gistfile1.txt

if (((time.time() - sensorhistory.fiveminutetimer) >= 60.0)
        and (currminute % 2 == 0)
        ):
        wattsused = {}
        whused = {}

        # Taking avgwattover5min from ALL or only one sensor => erronious KWh
        for history in sensorhistories.sensorhistories:
            wattsused[history.sensornum] += history.avgwattover5min()
            whused[history.sensornum]+= history.dayswatthr

        kwhused1 = whused[1]/1000
        avgwatt1 = sensorhistory.avgwattover5min()
        cost1 = kwhused1 * ENERGY_PRICE 
        cost1 = "%.2f" % cost1

        kwhused2 = whused[2]/1000
        avgwatt2 = sensorhistory.avgwattover5min()
        cost2 = kwhused2 * ENERGY_PRICE 
        cost2 = "%.2f" % cost2

        kwhused3 = whused[3]/1000
        avgwatt3 = sensorhistory.avgwattover5min()
        cost3 = kwhused3 * ENERGY_PRICE 
        cost3 = "%.2f" % cost3
              
        pac = eeml.Pachube(API_URL, API_KEY)

        pac.update(eeml.Data(0, 
                             avgwatt1, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='watt', 
                                            type='derivedSI', 
                                            symbol='W',
                                           )
                             )
                  )
        
        # total KWh
        pac.update(eeml.Data(1, 
                             kwhused1, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='kilowatthour', 
                                                  type='derivedSI', 
                                                  symbol='KWh',
                                           )
                            )
                  )

        # Cost
        pac.update(eeml.Data(2, 
                             cost1, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='cost', 
                                            type='contextDependentUnits', 
                                            symbol='$'
                                            )
                             )
                  )

        pac.update(eeml.Data(3, 
                             avgwatt2, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='watt', 
                                            type='derivedSI', 
                                            symbol='W',
                                           )
                             )
                  )
        
        # total KWh
        pac.update(eeml.Data(4, 
                             kwhused2, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='kilowatthour', 
                                                  type='derivedSI', 
                                                  symbol='KWh',
                                           )
                            )
                  )

        # Cost
        pac.update(eeml.Data(5, 
                             cost2, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='cost', 
                                            type='contextDependentUnits', 
                                            symbol='$'
                                            )
                             )
                  )

        pac.update(eeml.Data(6, 
                             avgwatt3, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='watt', 
                                            type='derivedSI', 
                                            symbol='W',
                                           )
                             )
                  )
         
        # total KWh
        pac.update(eeml.Data(7, 
                             kwhused3, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='kilowatthour', 
                                                  type='derivedSI', 
                                                  symbol='KWh',
                                           )
                            )
                  )

        # Cost
        pac.update(eeml.Data(8, 
                             cost3, 
                             minValue=0, 
                             maxValue=None, 
                             unit=eeml.Unit(name='cost', 
                                            type='contextDependentUnits', 
                                            symbol='$'
                                            )
                             )
                  )
        try:
            print "pachube update: try" 
            pac.put()
            print "pachube update: OK" 
        except:
            print "pachube update failed" 
        # Print out debug data, Wh used in last 5 minutes
        avgwattsused = sensorhistory.avgwattover5min()
        print time.strftime("%Y %m %d, %H:%M")+", "+str(sensorhistory.sensornum)+", "+str(sensorhistory.avgwattover5min())+"\n"
               
        # Lets log it! Seek to the end of our log file
        if logfile:
            logfile.seek(0, 2) # 2 == SEEK_END. ie, go to the end of the file
            logfile.write(time.strftime("%Y %m %d, %H:%M")+", "+
                          str(sensorhistory.sensornum)+", "+
                          str(sensorhistory.avgwattover5min())+"\n")
            logfile.flush()
            
        # Or, send it to the app engine
        if not LOGFILENAME:
            appengineauth.sendreport(xb.address_16, avgwattsused)
        
        
        # Reset our 5 minute timer
        sensorhistory.reset5mintimer()