def send_alive_pkg1(self):
"""
发送类型一的心跳包
:return:
"""
pkg = b'\xff'
pkg += md5(b'\x03\x01' + self.salt + self.pwd.encode('ascii')) # MD5_A
pkg += b'\x00' * 3
pkg += self.auth_info
pkg += struct.pack('!H', int(time.time()) % 0xFFFF)
pkg += b'\x00' * 3
data, address = self._send_package(pkg, (self.server_ip, 61440))
if data[0] == 0x07:
Log(
logging.DEBUG, 0,
"[DrCOM.send_alive_pkg1]：Successful sending heartbeat package type 1..."
)
else:
# 当收到的数据包没法识别的时候，标记当前状态已经为掉线状态
Log(
logging.ERROR, 40,
"[DrCOM.send_alive_pkg1]：Receive unknown packages content: {}".
format(data))
self.alive_flag = False
def send_alive_pkg1(self):
"""
发送类型一的心跳包
:return:
"""
pkg = b'\xff'
pkg += md5(b'\x03\x01' + self.salt + self.pwd.encode('ascii')) # MD5_A
pkg += b'\x00' * 3
pkg += self.auth_info
pkg += struct.pack('!H', int(time.time()) % 0xFFFF)
pkg += b'\x00' * 3
data, address = self._send_package(pkg, (self.server_ip, 61440))
if data[0] == 0x07:
Log(
logging.DEBUG, 0,
"[DrCOM.send_alive_pkg1]：Successful sending heartbeat package type 1..."
)
else:
# 当收到的数据包没法识别的时候
exception = DrCOMException(
"[DrCOM.send_alive_pkg1]：Receive unknown packages content...")
exception.last_pkg = data
raise exception
def _make_logout_package(self):
# (0:3 4) Header = Code + Type + EOF + (UserName Length + 20)
data = b'\x06\x01\x00' + int2hex_str(len(self.usr) + 20)
# TODO MD5_A字段在BISTU版中的算法未知，但以下算法可以正常使用
# (4:19 16) MD5_A = MD5(Code + Type + Salt + Password)
data += md5(b'\x06\x01' + self.salt + self.pwd.encode('ascii'))
# (20:55 36) 用户名
data += self.usr.encode('ascii').ljust(36, b'\x00')
# (56:56 1) 控制检查状态
data += CONTROL_CHECK_STATUS
# (57:57 1) 适配器编号？
data += ADAPTER_NUMBER
# (58:63 6) (MD5_A xor MAC)
data += int2hex_str(
int.from_bytes(data[4:10], 'big')
^ int.from_bytes(self.mac, 'big')).rjust(6, b'\x00')
data += self.auth_info
return data
def _make_login_package(self):
"""
构造登陆数据包
:return:
"""
# (0:3 4) Header = Code + Type + EOF + (UserName Length + 20)
data = b'\x03\x01\x00' + int2hex_str(len(self.usr) + 20)
# (4:19 16) MD5_A = MD5(Code + Type + Salt + Password)
data += md5(b'\x03\x01' + self.salt + self.pwd.encode('ascii'))
# (20:55 36) 用户名
data += self.usr.encode('ascii').ljust(36, b'\x00')
# (56:56 1) 控制检查状态
data += CONTROL_CHECK_STATUS
# (57:57 1) 适配器编号？
data += ADAPTER_NUMBER
# (58:63 6) (MD5_A xor MAC)
data += int2hex_str(
int.from_bytes(data[4:10], 'big')
^ int.from_bytes(self.mac, 'big')).rjust(6, b'\x00')
# (64:79 16) MD5_B = MD5(0x01 + Password + Salt + 0x00 *4)
data += md5(b'\x01' + self.pwd.encode('ascii') + self.salt +
b'\x00' * 4)
# (80:80 1) NIC Count
data += b'\x01'
# (81:84 4) 本机IP
data += socket.inet_aton(self.ip)
# (85:88 4) ip地址 2
data += b'\00' * 4
# (89:92 4) ip地址 3
data += b'\00' * 4
# (93:96 4) ip地址 4
data += b'\00' * 4
# (97:104 8) 校验和A
data += md5(data + b'\x14\x00\x07\x0b')[:8]
# (105:105 1) IP Dog
data += IP_DOG
# (106:109 4) 未知
data += b'\x00' * 4
# (110:141 32) 主机名
data += self.host_name.encode('ascii').ljust(32, b'\x00')
# (142:145 4) 主要dns: 114.114.114.114
data += b'\x72\x72\x72\x72'
# (146:149 4) DHCP服务器IP
data += socket.inet_aton(DHCP_SERVER_IP)
# (150:153 4) 备用dns:8.8.8.8
data += b'\x08\x08\x08\x08'
# (154:161 8) 未知
data += b'\x00' * 8
data += b'\x94\x00\x00\x00' # (162:165 4) 未知
data += b'\x06\x00\x00\x00' # (166:169 4) OS major 不同客户端有差异
data += b'\x01\x00\x00\x00' # (170:173 4) OS minor 不同客户端有差异
data += b'\xb1\x1d\x00\x00' # (174:177 4) OS build 不同客户端有差异
data += b'\x02\x00\x00\x00' # (178:181 4) 未知 OS相关
# (182:213 32) 操作系统名称
data += "WINDOWS".encode('ascii').ljust(32, b'\x00')
# (214:309 96) 未知 不同客户端有差异，BISTU版此字段包含一段识别符，但不影响登陆
data += b'\x00' * 96
# (310:311 2)
data += AUTH_VERSION
# (312:313 2) 未知
data += b'\x02\x0c'
# (314:317 4) 校验和
data += checksum(data + b'\x01\x26\x07\x11\x00\x00' + self.mac)
# (318:319 2) 未知
data += b'\x00\x00'
# (320:325 6) 本机MAC
data += self.mac
# (326:326 1) auto logout / default: False
data += b'\x00'
# (327:327 1) broadcast mode / default : False
data += b'\x00'
# (328:329 2) 未知 不同客户端有差异
data += b'\x17\x77'
return data