              'U16750':2}

   U16450=0
   U16550A=1
   U16750=2

class USBControllerType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=USBControllerType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,USBControllerType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,USBControllerType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return USBControllerType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'OHCI',2:'EHCI',3:'XHCI',4:'Last'}
   _ValueMap={
              'Null':0,
              'OHCI':1,
              'EHCI':2,
              'XHCI':3,
              'Last':4}

   Null=0
   OHCI=1
   EHCI=2
   XHCI=3
   Last=4

class USBConnectionSpeed:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=USBConnectionSpeed._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,USBConnectionSpeed):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,USBConnectionSpeed):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return USBConnectionSpeed._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Low',2:'Full',3:'High',4:'Super',5:'SuperPlus'}
   _ValueMap={
              'Null':0,
              'Low':1,
              'Full':2,
              'High':3,
              'Super':4,
              'SuperPlus':5}

   Null=0
   Low=1
   Full=2
   High=3
   Super=4
   SuperPlus=5

class USBDeviceState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=USBDeviceState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,USBDeviceState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,USBDeviceState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return USBDeviceState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'NotSupported',1:'Unavailable',2:'Busy',3:'Available',4:'Held',5:'Captured'}
   _ValueMap={
              'NotSupported':0,
              'Unavailable':1,
              'Busy':2,
              'Available':3,
              'Held':4,
              'Captured':5}

   NotSupported=0
   Unavailable=1
   Busy=2
   Available=3
   Held=4
   Captured=5

class USBDeviceFilterAction:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=USBDeviceFilterAction._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,USBDeviceFilterAction):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,USBDeviceFilterAction):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return USBDeviceFilterAction._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Ignore',2:'Hold'}
   _ValueMap={
              'Null':0,
              'Ignore':1,
              'Hold':2}

   Null=0
   Ignore=1
   Hold=2

class AudioDriverType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioDriverType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioDriverType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioDriverType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioDriverType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Default',1:'Null',2:'OSS',3:'ALSA',4:'Pulse',5:'WinMM',6:'DirectSound',7:'WAS',8:'CoreAudio',9:'MMPM',10:'SolAudio'}
   _ValueMap={
              'Default':0,
              'Null':1,
              'OSS':2,
              'ALSA':3,
              'Pulse':4,
              'WinMM':5,
              'DirectSound':6,
              'WAS':7,
              'CoreAudio':8,
              'MMPM':9,
              'SolAudio':10}

   Default=0
   Null=1
   OSS=2
   ALSA=3
   Pulse=4
   WinMM=5
   DirectSound=6
   WAS=7
   CoreAudio=8
   MMPM=9
   SolAudio=10

class AudioControllerType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioControllerType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioControllerType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioControllerType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioControllerType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'AC97',1:'SB16',2:'HDA',3:'VirtioSound'}
   _ValueMap={
              'AC97':0,
              'SB16':1,
              'HDA':2,
              'VirtioSound':3}

   AC97=0
   SB16=1
   HDA=2
   VirtioSound=3

class AudioCodecType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioCodecType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioCodecType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioCodecType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioCodecType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'SB16',2:'STAC9700',3:'AD1980',4:'STAC9221'}
   _ValueMap={
              'Null':0,
              'SB16':1,
              'STAC9700':2,
              'AD1980':3,
              'STAC9221':4}

   Null=0
   SB16=1
   STAC9700=2
   AD1980=3
   STAC9221=4

class AudioDirection:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioDirection._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioDirection):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioDirection):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioDirection._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'In',2:'Out',3:'Duplex'}
   _ValueMap={
              'Unknown':0,
              'In':1,
              'Out':2,
              'Duplex':3}

   Unknown=0
   In=1
   Out=2
   Duplex=3

class AudioDeviceType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioDeviceType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioDeviceType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioDeviceType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioDeviceType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'BuiltLin',2:'ExternalUSB',3:'ExternalOther'}
   _ValueMap={
              'Unknown':0,
              'BuiltLin':1,
              'ExternalUSB':2,
              'ExternalOther':3}

   Unknown=0
   BuiltLin=1
   ExternalUSB=2
   ExternalOther=3

class AudioDeviceState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AudioDeviceState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AudioDeviceState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AudioDeviceState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AudioDeviceState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unknown',1:'Active',2:'Disabled',3:'NotPresent',4:'Unplugged'}
   _ValueMap={
              'Unknown':0,
              'Active':1,
              'Disabled':2,
              'NotPresent':3,
              'Unplugged':4}

   Unknown=0
   Active=1
   Disabled=2
   NotPresent=3
   Unplugged=4

class AuthType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=AuthType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,AuthType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,AuthType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return AuthType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'External',2:'Guest'}
   _ValueMap={
              'Null':0,
              'External':1,
              'Guest':2}

   Null=0
   External=1
   Guest=2

class Reason:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=Reason._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,Reason):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,Reason):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return Reason._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Unspecified',1:'HostSuspend',2:'HostResume',3:'HostBatteryLow',4:'Snapshot'}
   _ValueMap={
              'Unspecified':0,
              'HostSuspend':1,
              'HostResume':2,
              'HostBatteryLow':3,
              'Snapshot':4}

   Unspecified=0
   HostSuspend=1
   HostResume=2
   HostBatteryLow=3
   Snapshot=4

class StorageBus:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=StorageBus._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,StorageBus):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,StorageBus):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return StorageBus._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'IDE',2:'SATA',3:'SCSI',4:'Floppy',5:'SAS',6:'USB',7:'PCIe',8:'VirtioSCSI'}
   _ValueMap={
              'Null':0,
              'IDE':1,
              'SATA':2,
              'SCSI':3,
              'Floppy':4,
              'SAS':5,
              'USB':6,
              'PCIe':7,
              'VirtioSCSI':8}

   Null=0
   IDE=1
   SATA=2
   SCSI=3
   Floppy=4
   SAS=5
   USB=6
   PCIe=7
   VirtioSCSI=8

class StorageControllerType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=StorageControllerType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,StorageControllerType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,StorageControllerType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return StorageControllerType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'LsiLogic',2:'BusLogic',3:'IntelAhci',4:'PIIX3',5:'PIIX4',6:'ICH6',7:'I82078',8:'LsiLogicSas',9:'USB',10:'NVMe',11:'VirtioSCSI'}
   _ValueMap={
              'Null':0,
              'LsiLogic':1,
              'BusLogic':2,
              'IntelAhci':3,
              'PIIX3':4,
              'PIIX4':5,
              'ICH6':6,
              'I82078':7,
              'LsiLogicSas':8,
              'USB':9,
              'NVMe':10,
              'VirtioSCSI':11}

   Null=0
   LsiLogic=1
   BusLogic=2
   IntelAhci=3
   PIIX3=4
   PIIX4=5
   ICH6=6
   I82078=7
   LsiLogicSas=8
   USB=9
   NVMe=10
   VirtioSCSI=11

class ChipsetType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=ChipsetType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,ChipsetType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,ChipsetType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return ChipsetType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'PIIX3',2:'ICH9',3:'ARMv8Virtual'}
   _ValueMap={
              'Null':0,
              'PIIX3':1,
              'ICH9':2,
              'ARMv8Virtual':3}

   Null=0
   PIIX3=1
   ICH9=2
   ARMv8Virtual=3

class NATAliasMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=NATAliasMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,NATAliasMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,NATAliasMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return NATAliasMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0x1:'AliasLog',0x02:'AliasProxyOnly',0x04:'AliasUseSamePorts'}
   _ValueMap={
              'AliasLog':0x1,
              'AliasProxyOnly':0x02,
              'AliasUseSamePorts':0x04}

   AliasLog=0x1
   AliasProxyOnly=0x02
   AliasUseSamePorts=0x04

class NATProtocol:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=NATProtocol._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,NATProtocol):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,NATProtocol):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return NATProtocol._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'UDP',1:'TCP'}
   _ValueMap={
              'UDP':0,
              'TCP':1}

   UDP=0
   TCP=1

class BandwidthGroupType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=BandwidthGroupType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,BandwidthGroupType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,BandwidthGroupType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return BandwidthGroupType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Null',1:'Disk',2:'Network'}
   _ValueMap={
              'Null':0,
              'Disk':1,
              'Network':2}

   Null=0
   Disk=1
   Network=2

class GuestDebugProvider:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestDebugProvider._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestDebugProvider):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestDebugProvider):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestDebugProvider._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Native',2:'GDB',3:'KD'}
   _ValueMap={
              'None':0,
              'Native':1,
              'GDB':2,
              'KD':3}

   _None=0
   Native=1
   GDB=2
   KD=3

class GuestDebugIoProvider:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestDebugIoProvider._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestDebugIoProvider):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestDebugIoProvider):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestDebugIoProvider._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'TCP',2:'UDP',3:'IPC'}
   _ValueMap={
              'None':0,
              'TCP':1,
              'UDP':2,
              'IPC':3}

   _None=0
   TCP=1
   UDP=2
   IPC=3

class VBoxEventType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=VBoxEventType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,VBoxEventType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,VBoxEventType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return VBoxEventType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Any',2:'Vetoable',3:'MachineEvent',4:'SnapshotEvent',5:'InputEvent',31:'LastWildcard',32:'OnMachineStateChanged',33:'OnMachineDataChanged',34:'OnExtraDataChanged',35:'OnExtraDataCanChange',36:'OnMediumRegistered',37:'OnMachineRegistered',38:'OnSessionStateChanged',39:'OnSnapshotTaken',40:'OnSnapshotDeleted',41:'OnSnapshotChanged',42:'OnGuestPropertyChanged',43:'OnMousePointerShapeChanged',44:'OnMouseCapabilityChanged',45:'OnKeyboardLedsChanged',46:'OnStateChanged',47:'OnAdditionsStateChanged',48:'OnNetworkAdapterChanged',49:'OnSerialPortChanged',50:'OnParallelPortChanged',51:'OnStorageControllerChanged',52:'OnMediumChanged',53:'OnVRDEServerChanged',54:'OnUSBControllerChanged',55:'OnUSBDeviceStateChanged',56:'OnSharedFolderChanged',57:'OnRuntimeError',58:'OnCanShowWindow',59:'OnShowWindow',60:'OnCPUChanged',61:'OnVRDEServerInfoChanged',62:'OnEventSourceChanged',63:'OnCPUExecutionCapChanged',64:'OnGuestKeyboard',65:'OnGuestMouse',66:'OnNATRedirect',67:'OnHostPCIDevicePlug',68:'OnVBoxSVCAvailabilityChanged',69:'OnBandwidthGroupChanged',70:'OnGuestMonitorChanged',71:'OnStorageDeviceChanged',72:'OnClipboardModeChanged',73:'OnDnDModeChanged',74:'OnNATNetworkChanged',75:'OnNATNetworkStartStop',76:'OnNATNetworkAlter',77:'OnNATNetworkCreationDeletion',78:'OnNATNetworkSetting',79:'OnNATNetworkPortForward',80:'OnGuestSessionStateChanged',81:'OnGuestSessionRegistered',82:'OnGuestProcessRegistered',83:'OnGuestProcessStateChanged',84:'OnGuestProcessInputNotify',85:'OnGuestProcessOutput',86:'OnGuestFileRegistered',87:'OnGuestFileStateChanged',88:'OnGuestFileOffsetChanged',89:'OnGuestFileRead',90:'OnGuestFileWrite',91:'OnRecordingStateChanged',92:'OnGuestUserStateChanged',93:'OnGuestMultiTouch',94:'OnHostNameResolutionConfigurationChange',95:'OnSnapshotRestored',96:'OnMediumConfigChanged',97:'OnAudioAdapterChanged',98:'OnProgressPercentageChanged',99:'OnProgressTaskCompleted',100:'OnCursorPositionChanged',101:'OnGuestAdditionsStatusChanged',102:'OnGuestMonitorInfoChanged',103:'OnGuestFileSizeChanged',104:'OnClipboardFileTransferModeChanged',105:'OnCloudProviderListChanged',106:'OnCloudProviderRegistered',107:'OnCloudProviderUninstall',108:'OnCloudProfileRegistered',109:'OnCloudProfileChanged',110:'OnProgressCreated',111:'OnLanguageChanged',112:'OnUpdateAgentAvailable',113:'OnUpdateAgentError',114:'OnUpdateAgentSettingsChanged',115:'OnUpdateAgentStateChanged',116:'OnHostAudioDeviceChanged',117:'OnGuestDebugControlChanged',118:'OnMachineGroupsChanged',119:'OnGuestDirectoryRegistered',120:'OnGuestDirectoryStateChanged',121:'OnGuestDirectoryRead',122:'OnClipboardError',123:'OnExtPackInstalled',124:'OnExtPackUninstalled',125:'OnRecordingScreenStateChanged',126:'End'}
   _ValueMap={
              'Invalid':0,
              'Any':1,
              'Vetoable':2,
              'MachineEvent':3,
              'SnapshotEvent':4,
              'InputEvent':5,
              'LastWildcard':31,
              'OnMachineStateChanged':32,
              'OnMachineDataChanged':33,
              'OnExtraDataChanged':34,
              'OnExtraDataCanChange':35,
              'OnMediumRegistered':36,
              'OnMachineRegistered':37,
              'OnSessionStateChanged':38,
              'OnSnapshotTaken':39,
              'OnSnapshotDeleted':40,
              'OnSnapshotChanged':41,
              'OnGuestPropertyChanged':42,
              'OnMousePointerShapeChanged':43,
              'OnMouseCapabilityChanged':44,
              'OnKeyboardLedsChanged':45,
              'OnStateChanged':46,
              'OnAdditionsStateChanged':47,
              'OnNetworkAdapterChanged':48,
              'OnSerialPortChanged':49,
              'OnParallelPortChanged':50,
              'OnStorageControllerChanged':51,
              'OnMediumChanged':52,
              'OnVRDEServerChanged':53,
              'OnUSBControllerChanged':54,
              'OnUSBDeviceStateChanged':55,
              'OnSharedFolderChanged':56,
              'OnRuntimeError':57,
              'OnCanShowWindow':58,
              'OnShowWindow':59,
              'OnCPUChanged':60,
              'OnVRDEServerInfoChanged':61,
              'OnEventSourceChanged':62,
              'OnCPUExecutionCapChanged':63,
              'OnGuestKeyboard':64,
              'OnGuestMouse':65,
              'OnNATRedirect':66,
              'OnHostPCIDevicePlug':67,
              'OnVBoxSVCAvailabilityChanged':68,
              'OnBandwidthGroupChanged':69,
              'OnGuestMonitorChanged':70,
              'OnStorageDeviceChanged':71,
              'OnClipboardModeChanged':72,
              'OnDnDModeChanged':73,
              'OnNATNetworkChanged':74,
              'OnNATNetworkStartStop':75,
              'OnNATNetworkAlter':76,
              'OnNATNetworkCreationDeletion':77,
              'OnNATNetworkSetting':78,
              'OnNATNetworkPortForward':79,
              'OnGuestSessionStateChanged':80,
              'OnGuestSessionRegistered':81,
              'OnGuestProcessRegistered':82,
              'OnGuestProcessStateChanged':83,
              'OnGuestProcessInputNotify':84,
              'OnGuestProcessOutput':85,
              'OnGuestFileRegistered':86,
              'OnGuestFileStateChanged':87,
              'OnGuestFileOffsetChanged':88,
              'OnGuestFileRead':89,
              'OnGuestFileWrite':90,
              'OnRecordingStateChanged':91,
              'OnGuestUserStateChanged':92,
              'OnGuestMultiTouch':93,
              'OnHostNameResolutionConfigurationChange':94,
              'OnSnapshotRestored':95,
              'OnMediumConfigChanged':96,
              'OnAudioAdapterChanged':97,
              'OnProgressPercentageChanged':98,
              'OnProgressTaskCompleted':99,
              'OnCursorPositionChanged':100,
              'OnGuestAdditionsStatusChanged':101,
              'OnGuestMonitorInfoChanged':102,
              'OnGuestFileSizeChanged':103,
              'OnClipboardFileTransferModeChanged':104,
              'OnCloudProviderListChanged':105,
              'OnCloudProviderRegistered':106,
              'OnCloudProviderUninstall':107,
              'OnCloudProfileRegistered':108,
              'OnCloudProfileChanged':109,
              'OnProgressCreated':110,
              'OnLanguageChanged':111,
              'OnUpdateAgentAvailable':112,
              'OnUpdateAgentError':113,
              'OnUpdateAgentSettingsChanged':114,
              'OnUpdateAgentStateChanged':115,
              'OnHostAudioDeviceChanged':116,
              'OnGuestDebugControlChanged':117,
              'OnMachineGroupsChanged':118,
              'OnGuestDirectoryRegistered':119,
              'OnGuestDirectoryStateChanged':120,
              'OnGuestDirectoryRead':121,
              'OnClipboardError':122,
              'OnExtPackInstalled':123,
              'OnExtPackUninstalled':124,
              'OnRecordingScreenStateChanged':125,
              'End':126}

   Invalid=0
   Any=1
   Vetoable=2
   MachineEvent=3
   SnapshotEvent=4
   InputEvent=5
   LastWildcard=31
   OnMachineStateChanged=32
   OnMachineDataChanged=33
   OnExtraDataChanged=34
   OnExtraDataCanChange=35
   OnMediumRegistered=36
   OnMachineRegistered=37
   OnSessionStateChanged=38
   OnSnapshotTaken=39
   OnSnapshotDeleted=40
   OnSnapshotChanged=41
   OnGuestPropertyChanged=42
   OnMousePointerShapeChanged=43
   OnMouseCapabilityChanged=44
   OnKeyboardLedsChanged=45
   OnStateChanged=46
   OnAdditionsStateChanged=47
   OnNetworkAdapterChanged=48
   OnSerialPortChanged=49
   OnParallelPortChanged=50
   OnStorageControllerChanged=51
   OnMediumChanged=52
   OnVRDEServerChanged=53
   OnUSBControllerChanged=54
   OnUSBDeviceStateChanged=55
   OnSharedFolderChanged=56
   OnRuntimeError=57
   OnCanShowWindow=58
   OnShowWindow=59
   OnCPUChanged=60
   OnVRDEServerInfoChanged=61
   OnEventSourceChanged=62
   OnCPUExecutionCapChanged=63
   OnGuestKeyboard=64
   OnGuestMouse=65
   OnNATRedirect=66
   OnHostPCIDevicePlug=67
   OnVBoxSVCAvailabilityChanged=68
   OnBandwidthGroupChanged=69
   OnGuestMonitorChanged=70
   OnStorageDeviceChanged=71
   OnClipboardModeChanged=72
   OnDnDModeChanged=73
   OnNATNetworkChanged=74
   OnNATNetworkStartStop=75
   OnNATNetworkAlter=76
   OnNATNetworkCreationDeletion=77
   OnNATNetworkSetting=78
   OnNATNetworkPortForward=79
   OnGuestSessionStateChanged=80
   OnGuestSessionRegistered=81
   OnGuestProcessRegistered=82
   OnGuestProcessStateChanged=83
   OnGuestProcessInputNotify=84
   OnGuestProcessOutput=85
   OnGuestFileRegistered=86
   OnGuestFileStateChanged=87
   OnGuestFileOffsetChanged=88
   OnGuestFileRead=89
   OnGuestFileWrite=90
   OnRecordingStateChanged=91
   OnGuestUserStateChanged=92
   OnGuestMultiTouch=93
   OnHostNameResolutionConfigurationChange=94
   OnSnapshotRestored=95
   OnMediumConfigChanged=96
   OnAudioAdapterChanged=97
   OnProgressPercentageChanged=98
   OnProgressTaskCompleted=99
   OnCursorPositionChanged=100
   OnGuestAdditionsStatusChanged=101
   OnGuestMonitorInfoChanged=102
   OnGuestFileSizeChanged=103
   OnClipboardFileTransferModeChanged=104
   OnCloudProviderListChanged=105
   OnCloudProviderRegistered=106
   OnCloudProviderUninstall=107
   OnCloudProfileRegistered=108
   OnCloudProfileChanged=109
   OnProgressCreated=110
   OnLanguageChanged=111
   OnUpdateAgentAvailable=112
   OnUpdateAgentError=113
   OnUpdateAgentSettingsChanged=114
   OnUpdateAgentStateChanged=115
   OnHostAudioDeviceChanged=116
   OnGuestDebugControlChanged=117
   OnMachineGroupsChanged=118
   OnGuestDirectoryRegistered=119
   OnGuestDirectoryStateChanged=120
   OnGuestDirectoryRead=121
   OnClipboardError=122
   OnExtPackInstalled=123
   OnExtPackUninstalled=124
   OnRecordingScreenStateChanged=125
   End=126

class GuestMouseEventMode:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestMouseEventMode._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestMouseEventMode):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestMouseEventMode):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestMouseEventMode._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Relative',1:'Absolute'}
   _ValueMap={
              'Relative':0,
              'Absolute':1}

   Relative=0
   Absolute=1

class GuestMonitorChangedEventType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=GuestMonitorChangedEventType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,GuestMonitorChangedEventType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,GuestMonitorChangedEventType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return GuestMonitorChangedEventType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Enabled',1:'Disabled',2:'NewOrigin'}
   _ValueMap={
              'Enabled':0,
              'Disabled':1,
              'NewOrigin':2}

   Enabled=0
   Disabled=1
   NewOrigin=2

class FormValueType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=FormValueType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,FormValueType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,FormValueType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return FormValueType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Boolean',1:'String',2:'Choice',3:'RangedInteger',4:'RangedInteger64'}
   _ValueMap={
              'Boolean':0,
              'String':1,
              'Choice':2,
              'RangedInteger':3,
              'RangedInteger64':4}

   Boolean=0
   String=1
   Choice=2
   RangedInteger=3
   RangedInteger64=4

class CloudMachineState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CloudMachineState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CloudMachineState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CloudMachineState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CloudMachineState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Provisioning',2:'Running',3:'Starting',4:'Stopping',5:'Stopped',6:'CreatingImage',7:'Terminating',8:'Terminated'}
   _ValueMap={
              'Invalid':0,
              'Provisioning':1,
              'Running':2,
              'Starting':3,
              'Stopping':4,
              'Stopped':5,
              'CreatingImage':6,
              'Terminating':7,
              'Terminated':8}

   Invalid=0
   Provisioning=1
   Running=2
   Starting=3
   Stopping=4
   Stopped=5
   CreatingImage=6
   Terminating=7
   Terminated=8

class CloudImageState:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=CloudImageState._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,CloudImageState):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,CloudImageState):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return CloudImageState._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'Provisioning',2:'Importing',3:'Available',4:'Exporting',5:'Disabled',6:'Deleted'}
   _ValueMap={
              'Invalid':0,
              'Provisioning':1,
              'Importing':2,
              'Available':3,
              'Exporting':4,
              'Disabled':5,
              'Deleted':6}

   Invalid=0
   Provisioning=1
   Importing=2
   Available=3
   Exporting=4
   Disabled=5
   Deleted=6

class MetricType:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=MetricType._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,MetricType):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,MetricType):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return MetricType._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'Invalid',1:'CpuUtilization',2:'MemoryUtilization',3:'DiskBytesRead',4:'DiskBytesWritten',5:'NetworksBytesIn',6:'NetworksBytesOut'}
   _ValueMap={
              'Invalid':0,
              'CpuUtilization':1,
              'MemoryUtilization':2,
              'DiskBytesRead':3,
              'DiskBytesWritten':4,
              'NetworksBytesIn':5,
              'NetworksBytesOut':6}

   Invalid=0
   CpuUtilization=1
   MemoryUtilization=2
   DiskBytesRead=3
   DiskBytesWritten=4
   NetworksBytesIn=5
   NetworksBytesOut=6

class SymlinkPolicy:
   def __init__(self,mgr,handle):
       self.mgr=mgr
       if isinstance(handle,basestring):
           self.handle=SymlinkPolicy._ValueMap[handle]
       else:
           self.handle=handle

   def __eq__(self,other):
      if isinstance(other,SymlinkPolicy):
         return self.handle == other.handle
      if isinstance(other,int):
         return self.handle == other
      if isinstance(other,basestring):
         return str(self) == other
      return False

   def __ne__(self,other):
      if isinstance(other,SymlinkPolicy):
         return self.handle != other.handle
      if isinstance(other,int):
         return self.handle != other
      if isinstance(other,basestring):
         return str(self) != other
      return True

   def __str__(self):
        return SymlinkPolicy._NameMap[self.handle]

   def __int__(self):
        return self.handle

   _NameMap={0:'None',1:'Forbidden',2:'AllowedInShareSubtree',3:'AllowedToRelativeTargets',4:'AllowedToAnyTarget'}
   _ValueMap={
              'None':0,
              'Forbidden':1,
              'AllowedInShareSubtree':2,
              'AllowedToRelativeTargets':3,
              'AllowedToAnyTarget':4}

   _None=0
   Forbidden=1
   AllowedInShareSubtree=2
   AllowedToRelativeTargets=3
   AllowedToAnyTarget=4


import base64

class IWebsessionManager2(IWebsessionManager, ObjectRefManager):
  def __init__(self, url):
       self.url = url
       self.port = None
       self.handle = None
       self.mgr = self
       ObjectRefManager.__init__(self, self.mgr)

  def getPort(self):
      if self.port is None:
          try:
             self.port = vboxServiceLocator().getvboxPortType(self.url)
          except:
             self.port = vboxServiceLocator().getvboxServicePort(self.url)
      return self.port

  def decodebase64(self, str):
      return base64.decodestring(str)

  def encodebase64(self, str):
      return base64.encodestring(str)
