def post_save(self, obj, created=True):
for user in User.objects.all():
try:
Wallet.objects.create(owner=user)
except IntegrityError:
pass
try:
OfflineWallet.objects.create(owner=user)
except IntegrityError:
pass
try:
Token.objects.create(user=user)
except IntegrityError:
pass
try:
Schedule.objects.create(user=user)
except IntegrityError:
pass
#send notification: consider using ngrok to call an offline API or try twilio later on
Sync.objects.create(method='register', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com',
'register') # ack sync table if successful
#remeber to send the password to the phone no. of the user. Once the email is set, the user can make choices.
data = {
'message':
'Dear customer, thanks for signing up. Your password is: {}. Have the best re-charging experience ever!'
.format(self.reset_password),
'phone':
obj.username
}
task_sms(data)
def post_save(self, obj, created=True):
for user in User.objects.all():
try:
Wallet.objects.create(owner=user)
except IntegrityError:
pass
try:
OfflineWallet.objects.create(owner=user)
except IntegrityError:
pass
try:
Token.objects.create(user=user)
except IntegrityError:
pass
try:
Schedule.objects.create(user=user)
except IntegrityError:
pass
#send notification: consider using ngrok to call an offline API or try twilio later on
Sync.objects.create(method='register', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com', 'register') # ack sync table if successful
#remeber to send the password to the phone no. of the user. Once the email is set, the user can make choices.
data = {
'message': 'Dear customer, thanks for signing up. Your password is: {}. Have the best re-charging experience ever!'.format(self.reset_password),
'phone': obj.username
}
task_sms(data)
def post_save(self, obj, created=True):
for user in User.objects.all():
try:
Wallet.objects.create(owner=user)
except IntegrityError:
pass
try:
OfflineWallet.objects.create(owner=user)
except IntegrityError:
pass
try:
Token.objects.create(user=user)
except IntegrityError:
pass
try:
Schedule.objects.create(user=user)
except IntegrityError:
pass
#send notification: consider using ngrok to call an offline API
Sync.objects.create(method='register', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com', 'register')
data = {
'message':
'Dear customer, thanks for signing up. Have the best re-charging experience ever!',
'phone': obj.username
}
task_sms(data)
def post_save(self, obj, created=True):
for user in User.objects.all():
try:
Wallet.objects.create(owner=user)
except IntegrityError:
pass
try:
OfflineWallet.objects.create(owner=user)
except IntegrityError:
pass
try:
Token.objects.create(user=user)
except IntegrityError:
pass
try:
Schedule.objects.create(user=user)
except IntegrityError:
pass
#send notification: consider using ngrok to call an offline API
Sync.objects.create(method='register', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com', 'register')
data = {
'message': 'Dear customer, thanks for signing up. Have the best re-charging experience ever!',
'phone': obj.username
}
task_sms(data)
def post_save(self, obj, created=False):
if self.uplink_user:
OfflineWalletLog.objects.create(wallet=obj,
user_from=self.uplink_user,
amount=obj.amount,
report='uplink-to-downlink')
elif self.master_user:
OfflineWalletLog.objects.create(wallet=obj,
user_from=self.master_user,
amount=obj.amount,
report='master-to-slave')
else:
OfflineWalletLog.objects.create(wallet=obj,
amount=obj.amount,
report='self')
Sync.objects.create(method='update_wallet', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com', 'update_wallet')
#send this message in the sync after sync
msg = 'Dear Customer, {} credited your account with {}. Thanks for your patronage!'.format(
self.kwargs['owner'].get_full_name, obj.amount)
data = {'message': msg, 'phone': self.kwargs['owner'].username}
task_sms(data)
def post_save(self, obj, created=False):
if self.uplink_user:
WalletLog.objects.create(wallet=obj, user_from=self.uplink_user, amount=obj.amount, report='uplink-to-downlink')
elif self.master_user:
WalletLog.objects.create(wallet=obj, user_from=self.master_user, amount=obj.amount, report='master-to-slave')
else:
WalletLog.objects.create(wallet=obj, amount=obj.amount, report='self')
msg = 'Dear Customer, {} credited your account with {}. Thanks for your patronage!'.format(self.kwargs['owner'].get_full_name, obj.amount)
data = {'message': msg, 'phone': self.kwargs['owner'].phone}
task_sms(data)
def re_fund(data):
user = User.objects.get(username=data['phone'])
wallet_to_update = Wallet.objects.filter(owner=user.id) if data['platform'] is 'online' else OfflineWallet.objects.filter(owner=user.id)
user_wallet = wallet_to_update.get(owner=user.id)
new_wallet_amount = float(user_wallet.amount) + float(data['amount'])
wallet_to_update.update(amount=new_wallet_amount)
log = WalletLog(wallet=user_wallet, amount=new_wallet_amount, report='refund') if data['platform'] is 'online' else OfflineWalletLog(wallet=user_wallet, amount=new_wallet_amount, report='refund')
log.save()
msg = 'Transaction period: {}, Balance: {}, Action: {}. Sorry for any inconvenience'.format(datetime.now().ctime(), new_wallet_amount, 'Refund')
data.update({'message': msg})
task_sms(data)
def calculate(data):
"""
calculator calculates the remainder for a user. It goes a step further if the person is a
slave to a master by deducting from the master's wallet.
"""
if 'stop' in data:
return data
#user = User.objects.get(username=data['phone'])
wallet_to_update = Wallet.objects.filter(owner=data['user']['id']) if data['platform'] is 'online' else OfflineWallet.objects.filter(owner=data['user']['id'])
print wallet_to_update
user_wallet = wallet_to_update.get(owner=data['user']['id'])
print user_wallet.amount
if (float(user_wallet.amount) >= 100.0) and (float(user_wallet.amount) >= float(data['amount'])):
new_wallet_amount = float(user_wallet.amount) - float(data['amount'])
elif (float(user_wallet.amount) >= 100.0) and (float(user_wallet.amount) < float(data['amount'])):
data.update({'amount': user_wallet.amount})
new_wallet_amount = float(user_wallet.amount) - float(data['amount'])
elif data['status'] == 'slave':
wallet_to_update = Wallet.objects.filter(owner=data['master']['id']) if data['platform'] == 'online' else OfflineWallet.objects.get(owner=data['master']['id'])
master_wallet = wallet_to_update.get(owner=data['master']['id'])
if (float(master_wallet.amount) >= 100.0) and (float(master_wallet.amount) >= float(data['amount'])):
new_wallet_amount = float(master_wallet.amount) - float(data['amount'])
elif (float( master_wallet.amount) >= 100.0) and (float(master_wallet.amount) < float(data['amount'])):
data.update({'amount': master_wallet.amount})
new_wallet_amount = float(master_wallet.amount) - float(data['amount'])
else:
data.update({'stop': 'not enough balance in the account'})
return data
else:
data.update({'stop': 'not enough balance in the account'})
return data
wallet_to_update.update(amount=new_wallet_amount)
data.update({'balance': new_wallet_amount})
log = WalletLog(wallet=user_wallet, amount=new_wallet_amount, report='withdrawal') if data['platform'] is 'online' else OfflineWalletLog(wallet=user_wallet, amount=new_wallet_amount, report='withdrawal')
log.save()
msg = 'Transaction period: {}, Balance: {}, Action: {}. Thanks for the patronage!'.format(datetime.now().ctime(), new_wallet_amount, 'Withdrawal')
data.update({'message': msg})
task_sms(data)
return data
def post_save(self, obj, created=False):
if self.uplink_user:
OfflineWalletLog.objects.create(wallet=obj, user_from=self.uplink_user, amount=obj.amount, report='uplink-to-downlink')
elif self.master_user:
OfflineWalletLog.objects.create(wallet=obj, user_from=self.master_user, amount=obj.amount, report='master-to-slave')
else:
OfflineWalletLog.objects.create(wallet=obj, amount=obj.amount, report='self')
Sync.objects.create(method='update_wallet', model_id=obj.id)
task_request(obj, 'www.arooko.ngrok.com', 'update_wallet')
#send this message in the sync after sync
msg = 'Dear Customer, {} credited your account with {}. Thanks for your patronage!'.format(self.kwargs['owner'].get_full_name, obj.amount)
data = {'message':msg, 'phone':self.kwargs['owner'].username}
task_sms(data)
def re_fund(data):
user = User.objects.get(username=data['phone'])
wallet_to_update = Wallet.objects.filter(
owner=user.id
) if data['platform'] is 'online' else OfflineWallet.objects.filter(
owner=user.id)
user_wallet = wallet_to_update.get(owner=user.id)
new_wallet_amount = float(user_wallet.amount) + float(data['amount'])
wallet_to_update.update(amount=new_wallet_amount)
log = WalletLog(
wallet=user_wallet, amount=new_wallet_amount,
report='refund') if data['platform'] is 'online' else OfflineWalletLog(
wallet=user_wallet, amount=new_wallet_amount, report='refund')
log.save()
msg = 'Transaction period: {}, Balance: {}, Action: {}. Sorry for any inconvenience'.format(
datetime.now().ctime(), new_wallet_amount, 'Refund')
data.update({'message': msg})
task_sms(data)
def post_save(self, obj, created=False):
if self.uplink_user:
WalletLog.objects.create(wallet=obj,
user_from=self.uplink_user,
amount=obj.amount,
report='uplink-to-downlink')
elif self.master_user:
WalletLog.objects.create(wallet=obj,
user_from=self.master_user,
amount=obj.amount,
report='master-to-slave')
else:
WalletLog.objects.create(wallet=obj,
amount=obj.amount,
report='self')
msg = 'Dear Customer, {} credited your account with {}. Thanks for your patronage!'.format(
self.kwargs['owner'].get_full_name, obj.amount)
data = {'message': msg, 'phone': self.kwargs['owner'].phone}
task_sms(data)
def calculate(data):
"""
calculator calculates the remainder for a user. It goes a step further if the person is a
slave to a master by deducting from the master's wallet.
"""
if 'stop' in data:
return data
#user = User.objects.get(username=data['phone'])
wallet_to_update = Wallet.objects.filter(
owner=data['user']['id']
) if data['platform'] is 'online' else OfflineWallet.objects.filter(
owner=data['user']['id'])
print wallet_to_update
user_wallet = wallet_to_update.get(owner=data['user']['id'])
print user_wallet.amount
if (float(user_wallet.amount) >= 100.0) and (float(user_wallet.amount) >=
float(data['amount'])):
new_wallet_amount = float(user_wallet.amount) - float(data['amount'])
elif (float(user_wallet.amount) >= 100.0) and (float(user_wallet.amount) <
float(data['amount'])):
data.update({'amount': user_wallet.amount})
new_wallet_amount = float(user_wallet.amount) - float(data['amount'])
elif data['status'] == 'slave':
wallet_to_update = Wallet.objects.filter(
owner=data['master']['id']
) if data['platform'] == 'online' else OfflineWallet.objects.get(
owner=data['master']['id'])
master_wallet = wallet_to_update.get(owner=data['master']['id'])
if (float(master_wallet.amount) >= 100.0) and (float(
master_wallet.amount) >= float(data['amount'])):
new_wallet_amount = float(master_wallet.amount) - float(
data['amount'])
elif (float(master_wallet.amount) >= 100.0) and (float(
master_wallet.amount) < float(data['amount'])):
data.update({'amount': master_wallet.amount})
new_wallet_amount = float(master_wallet.amount) - float(
data['amount'])
else:
data.update({'stop': 'not enough balance in the account'})
return data
else:
data.update({'stop': 'not enough balance in the account'})
return data
wallet_to_update.update(amount=new_wallet_amount)
data.update({'balance': new_wallet_amount})
log = WalletLog(
wallet=user_wallet, amount=new_wallet_amount, report='withdrawal'
) if data['platform'] is 'online' else OfflineWalletLog(
wallet=user_wallet, amount=new_wallet_amount, report='withdrawal')
log.save()
msg = 'Transaction period: {}, Balance: {}, Action: {}. Thanks for the patronage!'.format(
datetime.now().ctime(), new_wallet_amount, 'Withdrawal')
data.update({'message': msg})
task_sms(data)
return data
