def post(self):
parser_ = CoverRequestParser()
parser_.add_argument("encryption_parameters", type=str, required=True)
params = parser_.parse_args()
encryption_parameters = params['encryption_parameters']
# 整体参数解密
try:
params = json.loads(rsa_params_decrypt(encryption_parameters))
except:
return create_response(CodeMsg.CM(1022, '参数无效'))
# 参数提取,验证完整性
encrypt_seed = params.get('encrypt_seed')
if not encrypt_seed or encrypt_seed == '':
return create_response(CodeMsg.CM(1022, '参数不完整'))
# stellar account
result = digiccy_base.bind_compulsory(encrypt_seed)
if isinstance(result, CodeMsg.CM):
return create_response(result)
stellar_address = result
# digiccy account
bind_secret, bind_address = eos_wallet.create_account()
bind_secret = rsaEncryptToken(str(bind_secret)) # 加密
# instert db
is_success = digiccy_base.bind_insert(stellar_address, bind_address,
bind_secret)
if not is_success:
return create_response(CodeMsg.BIND_ERROR)
return create_response(CodeMsg.SUCCESS)
def post(self):
parser_ = CoverRequestParser()
parser_.add_argument("fee", type=str, required=True)
parser_.add_argument("amount", type=str, required=True)
parser_.add_argument("encrypt_seed", type=str, required=True)
parser_.add_argument("digiccy_address", type=str, required=True)
params = parser_.parse_args()
fee = params['fee']
amount = params['amount']
encrypt_seed = params['encrypt_seed']
digiccy_address = params['digiccy_address']
# 校验btc节点是否链接
if not btc_wallet.is_connected():
return create_response(CodeMsg.CM(1019, 'BTC节点离线'))
# 本地节点是否同步
if not btc_wallet.is_sync():
return create_response(CodeMsg.CM(1020, 'BTC节点未同步,请勿执行提现操作'))
# 提币地址校验
if not btc_wallet.is_valid_address(digiccy_address):
return create_response(CodeMsg.CM(1021, '提币地址无效'))
# stellar账户校验,转账
ret = digiccy_base.withdraw_compulsory(encrypt_seed, amount, fee,
digiccy_address)
if ret.code == CodeMsg.SUCCESS.code:
return create_response(CodeMsg.CM(200, '提现成功,最多三个工作日到账,请耐心等待'))
else:
return create_response(ret)
def get(self):
try:
account = Account.create()
private_key = account._key_obj
public_key = private_key.public_key
address = public_key.to_checksum_address()
ret_data = {
"private_key": str(private_key),
"public_key": str(public_key),
"address": str(address)
}
print(ret_data)
return create_response(CodeMsg.CM(200, '创建账户成功'), data=ret_data)
except Exception as e:
return create_response(CodeMsg.CM(1030, '创建帐号错误，请重试'))
def post(self):
# parser_ = CoverRequestParser()
# parser_.add_argument("fee", type=str, required=True)
# parser_.add_argument("amount", type=str, required=True)
# parser_.add_argument("encrypt_seed", type=str, required=True)
# parser_.add_argument("digiccy_address", type=str, required=True)
# params = parser_.parse_args()
# fee = params['fee']
# amount = params['amount']
# encrypt_seed = params['encrypt_seed']
# digiccy_address = params['digiccy_address']
parser_ = CoverRequestParser()
parser_.add_argument("encryption_parameters", type=str, required=True)
params = parser_.parse_args()
encryption_parameters = params['encryption_parameters']
# 整体参数解密
try:
params = json.loads(rsa_params_decrypt(encryption_parameters))
except:
return create_response(CodeMsg.CM(1022, '参数无效'))
# 参数提取
fee = params.get('fee')
amount = params.get('amount')
encrypt_seed = params.get('encrypt_seed')
digiccy_address = params.get('digiccy_address')
google_code = params.get('google_verification_code')
# 参数完整性
if not all([fee, amount, encrypt_seed, digiccy_address]):
return create_response(CodeMsg.CM(1024, '参数不完整'))
# 谷歌验证码
auth = request.headers.get('Authorization')
is_success, msg = verify_googleauth(auth, google_code)
if not is_success:
return create_response(CodeMsg.CM(1023, '验证谷歌验证码失败'), msg=msg)
# 校验eth钱包节点是否链接
if not eth_wallet.is_connected():
return create_response(CodeMsg.CM(1019, '节点离线'))
# 本地节点是否同步
if eth_wallet.is_syncing():
return create_response(CodeMsg.CM(1020, 'eth节点未同步,请勿执行提现操作'))
# 提币地址校验
if not eth_wallet.is_valid_address(digiccy_address):
return create_response(CodeMsg.CM(1021, '提币地址无效'))
# stellar账户校验,转账
ret = digiccy_base.withdraw_compulsory(encrypt_seed, amount, fee, digiccy_address)
if ret.code == CodeMsg.SUCCESS.code:
return create_response(CodeMsg.CM(200, '提现成功,最多三个工作日到账,请耐心等待'))
else:
return create_response(ret)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("stellar_account", type=str, required=True)
parser_.add_argument("coin_name", type=str, required=False)
parser_.add_argument("order_type", type=int, required=False)
parser_.add_argument("chain_type", type=int, required=False)
params = parser_.parse_args()
user_address = params.get('stellar_account')
coin_name = params.get('coin_name')
order_type = params.get('order_type')
chain_type = params.get('chain_type')
try:
account_xdr_object(user_address)
except Exception as e:
return create_response(CodeMsg.CM(1031, '账户地址错误'))
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询失败'))
if coin_name is not None and coin_name not in coin_types:
return create_response(CodeMsg.CM(1031, '币种名错误'))
if order_type is not None and int(order_type) not in (1, 2, 3):
return create_response(CodeMsg.CM(1031, '订单类型错误'))
if chain_type is not None and int(chain_type) not in (1, 2):
return create_response(CodeMsg.CM(1031, '链类型错误'))
params_dict = dict(
stellar_account=user_address,
coin_name=coin_name,
order_type=order_type,
chain_type=chain_type,
)
filter = {}
for param in params_dict:
if params_dict[param] is not None:
filter[param] = params_dict[param]
# print(filter)
ret_list = []
try:
query_dict = Order.query.filter_by(**filter).all()
for query in query_dict:
ret_dict = {}
ret_dict["user_id"] = query.user_id
ret_dict["order_from"] = query.order_from
ret_dict["order_to"] = query.order_to
ret_dict["amount"] = str(query.amount)
ret_dict["fee"] = str(query.fee)
ret_dict["status"] = str(query.status)
ret_dict["add_time"] = str(query.add_time)
ret_dict["coin_name"] = query.coin_name
ret_list.append(ret_dict)
except Exception as e:
logging.error('Db query order error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询错误'))
return create_response(CodeMsg.CM(200, '查询成功'), data=ret_list)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("user_address", type=str, required=True)
params = parser_.parse_args()
user_address = params.get("user_address")
try:
account_xdr_object(user_address)
except Exception as e:
return create_response(CodeMsg.CM(1003, '账户地址错误'))
try:
user = User.query.filter_by(stellar_account=user_address, coin_name=COIN_NAME).first()
except Exception as e:
logging.error('Db query user error:{}'.format(e))
return create_response(CodeMsg.CM(1003, '查询错误'))
if user is None:
return create_response(CodeMsg.CM(1003, '地址不存在或没绑定对应币种'))
address = user.address
return create_response(CodeMsg.CM(200, '充币地址查询成功'), data=address)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("user_address", type=str, required=True)
parser_.add_argument("currency_letter", type=str, required=False)
params = parser_.parse_args()
user_address = params.get("user_address")
currency_letter = params.get("currency_letter")
try:
account_xdr_object(user_address)
except Exception as e:
return create_response(CodeMsg.CM(1031, '账户地址错误'))
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询失败'))
coin_list = []
if currency_letter is not None:
currency_letter = currency_letter.upper()
for coin_type in coin_types:
if currency_letter in coin_type:
coin_list.append(coin_type)
else:
coin_list = list(coin_types.keys())
ret_data = []
if len(coin_list) == 0:
return create_response(CodeMsg.CM(200, '查询成功'), data=ret_data)
else:
for coin_name in coin_list:
try:
user = User.query.filter_by(stellar_account=user_address,
coin_name=coin_name).first()
except Exception as e:
logging.error('Db query user error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询错误'))
ret_data.append({
"asset_code": coin_name,
"is_bind": 0 if user is None else 1
})
return create_response(CodeMsg.CM(200, '查询成功'), data=ret_data)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("coin_name", type=str, required=True)
params = parser_.parse_args()
coin_name = params.get("coin_name")
coin_name = coin_name.upper()
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询失败'))
if coin_name not in coin_types:
return create_response(CodeMsg.CM(1031, '币种名错误'))
coin_name = coin_name.upper()
try:
amount_limit = get_coin_limit()
except Exception as e:
logging.error('find amount limit error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询限额失败'))
coin_limit = amount_limit.get(coin_name)
if coin_limit is None:
return create_response(CodeMsg.CM(1030, '币种名称错误'))
return create_response(CodeMsg.CM(200, '查询限额成功'), data=coin_limit)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("chain_type", type=int, required=True)
parser_.add_argument("coin_name", type=str, required=True)
params = parser_.parse_args()
chain_type = params['chain_type']
coin_name = params.get('coin_name')
base_balance = None
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '获取币种失败'))
if coin_name not in coin_types:
return create_response(CodeMsg.CM(1031, '币种名错误'))
if chain_type not in (1, 2):
return create_response(CodeMsg.CM(1031, '链类型错误'))
if chain_type == 2:
base_address = consul_clinet.get_digiccy_base_account(
coin_name, is_seed=False)
wallet_str = "{}_wallet".format(coin_name.lower())
wallet = getattr(app, wallet_str)
try:
base_balance = wallet.get_balance(base_address)
print("-----------------", base_balance)
except Exception as e:
return create_response(CodeMsg.CM(1030, '链外余额查询错误'))
else:
stellar_address = consul_clinet.get_stellar_base_account(
coin_name, is_seed=False)
stellar_node = app.stellar_service.stellar_node()
url = stellar_node + '/accounts/{}'.format(stellar_address)
try:
response = requests.get(url).json()
balances = response.get('balances')
for balance_info in balances:
if balance_info.get("asset_code") == coin_name:
base_balance = balance_info.get("balance")
break
except Exception as e:
return create_response(CodeMsg.CM(1030, '链内余额查询错误'))
if base_balance is None:
return create_response(CodeMsg.CM(1030, '余额查询错误'))
base_balance = str(base_balance)
return create_response(CodeMsg.CM(200, '余额查询成功'), data=base_balance)
def get(self):
parser_ = CoverRequestParser()
parser_.add_argument("stellar_account", type=str, required=True)
parser_.add_argument("asset", type=str, required=False)
parser_.add_argument("payment_type", type=int, required=False)
parser_.add_argument("trades_type", type=int, required=False)
parser_.add_argument("create_time", type=str, required=False)
params = parser_.parse_args()
account = params.get('stellar_account')
asset = params.get('asset')
payment_type = params.get('payment_type')
trades_type = params.get('trades_type')
create_time = params.get('create_time')
try:
account_xdr_object(account)
except Exception as e:
return create_response(CodeMsg.CM(1031, '账户地址错误'))
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询失败'))
if asset is not None and asset not in coin_types:
return create_response(CodeMsg.CM(1031, '资产名错误'))
if payment_type is not None and int(payment_type) not in (1, 2, 3):
return create_response(CodeMsg.CM(1031, '转帐类型错误'))
if trades_type is not None and int(trades_type) not in (1, 2, 3):
return create_response(CodeMsg.CM(1031, '挂单类型错误'))
if create_time is not None:
try:
time.strptime(create_time, "%Y-%m-%d %H:%M:%S")
except Exception as e:
return create_response(CodeMsg.CM(1031, '时间参数错误'))
native_code = 'VTOKEN'
stellar_http_node = stellar_service.stellar_node(
) # 'http://101.132.188.48:8000'
try:
asset_flow = StellarAssetFlow(account,
stellar_http_node,
native_code,
asset_code=asset,
create_time=create_time)
except Exception as e:
logging.error('查询转帐、挂单流水错误:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询错误'))
if payment_type is not None:
payment_type = int(payment_type)
if payment_type == 3:
asset_flow.payment_records()
else:
asset_flow.payment_records(payment_type)
if trades_type is not None:
trades_type = int(trades_type)
if trades_type == 3:
asset_flow.trades_records()
else:
asset_flow.trades_records(trades_type)
flow_list = asset_flow.records
return create_response(CodeMsg.CM(200, '查询成功'), data=flow_list)
def post(self):
parser_ = CoverRequestParser()
parser_.add_argument("encryption_parameters", type=str, required=True)
parser_.add_argument("coin_name", type=str, required=True)
params = parser_.parse_args()
encryption_parameters = params['encryption_parameters']
coin_name = params.get('coin_name')
# 整体参数解密
try:
params = json.loads(rsa_params_decrypt(encryption_parameters))
except:
return create_response(CodeMsg.CM(1022, '参数无效'))
fee = params.get('fee')
amount = params.get('amount')
encrypt_seed = params.get('encrypt_seed')
digiccy_address = params.get('digiccy_address')
google_code = params.get('google_verification_code')
# 参数完整性
if not all([fee, amount, encrypt_seed, digiccy_address, coin_name]):
return create_response(CodeMsg.CM(1024, '参数不完整'))
try:
coin_types = get_coin_types()
except Exception as e:
logging.error('find coin_types error:{}'.format(e))
return create_response(CodeMsg.CM(1030, '查询币种名失败'))
if coin_name is not None and coin_name not in coin_types:
return create_response(CodeMsg.CM(1031, '币种名错误'))
# 谷歌验证码
# auth = request.headers.get('Authorization')
# is_success, msg = verify_googleauth(auth, google_code)
# if not is_success:
# return create_response(CodeMsg.CM(1023, '验证谷歌验证码失败'), msg=msg)
wallet_str = "{}_wallet".format(coin_name.lower())
wallet = getattr(app, wallet_str)
# 校验eth钱包节点是否链接
if not wallet.is_connected():
return create_response(CodeMsg.CM(1019, '节点离线'))
# 本地节点是否同步
if wallet.is_syncing():
return create_response(CodeMsg.CM(1020, 'eth节点未同步,请勿执行提现操作'))
# 提币地址校验
if not wallet.is_valid_address(digiccy_address):
return create_response(CodeMsg.CM(1021, '提币地址无效'))
digiccy_base = DigiccyBase(coin_name)
ret = digiccy_base.audit_compulsory(encrypt_seed, amount, fee)
if isinstance(ret, CodeMsg.CM):
return create_response(ret)
stellar_address = ret
order_auditor_id = str(uuid.uuid1())
order_auditor = OrderAuditor(id=order_auditor_id,
stellar_account=stellar_address,
coin_name=coin_name,
amount=amount,
data=encryption_parameters,
status=1)
db.session.add(order_auditor)
try:
db.session.commit()
except Exception as e:
logging.error('Db insert order_auditor order error:{}'.format(
str(e)))
return CodeMsg.CM(1012, '生成审核表出错,请稍后再试!')
return create_response(CodeMsg.CM(200, '正在审核'))