def createNewBinaryPosition(self, userId, toPayPrice=True):
isMatrixFull = User.Get(userId).addNewActiveBinaryPosition()
if toPayPrice:
self.payBinaryPrice(userId)
return self._handleFullMatrix(User.Get(userId).active_binary_position) if isMatrixFull else User.Get(userId).active_binary_position
def userLeaves(self, userId):
user = User.Get(userId)
user.leave()
for u in User.objects.filter(sponsor=user):
u.sponsor = MasterUser.Get()
u.save()
def payBinaryCommission(self, userId):
user = User.Get(userId)
user.binary_money += self.commission
user.save()
master = MasterUser.Get()
master.binary_money -= self.commission
master.save()
def _createMoreNewUsersRecursive(self, queue, callNum, limit):
sponsor = User.Get(queue.popleft())
for i in range(2):
queue.append(self.createNewUser(sponsor=sponsor))
if (callNum + i + 1) == limit:
return
self._createMoreNewUsersRecursive(queue, callNum + 2, limit)
def payBinaryPrice(self, userId):
user = User.Get(userId)
# User buys the product, money decrerases
user.binary_money -= self.price
# It if bought from Master, so money increases
master = MasterUser.Get()
master.binary_money += self.price
master.save()
user.save()
def createNewUnilevelPosition(self, userId):
User.Get(userId).addNewActiveUnilevelPosition()
def payMonthlyCommission(self, userId):
user = User.Get(userId)
commission = self.calculateMonthlyCommission() * user.active_unilevel_position.countChildren(self.conf_unilevel_commission_depth)
user.unilevel_money += commission
user.save()
return commission
