def encode_register(
seq: int,
session_id: bytes,
ksid: bytes,
uin: int,
tgt: bytes,
d2: bytes,
d2key: bytes,
status: Union[int, OnlineStatus],
reg_push_reason: Union[str, RegPushReason],
) -> Packet:
"""Build status service register packet.
Called in ``com.tencent.mobileqq.msf.core.push.e.a``.
command name: ``StatSvc.register``
Note:
Source: com.tencent.mobileqq.msf.core.push.e.a
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
ksid (bytes): KSID of client.
uin (int): User QQ number.
tgt (bytes): Siginfo tgt.
d2 (bytes): Siginfo d2.
d2key (bytes): Siginfo d2 key.
status (Union[int, OnlineStatus]): Online status.
reg_push_reason (Union[str, RegPushReason]): Reg push reason.
battery_status (Optional[int], optional): Battery capacity.
Defaults to None.
is_power_connected (bool, optional): Is power connected to phone.
Defaults to False.
Returns:
Packet: Register packet.
"""
COMMAND_NAME = "StatSvc.register"
SUB_APP_ID = APK_INFO.sub_app_id
svc = _encode_svc_request(uin, status, reg_push_reason)
payload = SvcReqRegister.to_bytes(0, svc)
req_packet = RequestPacketVersion3(
servant_name="PushService",
func_name="SvcReqRegister",
data=types.MAP({types.STRING("SvcReqRegister"): types.BYTES(payload)}),
).encode()
sso_packet = CSsoBodyPacket.build(
seq,
SUB_APP_ID,
COMMAND_NAME,
DEVICE.imei,
session_id,
ksid,
body=req_packet,
extra_data=tgt,
)
packet = CSsoDataPacket.build(uin, 1, sso_packet, key=d2key, extra_data=d2)
return packet
def encode_force_offline_response(
seq: int,
session_id: bytes,
ksid: bytes,
uin: int,
tgt: bytes,
d2: bytes,
d2key: bytes,
req_uin: int,
seq_no: int,
) -> Packet:
"""Build status service msf offline response packet.
Called in ``com.tencent.mobileqq.msf.core.af.a``.
command name: ``StatSvc.RspMSFForceOffline``
Note:
Source: com.tencent.mobileqq.msf.core.af.a
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
ksid (bytes): KSID of client.
uin (int): User QQ number.
tgt (bytes): Siginfo tgt.
d2 (bytes): Siginfo d2.
d2key (bytes): Siginfo d2 key.
req_uin (int): Request offline uin.
seq_no (int): Request sequence number.
Returns:
Packet: msf force offline response packet.
"""
COMMAND_NAME = "StatSvc.RspMSFForceOffline"
SUB_APP_ID = APK_INFO.sub_app_id
resp = ResponseMSFForceOffline(uin=req_uin, seq_no=seq_no, c=bytes(1))
payload = ResponseMSFForceOffline.to_bytes(0, resp)
resp_packet = RequestPacketVersion3(
servant_name="StatSvc",
func_name="RspMSFForceOffline",
data=types.MAP(
{types.STRING("RspMSFForceOffline"): types.BYTES(payload)}
),
).encode()
sso_packet = CSsoBodyPacket.build(
seq,
SUB_APP_ID,
COMMAND_NAME,
DEVICE.imei,
session_id,
ksid,
body=resp_packet,
extra_data=tgt,
)
packet = CSsoDataPacket.build(uin, 1, sso_packet, key=d2key, extra_data=d2)
return packet
def encode_set_status(
seq: int,
session_id: bytes,
uin: int,
d2key: bytes,
status: Union[int, OnlineStatus],
battery_status: Optional[int] = None,
is_power_connected: bool = False,
) -> Packet:
"""Build status service register packet.
Called in ``com.tencent.mobileqq.msf.core.push.e.a``.
command name: ``StatSvc.SetStatusFromClient``
Note:
Source: com.tencent.mobileqq.msf.core.push.e.a
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
uin (int): User QQ number.
d2key (bytes): Siginfo d2 key.
status (Union[int, OnlineStatus]): Online status.
reg_push_reason (Union[str, RegPushReason]): Reg push reason.
battery_status (Optional[int], optional): Battery capacity.
Only works when status is :obj:`.OnlineStatus.Battery`. Defaults to None.
is_power_connected (bool, optional): Is power connected to phone.
Only works when status is :obj:`.OnlineStatus.Battery`. Defaults to False.
Returns:
Packet: Register packet.
"""
COMMAND_NAME = "StatSvc.SetStatusFromClient"
SUB_APP_ID = APK_INFO.sub_app_id
svc = _encode_svc_request(
uin,
status,
RegPushReason.SetOnlineStatus,
((status == OnlineStatus.Battery) or None) and battery_status,
(status == OnlineStatus.Battery) and is_power_connected,
)
payload = SvcReqRegister.to_bytes(0, svc)
req_packet = RequestPacketVersion3(
servant_name="PushService",
func_name="SvcReqRegister",
data=types.MAP({types.STRING("SvcReqRegister"): types.BYTES(payload)}),
).encode()
packet = UniPacket.build(
uin, seq, COMMAND_NAME, session_id, 1, req_packet, d2key
)
return packet
def encode_get_troop_member_list(
seq: int,
session_id: bytes,
uin: int,
d2key: bytes,
group_uin: int,
group_code: int,
next_uin: int = 0,
) -> Packet:
"""Build get troop member list packet.
Called in ``com.tencent.mobileqq.troop.handler.TroopMemberInfoHandler.a``.
command name: ``friendlist.GetTroopMemberListReq``
Note:
Source: com.tencent.mobileqq.service.troop.TroopSender.c
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
uin (int): User QQ number.
d2key (bytes): Siginfo d2 key.
group_uin (int): Group uin number.
group_code (int): Group code number.
next_uin (int, optional): Next uin number. Defaults to 0.
Returns:
Packet: getTroopMemberList simplified packet.
"""
COMMAND_NAME = "friendlist.GetTroopMemberListReq"
req = TroopMemberListReq(
uin=uin,
group_code=group_code,
next_uin=next_uin,
group_uin=group_uin,
version=3,
)
payload = TroopMemberListReq.to_bytes(0, req)
req_packet = RequestPacketVersion3(
servant_name="mqq.IMService.FriendListServiceServantObj",
func_name="GetTroopMemberListReq",
data=types.MAP({types.STRING("GTML"): types.BYTES(payload)}),
).encode()
packet = UniPacket.build(uin, seq, COMMAND_NAME, session_id, 1, req_packet,
d2key)
return packet
def test_map_encode(self):
raw: Dict[types.JceType, types.JceType] = {
types.STRING1("one"): types.STRING1("foo"),
types.STRING1("two"): types.STRING1("bar")
}
encoded = bytes.fromhex("18 00 02 06 03 6F 6E 65 16 03 66 "
"6F 6F 06 03 74 77 6F 16 03 62 61 72")
self.assertEqual(types.MAP.to_bytes(1, raw), encoded)
raw: Dict[types.JceType, types.JceType] = {
types.STRING1("one"):
types.MAP({types.STRING1("two"): types.BYTES("foo".encode())})
}
encoded = bytes.fromhex("18 00 01 06 03 6F 6E 65 18 00 01 "
"06 03 74 77 6F 1D 00 00 03 66 6F 6F")
self.assertEqual(types.MAP.to_bytes(1, raw), encoded)
def encode_get_troop_list(
seq: int,
session_id: bytes,
uin: int,
d2key: bytes,
cookies: Optional[bytes] = None,
) -> Packet:
"""Build get troop list v2 simplified packet.
Called in ``com.tencent.mobileqq.troop.handler.TroopListHandler.a``.
command name: ``friendlist.GetTroopListReqV2``
Note:
Source: com.tencent.mobileqq.service.troop.TroopSender.b
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
uin (int): User QQ number.
d2key (bytes): Siginfo d2 key.
cookies (Optional[bytes], optional): Cookie vector. Defaults to None.
Returns:
Packet: GetTroopListReqV2 simplified packet.
"""
COMMAND_NAME = "friendlist.GetTroopListReqV2"
req = TroopListReqV2Simplify(
uin=uin,
get_msf_msg_flag=False,
cookies=cookies,
group_flag_ext=bytes([1]),
version=9,
version_num=1,
get_long_group_name=True,
)
payload = TroopListReqV2Simplify.to_bytes(0, req)
req_packet = RequestPacketVersion3(
servant_name="mqq.IMService.FriendListServiceServantObj",
func_name="GetTroopListReqV2Simplify",
data=types.MAP(
{types.STRING("GetTroopListReqV2Simplify"): types.BYTES(payload)}),
).encode()
packet = UniPacket.build(uin, seq, COMMAND_NAME, session_id, 1, req_packet,
d2key)
return packet
def test_map_decode(self):
raw: Dict[types.JceType, types.JceType] = {
types.STRING1("one"): types.STRING1("foo"),
types.STRING1("two"): types.STRING1("bar")
}
encoded = bytes.fromhex("18 00 02 06 03 6F 6E 65 16 03 66 "
"6F 6F 06 03 74 77 6F 16 03 62 61 72")
_, decoded, _ = JceDecoder.decode_single(encoded)
self.assertEqual(types.MAP.validate(decoded), raw)
raw: Dict[types.JceType, types.JceType] = {
types.STRING1("one"):
types.MAP({types.STRING1("two"): types.BYTES("foo".encode())})
}
encoded = bytes.fromhex("18 00 01 06 03 6F 6E 65 18 00 01 "
"06 03 74 77 6F 1D 00 00 03 66 6F 6F")
_, decoded, _ = JceDecoder.decode_single(encoded)
self.assertEqual(types.MAP.validate(decoded), raw)
def encode_config_push_response(
uin: int,
seq: int,
session_id: bytes,
d2key: bytes,
type: int,
jcebuf: bytes,
large_seq: int,
) -> Packet:
"""Build config push response packet.
command name: ``ConfigPushSvc.PushResp``
Note:
Source: com.tencent.mobileqq.msf.core.a.c.b
Args:
uin (int): User QQ number.
seq (int): Packet sequence.
session_id (bytes): Session ID.
d2key (bytes): Siginfo d2 key.
type (int): ConfigPushSvc request type.
jcebuf (bytes): ConfigPushSvc request jcebuf.
large_seq (int): ConfigPushSvc request large_seq.
"""
COMMAND_NAME = "ConfigPushSvc.PushResp"
resp = PushResp(type=type,
jcebuf=jcebuf if type == 3 else None,
large_seq=large_seq)
payload = PushResp.to_bytes(0, resp)
resp_packet = RequestPacketVersion3(
servant_name="QQService.ConfigPushSvc.MainServant",
func_name="PushResp",
data=types.MAP({types.STRING("PushResp"): types.BYTES(payload)}),
).encode()
packet = UniPacket.build(uin, seq, COMMAND_NAME, session_id, 1,
resp_packet, d2key)
return packet
async def get_sso_list() -> SsoServerResponse:
"""Do sso server list request and return the response.
Note:
Source: com.tencent.mobileqq.msf.core.a.f.run
Returns:
SsoServerResponse: Sso server list response
Raises:
SsoServerException: Get sso server list failed.
"""
device = get_device()
protocol = get_protocol()
key = bytes([
0xF0,
0x44,
0x1F,
0x5F,
0xF4,
0x2D,
0xA5,
0x8F,
0xDC,
0xF7,
0x94,
0x9A,
0xBA,
0x62,
0xD4,
0x11,
])
payload = SsoServerRequest.to_bytes(
0, SsoServerRequest(app_id=protocol.app_id, imei=device.imei))
req_packet = RequestPacketVersion3(
servant_name="HttpServerListReq",
func_name="HttpServerListReq",
data=types.MAP(
{types.STRING("HttpServerListReq"): types.BYTES(payload)}),
).encode(with_length=True)
buffer: bytes = qqtea_encrypt(req_packet, key)
async with connect("configsvr.msf.3g.qq.com", 443, ssl=True) as conn:
query = (b"POST /configsvr/serverlist.jsp HTTP/1.1\r\n"
b"Host: configsvr.msf.3g.qq.com\r\n"
b"User-Agent: QQ/8.4.1.2703 CFNetwork/1126\r\n"
b"Net-Type: Wifi\r\n"
b"Accept: */*\r\n"
b"Connection: close\r\n"
b"Content-Type: application/octet-stream\r\n"
b"Content-Length: " + str(len(buffer)).encode() + b"\r\n"
b"\r\n" + buffer)
conn.write(query)
conn.write_eof()
resp_bytes = await conn.read_all()
response = http.client.HTTPResponse(
_FakeSocket(resp_bytes) # type: ignore
)
response.begin()
if response.status != 200:
raise SsoServerException(
f"Get sso server list failed with response code {response.status}")
data: bytes = qqtea_decrypt(response.read(), key)
resp_packet = RequestPacketVersion3.decode(data)
server_info = SsoServerResponse.decode(
resp_packet.data["HttpServerListRes"][1:-1] # type: ignore
)
return server_info
def encode_get_friend_list(
seq: int,
session_id: bytes,
uin: int,
d2key: bytes,
friend_index: int = 0,
friend_count: int = 0,
group_index: int = 0,
group_count: int = 0,
) -> Packet:
"""Build get friend list packet.
Called in ``com.tencent.mobileqq.service.friendlist.FriendListService.k``.
command name: ``friendlist.GetFriendListReq``
Note:
Source: com.tencent.mobileqq.service.friendlist.FriendListService.m
Args:
seq (int): Packet sequence.
session_id (bytes): Session ID.
uin (int): User QQ number.
d2key (bytes): Siginfo d2 key.
friend_index (int): Start index of friend list.
friend_count (int): Number of friends to list.
group_index (int): Start index of group list.
group_count (int): Number of groups to list.
Returns:
Packet: GetFriendListReq packet.
"""
COMMAND_NAME = "friendlist.GetFriendListReq"
req = FriendListReq(
request_type=3,
if_reflush=friend_index <= 0,
uin=uin,
start_index=friend_index,
friend_count=friend_count,
group_id=bytes(1),
if_get_group_info=group_count > 0,
group_start_index=group_index,
group_count=group_count,
if_get_msf_group=False,
if_show_term_type=True,
version=31,
d50_req=ReqBody(
appid=1002,
req_music_switch=1,
req_mutualmark_alienation=1,
req_ksing_switch=1,
req_mutualmark_lbsshare=1,
req_aio_quick_app=1,
).SerializeToString(),
sns_type_list=[13580, 13581, 13582],
)
payload = FriendListReq.to_bytes(0, req)
req_packet = RequestPacketVersion3(
servant_name="mqq.IMService.FriendListServiceServantObj",
func_name="GetFriendListReq",
data=types.MAP({types.STRING("FL"): types.BYTES(payload)}),
).encode()
packet = UniPacket.build(uin, seq, COMMAND_NAME, session_id, 1, req_packet,
d2key)
return packet