def _addGroupAdress(groupAddresses, gaData, gaTreeObj):
gaList = KNXAddressInterpreter.split(gaData.gaStr)
lastAddrGroup = groupAddresses
for layer in xrange(0,len(gaList) - 1):
nr = gaList[layer]
actChild = None
for child in lastAddrGroup.children:
if child.nr == nr and not isinstance(child, GroupAddress):
actChild = child
break
if actChild == None:
newGroup = AddrGroup(nr = nr, name = gaData.gaNameList[layer])
lastAddrGroup.children.append( newGroup )
lastAddrGroup = newGroup
if _debug: print 'new AddrGroup'
else:
lastAddrGroup = actChild
if _debug: print 'existing AddrGroup'
if _debug: print str(layer) + ' ' + str(type(lastAddrGroup))
if _debug: print gaTreeObj.name
lastAddrGroup.children.append(gaTreeObj)
def _createGroupAddressList(dataManager,plotGlue, exportGlue):
dm = dataManager
_groupAddresses = []
for key in dm.getSortedKeys():
ga = dm.gaRepDictonary[key]
# make the default selectet dpt of the enume
possibleDpt = ga.possibleDpt
if possibleDpt != []:
possibleDpt.remove(ga.dpt)
possibleDpt.insert(0,ga.dpt)
enumList = []
for dpt in possibleDpt:
enumList.append(dpt + ' | ' + dptInterpreter.dptTypes[dpt].discription )
_groupAddresses.append(
GroupAddress(
name = ga.gaName,
nr = KNXAddressInterpreter.split(ga.gaStr)[-1],
groupAddress = ga.gaStr,
possbileDataTypes = enumList,
Length = ga.length,
dataPoints = len(ga.interpretedData),
_gaBin = ga.gaBin,
_isPlotable = dptInterpreter.dptTypes[ga.dpt].isPlotable,
_addToPlot_hock = plotGlue.addToPlot,
_removeFromPlot_hock = plotGlue.removeFromPlot,
_updateData_hock = plotGlue.updateData,
_exportCSV_hock = exportGlue.exportGroupAdress,
)
)
if _debug: print dpt
if _debug: print dptInterpreter.dptTypes[dpt].isPlotable
return _groupAddresses
