def sortAndBuildDataNodes(self, data):
sortColumnIndex = self._gui.sortColumnIndex
dnColumnIndex = DataControl.getInstance().getDataColumnDef().colIndexMap('DN')
treeViewTypes = [self.viewType_DN, self.viewType_MRSITE, self.viewType_OMS]
dnNodes = self.getFilteredDnNodesByDN(data.getRawData())
sortedRawData = []
# print "sort column index = ",sortColumnIndex
if sortColumnIndex == dnColumnIndex:
# print "-- sort dn begin = ", time.time()
for dn in sorted(dnNodes.keys(), cmp= lambda x,y:self.sortDNColumn(x, y, dnNodes)):
# print "append1 -------", dn
sortedRawData.append(dnNodes[dn].getRawData())
rawData = self.getFilteredRawDataByCommonState(sortedRawData)
# for i in rawData:
# print "state = ",i[-7]," ",i[-1]," MRSITE-",i[0]," ",i[2]
data.setSortedRawData(rawData)
self.buildDataNodes(data)
# print "-- sort dn end = ",time.time()
elif self.viewType in treeViewTypes and sortColumnIndex != dnColumnIndex:
# print "-- sort non dn begin = ", time.time()
for dn in sorted(dnNodes.keys(), cmp= lambda x,y:self.sortDNColumn(x, y, dnNodes)):
# print "----------------- append dn = ",dn
sortedRawData.append(dnNodes[dn].getRawData())
tmpData = LTEStatusData()
tmpData.setSortedRawData(self.getFilteredRawDataByCommonState(sortedRawData))
self.buildDataNodes(tmpData)
newTopNodes = []
for topNode in sorted(tmpData.getTopNodes(), cmp= lambda x,y:self.sortNonDNColumn(x, y, sortColumnIndex)):
topNode.setIndex(len(newTopNodes))
newTopNodes.append(topNode)
if topNode.getChildren():
self.sortChildren(topNode, sortColumnIndex)
data.setTopNodes(newTopNodes)
# print "-- sort non dn begin = ", time.time()
else:
# print "-- sort non dn begin = ", time.time()
for node in sorted(dnNodes.values(), cmp= lambda x,y:self.sortNonDNColumn(x, y, sortColumnIndex)):
sortedRawData.append(node.getRawData())
data.setSortedRawData(self.getFilteredRawDataByCommonState(sortedRawData))
self.buildDataNodes(data)
# print "-- sort non dn end = ",time.time()
#For Status Report, Lock/unlock operation
if self.viewType == self.viewType_List:
self.storeLNBTSChildren(dnNodes)
