def processDataAndCreateEntities():
global amtTransObjDict, entityList, transactList
sortedTransactionDict = cl.OrderedDict(
reversed(sorted(amtTransObjDict.items())))
print sortedTransactionDict.keys()
print sortedTransactionDict.__len__()
topTenPercent = sortedTransactionDict.__len__() * 0.005
print topTenPercent
listRequired = list(sortedTransactionDict)
print listRequired[0]
elm = 0
addressEntityMap = {}
while (topTenPercent > 1):
keyVal = listRequired[elm]
ElementList = sortedTransactionDict[keyVal]
for Element in ElementList:
addrInp = Element[0]
adrO = Element[1]
# print "Inputs ----------------------"
flag = 0
list = []
foundAddress = []
sourceEntity = None
sinkEntity = None
for adrI in addrInp:
if (adrI.address not in list):
list.append(adrI.address)
if (adrI.address in addressEntityMap.keys()):
flag = 1
foundAddress.append(adrI.address)
if (flag == 0):
sourceEntity = Entity(list)
entityList.append(sourceEntity)
for element in list:
addressEntityMap[element] = sourceEntity
else:
Elist = []
for eachAddr in foundAddress:
if (addressEntityMap[eachAddr] not in Elist):
Elist.append(addressEntityMap[eachAddr])
parentEntity = Elist[0]
for addr in list:
if addr not in parentEntity.getAddrList():
parentEntity.addAddress(addr)
addressEntityMap[addr] = parentEntity
if (Elist.__len__() > 1):
for ent in Elist[1:]:
addrHold = ent.getAddrList()
inTrans = ent.getInTransact()
outTrans = ent.getOutTransact()
for addr in addrHold:
parentEntity.addAddress(addr)
addressEntityMap[addr] = parentEntity
for inT in inTrans:
inT.updateDest(parentEntity)
parentEntity.addInTransact(inT)
for outT in outTrans:
outT.updateOrigin(parentEntity)
parentEntity.addOutTransact(outT)
entityList.remove(ent)
sourceEntity = parentEntity
# v1 = g.add_vertex()
# entityAddr[v1] = list
# print "Outputs ----------------------"
# v2 = g.add_vertex()
if (adrO.address in addressEntityMap.keys()):
sinkEntity = addressEntityMap[adrO.address]
else:
sinkEntity = Entity([adrO.address])
entityList.append(sinkEntity)
addressEntityMap[adrO.address] = sinkEntity
transactObj = Transaction(sourceEntity, sinkEntity, adrO.value)
sourceEntity.addOutTransact(transactObj)
sinkEntity.addInTransact(transactObj)
transactList.append(transactObj)
# entityAddr[v2] = [adrO.address]
# edgeTrans = g.add_edge(v1, v2)
# edgeWeight[edgeTrans] = adrO.value
# transactionHashValue[edgeTrans] = transObj.hash
print elm
elm += 1
topTenPercent -= 1
