def block_height():
rpc = RpcConfig.get_rpc()
if rpc is None:
return ResponseObject.error(**out_data_missing)
try:
node_height = rpc.get_block_height().to_dict()
except Exception as e:
return ResponseObject.error(**rpc_service_error)
return ResponseObject.success(data=node_height)
def set_passphrase(project_id, coin_name, secret):
project_coin = ProjectCoin.get_pro_coin_by_pid_cname(project_id, coin_name)
if not project_coin:
return False, ResponseObject.error(**sign_rsa_not_found)
is_valid, result, passphrase, rpc = check_passphrase(project_coin, secret)
if not is_valid:
return result
crypto = result
coin_secret_map = {coin_name: {'secret': secret, 'crypto': crypto}}
if runtime.rsa_secret.get(project_id):
runtime.rsa_secret[project_id].update(coin_secret_map)
else:
runtime.rsa_secret[project_id] = coin_secret_map
return ResponseObject.success(data=True)
def get_wallet_total_balance():
"""目前该接口逻辑仅针对于 ETH USDT"""
rpc = RpcConfig.get_rpc()
if rpc is None:
return ResponseObject.error(**out_data_missing)
coin = Coin.get_erc20_usdt_coin()
if coin is None:
return ResponseObject.error(**coin_missing)
try:
balance = rpc.get_wallet_balance(contract=coin.contract)
except Exception as e:
return ResponseObject.error(**rpc_service_error)
if balance or balance == 0:
balance = safe_math.divided(balance, safe_math.e_calc(coin.decimal))
else:
return ResponseObject.error(**balance_rpc_error)
return ResponseObject.success(data=balance.to_eng_string())
def get_balance_by_address(address: str):
"""这里只能查单个地址的余额"""
rpc = RpcConfig.get_rpc()
if rpc is None:
return ResponseObject.error(**out_data_missing)
coin = Coin.get_erc20_usdt_coin()
if coin is None:
return ResponseObject.error(**coin_missing)
try:
balance_hex = rpc.get_balance(address, coin.contract)
except Exception as e:
return ResponseObject.error(**rpc_service_error)
if balance_hex:
balance = safe_math.divided(hex_to_int(balance_hex),
safe_math.e_calc(coin.decimal))
else:
return ResponseObject.error(**balance_rpc_error)
return ResponseObject.success(data=balance.to_eng_string())
def create_address(project_id, coin_name, count):
is_valid_secret, secret_result = get_secret(project_id, coin_name)
if not is_valid_secret:
return secret_result
secret = secret_result
project_coin = ProjectCoin.get_pro_coin_by_pid_cname(project_id, coin_name)
if not project_coin:
return ResponseObject.error(**sign_rsa_not_found)
is_valid_pass, result, passphrase, rpc = check_passphrase(
project_coin, secret)
if not is_valid_pass:
return result
addresses = rpc.new_address(passphrase=passphrase, count=count)
if not isinstance(addresses, (list, tuple)):
addresses = [addresses]
success_count = 0
addresses_add_list = []
for address in addresses:
if address is not None:
addresses_add_list.append({
"project_id":
project_id,
'address':
address,
"coin_id":
project_coin.ProjectCoin.coin_id,
"address_type":
AddressTypeEnum.DEPOSIT.value
})
success_count += 1
runtime.project_address[address] = {
"project_id": project_id,
"coin_id": project_coin.ProjectCoin.coin_id,
"coin_name": coin_name
}
Address.add_addresses(addresses_add_list)
return ResponseObject.success(data=addresses)
def send_transaction_handle(project_id, action_id, sender, receiver, amount,
coin_name, contract):
"""
该交易暂时只支持约定的 USDT 币种, 其他不支持, coin name 固定为 Ethereum, 其他不受理
合约暂时也同样不支持自定义, 若合约不是 USDT 合约时, 暂不受理.
"""
# 获取币种信息
if contract:
coin = Coin.get_coin(name=coin_name, contract=contract)
else:
# 默认使用 USDT, 但币种依然需要校验
# coin = Coin.get_coin(name=coin_name, symbol='USDT', is_master=0)
coin = Coin.get_erc20_usdt_coin()
if coin is None:
return ResponseObject.error(**coin_missing)
if contract is None:
contract = coin.contract
# 检查幂等
tx = ProjectOrder.get_tx_by_action_or_hash(action_id=action_id)
if tx:
return ResponseObject.success(data=tx.tx_hash)
# 获取项目方设置的数据, 当前只有一个项目, 所以暂时不涉及此项, 如果以后我要处理多项目时再根据需求改造.
project_coin = ProjectCoin.get_pro_coin_by_pid_cname(project_id, coin_name)
if not project_coin:
return False, ResponseObject.error(**sign_rsa_not_found)
# 校验密码
is_valid_secret, secret_result = get_secret(project_id, coin_name)
if not is_valid_secret:
return secret_result
secret = secret_result
is_valid, result, passphrase, rpc = check_passphrase(project_coin, secret)
if not is_valid:
return result
# TODO 这里是硬性限制 USDT 的逻辑, 而且是强制 ERC20
if coin_name != 'Ethereum':
return ResponseObject.error(**not_support_coin)
if coin.symbol != 'USDT':
return ResponseObject.error(**not_support_coin)
amount = int(safe_math.multi(amount, safe_math.e_calc(coin.decimal)))
# TODO 因为上面的限制, 所以下面逻辑优化, 可以不判断一些复杂的东西
if project_coin.ProjectCoin.gas == '0':
gas = rpc.get_smart_fee(contract=contract)
else:
gas = project_coin.ProjectCoin.gas
if project_coin.ProjectCoin.gas_price == '0':
gas_price = rpc.gas_price()
else:
gas_price = project_coin.ProjectCoin.gas_price
if gas is None:
return ResponseObject.error(**fee_args_error)
if gas_price is None:
return ResponseObject.error(**fee_args_error)
try:
tx_hash = rpc.send_transaction(sender=sender,
receiver=receiver,
value=amount,
passphrase=passphrase,
gas=gas,
gas_price=gas_price,
contract=contract)
except JsonRpcError as e:
error = tx_send_error
error['msg'] = e.message
return ResponseObject.error(**error)
if tx_hash:
ProjectOrder.add(project_id,
action_id,
coin.id,
tx_hash,
amount,
sender,
receiver,
gas,
gas_price,
contract=contract)
return ResponseObject.success(data=tx_hash)
return ResponseObject.error(**tx_send_error)
def is_mine_address(project_id, address):
address = Address.query.filter_by(project_id=project_id,
address=address).first()
if not address:
return ResponseObject.success(data=False)
return ResponseObject.success(data=True)
def get_tx_by_tx_hash(tx_hash: str):
rpc = RpcConfig.get_rpc()
if rpc is None:
return ResponseObject.error(**out_data_missing)
chain_info = rpc.get_block_height()
tx = Transaction.get_tx_coin_by_tx_hash(tx_hash=tx_hash)
if tx:
return ResponseObject.success(
data={
"sender":
tx.Transaction.sender,
"receiver":
tx.Transaction.receiver,
"txHash":
tx.Transaction.tx_hash,
"value":
safe_math.divided(tx.Transaction.amount,
safe_math.e_calc(
tx.Coin.decimal)).to_eng_string(),
"blockHeight":
tx.Transaction.height,
"blockTime":
tx.Transaction.block_time,
"contract":
tx.Transaction.contract,
"isValid":
True if tx.Transaction.status == 1 else False,
"confirmNumber":
chain_info.highest_height -
tx.Transaction.height if tx.Transaction.height > 0 else 0
})
else:
tx_origin, receipt_origin = rpc.get_transaction_by_hash(tx_hash)
if tx_origin and receipt_origin:
tx, receipt = EthereumResolver.resolver_transaction(
tx_origin), EthereumResolver.resolver_receipt(receipt_origin)
block_info = rpc.get_block_by_number(int_to_hex(tx.block_height),
False)
if not block_info:
return ResponseObject.error(**rpc_block_not_found)
block = EthereumResolver.resolver_block(block_info, False)
if tx.contract is not None:
coin = Coin.get_erc20_usdt_coin()
else:
coin = Coin.get_coin(name='Ethereum')
if coin is None:
return ResponseObject.error(**coin_missing)
return ResponseObject.success(
data={
"sender":
tx.sender,
"receiver":
tx.receiver,
"txHash":
tx.tx_hash,
"value":
safe_math.divided(tx.value, safe_math.e_calc(
coin.decimal)).to_eng_string(),
"blockHeight":
tx.block_height,
"blockTime":
block.timestamp,
"contract":
tx.contract,
"isValid":
True if receipt.status == 1 else False,
"confirmNumber":
chain_info.highest_height - tx.block_height
})
return ResponseObject.error(**tx_miss)