def WebBrickUpdateIp(self, IpAddress, MacAddress, NetAddress, Password, NewIpAdrs):
if IpAddress == "(None)": return "No WebBrick selected"
if NewIpAdrs == "(None)": return "No IP address specified"
bcadrs = formatIpAdrs(mkBroadcastAddress(*parseNetAdrs(NetAddress)))
macbytes = parseMacAdrs(MacAddress)
ipbytes = parseIpAdrs(NewIpAdrs)
err = login(bcadrs, Password)
err = err or setIp(bcadrs, macbytes, ipbytes)
return err
def getWebBricks( self, network ):
result = list()
# turn result dict into list.
self.__log.debug( "result %s" % self._webbricks )
netbytes = parseNetAdrs(network)
# now filter out all unwanted webbricks.
for ntry in self._webbricks:
wb = self._webbricks[ntry]
ipbytes = parseIpAdrs( wb["ipAdr"] )
if ipInNetwork(ipbytes, netbytes):
result.append( wb )
return result
def handleEvent1( self, inEvent ):
self.__log.debug( 'Event %s : %s' % (inEvent.source(), inEvent.type()) )
#self.__log.debug( 'Event.other_data %s' % (inEvent.other_data()) )
if ( inEvent.type() == "http://id.webbrick.co.uk/events/webbrick/NN" ) or \
( inEvent.type() == "http://id.webbrick.co.uk/events/webbrick/AA" ):
macStr = inEvent.other_data()["macAdr"]
wb = None
if self._webbricks.has_key( macStr ):
# already seen
wb = self._webbricks[macStr]
#TODO: update values?
else:
# new entry: filter out responses from other networks
ipStr = inEvent.other_data()["ipAdr"]
ipbytes = parseIpAdrs(ipStr)
if ipInNetwork(ipbytes, self._netbytes):
wb = dict()
wb["macAdr"] = macStr
wb["ipAdr"] = ipStr
self._webbricks[macStr] = wb
self.__log.debug( "new %s" % wb )
if wb and inEvent.type() == "http://id.webbrick.co.uk/events/webbrick/NN":
wb["unconfigured"] = True
