def get_discount(request):
if request.user.is_anonymous:
raise PermissionDenied()
host = request.META['HTTP_HOST']
user = request.user
contract_type = request.query_params['contract_type']
promo_str = request.query_params['promo']
discount = check_and_get_discount(promo_str, contract_type, user)
answer = {'discount': discount}
if 'contract_id' in request.query_params:
contract = Contract.objects.get(id=request.query_params['contract_id'])
contract_details = contract.get_details()
if host == EOSISH_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost_eos(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'EOS': cost,
'EOSISH': str(float(cost) * rate('EOS', 'EOSISH').value)
}
elif host == MY_WISH_URL:
options_cost = 0
if contract.contract_type == 5:
if contract_details.authio:
options_cost += AUTHIO_PRICE_USDT * NET_DECIMALS['USDT']
if contract.contract_type in VERIFICATION_CONTRACTS_IDS:
if contract_details.verification:
options_cost += VERIFICATION_PRICE_USDT * NET_DECIMALS[
'USDT']
cost = (contract.cost -
options_cost) * (100 - discount) / 100 + options_cost
answer['discount_price'] = {
'USDT':
str(cost),
'ETH':
str(int(
int(cost) / 10**6 * rate('USDT', 'ETH').value * 10**18)),
'WISH':
str(
int(
int(cost) / 10**6 * rate('USDT', 'WISH').value *
10**18)),
'BTC':
str(int(int(cost) / 10**6 * rate('USDT', 'BTC').value *
10**8)),
'TRX':
str(int(int(cost) * rate('ETH', 'TRX').value)),
'TRONISH':
str(int(int(cost) * rate('ETH', 'TRX').value))
}
elif host == TRON_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost_tron(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {'TRX': int(cost), 'TRONISH': int(cost)}
elif host == WAVES_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'USDT':
str(cost),
'ETH':
str(int(
int(cost) / 10**6 * rate('USDT', 'ETH').value * 10**18)),
'WISH':
str(
int(
int(cost) / 10**6 * rate('USDT', 'WISH').value *
10**18)),
'BTC':
str(int(int(cost) / 10**6 * rate('USDT', 'BTC').value *
10**8)),
'TRX':
str(int(int(cost) * rate('ETH', 'TRX').value)),
'TRONISH':
str(int(int(cost) * rate('ETH', 'TRX').value))
}
else:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'ETH':
str(cost),
'WISH':
str(int(cost * rate('ETH', 'WISH').value)),
'BTC':
str(int(cost * rate('ETH', 'BTC').value)),
'TRX':
str(int(cost) / 10**18 * rate('ETH', 'TRX').value * 10**6),
'TRONISH':
str(int(cost) / 10**18 * rate('ETH', 'TRONISH').value * 10**6)
}
return Response(answer)
def get_discount(request):
if request.user.is_anonymous:
raise PermissionDenied()
host = request.META['HTTP_HOST']
user = request.user
contract_type = request.query_params['contract_type']
promo_str = request.query_params['promo']
discount = check_and_get_discount(promo_str, contract_type, user)
answer = {'discount': discount}
if 'contract_id' in request.query_params:
contract = Contract.objects.get(id=request.query_params['contract_id'])
contract_details = contract.get_details()
if host == EOSISH_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost_eos(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'EOS': cost,
'EOSISH':
str(float(cost) * convert('EOS', 'EOSISH')['EOSISH'])
}
elif host == MY_WISH_URL:
cost = contract.cost * (100 - discount) / 100
if contract.contract_type == 5:
print('token token', flush=True)
if contract_details.authio:
print('token with authio', flush=True)
cost = (contract.cost - 450 * NET_DECIMALS['USDT']) * (
100 - discount) / 100 + 450 * NET_DECIMALS['USDT']
answer['discount_price'] = {
'USDT':
str(cost),
'ETH':
str(
int(
int(cost) / 10**6 * convert('USDT', 'ETH')['ETH'] *
10**18)),
'WISH':
str(
int(
int(cost) / 10**6 * convert('USDT', 'WISH')['WISH'] *
10**18)),
'BTC':
str(
int(
int(cost) / 10**6 * convert('USDT', 'BTC')['BTC'] *
10**8)),
'TRX':
str(int(int(cost) * convert('ETH', 'TRX')['TRX'])),
'TRONISH':
str(int(int(cost) * convert('ETH', 'TRX')['TRX']))
}
elif host == TRON_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost_tron(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {'TRX': int(cost), 'TRONISH': int(cost)}
elif host == WAVES_URL:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'USDT':
str(cost),
'ETH':
str(
int(
int(cost) / 10**6 * convert('USDT', 'ETH')['ETH'] *
10**18)),
'WISH':
str(
int(
int(cost) / 10**6 * convert('USDT', 'WISH')['WISH'] *
10**18)),
'BTC':
str(
int(
int(cost) / 10**6 * convert('USDT', 'BTC')['BTC'] *
10**8)),
'TRX':
str(int(int(cost) * convert('ETH', 'TRX')['TRX'])),
'TRONISH':
str(int(int(cost) * convert('ETH', 'TRX')['TRX']))
}
else:
kwargs = ContractSerializer().get_details_serializer(
contract.contract_type)().to_representation(contract_details)
cost = contract_details.calc_cost(
kwargs, contract.network) * (100 - discount) / 100
answer['discount_price'] = {
'ETH':
str(cost),
'WISH':
str(int(to_wish('ETH', int(cost)))),
'BTC':
str(int(cost) * convert('ETH', 'BTC')['BTC']),
'TRX':
str(int(cost) / 10**18 * convert('ETH', 'TRX')['TRX'] * 10**6),
'TRONISH':
str(int(cost) / 10**18 * convert('ETH', 'TRX')['TRX'] * 10**6)
}
return Response(answer)